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United StatesOSRAM SYLVANIAHeadquarters100 Endicott StreetDanvers, MA 01923 USA1-800-LIGHTBULBwww.sylvania.com

CanadaOSRAM SYLVANIA LTD./LTÉEHeadquarters2001 Drew RoadMississauga, Ontario L5S 1S41-800-LIGHTBULBwww.sylvania.com

MexicoOSRAM MEXICOHeadquartersTuItitlan/Edo DeMexico011-52-55-58-99-18-50www.sylvania.com

For Orders andGeneral Informationin the United States:

OSRAM SYLVANIANational CustomerService and Sales Center18725 N. Union StreetWestfield, IN 46074

OEM/Specialty MarketsPhone: 800-762-7191Fax: 800-762-7192

National AccountsPhone: 800-562-4671Fax: 800-562-4674

Industrial CommercialPhone: 800-255-5042Fax: 800-255-5043

Consumer ProductsPhone: 800-842-7010Fax: 800-842-7011

Display/OpticPhone: 888-677-2627Fax: 800-762-7192

SYLVANIA Lighting ServicesPhone: 800-323-0572Fax: 800-537-0784

For Orders andGeneral Informationin Canada:

OSRAM SYLVANIA LTD./LTÉE2001 Drew RoadMississauga, Ontario L5S 1S4

OEM/Special MarketsPhone: 800-265-2852Fax: 800-667-6772


Consumer MarketsPhone: 800-720-2852Fax: 800-667-6772



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ECS-ELECTRONIC2009

Ballast TechnologyApplications &Specification GuideSYLVANIA QUICKTRONIC®

Electronic Ballasts

www.sylvania.com

“Squiggle”:The “sine wave” graphic logo of the Electronics & Controls division of OSRAM SYLVANIA, signifies the transition from old technology to the high frequency, high efficiency electronic systems of the future.SYLVANIA has officially changed the “squiggle” to green.

The system is the solution.

QUICKTRONIC® High Efficiency

The High Efficiency Series featuresenergy-saving electronic T8 ballaststhat save an additional 6% (2 to 5watts) over standard electronicballasts. Features also include<10%THD and Universal Voltage.

• High Efficiency Systems over 90%efficient (maximize energy savings)

• Up to 60% savings

• Over 100 LPW (lumens/watt) withOCTRON® SUPERSAVER® lamps

• Lowest power T8 Instant StartSystems

• Same Light, Less Power

QUICKTRONIC® Professional

Professional Series products incor-porate one or more value addedfeatures such as <10%THD,PROStart®, Instant Start, UniversalVoltage, etc.

QUICKTRONIC®

T8 Instant Start <20% THD Products.

Universal Voltage (120-277V)

Universal voltage models operatefrom 120-277 Volts, eliminating“incorrect line voltage” wiring errorsand reducing the number of modelsin inventory by half.


QUICKTRONIC®

QUICKTRONIC® High Efficiency

QUICKTRONIC® Professional

OSRAM SYLVANIA is the global leader in lighting systems. The mostimportant trend in lighting technology is the move toward systems … we started this trend with , a family of optimallybalanced energy saving lamps and electronic ballast combinations.

OSRAM SYLVANIA has the competitive advantage with years of experience in designing, developing and supporting integrated systems — both in ballasts and lamps. Our global network of design and manufacturing brings ballast and lamp knowledge together to produce innovative and cost-effective energy saving systems.

• Committed to providing energy efficient ballasts & lamps

• Our innovative system solutions exceed customer expectations

• New energy saving, higher efficiency, lower power systems

• These systems are covered by our QUICK 60+® warranty, the first and most comprehensive system warranty in the industry

H

www.sylvania.com

SYLVANIA QUICKTRONIC®

High Efficiency energy-savingelectronic T8 ballasts offerseveral advantages:

• 30-60% energy savings when comparedto F34T12 magnetically ballasted systems

• SUPERSAVINGS

• Multiple ballast factor options:Low, Normal & High

• Available in: • Instant Start and PROStart®

(Programmed Rapid Start)• Bi-level QUICKSTEP® and

POWERSENSE® Dimming models

• Save energy (less power) thus morebeneficial to the environment by helpingto reduce pollution and greenhouse gasemissions

• Excellent for the most stringent energycodes & sustainability projects

NEMA Premium Ballast (NPB) Program compliant

The NPB program promotes the use of high efficiency T8 electronic ballasts bymeeting or exceeding the Ballast EfficiencyFactors (BEF) established by the CEE(Consortium for Energy Efficiency). Foradditional information on this program go to: www.cee1.org or www.nema.org

SYLVANIA QUICKTRONIC®

High Efficiency energy savingelectronic T8 ballasts offerseveral advantages:

NEMA Premium ballasts meet the requirements

of CEE (Consortium For Energy Efficiency).

OSRAM SYLVANIA has a variety of High Efficiency

Instant Start and Programmed Start models as

well as dimming and bi-level models that comply

with the NEMA Premium Ballast Program.

Be sure to look for the “NEMA Premium” mark on

our High Efficiency

Ballasts/Systems. These

systems allow you to meet

the increasing demands of

the energy efficiency lighting requirements.

OSRAM SYLVANIA National Customer Service and Sales Center 1-800-LIGHTBULB (1-800-544-4828) www.sylvania.com

NEMA PremiumHigh Efficiency Systems

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51%

49% Energy Savings

92%

57%

2-F34T12E.S. Mag. Ballast

2-FO32/700QTP 2x32 ISN

2-FO30/XP/SSQTP 2x32 PSX



40%

50%

60%

70%

80%

90%

100%100% 100%

112%

82%

96%

61%

110%

18% Energy Savings

39% Energy Savings 43%

Energy Savings

83%

% Relative Light Output

% System Wattage

QUICKTRONIC® High EfficiencyType CC & Lamp Striation Control (LSC) Models

Offer the same energy saving benefits as the High EfficiencyQHE ballasts with two additional advantages:

• Meets UL Type CC (Commercial Cabinet) Rating: Newmicrocontroller circuity reduces arcing caused by loose or improper lamp pin to socket connections.

• Lamp Striation Control (LSC): LSC circuitry minimizeslamp striations/strobing that can occur at lowertemperatures and especially in T8 energy saving lamps. (Please consult manufacturers for additional details.)

Key System Features:

• Lowest power T8 Instant Start systems

• Over 100 LPW (lumens/watt) with OCTRON®

SUPERSAVER® lamps

• Provides 30-50% energy savings when compared to F40T12 Magnetic Systems

• QHE/SS Systems provide up to 25% savingscompared to standard T8 systems

• Universal Input Voltage (120-277V)

High Efficiency DL40/28W/SS Systems

QHE energy saving electronic DL40/28W/IS SUPERSAVER® systems:

• SAME LIGHT, LESS POWER

• Saves up to 14% over standard systems


• QUICKSENSE® end of lamp life sensing

• Auto reset

SUPERSAVER® Xtreme Systems

High Efficiency QUICKTRONIC® PROStart® PSX UniversalVoltage ballasts when combined with OCTRON®

SUPERSAVER® energy saving high performance T8 lamps,provide the lowest power PROStart® T8 systems available.


• PROStart Xtreme: For frequent switching, longest lamp life


• Available in 0.71 ballast factor

92%

75%

25% Energy Savings

102%

81%


% Relative Light Output% System Wattage

2-FO32/800/XPQHE 2x32 ISN-1

2-FO30/SSQHE 2x32 ISN-1



0%

20%

40%

60%

80%

100%

120%

100% 100%

112%

93%

106%

88%


Energy Savings

19% Energy Savings

The Original System Solution The first matched T8 lamp and ballast systems for optimized performance and longer life.

www.sylvania.com

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For complete power supply and LED module details,refer to the OSRAM SYLVANIA LED SystemsSpecification Guide or www.sylvania.com.

Banded Packaging

New banded packaging has replaced the shrink-wrap product for added benefits:

• Distributor friendly; easy stocking for individual ballastsales

• Contractor friendly; easy handling; no tangled wires• Reduced waste• Easily removable bands

PROStart®

A programmed rapid starting method for fluorescent lampsthat achieves up to 100,000 switching cycles which is ideal for use on occupancy sensors.

• Exclusive lamp warranty for occupancy sensor applications

PLUS (High Ballast Factor) Systems T8 lamps are run at higher lumen levels to allow fewer lampsor higher light levels.

MULTIWATTNew electronic ballasts that offer the versatility to operatemultiple lamp types of various wattages. These multi-wattand multi-lamp models also can vary the number of lampsoperated (i.e. 1 or 2 lamps), reducing the amount of ballasttypes required.

Dual Entry CFLDual entry, color coded connectorslocated on the side and bottom allowfor increased mounting flexibility withone ballast and also increased ease of installation.

DALI Digital DimmingDALI digital control technology offers full-range continuousdimming, individual fixture control and feedback. Thecommunications protocol is “DALI”, an acronym for “DigitalAddressable Lighting Interface”. DALI is the worldwidestandard for digital lighting control.

PENTRON® HONew T5 high output fluorescent lamp systems provide almost twice the lumen output of standard lamps and fit today’s newest low profile fixture designs.

T8 & T5 POWERSENSE® DIMMING

The industry’s first product to operate from either power-linefluorescent controllers or low-voltage (0-10 Vdc) controls.

• Efficient - Highest Energy Efficiency dimming system• Versatile - Controls flexibility & universal-voltage• Intelligent - Senses faulty wiring and lamp failure

QUICKSENSE®

The patented end-of-lamp-life sensing technology that helpsprevent lamp overheating and established the benchmark forindustry recommendations for T5 and smaller diameter lamps.

Electronic Metal Halide SystemsQUICKTRONIC® MH features a state of the art electronicdesign to deliver performance levels unattainable withstandard magnetic based lighting systems. Provides energysavings up to 50% compared to magnetic ballasts. New highwattage systems coming soon!

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QUICKTRONIC Instant Start Ballasts for OCTRON® T8 Lamps

High Efficiency T8 Instant Start Universal Voltage

Low Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14-15Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16-17High Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .18-19

PowerSHED™ Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .20

Type CC Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21

High Efficiency T8 Instant Start Universal Voltage Low BF . . . . . . . .22-23

UL Type CC - Lamp Striation Control/LSC Normal BF . . . . . . . . . .24-25

Professional T8 Instant Start Universal Voltage

Low Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26-27Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28-29High Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .30-31

QUICKTRONIC PROStart® Ballasts for OCTRON® T8 Lamps

Xtreme Systems PROStart PSX Universal Voltage Low Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .32-33

SUPERSAVER® Xtreme Systems PROStart PSX Universal Voltage Low Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .34-35

PROStart® PSN Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36-37

High Efficiency T8 PROStart Universal Voltage90°C Case Temperature High Ballast Factor . . . . . . . . . . . . . . . . . .38-39

QUICKTRONIC Ballasts for 8 Foot Lamps (T8)

High Efficiency Instant Start 96T8(59W) Universal Voltage Low/Normal/High Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . .40-41

Professional Instant Start 96T8(59W) Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .42-43

High Efficiency PROStart 86T8/HO Universal Voltage 90°C Case Temperature Normal Ballast Factor . . . . . . . . . . . . . . . .44-45

QUICKTRONIC Ballasts for CANADIAN 347 Volt T8 Systems

High Efficiency T8 Instant Start <10% THD 347 V CANADA Low/Normal Ballast Factor . . . . . . . . .46-47

T8 & 96T8 Instant Start 347 V CANADA Low/Normal/High Ballast Factor . . . . . . . . . . . . . .48-49

Residential Ballast

T8 Instant Start 120V Residential Series . . . . . . . . . . . . . . . . . . . . . .50-51

QUICKTRONIC Ballasts for T5HO, T5, DL40, T4 Systems

T5 Extra Low Ballast Factor Introduction . . . . . . . . . . . . . . . . . . . . . . .52

High Bay Systems Introduction (T8, T8HO, T5HO) . . . . . . . . . . . . . . . . . .53

Professional T5 PROStart Universal Voltage Extra Low Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .54-55

Professional T5 PROStart Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .56-57

T5 347V Canada . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .58-59

T5HO 80BF QUICKSTEP® & QTP . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60-61

Professional T5HO PROStart Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .62-63

Professional T5HO PROStart High Ambient Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .64-67

Professional T5HO PROStart High Ambient 347-480VoltNormal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .68-69

DULUX® Compact Systems Introduction . . . . . . . . . . . . . . . . . . . . . . .70-71

High Efficiency Instant Start DL40/28W SUPERSAVER® SystemsNormal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .72-73

Professional PROStart DL40(40WTT5) Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .74-75

Professional PROStart T4 Compact Universal Voltage Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .76-77

The System is the Solution (Introduction Pages) 2-3

Table of Contents 4-5

IES Progress Report 6-7

High Efficiency Systems Introduction 8

Professional Instant Start Systems Introduction 9

Xtreme Systems PROStart® PSX Systems Introduction 10

PROStart® PSN & PSH Systems Introduction 11

QUICK 60+® System Warranty Introduction 12-13

www.sylvania.com

TABLE OF

ContentsQUICKTRONIC®

Electronic Ballasts

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QUICKTRONIC® Bi-Level, DIMMING & DALI Ballasts

Bi-Level & Dimming Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . .78-79

QUICKSTEP® T8 Bi-Level . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .80-81

POWERSENSE® DIMMING Universal Voltage T8(2 wire and 0-10 volt controllable) . . . . . . . . . . . . . . . . . . . . . . . . . .82-83

POWERSENSE DIMMING Universal Voltage T5(2 wire and 0-10 volt controllable) . . . . . . . . . . . . . . . . . . . . . . . . . .84-85

Controls List & Wiring Examples for POWERSENSE DIMMING Ballasts . . . . . . . . . . . . . . . . . . . . . . . . . . .86-87

Professional HELIOS™ T5HO DIMMING (0-10 volt controllable) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .88-89

Controls List & Wiring Examples for DIMMING 0-10V HELIOS T5HO Ballasts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .90-91

Professional T8 DALI Digital Dimming (100-1% range) Universal Voltage . . . . . . . . . . . . . . . . . . . . . . . . . .92-93

Professional T5 DALI Digital Dimming (100-1% range) Universal Voltage . . . . . . . . . . . . . . . . . . . . . . . . . .94-95

Professional T5HO DALI Digital Dimming (100-1% range) Universal Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . .96-97

Professional CF/DL40 DALI Digital Dimming (100-3% range) Universal Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . .98-99

Controls List & Wiring Examples for DALI DIMMING Ballasts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .100-101

QUICKTRONIC Ballasts for 8 foot T12 lamps & F40T12 Systems

96T12HO Rapid Start Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .102

Professional 40T12RS and 96T12IS (UNV & Dedicated)Normal Ballast Factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .103

QUICKTRONIC Specialty Systems

ICETRON® Universal VoltageType 1 and Type 2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .104-105

T2 FM Fluorescent Subminiature 120V Microcan . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .106-107

Metal Halide Systems Introduction . . . . . . . . . . . . . . . . . . . . . . . . .108-109

Professional MH 20-150W . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .110-113

High Efficiency MH 200-400W . . . . . . . . . . . . . . . . . . . . . . . . . . . .114-115

QUICK Information

QUICKSAVINGS Energy Savings Guide . . . . . . . . . . . . . . . . . . . . . .116-117

QUICKLENGTH Lead Lengths . . . . . . . . . . . . . . . . . . . . . . . . . . . . .118-120

QUICKSPEC Sample System Specifications . . . . . . . . . . . . . . . . . . . . . .121

QUICKANSWERS Reference Guide/Ballast Basics . . . . . . . . . . . . . .122-125

SYLVANIA T8 Discontinued Models/Replacement List . . . . . . . . . . .126-129

QUICKCROSS Manufacturer’s Cross Reference . . . . . . . . . . . . . . .130-135

Instant Start Ballast Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .136-137

QUICKSYSTEMS System Performance Guide . . . . . . . . . . . . . . . . . .138-173

Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .174-175

QUICK 60+® System Warranty

Warranty Information and Registration Form . . . . . . . . . . . . . . . . .176-177

5OSRAM SYLVANIA National Customer Service and Sales Center 1-800-LIGHTBULB (1-800-544-4828) www.sylvania.com

SYLVANIA, OCTRON, PENTRON, POWERBALL, POWERSENSE, PowerSHED, PROStart, QUICKSENSE, QUICKSTEP, QUICK 60+, HELIOS, ICETRON, METALARC, SUPERSAVER, The System Solution andSquiggle Logo, CURVALUME, ECOLOGIC, Fixtureside Assistance, XP and XPS are trademarks or registered trademarks of OSRAM SYLVANIA. QUICKTRONIC and DULUX are trademarks or registeredtrademarks of OSRAM GmbH. All other trademarks contained herein not owned by OSRAM SYLVANIA or its subsidiaries, are the property of their respective owners. Information in this guide subject to change at anytime without prior notice.

6

Each year, The Progress Committee of the Illuminating Engineering Society of North America (IESNA) solicits the lightingindustry for product submissions which, if accepted by the committee, are featured in the committee’s Progress Report,which is published in the IESNA’s publication “Lighting Design & Application.” The mandate of the Progress Committee is “to keep in touch with developments in the art and science of lighting throughout the world and prepare a yearly review ofachievements for the Illuminating Engineering Society of North America.” Submissions are organized into one of sevencategories: light source, accessory, luminaire, research, application, publication and design tool. They are evaluated for theirdesign, engineering characteristics, installation features and overall uniqueness. The 30-member committee of industryexperts votes on up to 200 product submissions annually.

Over the years many SYLVANIA and OSRAM branded products have been accepted for the Progress Report. An itemized list of our ballast/ systems and theirsignificant features, are listed in the tables that follow. For details on lamps, please refer to the lamp and ballast catalog.

SYLVANIA Products and the IESNA Progress ReportA Proud Legacy of Achievement

PROGRESSR e p o r t I E

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2008

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OSRAM SYLVANIA BALLAST/POWER SUPPLY SUBMISSIONS ACCEPTED BY THE IESNA PROGRESS REPORT

SIGNIFICANCE TO THE LIGHTING INDUSTRY

QUICKTRONIC® T8 POWERSENSE® 2Wire/4Wire dimming Industry’s first electronic T8 ballast that allows for simultaneous line voltage and low voltage dimming

QUICKTRONIC Extra Low BF T5 Industry’s first low extremely low ballast factor (~0.50) ballast for 14W, 21W and 28W T5 lamps

QUICKTRONIC T5 POWERSENSE 2Wire/4Wire dimming Industry’s first electronic T5 ballast that allows for simultaneous line voltage and low voltage dimming

QUICKTRONIC PowerSHED™ System Industry’s first load shed system that allows immediate (33%) reduction in lighting load based on utility demand. Allows energy managers tomaximize the incentives available from their utility.

QUICKTRONIC QHE ISL, Type CC Industry’s first high efficiency, low ballast factor T8 ballasts that will operate FO13T8, FO14, FO21 & FO28W T8 display lamps as well as the F15, F25 and F30 T8 preheat lamps

QUICKTRONIC PSH UNV Industry’s first high ballast factor, parallel wired programmed start ballast with the added feature of operating FO17 (2 foot) and FO25 (3 foot) T8 lamps & SUPERSAVER® equivalents

QUICKTRONIC QUICKSTEP® T8 Bi-Level This bi-level T8 ballast is >15% more efficient in the dimmed mode than other products currently on the market. Also the only manufacturer to offer a warranty with occupancy sensors.

QUICKTRONIC 320W Electronic MH ballast Industry’s highest efficiency, smallest size, low frequency sine waveelectronic ballast for 320W metal halide lamps

QTR,1x28CF/120V CFL Residential Electronic Ballast Unique ballast operates new 16, 21, 28 Watt CFL lamps with light output equivalent to 60, 75 and 100 Watt incandescent lamps. Designed as a next generation system for downlighting.

OPTOTRONIC® 10V LED Power Supply Smallest footprint for 10Vdc output LED ballasts. Operates all 10Vdc LEDsystems from OSRAM SYLVANIA and others.

OPTOTRONIC 24V Low Profile LED Power Supply Smallest footprint for 24Vdc output LED ballasts. Operates all 24Vdc LEDsystems from OSRAM SYLVANIA and others.

OPTOTRONIC 700mA LED Power Supply Designed to operate OSRAM SYLVANIA high-flux spot OSTAR® HEX LEDproduct also accepted in 2008 report

OPTOTRONIC DMX RGB Control Interface Unique control interface compatible with all 24Vdc driven LED systems and DMX signals

2008 Progress Report

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www.sylvania.com


OSRAM SYLVANIA BALLAST/POWER SUPPLY SUBMISSIONS ACCEPTED BY THE IESNA PROGRESS REPORT


OPTOTRONIC® 3W/350 mA LED Power Supply Smallest constant current power supply — lower than 5W for max powerflexibility.

OPTOTRONIC 96W/24V LED Power Supply Only 96w power supply that contains fittings and junction boxes. IP66 rated.Universal voltage.

OPTOTRONIC 240W/24V LED Power Supply Only 240W power supply that contains fittings and junction boxes. IP66rated. Universal voltage. 3 independently switchable channels.

QUICKTRONIC® QHE2x59/UNV-ISL-SC Ballasts First high efficiency, low ballast factor, universal input voltage, instant startballast for 8 foot T8 lamps.

QUICKTRONIC QHE2x59/UNV-ISH-SC Ballasts First high efficiency, high ballast factor, universal input voltage, instant startballast for 8 foot T8 lamps

QUICKTRONIC QHE2x86WT8HO/UNV-PSN-HT Ballasts First high efficiency, normal ballast factor, universal input voltage,programmed start ballast for 8 foot' T8/HO lamps

QUICKTRONIC QHE 3 & 4 32T8/347V ISH HT Ballasts First high efficiency, 347V, high ballast factor, instant start ballasts for 4 foot T8 lamps

QUICKTRONIC QHE 3 & 4 32W T8 480V Ballasts First high efficiency, 480V, high ballast factor, instant start ballasts for 4 foot T8 lamps

QUICKTRONIC QHE 2x40DL UNV ISN SC Ballasts First high efficiency, 2-lamp universal voltage ballasts for DULUX L 40W and SUPERSAVER 28W lamps

QUICKTRONIC QHE 2, 3, 4 32T8 UNV PSH-HT Ballasts First high efficiency, programmed start, 90°C rated ballasts for T8 lamps

QUICKTRONIC QHE 1, 2, 3, 4 x 32T8 UNV Type CC and Anti Striation ControlBallasts

First high efficiency T8 ballasts that operate more lamp types than any other type CC ballast. -20°F starting temperature.

QUICKTRONIC QTP2x54T5HO UNV PS80 SC Ballasts First high efficiency T5HO ballast with 0.80 ballast factor for 20% energysavings

QUICKTRONIC QS2x54T5HO UNVPS80SC Ballasts First high efficiency T5HO ballast with 0.80 ballast factor for 20% energysavings with bi-level switching

QUICKTRONIC POWERSENSE® T5 Dimming BallastsQUICKTRONIC T8 POWERSENSE, simultaneous 2Wire/4Wire dimming

First high efficiency dimming ballasts for T5 and T8 lamps — dual control (0-10V & line voltage), universal voltage

QUICKTRONIC Helios™ 0-10V T8 Dimming Ballasts First high efficiency dimming ballasts for T8 lamps with up to 1.2 ballastfactor, auto start & restart technology 277V

OSRAM SYLVANIA SUBMISSIONS ACCEPTED BY THE IESNA PROGRESS REPORT


QUICKTRONIC® QHE High Efficiency Family of 347V 4-Lamp T8 Ballasts First high efficiency T8 Instant Start low ballast factor ballast for 347V

QUICKTRONIC QHE High Efficiency Family of 347V T8 Instant Start Ballasts First high efficiency T8 Instant start normal ballast factor ballast for 347V

QUICKTRONIC QHE 3x40DL UNV IS T5 Ballasts First high efficiency universal voltage ballast that can operate 3 DL40W or 3 DL40/28W SS lamps

OSRAM SYLVANIA SUBMISSIONS ACCEPTED BY THE IESNA PROGRESS REPORT


OPTOTRONIC® Constant Current Dimmable LED Power Supply forDRAGONtape and DRAGONpuck

First LED driver for DRAGONtape and DRAGONpuck module

OPTOTRONIC Dimmable LED power supply for DRAGONtape andDRAGONpuck

First dimmable LED driver for DRAGONtape and DRAGONpuck

OPTOTRONIC LED power supply, 24V, 75W First 75W universal voltage LED power supply

OPTOTRONIC OTO50/120-277/10E LED Power Supply First 50W universal voltage LED power supply



2007 Progress ReportIE

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Key System Features: • Highest ballast efficiency –

over 90%

• NEMA Premium Ballast Program Compliant

• Highest system efficiencyavailable

• Lowest power instant startsystems

• Universal input voltage (120-277V)

• 30-60% energy savings

• Same light, less power

• Available ballast factors:– Low (0.78)– Normal (0.88)– High (1.15-1.20)

Applications:• Meeting stringent energy codes

• Energy retrofits

• Commercial & retail

• Hospitality & institutional

QUICKTRONIC® High Efficiency QHE instant start ballasts operate OCTRON®‚ T8 lampswith maximum efficacy and high lumen output, while providing 30-60% energysavings when compared to F40T12 magnetic systems. The QHE energy savingelectronic T8 ballasts save an additional 6% over standard electronic ballasts withoutcompromising light output or lamp life, thus allowing for a quicker payback.

Light Ouput

Power Used

Energy Cost

Mag. Ballastw/F34T12

QHE-ISL(0.78 BF)w/FO32T8

QHE-ISL(0.78 BF)

w/FO28/XP/SS

QHE-ISN (0.88 BF)w/FO32T8

0

50

25

100

150

175

125

75

24%Savings! 33%

Savings! 42%Savings!

T Y P I C A L S A V I N G S QHE-IS: Two Lamp

QHE-IS:High Efficiency Series utilizes high grade components and optimized ballastdesign, to ensure that >90% of the system power is provided to the lamps.Enhanced efficiency inductors and semiconductors play a critical role.

Save anadditional6% overQTP-IS!

Based on 4000 operating hours per year with energy cost of $0.10/kWh

Magnetic T12 system: ‘Energy Saving’ T12 Magnetic ballast with F34T12CW lamps

Electronic T8 systems: 0.88 & 0.78 ballast factor – High Efficiency Instant Start ballast with FO32T8/800/XP/ECO and FO28T8/800/XP/SS/ECO lamps

8

QHE High Efficiency Instant Start

QH

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QTP Instant Start



• 50% reduction in number ofmodels

• 30-40% energy savings vs.magnetic systems

• Available ballast factors:– Low (0.78)– Normal (0.88)– High (1.18-1.20)

Applications:

• Commercial & retail

• Hospitality & institutional

• New construction & retrofits

QUICKTRONIC® Professional QTP instant start ballasts operate OCTRON® T8 lampswith high efficacy and high lumen output, while providing 30-40% energy savingswhen compared to F40T12 magnetic systems.

Light Ouput

Power Used

Energy Cost

18%Savings!

29%Savings!


QTP-ISL(0.78 BF)

w/FO28/XP/SS

QTP-ISL(0.78 BF)w/FO32T8

QTP-ISN (0.88 BF)w/FO32T8

0

50

25

100

150

175

125

75 38%Savings!

T Y P I C A L S A V I N G S QTP-IS : Two Lamp

QTP-IS:Universal Voltage allows the ballast to operate between input voltages of 120-277V, ±10%. The ballast also has active power factor correction.



Electronic T8 systems: 0.88 & 0.78 ballast factor – Instant Start ballast with FO32T8/800/XP/ECO and FO28T8/800/XP/SS/ECO lamps


QTP

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• PROStart® Xtreme:– For frequent switching– Longest lamp life


• Exclusive lamp warranty for occupancy sensor applications

• Lowest power PROStart system


• Available in 0.71 ballast factor

Applications:

• Maximum lamp life to minimize maintenance costs

• Used to meet stringent energycodes

• Occupancy sensors

• Building control systems


SYLVANIA QUICKTRONIC® PROStart® PSX programmed rapid start Xtremeelectronic ballasts provide maximum energy savings resulting in the lowest powerT8 OCTRON® systems. PROStart PSX ballasts feature optimal starting conditionsthat allow the greatest number of switching cycles and the longest lamp life.

Light Ouput

Power Used

Energy Cost


QTP-PSX(0.71 BF)

w/FO28T8/SS

QTP-PSX(0.71 BF)

w/FO32T8/XPS

QTP-PSX (0.71 BF)

w/FO30T8/SS

0

50

25

100

150

125

7535%Savings! 39%

Savings! 43%Savings!

T Y P I C A L S A V I N G S QTP-PSX: Two Lamp

QTP-PSX Xtreme:Xtreme Performance and Savings. Custom integrated chip (IC) technology matched withXtremely low ballast factor design and SYLVANIA XPS® orSUPERSAVER® T8 lamps deliver maximum energy savings,lamp life and up to 100,000 lamp starts.



Electronic T8 systems: SYLVANIA Xtreme (0.71 ballast factor programmed start ballasts with FO32/800/XPS/ECO lamps)

SUPERSAVER Xtreme: (0.71 ballast factor programmed start ballasts with FO30 or FO28T8/800/XP/SS/ECO lamps)

Up to 80% longerlamp life!

10

Xtreme Programmed Start SystemsXtreme Programmed Start Systems

Xtrem

eSYSTE

MS

www.sylvania.com


• PROStart:– For frequent switching– Longer lamp life


• Exclusive lamp warranty foroccupancy sensor applications


• Available in 0.88 ballast factorand 1.15 BF models

Applications:

• Used to meet stringent energy codes

• Occupancy sensors

• Building control systems


• Extended lamp life to reduce maintenance costs

SYLVANIA QUICKTRONIC® PROStart PSN & PSH programmed rapid startelectronic ballasts operate OCTRON® T8 lamps for applications that requireextended lamp life. PROStart PSN & PSH ballasts will deliver over twice thenumber of start cycles vs. instant start ballasts.

Light Ouput

Power Used

Energy Cost


QTP-PSN(0.88 BF)w/FO32T8

QTP-PSN(0.88 BF)

w/FO28/XP/SS

0

50

25

100

150

125

75

17%Savings! 26%

Savings!

T Y P I C A L S A V I N G S QTP-PSN: Two Lamp

QTP-PS PROStart(Programmed Rapid Start): Integrated chip (IC) technology ensures premium lampstarting and operation, providing over 100,000 lamp starts,which is ideal for occupancy sensor applications.



Electronic T8 systems: SYLVANIA Xtreme (0.71 ballast factor programmed start ballasts with FO32/800/XPS/ECO lamps)

SUPERSAVER Xtreme: (0.71 ballast factor programmed start ballasts with FO30 or FO28T8/800/XP/SS/ECO lamps)

Up to 80% longerlamp life!


QTP PROStart®

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60

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QUICK60+® is the industry’s original and most

comprehensive system warranty, providing coverage

for QUICKTRONIC® ballasts and the SYLVANIA lamps they

power. As the originator of the System Solution,® we have

unparalleled lamp and ballast technology — within one

company — that enables us to produce systems that

perform better and are more reliable. Of course we

design our ballasts and lamps to be compatible with

other manufacturers’ products and back their operation

accordingly, but our systems approach allows us to

back our systems with a warranty that simply gives

you better coverage.

It starts with the ballast. When you purchase any QUICKTRONIC ballast, it’s

warranted for a period of up to 60 months. Then, when you add SYLVANIA

lamps, you benefit from additional coverage for those lamps; that’s the PLUS.

More combinations and wider applications provide the broadest range of

coverage available in the industry. Another benefit comes each time you

group relamp, as the lamp portion of the warranty will extend for an

additional term. In short, if you have SYLVANIA ballasts and lamps, you’re

covered — it’s that simple.

Simply peace of mindWhen you specify SYLVANIA electronic ballasts and lamps, your installation

will enjoy the highest available levels of performance, and you will enjoy the

added benefit of peace of mind. If there is an issue, you’ll never need to

worry about whether it’s the lamp or it’s the ballast, and you won’t get caught

in the middle of solving the problem (we may argue with ourselves, but you

won’t have to!). All it takes is a phone call and you can get back to business.

The bottom line is these are our products, and we stand behind them as no

one else can.

Simply betterservice Only QUICK60+offers you

a choice of three service

options to resolve warranty

claims for ballasts, including

our unique “Fixtureside

AssistanceSM” program from

our own nation-wide service

organization, SYLVANIA

Lighting Services. At our

discretion, we will dispatch

a trained technician to make

a service call to resolve any

issues with our products.

Our people taking care of our products ensure that you get the level of expert

service you deserve. Of course, OSRAM SYLVANIA can also coordinate ballast

replacement with an independent service provider, or you can manage the

replacement yourself and we will determine labor reimbursement costs.

OSRAM SYLVANIA will determine which option best suits your needs to make

sure you’re covered.See www.sylvania.com or www.mysylvania.com for

QUICK60+ Lamp and Ballast Limited Warranty details.

It’s the simple way to make sure you’re completely coveredQUICK60+®

System WarrantyThe

12

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Makes it simple no matter who you areQUICK60+®QUICK60+®


For lamp replacements OSRAM SYLVANIA will send lamps to your facility

(NO LABOR FOR LAMPS).

The QUICK60+® warranty is simple to put to work.

If you have SYLVANIA electronic ballasts and lamps

— you’re covered. Just call 1-800-LIGHTBULB

(1-800-544-4828) and request warranty service. Any

installation of QUICKTRONIC® ballasts and SYLVANIA

brand lamps is covered by QUICK60+ for periods

defined in the warranty and by the date codes incorpo-

rated on all of our products. As an added value, by

simply registering the installation, all warranty periods

will be defined by the actual date of installation

providing complete assurance that you’ll receive the

coverage you deserve. If there’s ever a problem, it’s not

a problem — you won’t have to look up old records

and worry about who’s responsible. It’s that simple.

Simple for fixture manufacturersAny lighting manufacturer that installs QUICKTRONIC

ballasts in their fixtures can provide their customers

with a system warranty once SYLVANIA lamps are

installed. Whether the lamps are installed in the

factory, or they arrive through distribution, the system

is covered. In effect, OEMs can provide customers

with a great deal of added value by installing

SYLVANIA ballasts and lamps — it’s that simple.

Simple for lighting distributorsLighting system upgrades and retrofit installations

are an important part of any electrical distributor’s

business. QUICK60+® allows a distributor to offer

customers a comprehensive system warranty in

addition to their other value added services. And

since the lamp portion of QUICK60+ renews when

an installation is group relamped, distributors can

offer added value to future sales of SYLVANIA brand

lamps. Peace of mind today and tomorrow —

it’s that simple.

Simple for contractorsUsing QUICKTRONIC ballasts and SYLVANIA lamps

allows a contractor to provide an added value to

their customers. Once the system is installed, the

contractor can utilize the strengths and services of

the nationwide SYLVANIA organization to assist in

standing behind the project if the need arises.

Added assurance — it’s that simple.

Simple for end usersToday’s users of lighting systems demand

better performance — higher lumen output,

lower energy usage, better color characteristics

and more responsive control capabilities — all

with worry free operation. OSRAM SYLVANIA has

the resources in both lamp and ballast technology

to deliver the performance, while QUICK60+

provides the industry’s most comprehensive and

worry free system warranty. End users enjoy a

lighting system that is high performance without

being high risk — it’s that simple.

For additional warranty information, see pages 176-177.

QH

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Lamp / Ballast Guide

Key System Features

System Information

• High Efficiency Systems over 90%efficient

• NEMA Premium Ballast (NPB)Program compliant

• Over 100 LPW (lumens/watt) withOCTRON SUPERSAVER® lamps

• Lowest power T8 I.S. Systems• Universal voltage (120-277)• Small Can enclosure size• 30-50% Energy savings• Min. Starting Temp:

• -20°F (-29°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• 0°F (-18°C) for FO40T8 lamps

• <10% THD• Virtually eliminates lamp flicker

SYLVANIA QUICKTRONIC High Efficiency is ideally suited for:• Any applications where the lowest

power T8 systems are needed formaximum energy savings

• Energy Retrofits• Commercial & Retail• Hospitality & Institutional• New Construction

Application Information

32W T8 - OCTRON®

QHE ISL SC Models1-lamp QHE1x32T8/UNV 2-lamp QHE2x32T8/UNV 3-lamp QHE3x32T8/UNV 4-lamp QHE4x32T8/UNV

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS (30W),FBO29/SS (29W), FO28/SS (28W) &FO25/SS (25W)

FO40T8 operation:1 lamp on 2L ballast; 2 lamps on 3Lballast; 3 lamps on 4L ballast

SYLVANIA QUICKTRONIC High Efficiency,(QHE) energy-saving electronic T8 ballastsoffer several advantages:

1. Same Light, Less Power! • Up to 6% in energy savings

compared to standard T8 low powerelectronic ballasts without compro-mising light output

• 30-44% energy savings whencompared to F40T12 magneticallyballasted systems (see table below)

2. Parallel Circuitry: keeps remaininglamps lit if one or more go out.

3. Small Can Enclosure for: • low profile fixture design• transportation, inventory and

ergonomic benefits

4. NEMA Premium Ballast (NPB) programcompliant. The NPB program promotesthe use of high efficiency T8 electronicballasts by meeting or exceeding theBallast Efficiency Factors, (BEF) estab-lished by the CEE, (Consortium for

Energy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org

5. New Banded Packaging • Distributor-friendly for easy stocking

and individual ballast sales• Reduced waste

• Easy removable bands• No tangled wires

SYLVANIA QUICKTRONIC High Efficiency(QHE) is also covered by our QUICK 60+®

warranty, the first and most compre-hensive lamp & ballast system warranty in the industry.

SYLVANIA QUICKTRONIC High Efficiency(QHE) System advantages:

• Operate from 120V through 277V• Eliminates “wrong voltage” errors• Reduces inventory by 50%

• Utilizes Instant Start operation for• Highest System Efficacy• Low temperature starting capability

• Very low harmonic distortion (<10%)THD

• Operate at >42kHz to reduce potentialinterference with infrared controlsystems

A complete OSRAM SYLVANIA SystemPerformance Guide showing performancecharacteristics for all combinations oflamps and ballasts is available uponrequest.

RelativeInput Initial System Mean Mean

System Type Power System Efficacy System Light Energy(2-lamp) (W) Lumens LPW Lumens Output Savings

F34T12 - E.S. Magnetic Ballast 72 4660 65 3960 Baseline Baseline

FO32/XP - QHE2x32T8/UNV ISL-SC 48 4680 98 4440 112% 33%FO28/SS - QHE2x32T8/UNV ISL-SC 42 4250 101 3995 101% 42%

101%

58%

2-FO28/SUPERSAVERQHE 2x32 UNV ISL

2-FO32/XP/ECOQHE 2x32 UNV ISL

112%

67%

2-F34T12/SSE.S. Magnetic Ballast

100% 100%

% Relative Light Output (Mean Lumens)

% System Wattage (Power)

40%

50%

60%

70%

80%

90%

100%

110%

120%

33% Energy Savings

42% Energy Savings

QUICKTRONIC® T8 Instant StartUniversal Voltage

www.sylvania.com

Low Ballast FactorHigh Efficiency Series

Specifications subject to change without notice.

15

Catalog # Date Type

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Comments

SPECIFICATION DATAQ

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Starting Method: Instant StartBallast Factor: 0.78Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

-20°F (-29°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lamps0°F (-18°C) for FO40T8Input Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V

rated line (108-305V)

UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingNEMA Ballast Program compliantANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):

• 20 ft: full wattage T8s• 10 ft: energy saving T8s• 4 ft: 25W energy saving T8s

2 Operation below 50°F (10°C) may affectlight output or lamp operation – see “Low Temp. Starting” definition.

Performance Guide

SpecificationsData based on F32T8

High Efficiency Universal Voltage (120-277V)

Input Rated Ballast Input SystemItem OSRAM SYLVANIA Current Lamp Lumens No. of Factor System Mean Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF 1

QHE 1X32T8/UNV ISL-SC 0.21/0.09 FO32/700 2800 1 0.78 2185 1965 25 87 3.1249837 Banded Pack 0.21/0.09 FO32/XP 3000 1 0.78 2340 2200 25 94 3.1249861 10-Pack 0.20/0.09 FO30/SS 2850 1 0.78 2225 2090 24 93 3.2549862 Pallet Pack 0.19/0.08 FO28/SS 2725 1 0.78 2125 2000 22 97 3.55

0.17/0.08 FO25/SS 2475 1 0.78 1930 1815 20 97 3.90


0.32/0.14 FO25/SS 2475 2 0.78 3860 3630 38 102 2.05

QHE 3X32T8/UNV ISL-SC 0.61/0.27 FO32/700 2800 3 0.78 6550 5895 73/72 90/91 1.0849839 Banded Pack 0.61/0.27 FO32/XP 3000 3 0.78 7020 6600 73/72 96/98 1.0849865 10-Pack 0.58/0.25 FO30/SS 2850 3 0.78 6670 6270 68 98 1.1549866 Pallet Pack 0.53/0.23 FO28/SS 2725 3 0.78 6380 5995 63 101 1.24

0.48/0.21 FO25/SS 2475 3 0.78 5790 5445 57 102 1.37


0.62/0.27 FO25/SS 2475 4 0.78 7720 7260 76/75 102/103 1.04

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 49838 QHE 2 x 32T8 / UNV ISL - SC

QUICKTRONIC High Efficiency

Number of Lamps

LAMP

LAMP

LAMP

BALLASTBlueBlueBlueRed

BlackWhite

Note: For two lamp application, cap any blue lead.For one lamp application, cap any two blue leads.

Insulate to 600 volts.

QUICKTRONIC 3x32

Note: For three lamp application, cap any unused blue lead.For two lamp application, cap two blue leads individually.

For one lamp application, cap two blue leads, one red andone yellow lead individually. Insulate to 600 volts.

BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

Case Size

Starting/Ballast Factor

Line Voltage (120-277V)

Primary Lamp Wattage

System Life / WarrantyQUICKTRONIC products are coveredby our QUICK 60+® warranty, acomprehensive lamp and ballastsystem warranty. For additionaldetails, refer to our QUICK 60+warranty bulletin.

Data based upon SYLVANIA OCTRON®

lamps shown. QUICKTRONIC® QHEInstant Start ballasts are alsocompatible with other lamp manufac-turers equivalent lamp types thatmeet ANSI specifications.

QHE Instant Start ballasts will operateF17, F25 and F32 (and the SUPER-SAVER® & U-Bend equivalent) T8 lamps.Complete performance data is availablein the QUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

Low Ballast Factor

T8 Instant Start

High Efficiency

OSRAM SYLVANIA National Customer Service and Sales Center1-800-LIGHTBULB (1-800-544-4828)www.sylvania.com

Dimensions: Wiring:Overall: 9.5" L x 1.68" W x 1.18" H Leads only Mounting: 8.90" (no connectors provided)

Product Weight: 1.6 lbs each (approx) Mounting

Length

Length

Height

8.70 mmSlot

Width

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite

Note: For one lamp application, cap any blue lead. Insulate to 600 volts.

QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

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Key System Features

System Information




• Lowest power T8 I.S. Systems• Universal voltage (120-277V)• Small Can enclosure size• 30-50% Energy savings• Min. Starting Temp:

• -20°F(-29°C) for T8 lamps• 60°F (16°C) for Energy Saving





• Energy Retrofits• Commercial & Retail• Hospitality & Institutional• New Construction


32W T8 - OCTRON®

QHE ISN SC Models1-lamp QHE1x32T8/UNV 2-lamp QHE2x32T8/UNV 3-lamp QHE3x32T8/UNV 4-lamp QHE4x32T8/UNV

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS (30W),FBO29/SS (29W), FO28/SS (28W) &FO25/SS (25W)

FO40T8 operation:1 lamp on 2L ballast; 2 lamps on 3Lballast; 3 lamps on 4L ballast

SYLVANIA QUICKTRONIC High Efficiency,(QHE) energy-saving electronic T8 ballastsoffer several advantages:






ergonomic benefits
















F40T12 - E.S. Magnetic Ballast 86 5795 67 4930 Baseline Baseline

F34T12 - E.S. Magnetic Ballast 72 4660 65 3960 80% 16%

FO32/XP - QHE2x32T8/UNV ISN-SC 55 5280 96 4965 101% 36%FO28/SS - QHE2x32T8/UNV ISN-SC 48 4800 100 4510 91% 44%

2-FO28/SUPERSAVERQHE 2x32 UNV ISN

91%

56%

44% Energy Savings

2-FO32/XP/ECOQHE 2x32 UNV ISN

101%

64%

36% Energy Savings

2-F40T12E.S. Magnetic Ballast

100% 100%



40%

50%

60%

70%

80%

90%

100%


www.sylvania.com

Normal Ballast FactorHigh Efficiency Series

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Performance Guide




QHE 1X32T8/UNV ISN-SC 0.25/0.11 FO32/700 2800 1 0.88 2465 2220 28 88 3.1449968 Banded Pack 0.25/0.11 FO32/XP 3000 1 0.88 2640 2480 28 94 3.1449851 10-Pack 0.22/0.09 FO30/SS 2850 1 0.88 2510 2360 26 97 3.3849852 Pallet Pack 0.21/0.09 FO28/SS 2725 1 0.88 2400 2255 25 96 3.52

0.19/0.09 FO25/SS 2475 1 0.88 2175 2045 22 99 4.00

QHE 2X32T8/UNV ISN-SC 0.47/0.20 FO32/700 2800 2 0.88 4930 4435 55 90 1.6049969 Banded Pack 0.47/0.20 FO32/XP 3000 2 0.88 5280 4965 55 96 1.6049853 10-Pack 0.44/0.19 FO30/SS 2850 2 0.88 5015 4715 52 96 1.6949854 Pallet Pack 0.40/0.18 FO28/SS 2725 2 0.88 4800 4510 48 100 1.83

0.36/0.16 FO25/SS 2475 2 0.88 4355 4095 43 101 2.05

QHE 3X32T8/UNV ISN-SC 0.69/0.30 FO32/700 2800 3 0.88 7390 6650 83/82 89/90 1.0749970 Banded Pack 0.69/0.30 FO32/XP 3000 3 0.88 7920 7445 83/82 95/97 1.0749855 10-Pack 0.66/0.28 FO30/SS 2850 3 0.88 7525 7075 78/77 96/98 1.1449856 Pallet Pack 0.61/0.26 FO28/SS 2725 3 0.88 7195 6760 72 100 1.22

0.55/0.23 FO25/SS 2475 3 0.88 6530 6140 65/64 101/102 1.38

QHE 4X32T8/UNV ISN-SC 0.91/0.39 FO32/700 2800 4 0.88 9855 8870 108/107 91/92 0.8249971 Banded Pack 0.91/0.39 FO32/XP 3000 4 0.88 10560 9925 108/107 98/99 0.8249857 10-Pack 0.86/0.37 FO30/SS 2850 4 0.88 10030 9430 102/101 98/99 0.8749858 Pallet Pack 0.80/0.35 FO28/SS 2725 4 0.88 9590 9015 95 101 0.93

0.71/0.30 FO25/SS 2475 4 0.88 8710 8190 85 102 1.04


Item Number 49970 QHE 3 x 32T8 / UNV ISN - SC


Number of Lamps

LAMP

LAMP

LAMP


BlackWhite



QUICKTRONIC 3x32



BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

Case Size







QHE Instant Start ballasts will operateF17, F25 and F32 (and the SUPER-SAVER® & U-Bend equivalent) T8 lamps.Complete performance data is availablein the QUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

Normal Ballast Factor

T8 Instant Start

High Efficiency


Dimensions:Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90"

Product Weight: 1.6 lbs each (approx)

Wiring:Leads only (no connectors provided)

Mounting Length

Length

Height

8.70 mmSlot

Width

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32


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Key System Features

System Information




• Lowest power T8 PLUS Systems• Universal voltage (120-277V)• 1.15-1.20 ballast factor• 30-50% Energy savings• Min. Starting Temp:

• -20°F(-29°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• <10% THD• Virtually eliminates lamp flicker

SYLVANIA QUICKTRONIC High Efficiency is ideally suited for:• Any applications where the highest

light output for the lowest amount ofpower T8 systems are needed formaximum energy savings

• High bay lighting• Energy Retrofits• Commercial & Retail• Hospitality & Institutional• New Construction


32W T8 - OCTRON®

1-lamp QHE1x32T8/UNV ISH-SC2-lamp QHE2x32T8/UNV ISH-SC3-lamp QHE3x32T8/UNV ISH-SC4-lamp QHE4x32T8/UNV ISH

Also operates:FBO32, FBO31, FO30/SS (30W),FBO30/SS (30W), FBO29/SS (29W),FO28/SS (28W) & FO25/SS (25W)

SYLVANIA QUICKTRONIC High Efficiency(QHE) energy-saving electronic T8 ISH(PLUS) ballasts offer several advantages:



• 30-60% energy savings whencompared to F34T12 magneticallyballasted systems

2. High Light Output :• Higher lumens per fixture• Fewer fixtures required for same

light output• Ideal for high bays


4. NEMA Premium Ballast (NPB) programcompliant. The NPB program promotesthe use of high efficiency T8 electronicballasts by meeting or exceeding theBallast Efficiency Factors (BEF) estab-

lished by the CEE (Consortium forEnergy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org













System Power System Efficacy System Light EnergyType (W) Lumens LPW Lumens Output Savings

4:F34T12 - Two E.S. Magnetic Ballasts 144 9330 65 7930 Baseline Baseline

4:FO32T8/700 - QTP4x32T8/UNV-ISN-SC 112 9860 89 8870 112% 22%

3:FO32/XP - QHE3x32T8/UNV-ISH-SC 111/109 10620 96/97 9985 126% 23%

3:FO28/SS - QHE3x32T8/UNV-ISH-SC 98/96 9650 98/101 9070 114% 32%

2:FO32/XP - QHE2x32T8/UNV-ISH-SC 74/73 7200 97/99 6770 85% 49%

2:FO28/SS - QHE2x32T8/UNV-ISH-SC 65/64 6540 101/102 6150 78% 55%

114%

68%

3-FO28/SUPERSAVERQHE 3x32 UNV ISH

2-FO32/800XPQHE 2x32 UNV ISH

85%

51%

4-F34T12Two E.S. Mag. Ballasts

% Relative Light Output (Mean Lumens)% System Wattage (Power)

4-FO32/700QT 4x32 T8/ISN

40%

50%

60%

70%

80%

90%

100% 100%

112%

78%

100%

110%

22% Energy Savings

32% Energy Savings

49% Energy Savings


www.sylvania.com

High Ballast FactorHigh Efficiency Series

19

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

HE

T8 IS

H

Starting Method: Instant StartBallast Factor: 1.15-1.20Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

-20°F (-29°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V





Performance Guide




QHE 1X32T8/UNV ISH-SC 0.32/0.14 FO32/700 2800 1 1.20 3360 3025 38 88 3.1649919 Banded Pack 0.32/0.14 FO32/XP 3000 1 1.20 3600 3385 38 95 3.1649871 10-Pack 0.30/0.13 FO30SS 2850 1 1.20 3420 3215 36 95 3.3349872 Pallet Pack 0.27/0.12 FO28SS 2725 1 1.20 3270 3075 33 99 3.64

0.26/0.12 FO25/SS 2475 1 1.20 2970 2790 30 99 4.00

QHE 2X32T8/UNV ISH-SC 0.65/0.28 FO32/700 2800 2 1.20 6720 6050 74/73 91/92 1.6449920 Banded Pack 0.65/0.28 FO32/XP 3000 2 1.20 7200 6770 74/73 97/99 1.6449873 10-Pack 0.59/0.25 FO30SS 2850 2 1.20 6840 6430 70/69 98/99 1.7449874 Pallet Pack 0.55/0.23 FO28SS 2725 2 1.20 6540 6150 65/64 101/102 1.88

0.50/0.22 FO25/SS 2475 2 1.20 5940 5585 58/57 102/104 2.11

QHE 3X32T8/UNV ISH-SC 0.93/0.40 FO32/700 2800 3 1.18 9910 8920 111/109 89/90 1.0849921 Banded Pack 0.93/0.40 FO32/XP 3000 3 1.18 10620 9985 111/109 96/97 1.0849875 10-Pack 0.87/0.38 FO30SS 2850 3 1.18 10090 9485 104/103 97/98 1.1549876 Pallet Pack 0.82/0.35 FO28SS 2725 3 1.18 9650 9070 98/96 98/101 1.23

0.72/0.31 FO25/SS 2475 3 1.18 8760 8235 87/86 101/102 1.37

QHE 4X32T8/UNV ISH 1.21/0.52 FO32/700 2800 4 1.15 12880 11590 144/141 89/91 0.8249922 Banded Pack 1.21/0.52 FO32/XP 3000 4 1.15 13800 12970 144/141 96/98 0.8249877 10-Pack 1.13/0.49 FO30SS 2850 4 1.15 13110 12325 135/133 97/99 0.8649878* Pallet Pack 1.06/0.46 FO28SS 2725 4 1.15 12535 11785 127/124 99/101 0.93

0.94/0.41 FO25/SS 2475 4 1.15 11385 10700 112/111 102/103 1.04

Banded Pack Item Numbers, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, except Item Number 49878* contains500 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 49921 QHE 3 x 32T8 / UNV ISH - SC


Number of Lamps

Case Size







QHE Instant Start ballasts will operateF32 (and the SUPERSAVER® & U-Bendequivalent) T8 lamps. Complete perfor-mance data is available in theQUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

High Ballast Factor

T8 Instant Start

High Efficiency


Mounting Length

Length

Height

8.70 mmSlot

Width

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

LAMP

LAMP

LAMP


BlackWhite

Note: For two lamp application, cap any blue lead. Insulate to 600 volts.

QUICKTRONIC 3x32

BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

Note: For three lamp application, cap any unused blue lead. Insulate to 600 volts.

QUICKTRONIC 4x32

Dimensions “-SC” Small Enclosure:Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90"


Wiring:Leads only Length

MountingLength

Height

Width

Dimensions Standard Enclosure (4L):Overall: 9.5” L x 2.38” W x 1.6” HMounting: 8.90"


Wiring:Leads only


Power

SHED

Permanently ReduceLighting Load:

• PowerSHEDTM ballast with SYLVANIA OCTRON®

SUPERSAVER® 28W T8lamps, each 3-lamp fixtureimmediately saves up to 12 watts during normaloperation

• UNV (120-277V)

• Instant Start

Participate In Emergency Demand Response:

• When the PowerSHED ballast receives the Power Line Carrier (PLC) signal from the lighting panel, it immediately sheds up to 33% of its load (Up to 200 hours per year).

20

TAKE THE LOAD OFF with PowerSHEDTM!

Maximize utility incentives for both permanent demandreduction and emergencydemand response during peak periods

Applications:

• OEM and Retrofit

• Where power generation demandsoutstrip capacity during peakperiods

• Energy retrofits & new construction

*COMING ATTRACTIONS*For complete PowerSHED details

refer to www.sylvania.com.

A. Simple manual switchat each panel

B. AC Relay/Contactordriven from the buildingautomation system

C. Secure internet - drivenconnection based onlocal utility progam

www.sylvania.com

TYP

E C

C

Applications:

• OEM and Retrofit

• Meets energy code requirements

California Title 24 & NEMAPremium Ballast programcompliant

CEE regulations for utility rebate programs

Same Light …... Less Power!

QHE UNV (120-277V) Series:

Same Light …... Less Power!

– Up to 50% Energy Savings** compared to T12 magnetic systems


SUPERSAVINGS!

• Meets UL Type CC requirements and suited for applications where Arc Reduction Circuitry specified:

Commercial cabinets, coolers, displays etc.

• Low ballast factor (0.77)• Normal ballast factor (0.87)

• 1, 2, 3 & 4 lamp models

• LSC (Lamp Striation Control)Minimizes lamp striationIdeal for energy saving T8 lamps

• -20°F (-29°C) min. starting temperature for OCTRON® lamps

• 60°F (16°C) min. starting temperature for SUPERSAVER® lamps

High Efficiency Type CC: Instant Start Families

seepages 22-25

QH

E I

SL

CC

Input Initial System Mean Relative %System Type Power System Efficacy System Mean Light Energy(2 lamp) (W) Lumens (lm/W) Lumens Output Savings

2-F34T12 72 4665 65 3965 Baseline BaselineE.S. Magnetic Ballast

2-FO32/800/XP 48 4620 96 4345 110% 33%QHE 2x32T8/UNV ISL-SC-1

2-FO28/SS 42 4195 100 3945 99% 42%QHE 2x32T8/UNV ISL-SC-1

SYLVANIA QUICKTRONIC High Efficiency,(QHE) Type CC energy saving electronicT8 ballasts offer four major advantages:




2. UL Type CC compliant: ballasts utilizea micro-controller based circuit toreduce arcing caused by loose connec-tions or improper lamp pin to socketconnections.

3. Lamp Striation Control (LSC): T8 energy saving lamps should beoperated above 60°F, but under certainconditions the lamps may striate. LSCcircuitry may minimize or eliminate thiscondition; however there are limitedapplications where LSC circuitry may

not entirely mitigate lamp striations.(Please consult lamp manufacturers foradditional details.)

4. NEMA Premium Ballast (NPB) programcompliant. The NPB program promotesthe use of high efficiency T8 electronic

ballasts by meeting or exceeding theBallast Efficiency Factors, (BEF) estab-lished by the CEE, (Consortium forEnergy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org

Lamp/Ballast Guide

Key System Features

System Information


• NEMA Premium Ballast compliant• UL Type CC Rated (Commercial Cabinet)• Lamp Striation Control (LSC)• Min. Starting Temp:

• -20°F(-29°C) for T8 lamps• 60°F (16°C) for Energy Saving T8

lamps• 0°F (-18°C) for FO40T8 lamps

• Flexible De-Lamp Combinations —see wiring diagrams on next page

SYLVANIA QUICKTRONIC HighEfficiency (QHE) is ideally suited for:

UL Type CC• Refrigerated cases*• Walk-in coolers*• Commercial cabinets• Display cases• Applications that could expose

lamp and sockets to vibration andpotential movement

*T8 energy saving lamps should not be used in applications below 60°F lamp ambient.

Lamp Striation Control, (LSC)• General lighting applications where

energy saving T8 lamps may striate,particularly for the F25 energy saving T8 lamps.


32W T8 - OCTRON®

1-lamp QHE1x32T8/UNV-ISL-SC-12-lamp QHE2x32T8/UNV-ISL-SC-13-lamp QHE3x32T8/UNV-ISL-SC-1 4-lamp QHE4x32T8/UNV-ISL-SC-1

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS(30W), FBO29/SS (29W), FO28/SS (28W)& FO25/SS (25W)Display lamps:FO13, FO14, FO21 & FO28Preheat lamps:F15T8, F25T8 & F30T8

F40T8 operation:1 lamp on 2L ballast; 2 lamps on 3Lballast; 3 lamps on 4L ballast

SYLVANIA QUICKTRONIC HighEfficiency (QHE) System advantages:

• Operate from 120V through 277V• Eliminates “wrong voltage”

errors• Reduces inventory by 50%

• Utilizes Instant Start operation for• Highest System Efficacy• Low temperature starting

capability• Parallel circuity - keeps

remaining lamps lit if one ormore go out

• Very low harmonic distortion(<10%)THD

• Operate at >42kHz to reducepotential interference with infraredcontrol systems

2-F34T12E.S. Mag. Ball.

2-FO32/800/XPQHE2x32T8/UNV-ISL-SC-1

2-FO28/SSQHE2x32T8/UNV-ISL-SC-1

40%

50%

60%

70%

80%

90%

100%

110%

120%

100% 100%

110%

67%

99%

58%

33% Energy Savings

42% Energy Savings



www.sylvania.com

Type CCLamp Striation Control

Low Ballast FactorHigh Efficiency Series

22


23

QH

E IS

L CC

LAMP

LAMP

LAMP


BlackWhite



QUICKTRONIC 3x32



BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

Performance Guide

System Life / Warranty

QUICKTRONIC products are coveredby our QUICK 60+® warranty, acomprehensive lamp and ballastsystem warranty. For additionaldetails, refer to our QUICK 60+warranty bulletin.

Input Rated Ballast Initial Mean Input SystemItem OSRAM SYLVANIA Current Lamp Lumens No. of Factor System System Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF 1

QHE1x32T8/UNV ISL-SC-1 0.21/0.093 FO32/700 2800 1 0.77 2155 1940 25 86 3.0849199 Banded Pack 0.21/0.093 FO32XP 3000 1 0.77 2310 2170 25 92 3.0849395 Pallet Pack 0.20/0.087 FO30SS 2850 1 0.77 2195 2065 24 91 3.21

0.18/0.081 FO28SS 2725 1 0.77 2100 1970 22 95 3.520.16/0.073 FO25SS 2475 1 0.77 1905 1790 21 91 3.67


0.35/0.16 FO28SS 2725 2 0.77 4195 3945 42 100 1.830.31/0.14 FO25SS 2475 2 0.77 3810 3585 38 100 2.03


0.53/0.23 FO28SS 2725 3 0.77 6295 5915 64 98 1.200.47/0.20 FO25SS 2475 3 0.77 5715 5375 57 100 1.35


0.71/0.31 FO28SS 2725 4 0.77 8395 7890 85 99 0.910.63/0.27 FO25SS 2475 4 0.77 7625 7165 76 100 1.01

Banded Pack contains 10 pieces, (add "-B" to Description). Pallet Pack contains 840 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).


lamps shown. QUICKTRONIC® QHEInstant Start ballasts are alsocompatible with other manufacturersequivalent lamp types that meet ANSIspecifications.

QHE Instant Start ballasts will alsooperate F17, F25, F32 and the U-Bend equivalent & energy saving T8lamps. Complete performance data isavailable in the QUICKSYSTEMSsection of the SYLVANIA ElectronicBallast Catalog.

Starting Method: Instant StartBallast Factor: 0.77Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp: 2



UL Listed Class P, Type 1 OutdoorUL Type CC RatedCSA Certified70°C Max Case TemperatureFCC 47 CFR Part 18 Non-ConsumerClass A Sound RatingANSI 62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):




Item Number 49200 QHE 2 x 32T8 / UNV ISL - SC - 1


Number of Lamps


UL Type CC

Case Size





Mounting Length

Length

Height

8.70 mmSlot

Width

Low Ballast Factor

High Efficiency Universal Voltage (120-277V) Type CC & Lamp Striation Control

T8 Instant Start

High Efficiency


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

NEW!

QH

E T8

ISN

CC

Mean Relative %System Light LampLumens Output % Life

Lamp & System Initial @ 8000 @ 8000 Energy @3hrs/Ballast Type Watts LPW Hours Hours Savings start

2-FO32/700 59 84 4435 Baseline Baseline BaselineQTP 2x32 ISN

2-FO32/800/XP 55 95 4905 112% 7% 160%QHE 2x32 ISN-1

2-FO30/SS 52 95 4660 106% 12% 160%QHE 2x32 ISN-1

2-FO28/SS 48 99 4455 102% 19% 160%QHE 2x32 ISN-1

2-FO25/SS 44 98 4050 92% 25% 160%QHE 2x32 ISN-1

SYLVANIA QUICKTRONIC High Efficiency,(QHE) Type CC energy saving electronicT8 ballasts offer four major advantages:



• 30-44% energy savings whencompared to F40T12 magneticallyballasted systems

2. UL Type CC compliant: ballasts utilizea micro-controller based circuit toreduce arcing caused by loose connec-tions or improper lamp pin to socketconnections.

3. Lamp Striation Control (LSC): T8 energy saving lamps should beoperated above 60°F, but under certainconditions the lamps may striate. LSCcircuitry may minimize or eliminate thiscondition; however there are limitedapplications where LSC circuitry may

not entirely mitigate lamp striations.(Please consult lamp manufacturers foradditional details.)


ballasts by meeting or exceeding theBallast Efficiency Factors, (BEF) estab-lished by the CEE, (Consortium forEnergy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org

Lamp/Ballast Guide

Key System Features

System Information


• NEMA Premium Ballast compliant• UL Type CC Rated (Commercial Cabinet)• Lamp Striation Control (LSC)• Min. Starting Temp:

• -20°F(-29°C) for T8 lamps• 60°F (16°C) for Energy Saving T8

lamps• 0°F (-18°C) for FO40T8 lamps

• Flexible De-Lamp Combinations —see wiring diagrams on next page

• QHE ballasts also meets the mostdemanding utility rebate standards

• 30-50% energy savings

SYLVANIA QUICKTRONIC HighEfficiency (QHE) is ideally suited for:

UL Type CC• Refrigerated cases*• Walk-in coolers*• Commercial cabinets• Display cases• Applications that could expose lamp

and sockets to vibration and potentialmovement

*T8 energy saving lamps should not be used inapplications below 60°F lamp ambient.

Lamp Striation Control, (LSC)• General lighting applications where

energy saving T8 lamps may striate,particularly for the F25 energy savingT8 lamps.


32W T8 - OCTRON®

1-lamp QHE1x32T8/UNV-ISN-SC-12-lamp QHE2x32T8/UNV-ISN-SC-13-lamp QHE3x32T8/UNV-ISN-SC-1 4-lamp QHE4x32T8/UNV-ISN-SC-1

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS(30W), FBO29/SS (29W), FO28/SS (28W)& FO25/SS (25W)Display lamps:FO13, FO14, FO21 & FO28Preheat lamps:F15T8, F25T8 & F30T8

F40T8 operation:1 lamp on 2L ballast; 2 lamps on 3Lballast; 3 lamps on 4L ballast

SYLVANIA QUICKTRONIC HighEfficiency (QHE) System advantages:

• Operate from 120V through 277V• Eliminates “wrong voltage”

errors• Reduces inventory by 50%


capability• Parallel circuity - keeps

remaining lamps lit if one ormore go out



92%

75%

25% Energy Savings

102%

81%


% Relative Light Output% System Wattage

2-FO32/800/XPQHE 2x32 ISN-1




0%

20%

40%

60%

80%

100%

120%

100% 100%

112%

93%

106%

88%


Energy Savings

19% Energy Savings


www.sylvania.com

Type CCLamp Striation ControlNormal Ballast Factor

High Efficiency Series

24


25

QH

E T8 ISN CC

LAMP

LAMP

LAMP


BlackWhite



QUICKTRONIC 3x32



BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

Performance Guide



Input Rated Ballast Input SystemItem Current Lamp Lumens No. of Factor System Mean Wattage EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF1

QHE1x32T8/UNV-ISN-SC-1 0.25/0.11 FO32/700 2800 1 0.87 2435 2190 28 87 3.1149381 Banded Pack 0.25/0.11 FO32/XP 3000 1 0.87 2610 2455 28 93 3.1149382 Pallet Pack 0.23/0.09 FO30/SS 2850 1 0.87 2480 2330 27/26 92/95 3.35

0.21/0.09 FO28/SS 2725 1 0.87 2370 2230 25/24 95/99 3.630.20/0.09 FO25/SS 2475 1 0.87 2155 2025 23/22 94/98 3.95

QHE2x32T8/UNV-ISN-SC-1 0.47/0.20 FO32/700 2800 2 0.87 4870 4385 55 89 1.5849383 Banded Pack 0.47/0.20 FO32/XP 3000 2 0.87 5220 4905 55 95 1.5849384 Pallet Pack 0.44/0.19 FO30/SS 2850 2 0.87 4960 4660 52 95 1.67

0.40/0.18 FO28/SS 2725 2 0.87 4740 4455 48/47 99/101 1.850.37/0.16 FO25/SS 2475 2 0.87 4305 4050 44/43 98/100 2.02

QHE3x32T8/UNV-ISN-SC-1 0.68/0.30 FO32/700 2800 3 0.87 7305 6575 82/81 89/90 1.0749385 Banded Pack 0.68/0.30 FO32/XP 3000 3 0.87 7830 7360 82/81 96/97 1.0749386 Pallet Pack 0.65/0.28 FO30/SS 2850 3 0.87 7440 6990 77/76 97/98 1.14

0.61/0.26 FO28/SS 2725 3 0.87 7110 6685 72/71 99/100 1.230.55/0.23 FO25/SS 2475 3 0.87 6460 6070 65/64 99/101 1.36

QHE4x32T8/UNV-ISN-SC-1 0.92/0.39 FO32/700 2800 4 0.87 9745 8770 109/107 89/91 0.8149387 Banded Pack 0.92/0.39 FO32/XP 3000 4 0.87 10,440 9815 109/107 96/98 0.8149388 Pallet Pack 0.86/0.37 FO30/SS 2850 4 0.87 9920 9325 102 97 0.85

0.80/0.35 FO28/SS 2725 4 0.87 9485 8915 95/94 100/101 0.930.74/0.31 FO25/SS 2475 4 0.87 8615 8095 87/86 99/100 1.01

Banded Pack contains 10 pieces, (add “-B” to Description). Pallet Pack contains 840 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).


lamps shown. QUICKTRONIC® QHEInstant Start ballasts are alsocompatible with other manufacturersequivalent lamp types that meet ANSIspecifications.

QHE Instant Start ballasts will alsooperate F17, F25, F32 and the U-Bendequivalent & energy saving T8 lamps.Complete performance data is availablein the QUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

Starting Method: Instant StartBallast Factor: 0.87Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp: 2



UL Listed Class P, Type 1 OutdoorUL Type CC RatedCSA Certified70°C Max Case TemperatureFCC 47 CFR Part 18 Non-ConsumerClass A Sound RatingANSI 62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max wire lengthfrom ballast case to lampholder):




Item Number 49383 QHE 2 x 32T8 / UNV ISN - SC - 1


Number of Lamps


UL Type CC

Case Size





Mounting Length

Length

Height

8.70 mmSlot

Width


High Efficiency Universal Voltage (120-277V) Type CC & Lamp Striation Control

T8 Instant Start

High Efficiency


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

NEW!

QTP

T8

IS

L

26


Key System Features

System Information

• Universal voltage (120-277V)• Small can enclosure size• 78% ballast factor• 35-45% energy savings• Min. Starting Temp:




SYLVANIA QUICKTRONIC 32 UNV is ideally suited for:• Commercial• Retail• Hospitality• Institutional• New Construction• Retrofit


32W T8 - OCTRON®

1-lamp QTP1x32T8 ISL-SC2-lamp QTP2x32T8 ISL-SC3-lamp QTP3x32T8 ISL-SC4-lamp QTP4x32T8 ISL-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS(30W), FBO29/SS (29W), FO28/SS (28W)& FO25/SS (25W)

FO40T8 operation:1 lamp on 2L ballast, 2 lamps on 3Lballast, 3 lamps on 4L ballast

SYLVANIA QUICKTRONIC SYSTEM 32 UNVISL (LP) electronic T8 ballasts offerseveral advantages:

1. Operate OCTRON T8 lamps withmaximum efficacy and high lumenoutput




ergonomic benefits


and individual ballast sales• Reduced waste• Easy removable bands• No tangled wires

Setting the standard for quality, SYSTEM32 UNV-ISL is also covered by our QUICK60+® warranty, the first and mostcomprehensive lamp & ballast systemwarranty in the industry.

SYLVANIA QUICKTRONIC SYSTEM 32 (QTP)UNV advantages:








F34T12 - Std. Magnetic Ballast 82 4660 57 3960 Baseline BaselineE.S. Magnetic Ballast 72 4660 65 3960 Baseline 12%

FO32/XP - QTP2x32T8/UNV-ISL-SC 51 4680 92 4400 111% 38%

FO28/SS - QTP2x32T8/UNV-ISL-SC 45 4250 94 3995 101% 45%


www.sylvania.com

Low Ballast FactorProfessional Series

55%

2-FO28/SUPERSAVERQTP 2x32 UNV ISL

101%

2-FO32/XP/ECOQTP 2x32 UNV ISL

111%

62%

2-F34T12Std. Magnetic Ballast

100% 100%

40%

50%

60%

70%

80%

90%

100%

110%

38% Energy Savings

45% Energy Savings


27

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

TP T8

ISL


-20°F (-29°C) for OCTRON® T8 lamps;60°F (16°C) for SUPERSAVER® T8 lamps0°F (-18°C) for FO40T8Input Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified (where applicable)70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):



Performance Guide




QTP1x32T8/UNV ISL-SC 0.22/0.10 FO32/700 2800 1 0.78 2185 1965 28/26 70/76 3.0049832 Banded Pack 0.22/0.10 FO32/XP 3000 1 0.78 2340 2200 28/26 84/90 3.0049741 10-Pack 0.22/0.09 FO30/SS 2850 1 0.78 2220 2090 26/24 86/93 3.2549742 Pallet Pack 0.21/0.08 FO28/SS 2725 1 0.78 2125 2000 25/23 85/92 3.39

0.17/0.08 FO25/SS 2475 1 0.78 1930 1815 22/20 88/97 3.90

QTP2x32T8/UNV ISL-SC 0.44/0.19 FO32/700 2800 2 0.78 4370 3930 51 86 1.5349834 Banded Pack 0.44/0.19 FO32/XP 3000 2 0.78 4680 4400 51 92 1.5349743 10-Pack 0.41/0.18 FO30/SS 2850 2 0.78 4445 4180 48 93 1.6349744 Pallet Pack 0.38/0.17 FO28/SS 2725 2 0.78 4250 3995 45 94 1.73

0.34/0.15 FO25/SS 2475 2 0.78 3860 3630 40 97 1.95


0.50/0.21 FO25/SS 2475 3 0.78 5790 5445 59 98 1.32


0.63/0.28 FO25/SS 2475 4 0.78 7720 7260 77 100 1.01

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 49835 QTP 3 x 32T8 / UNV ISL - SC

QUICKTRONIC PROFESSIONAL

Number of Lamps

Case Size






lamps shown. QUICKTRONIC® 32ISL-SC is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications.

All models will also operate F17, F25and F32 (and the SUPERSAVER & U-Bend equivalent) T8 lamps. Completeperformance data is available in theQUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

Low Ballast Factor

T8 Instant Start

Professional Series






Mounting Length

Length

Height

8.70 mmSlot

Width

LAMP

LAMP

LAMP


BlackWhite



QUICKTRONIC 3x32



BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

QTP

T8

IS

N

28


Key System Features

System Information

• Universal voltage (120-277V)• Small can enclosure size• 88% ballast factor• 30-40% energy savings• Min. Starting Temp:






32W T8 - OCTRON®

1-lamp QTP1x32T8 ISN-SC2-lamp QTP2x32T8 ISN-SC3-lamp QTP3x32T8 ISN-SC4-lamp QTP4x32T8 ISN-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS (30W), FBO30/SS(30W), FBO29/SS (29W), FO28/SS (28W)& FO25/SS (25W)

FO40T8 operation:1 lamp on 2L ballast, 2 lamps on 3Lballast, 3 lamps on 4L ballast









F40T12 - Std. Magnetic Ballast 96 5795 60 4925 Baseline BaselineE.S. Magnetic Ballast 86 5795 67 4925 Baseline 10%

F34T12 - Std. Magnetic Ballast 82 4665 58 3965 81% 15%E.S. Magnetic Ballast 72 4665 66 3965 81% 25%

FO32/XP - QTP2x32T8/UNV-ISN-SC 59 5280 89 4965 101% 39%

FO28/SS - QTP2x32T8/UNV-ISN-SC 52 4795 92 4510 92% 46%


www.sylvania.com

Normal Ballast FactorProfessional Series

2-FO28/SUPERSAVERQTP 2x32 UNV ISN

92%

54%

46% Energy Savings

2-FO32/XP/ECOQTP 2x32 UNV ISN

101%

61%

39% Energy Savings

2-F40T12Std. Magnetic Ballast

100% 100%

40%

50%

60%

70%

80%

90%

100%

110%


SYLVANIA QUICKTRONIC SYSTEM 32 UNV electronic T8 ballasts offer severaladvantages:



2. Parallel Circuitry: keeps remaininglamps lit if one or more go out


ergonomic benefits



Setting the standard for quality, SYSTEM32 UNV-ISN is also covered by our QUICK60+® warranty, the first and mostcomprehensive lamp & ballast systemwarranty in the industry.

29

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

TP T8

ISN


-20°F (-29°C) for OCTRON® T8 lamps;60°F (16°C) for SUPERSAVER® T8 lamps0°F (-18°C) for FO40T8Input Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case Temperature75°C Max Case Temp. (4-lamp model)FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):



Performance Guide




QTP1x32T8/UNV ISN-SC 0.26/0.11 FO32/700 2800 1 0.88 2465 2220 30 82 2.9349905 Banded Pack 0.26/0.11 FO32/XP 3000 1 0.88 2640 2480 30 88 2.9349941 10-Pack 0.25/0.11 FO30/SS 2850 1 0.88 2510 2360 28 90 3.1449942 Pallet Pack 0.23/0.10 FO28/SS 2725 1 0.88 2400 2255 26 91 3.38

0.20/0.09 FO25/SS 2475 1 0.88 2180 2050 23 95 3.83


0.39/0.16 FO25/SS 2475 2 0.88 4355 4095 46 95 1.91


0.58/0.25 FO25/SS 2475 3 0.88 6535 6140 67 98 1.31


0.74/0.31 FO25/SS 2475 4 0.88 8710 8190 88 99 1.00


Item Number 49907 QTP 3 x 32T8 / UNV ISN - SC


Number of Lamps

Case Size






lamps shown. QUICKTRONIC® 32ISN-SC is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications.

All models will also operate F17, F25and F32 (and the SUPERSAVER & U-Bend equivalent) T8 lamps. Completeperformance data is available in theQUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.


T8 Instant Start

Professional Series






Mounting Length

Length

Height

8.70 mmSlot

Width

LAMP

LAMP

LAMP


BlackWhite



QUICKTRONIC 3x32



BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

QTP

T8

IS

H

30


Key System Features

System Information

• Universal voltage (120-277V)• Small can enclosure size• 1.20 & 1.18 high ballast factor• 30-40% Energy savings• Min. Starting Temp:


T8 lamps• <10% THD• Full lamp life• Virtually eliminates lamp flicker



32W T8 - OCTRON®

1-lamp QTP1x32T8 ISH-SC2-lamp QTP2x32T8 ISH-SC3-lamp QTP3x32T8 ISH-SC

Also operates:FBO32, FBO31, FO30/SS (30W),FBO30/SS (30W), FBO29/SS (29W),FO28/SS (28W) & FO25/SS (25W)









4:F34T12 - Two E.S. Magnetic Ballasts 144 9330 65 7930 Baseline Baseline

4:FO32T8/700 - QTP4x32T8/UNV-ISN-SC 112 9860 88 8870 112% 22%

3:FO32/XP - QTP3x32T8/UNV-ISH-SC 114/111 10620 93/96 10000 126% 21%

3:FO28/SS - QTP3x32T8/UNV-ISH-SC 100/98 9645 97/98 9070 114% 31%

2:FO32/XP - QTP2x32T8/UNV-ISH-SC 78 7200 92 6800 86% 46%

2:FO28/SS - QTP2x32T8/UNV-ISH-SC 69 6540 95 6150 78% 52%


www.sylvania.com

High Ballast FactorProfessional Series

114%

69%

3-FO28/SUPERSAVERQTP 3x32 UNV ISH-SC

2-FO32/XP/ECOQTP 2x32 UNV ISH-SC

86%

54%

4-F34T12Two E.S. Magnetic Ballasts

3-FO32/XP/ECOQTP 3x32 UNV ISH-SC

40%

50%

60%

70%

80%

90%

100%

110%

120%

130%

100% 100%

126%

79%


Energy Savings

46% Energy Savings


SYLVANIA QUICKTRONIC SYSTEM 32 UNVISH electronic T8 ballasts offer severaladvantages:





ergonomic benefits



Setting the standard for quality, SYSTEM32 UNV-ISH is also covered by our QUICK60+® warranty, the first and mostcomprehensive lamp & ballast systemwarranty in the industry.

31

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

TP T8

ISH

Starting Method: Instant StartBallast Factor: 1.18 & 1.20Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

-20°F (-29°C) for OCTRON® T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):



Performance Guide




QTP1x32T8/UNV ISH-SC 0.33/0.15 FO32/700 2800 1 1.20 3360 3025 41 82 2.9349829 Banded Pack 0.33/0.15 FO32/XP 3000 1 1.20 3600 3385 41 88 2.9349841 10-Pack 0.31/0.14 FO30/SS 2850 1 1.20 3420 3215 39 89 3.0849842 Pallet Pack 0.29/0.13 FO28/SS 2725 1 1.20 3270 3075 36 91 3.33

0.27/0.12 FO25/SS 2475 1 1.20 2970 2790 32 93 3.75

QTP2x32T8/UNV ISH-SC 0.65/0.28 FO32/700 2800 2 1.20 6720 6050 78 86 1.5449830 Banded Pack 0.65/0.28 FO32/XP 3000 2 1.20 7200 6770 78 92 1.5449843 10-Pack 0.61/0.26 FO30/SS 2850 2 1.20 6840 6430 73 93 1.6449844 Pallet Pack 0.57/0.25 FO28/SS 2725 2 1.20 6540 6150 69 95 1.74

0.51/0.22 FO25/SS 2475 2 1.20 5940 5585 61 97 1.97

QTP3x32T8/UNV ISH-SC 0.95/0.41 FO32/700 2800 3 1.18 9910 8920 114/111 87/89 1.0649831 Banded Pack 0.95/0.41 FO32/XP 3000 3 1.18 10620 9985 114/111 93/96 1.0649845 10-Pack 0.89/0.39 FO30/SS 2850 3 1.18 10090 9485 107/104 94/97 1.1349846 Pallet Pack 0.84/0.36 FO28/SS 2725 3 1.18 9645 9070 100/98 97/98 1.20

0.75/0.32 FO25/SS 2475 3 1.18 8760 8235 89/88 98/99 1.34


Item Number 49831 QTP 3 x 32T8 / UNV ISH - SC


Number of Lamps

Case Size






lamps shown. QUICKTRONIC® 32ISH-SC is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications.

QTP Instant Start ballasts will operateF32 (and the SUPERSAVER & U-Bendequivalent) T8 lamps. Completeperformance data is available in the QUICKSYSTEMS section of theSYLVANIA Electronic Ballast Catalog.

High Ballast Factor

T8 Instant Start

Professional Series


BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

LAMP

LAMP

LAMP


BlackWhite


QUICKTRONIC 3x32





Mounting Length

Length

Height

8.70 mmSlot

Width

PS

X T

8 X

PS

32


Key System Features

System Information

• High Efficiency systems – over 90%efficient

• PROStart PSX Xtreme BallastProgrammed Rapid Start

• Universal input voltage (120-277V)• Min. Starting Temp:

• 0°F (18°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• Low profile enclosures

1.00" high “Thin Can”1.18" high “Small Can”

• Operates at >40kHz to avoid inter-ference with infrared control systems

SYLVANIA QUICKTRONICPROStart Ballasts are ideally suited for:• Any application where maximum

lamp life is required to reducemaintenance costs

• Energy retrofits• Occupancy sensors• Building control systems


Primary Systems32W T8 1-lamp QTP1x32T8/UNV PSX-TC2-lamp QTP2x32T8/UNV PSX-TC3-lamp QTP3x32T8/UNV PSX-SC4-lamp QTP4x32T8/UNV PSX-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS, FBO30/SS (30W),FBO29/SS, FO28/SS (28W) &FO25/SS (25W)

SYLVANIA QUICKTRONIC PROStart PSXprogrammed rapid start electronicballasts are specifically designed to becombined with the OCTRON XPS highperformance T8 lamps.

The extra low (0.71) ballast factorPROStart ballast combined with thehigh lumen output OCTRON XPS T8lamps deliver similar light outputcompared to a standard 700 seriesT8/88% BF system while saving up to20% in energy.

Compared to typical ES T12/Magneticlighting systems, SYLVANIA XtremeSystems will deliver comparable lightoutput while saving over 35% in energy.

In addition to substantial energy savings,QUICKTRONIC Xtreme delivers anoptimized programmed start whichextends OCTRON XPS lamp life.

This advanced starting process drasticallyreduces the amount of cathode sputtering,resulting in improved lamp life in all appli-cations.

All SYLVANIA Professional Series (QTP)electronic ballasts feature high powerquality (<10% THD), lightweight, lowprofile designs.

This product is also offered in newbanded packaging and pallet packs.

SYLVANIA QUICKTRONIC High EfficiencyPROStart System advantages:


• Utilizes Programmed Rapid Startoperation for:

• Highest System Efficacy• Longer Life• Over 100,000 switching cycles for

occupancy sensor and buildingcontrol systems applications withOCTRON XPS T8 lamps



QUICK 60+® warranty coverage isincluded when you use SYLVANIA lampsand ballasts together as a system. Seethe QUICK 60+ warranty bulletin forcomplete details.

RelativeInput Mean Mean %

Lamp & Power System Initial System Light EnergyBallast Type (W) Lumens LPW Lumens Output Savings

2-F34T12 72 4665 65 3965 Baseline BaselineE.S. Magnetic Ballast

2-FO32/700 59 4930 84 4435 112% 18%QTP 2x32 ISN

2-FO32/800/XP 51 4680 92 4400 111% 29%QTP 2x32 ISL

2-FO32/800/XPS 47 4400 94 4140 104% 35%QTP 2x32 PSX

104%

65%



2-FO800/XPQTP 2x32 ISL

2-FO32/XPSQTP 2x32 PSX

40%

50%

60%

70%

80%

90%

100%100% 100%

112%

82%

111%

71%

110%

18% Energy Savings


Energy Savings


% Energy Savings

QUICKTRONIC® PROStart® PSX T8Universal Voltage

www.sylvania.com

Xtreme SystemsOCTRON® XPS® Lamps



33

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAP

SX

T8 X

PS

Performance Guide

SpecificationsData based on FO32T8/XPS

Xtreme Systems: PSX Ballast & XPS Lamps Universal Voltage (120-277V)

Input Rated Ballast Input SystemItem OSRAM SYLVANIA Current Lamp Lumens No. of Factor System Mean Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF1

QTP 1x32T8/UNV PSX-TC 51224 Banded Pack 0.21/0.09 FO32/700 2800 1 0.71 1990 1790 25 80 2.8451420 10-Pack 0.21/0.09 FO32/XPS 3100 1 0.71 2200 2070 25 88 2.8451421 Pallet Pack

QTP 2x32T8/UNV PSX-TC 51225 Banded Pack 0.40/0.17 FO32/700 2800 2 0.71 3975 3580 47/46 85/86 1.5451425 10-Pack 0.40/0.17 FO32/XPS 3100 2 0.71 4400 4140 47/46 94/96 1.5451426 Pallet Pack

QTP 3x32T8/UNV PSX-SC 51226 Banded Pack 0.59/0.25 FO32/700 2800 3 0.71 5965 5370 73/71 82/84 1.0051430 10-Pack 0.59/0.25 FO32/XPS 3100 3 0.71 6600 6205 73/71 90/93 1.0051431 Pallet Pack

QTP 4x32T8/UNV PSX-SC 51227 Banded Pack 0.78/0.33 FO32/700 2800 4 0.71 7950 7155 93/91 85/87 0.7851435 10-Pack 0.78/0.33 FO32/XPS 3100 4 0.71 8800 8275 93/91 95/96 0.7851436 Pallet Pack

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description)1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 51225 QTP 2 x 32T8 / UNV PSX - TC


Number of Lamps

Primary Lamp Type (F32T8)

Enclosure Type (TC or SC)

Starting Type/Ballast Factor - PROStart/Xtreme BF



Data shown based upon SYLVANIAOCTRON® lamps shown. QTP PROStartPSX is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications. QTPPROStart ballasts will also operate F17& F25, SUPERSAVER® & U-Bend equiv-alent T8 lamps. Complete performancedata is available in the QUICKSYSTEMSsection of the SYLVANIA BallastTechnology & Specification Guide.

Low Ballast Factor

T8 PROStart® PSX

High Efficiency


Dimensions “TC & SC” Enclosure: “SC” Overall: 9.5" L x 1.68" W x 1.18" H“TC” Overall: 9.5" L x 1.68" W x 1.00" HMounting: 8.90"Weight: 1.6 lbs each Mounting

Length

Length

Height

8.70 mmSlot

Width

Black/WhiteWhite

RedRed

BlueBlue

LAMP 1

TC

BlackWhiteYellowYellow

RedRedBlueBlue

LAMP 1

LAMP 2

TC

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

LAMP 4

BrownBrown SC

Black

White

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

SC

BlackWhite

Wiring/Packaging Configurations: 1, 2, 3 and 4 lamp “TC & SC” models: Wiring – Leads only (No connectors provided)

Starting Method: Programmed Rapid Start

Ballast Factor: 0.71Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp:2

0°F (-18°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case Temp.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. TransientGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):


(keep blue wires short, ie. lamp(s)attached to the blue leads to remain inthe fixture that houses the ballast).2 Operation below 50ºF (10°C) may affect

light output or lamp operation – see “Low Temp. Starting” definition.

1 lamp 2 lamp

4 lamp3 lamp

PS

X T

8 S

S

34


Key System Features

System Information

• High Efficiency systems – over 90%efficient


• Lowest power PROStart T8 systems• Universal voltage (120-277V)• Extremely low ballast factor (0.71)• Min. Starting Temp:

• 0°F (-18°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• Low profile enclosures

1.00" high “Thin Can”1.18" high “Small Can”

• Operates at >40kHz to avoid inter-ference with infrared control systems

SYLVANIA QUICKTRONICPROStart Ballast is ideally suited for:• Any applications where the lowest

power systems are needed formaximum energy savings



SUPERSAVER Xtreme T8 SystemsFO30/SS, FBO30/SS (30W), FO28/SS (28W), FBO29/SS (29W) & FO25/SS (25W)1-lamp QTP1x32T8/UNV PSX-TC2-lamp QTP2x32T8/UNV PSX-TC3-lamp QTP3x32T8/UNV PSX-SC4-lamp QTP4x32T8/UNV PSX-SC

Also operates:FO32, FBO32, FBO31, FO25, FBO24,FO17, FBO16

SYLVANIA QUICKTRONIC PROStart PSXprogrammed rapid start electronic ballastsoffer several advantages:

1. Lowest Power T8 OCTRON systemavailable when combined with OCTRONSUPERSAVER high performance T8 lamps.

2. Same Light, Less Power! The extra low (0.71) ballast factor PROStartballast combined with OCTRON SUPER-SAVER FO28T8 lamps deliver similarlight output compared to typical EnergySaving (ES) T12/Magnetic lightingsystems while saving over 43% inenergy.

3. Optimized Programmed Rapid Start:• extends lamp life for T8 lamps.• reduces the amount of cathode

sputtering, resulting in improved lamplife in all applications.


ballasts by meeting or exceeding theBallast Efficiency Factors (BEF) estab-lished by the CEE (Consortium forEnergy Efficiency). For additional infor-mationon this program go to:www.cee1.org or www.nema.org

5. New Banded Packaging• Distributor-friendly for easy stocking


SYLVANIA QUICKTRONIC High Efficiency(QHE) PROStart System advantages:



• High System Efficacy• Longer Life• Over 100,000 switching cycles for

occupancy sensor and buildingcontrol systems applications withOCTRON SUPERSAVER lamps.

• Operate at >40kHz to reduce potentialinterference with infrared control systems

• Very low harmonic distortion (<10%) THD

QUICK 60+ warranty coverage is includedwhen you use SYLVANIA lamps and ballaststogether as a system. See the QUICK 60+warranty bulletin for complete details.

MeanInput Initial System Mean Relative %


2-F34T12E.S. Mag. Ballast 72 4665 65 3965 Baseline Baseline

2-FO32/700QTP2x32 ISN 59 4930 84 4435 112% 18%

2-FO30/XP/SSQTP2x32 PSX 44 4045 92 3805 96% 39%

2-FO28/XP/SSQTP2x32 PSX 41 3870 94 3635 92% 43%

2-FO25/XP/SSQTP2x32 PSX 37 3515 95 3305 83% 49%

51%

49% Energy Savings

92%

57%






40%

50%

60%

70%

80%

90%

100%100% 100%

112%

82%

96%

61%

110%

18% Energy Savings


Energy Savings

83%

% Mean Relative Light Output% System Wattage

QUICKTRONIC® PROStart® PSX T8Universal Voltage

www.sylvania.com

SUPERSAVER® Xtreme SystemsOCTRON® XP® SUPERSAVER® Lamps



35

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAP

SX

T8 S

S

Performance Guide


SUPERSAVER Xtreme Systems Universal Voltage (120-277V)


QTP 1x32T8/UNV PSX-TC 0.21/0.09 FO32/700 2800 1 0.71 1990 1790 25 80 2.8451224 Banded Pack 0.21/0.09 FO30/SS 2850 1 0.71 2025 1900 24 84 2.9651420 10-Pack 0.19/0.09 FO28/SS 2725 1 0.71 1935 1820 22 88 3.2351421 Pallet Pack 0.18/0.08 FO25/SS 2475 1 0.71 1760 1650 20 88 3.55

QTP 2x32T8/UNV PSX-TC 0.37/0.16 FO32/700 2800 2 0.71 3975 3580 47/46 85/86 1.5451225 Banded Pack 0.37/0.16 FO30/SS 2850 2 0.71 4045 3805 44/43 92/94 1.6551425 10-Pack 0.35/0.15 FO28/SS 2725 2 0.71 3870 3635 41/40 94/97 1.7851426 Pallet Pack 0.32/0.14 FO25/SS 2475 2 0.71 3515 3305 37/36 95/98 1.97

QTP 3x32T8/UNV PSX-SC 0.58/0.24 FO32/700 2800 3 0.71 5965 5370 73/71 82/84 1.0051226 Banded Pack 0.58/0.24 FO30/SS 2850 3 0.71 6070 5705 69/67 88/91 1.0651430 10-Pack 0.55/0.23 FO28/SS 2725 3 0.71 5805 5455 64/62 91/94 1.1551431 Pallet Pack 0.48/0.31 FO25/SS 2475 3 0.71 5270 4955 57/56 93/94 1.27

QTP 4x32T8/UNV PSX-SC 0.74/0.31 FO32/700 2800 4 0.71 7950 7155 93/91 85/87 0.7851227 Banded Pack 0.74/0.31 FO30/SS 2850 4 0.71 8095 7610 88/86 92/94 0.8351435 10-Pack 0.70/0.30 FO28/SS 2725 4 0.71 7740 7275 82/80 94/97 0.8951436 Pallet Pack 0.63/0.27 FO25/SS 2475 4 0.71 7030 6605 75/74 94/95 0.96


Item Number 51225 QTP 2 x 32T8 / UNV PSX - TC


Number of Lamps (1, 2, 3, 4)



Starting Type/Ballast Factor - PROStart/Xtreme BF




lamps shown. QUICKTRONIC® QTPPROStart® ballasts are also compatiblewith other lamp manufacturers equivalentlamp types that meet ANSI specifications.

QTP PROStart ballasts will also operateF17 & F25, SUPERSAVER & U-Bendequivalent T8 lamps. Complete perfor-mance data is available in theQUICKSYSTEMS section of the SYLVANIABallast Technology & Specification Guide.

T8 PSX SUPERSAVER®

High Efficiency


Dimensions “TC & SC” Enclosure: “SC” Overall: 9.5" L x 1.68" W x 1.18" H“TC” Overall: 9.5" L x 1.68" W x 1.00" HMounting: 8.90"Weight: 1.6 lbs each Mounting

Length

Length

Height

8.70 mmSlot

Width

Black/WhiteWhite

RedRed

BlueBlue

LAMP 1

TC


RedRedBlueBlue

LAMP 1

LAMP 2

TC

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

LAMP 4

BrownBrown SC

Black

White

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

SC

BlackWhite

1 lamp 2 lamp

4 lamp3 lamp

Wiring/Packaging Configurations: 1, 2, 3 and 4 lamp “TC & SC” models: Wiring – Leads only (No connectors provided)



0°F (-18°C) for OCTRON® T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case Temp.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. TransientNEMA Ballast Program compliantGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire length from ballast case to lampholder):


(keep blue wires short, ie. lamp(s)attached to the blue leads to remain inthe fixture that houses the ballast).

2 See Starting, Lamp Seasoning and RemoteWiring Capability in the latest revision of“Ballast Technology & Specification Guide.”

QTP

T8

PS

N

36


Key System Features

System Information

• PROStart® Programmed Rapid Start• Increase lamp life• Ideal for occupancy sensors


• Low profile enclosures:• 1.00" high “Thin Can”• 1.18" high “Small Can”

• Min. Starting Temp:• 0°F (-18°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• Operates at >40kHz to avoid inter-

ference with infrared control systems• Universal Input Voltage (120-277V)

SYLVANIA QUICKTRONICPROStart T8 is ideally suited for:• Any applications where extended




Primary Systems32W T8 1-lamp QTP1x32T8/UNV PSN-TC2-lamp QTP2x32T8/UNV PSN-TC3-lamp QTP3x32T8/UNV PSN-SC4-lamp QTP4x32T8/UNV PSN-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS, FBO30/SS (30W),FBO29/SS, FO28/SS (28W) & FO25/SS (25W)

SYLVANIA QUICKTRONIC PROStartprogrammed rapid start electronic ballastsoperate linear U-bend SUPERSAVER®

equivalent T8 lamps in applications whereextended lamp life is required.

QUICKTRONIC PROStart ballasts utilize amicro-controller based circuit to apply aprecise amount of cathode heat prior tostarting the lamp. This ensures that thecathodes have reached optimum temper-ature before the lamp is started. Once thelamp has ignited, the ballast eliminates thecathode voltage which optimizes systemefficiencies similar to instant start ballasts.

QUICKTRONIC PROStart ballasts are NEMAPremium Ballast (NPB) program compliant.The NPB program promotes the use of highefficiency T8 electronic ballasts by meetingor exceeding the Ballast Efficiency Factors,(BEF) established by the CEE, (Consortiumfor Energy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org


This product is also offered in new bandedpackaging and pallet packs.

• Distributor-friendly for easy stocking and individual ballast sales

• Reduced waste• Easy removable bands• No tangled wires

QUICKTRONIC PROStart ballasts provideoptimum starting conditions to provide over 100,000 switching cycles foroccupancy sensor and building controlsystem applications.

QUICKTRONIC PSN UNV operates from120V through 277V, eliminating “wrongvoltage” wiring errors and reducing thenumber of models in inventory by half.

In addition to substantial energy savings,QUICKTRONIC PSN ballasts deliver anoptimized programmed start which extendslamp life. This advanced starting processdrastically reduces the amount of cathodesputtering, resulting in improved lamp life inall applications including short start cycles.

QUICK 60+® warranty coverage is includedwhen you use SYLVANIA lamps and ballaststogether as a system. See the QUICK 60+warranty bulletin for complete details.

The QUICKTRONIC PROStart ballasts areideally suited for applications requiringextended lamp life. In short cycle applica-tions, our PROStart ballasts will deliver threetimes the number of start cycles comparedto electronic Instant Start ballasts.

RelativeInput Mean Mean % %

Lamp & Power Initial Initial System Light Energy LampBallast Type (W) Lumens LPW Lumens Output Savings Life

2-FO32/700 59 4930 84 4435 Baseline Baseline BaselineQTP 2x32 ISN

2-FO32/800/XP 59 5280 89 4965 112% 0% 100%QTP 2x32 ISN

2-FO32/800/XP 59 5280 89 4965 112% 0% 150%QTP 2x32 PSN

2-FO28/SS 52 4800 92 4510 102% 12% 150%QTP 2x32 PSN

35000

40000

45000

30000

25000

20000

15000

10000

5000

015 min min Cont.

Start Cycle

30 1 hr 3 hr 12 hr

Lam

p Li

fe (H

ours

)

Instant Start w/ 700 Series T8 lamps

Instant Start w/ XP, SS & XPS lamps

PROStart w/ XP, SS & XPS lamps

OCTRON T8 Lamp Life Comparison®

QUICKTRONIC® PROStart® PSN T8Universal Voltage

www.sylvania.com

Normal Ballast Factor Professional Series


37

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

TP T8

PS

N

Performance Guide


PROStart® Programmed Rapid Start Systems Universal Voltage (120-277V)

Input Rated Ballast Input SystemItem OSRAM SYLVANIA Current Lamp Lumens No. of Factor System Mean Wattage EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF1

QTP 1x32T8/UNV PSN-TC 0.26/0.11 FO32/700 2800 1 0.88 2465 2220 31/30 79/82 2.9351399 Banded Pack 0.26/0.11 FO32/XP 3000 1 0.88 2640 2480 31/30 85/88 2.9351400 10-Pack 0.24/0.10 FO30/SS 2850 1 0.88 2510 2360 29/28 87/90 3.1451401 Pallet Pack 0.23/0.09 FO28/SS 2725 1 0.88 2400 2255 27/26 89/92 3.38

0.20/0.09 FO25/SS 2475 1 0.88 2175 2045 24/23 91/95 3.83

QTP 2x32T8/UNV PSN-TC 0.50/0.21 FO32/700 2800 2 0.88 4930 4435 59/56 84/88 1.5751402 Banded Pack 0.50/0.21 FO32/XP 3000 2 0.88 5280 4965 59/56 89/94 1.5751405 10-Pack 0.47/0.20 FO30/SS 2850 2 0.88 5015 4715 55/53 91/95 1.6651406 Pallet Pack 0.45/0.19 FO28/SS 2725 2 0.88 4800 4510 52/49 92/98 1.80

0.39/0.17 FO25/SS 2475 2 0.88 4355 4095 46/44 95/99 2.00

QTP 3x32T8/UNV PSN-SC 0.74/0.31 FO32/700 2800 3 0.88 7390 6655 88/85 84/87 1.0451403 Banded Pack 0.74/0.31 FO32/XP 3000 3 0.88 7920 7445 88/85 90/93 1.0451410 10-Pack 0.70/0.29 FO30/SS 2850 3 0.88 7525 7075 83/80 91/94 1.1051411 Pallet Pack 0.65/0.27 FO28/SS 2725 3 0.88 7195 6760 77/75 93/96 1.17

0.58/0.25 FO25/SS 2475 3 0.88 6535 6140 69/68 95/96 1.29

QTP 4x32T8/UNV PSN-SC 0.99/0.41 FO32/700 2800 4 0.88 9855 8870 118/113 83/87 0.7851404 Banded Pack 0.99/0.41 FO32/XP 3000 4 0.88 10,560 9925 118/113 90/94 0.7851415 10-Pack 0.93/0.39 FO30/SS 2850 4 0.88 10,030 9430 111/106 90/95 0.8351416 Pallet Pack 0.88/0.36 FO28/SS 2725 4 0.88 9590 9015 104/99 92/97 0.89

0.77/0.32 FO25/SS 2475 4 0.88 8710 8190 92/90 95/97 0.98

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description).1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 51402 QTP 2 x 32T8 / UNV PSN TC





Starting Type/Ballast Factor – PROStart/Normal BF


System Life / WarrantyQUICKTRONIC products are covered byour QUICK 60+® warranty, a compre-hensive lamp and ballast systemwarranty. For additional details, referto our QUICK 60+ warranty bulletin.


lamps shown. QUICKTRONIC® QTPPROStart ballasts are also compatiblewith other lamp manufacturers equiv-alent lamp types that meet ANSI specifi-cations. QTP PROStart ballasts will alsooperate F17 & F25, SUPERSAVER® & U-Bend equivalent T8 lamps. Completeperformance data is available in theQUICKSYSTEMS section of the SYLVANIABallast Technology & Specification Guide.


T8 PROStart® PSN UNV

Professional Series


Mounting Length

Length

Height

8.70 mmSlot

Width

Starting Method: Programmed Rapid-Start


0°F (-18°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1, OutdoorCSA Certified70°C Max Case Temp.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingNEMA Ballast Program compliantANSI C62.41 Cat A. TransientGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lamp holder):


(keep blue wires short, ie. lamp(s)attached to the blue leads to remain inthe fixture that houses the ballast).2 Operation below 50ºF (10°C) may affect


Dimensions “TC & SC” Enclosure: “SC” Overall: 9.5" L x 1.68" W x 1.18" H“TC” Overall: 9.5" L x 1.68" W x 1.00" HMounting: 8.90"Weight: 1.6 lbs each

Black/WhiteWhiteRedRed

BlueBlue

LAMP

TC


RedRedBlueBlue

LAMP

LAMP

TC

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

LAMP 4

BrownBrown SC

Black

White

Blue/White

YellowYellow

RedRed

LAMP 2

Blue/WhiteBlueBlue

LAMP 1

LAMP 3

SC

BlackWhite


1 lamp 2 lamp

4 lamp3 lamp

QH

E T

8 P

SH

38


Key System Features

System Information


• NEMA Premium Ballast compliant• PROStart Programmed Rapid Start

• Extends lamp life• High ballast factor: 1.15• Parallel operation, (one lamp out,

remaining lamps stay lit)• 90°C maximum case temp.• UL Type CC• LSC (Lamp Striation Control)• Universal input voltage (120-277V)• Min. Starting Temp:

• 0°F/-18°C for T8 lamps• 60°F/16°C for Energy Saving

T8 lamps

SYLVANIA QUICKTRONICPROStart T8 is ideally suited for:• High bay• Warehouses• Applications where extended lamp life

is required to reduce maintenancecosts

• Areas where frequent switching isdesired

• Occupancy sensor usage• Building control systems• Areas that are underlit


Primary Systems32W T8 - OCTRON®

2-lamp QHE2x32T8/UNV PSH-HT3-lamp QHE3x32T8/UNV PSH-HT4-lamp QHE4x32T8/UNV PSH-HT

Also operates:FBO32, FBO31, FO30/SS (30W),FO28/SS (28W), FO25/SS (25W),FBO30/SS (30W), FBO29/SS (29W),FO25, FBO24, FO17 & FBO16

SYLVANIA QUICKTRONIC PROStartprogrammed rapid start electronic T8ballasts offer eight major advantages:1. Operate 32W linear and U-bend equiv-

alent T8 lamps at High Efficiency and highballast factor which increases light levelswhile optimizing system performance.

2. Longer Lamp Life: System PSH,(Programmed Start High Ballast Factor)is the first SYLVANIA high ballast factormodel to extend lamp life which is idealfor applications where long lamp life isdesired to reduce maintenance costs.

3. High Ambient Temperature: specificallydesigned for those applications wherethe ballast is subjected to higherambient temperatures, such as highbays in industrial installations.

4. Parallel Circuitry: keeps remaininglamps lit if one or more go out. FirstSYLVANIA PROStart ballast to offerparallel lamp operation.

5. Available in 2, 3 & 4-lamp modelswhich allows great flexibility for variouslight levels in high bay applications toreplace HID or T12HO lighting systems.

6. NEMA Premium Ballast (NPB) programcompliant. The NPB program promotes

the use of high efficiency T8 electronicballasts by meeting or exceeding theBallast Efficiency Factors, (BEF) estab-lished by the CEE, (Consortium forEnergy Efficiency). For additional infor-mation on this program go to:www.cee1.org or www.nema.org

7. UL Type CC compliant: ballasts utilize amicro-controller based circuit to reducearcing caused by loose connections orimproper lamp pin to socket connections.

8. Lamp Striation Control (LSC): T8energy saving lamps should beoperated above 60°F, but under certainconditions the lamps may striate. LSCcircuitry may minimize or eliminate thiscondition; however there are limitedapplications where LSC circuitry maynot entirely mitigate lamp striations.(Please consult lamp manufacturers foradditional details.)



• Utilizes Programmed Rapid Startoperation for:• Highest System Efficacy• Longer Life• Over 100,000 switching cycles for

occupancy sensor and building controlsystems applications.

• Operate at >42Hz to reduce potentialinterference with infrared controlsystems

%Lamp

Input Mean Relative % LifeLamp & Power Initial Fixture* Fixture* Energy @3hrs/Ballast Type (W) LPW Lumens Output Savings start

M400/U 452 61 17,784 Baseline Baseline BaselineMagnetic Ballast

3-F96T12HO 360 58 16,875 95% 20% 60%Magnetic Ballast

6-FO32/800/XPS 220 83 17,090 96% 51% 180%2-QHE3x32 PSH*Based on Fixture Efficiency: 76% for M400/U and 85% for T12HO and FO32T8 lamps.

96%

49%

180%

51% Energy Savings

M400/UMag. Ballast

3-F96T12HOMag. Ballast

6-FO32/800/XPS2-QHE3x32 PSH

0%

20%

40%

60%

80%

100%

120%

100% 100% 100%

95%80%

60%

140%

160%

180%

200%

20% Energy Savings

% Relative Fixture* Light Output

% System Wattage% Lamp Life

QUICKTRONIC® PROStart® T8 High Ambient Temperature

www.sylvania.com

Type CC, Lamp Striation Control & Parallel OperationHigh Ballast Factor



39

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

HE

T8 P

SH


Ballast Factor: 1.15Circuit Type: ParallelLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp:2

0°F (-18°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzTHD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorUL Type CC RatedLamp Striation Control (LSC)CSA CertifiedHigh Ambient Applications:90°C Max. Case Temp. (3 yr. warranty)Standard Ambient Applications:70°C Max. Case Temp. (5 yr. warranty)FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):


2 Operation below 50ºF (10°C) may affect lightoutput or lamp operation – see “Low Temp.Starting” definition.

Performance Guide


High Efficiency Type CC, Lamp Striation Control & High Ambient (120-277V)


QHE2x32T8/UNV-PSH-HT 0.60/0.27 FO32/700 2800 2 1.15 6440 5795 72/70 89/92 1.6449450 Banded Pack 0.60/0.27 FO32/XP 3000 2 1.15 6900 6485 72/70 96/99 1.6449459 Pallet Pack 0.57/0.25 FO30/SS 2850 2 1.15 6555 6160 69/67 95/98 1.72

0.53/0.23 FO28/SS 2725 2 1.15 6270 5890 63/62 100/101 1.850.47/0.20 FO25/SS 2475 2 1.15 5695 5350 56/55 102/104 2.090.46/0.20 FO25/XP 2175 2 1.16 5045 4740 55 92 2.110.32/0.14 FO17/XP 1375 2 1.17 3220 3025 38 85 3.08

QHE3x32T8/UNV-PSH-HT 0.94/0.40 FO32/700 2800 3 1.15 9660 8695 110/108 88/89 1.0649453 Banded Pack 0.94/0.40 FO32/XP 3000 3 1.15 10,350 9730 110/108 94/96 1.0649460 Pallet Pack 0.88/0.37 FO30/SS 2850 3 1.15 9835 9245 104/101 95/97 1.14

0.81/0.34 FO28/SS 2725 3 1.15 9400 8835 95/93 99/101 1.240.72/0.31 FO25/SS 2475 3 1.15 8540 8025 85/84 100/102 1.370.70/0.30 FO25/XP 2175 3 1.17 7635 7175 83/82 92/93 1.430.48/0.21 FO17/XP 1375 3 1.18 4870 4575 56 87 2.11

QHE4x32T8/UNV-PSH-HT 1.22/0.53 FO32/700 2800 4 1.15 12,880 11,590 143/141 90/91 0.8249455 Banded Pack 1.22/0.53 FO32/XP 3000 4 1.15 13,800 12,970 143/141 97/98 0.8249470 Pallet Pack 1.13/0.49 FO30/SS 2850 4 1.15 13,110 12,325 132/130 99/101 0.88

1.06/0.46 FO28/SS 2725 4 1.15 12,535 11,785 124/123 101/102 0.930.95/0.41 FO25/SS 2475 4 1.15 11,385 10,700 112/110 102/104 1.050.91/0.40 FO25/XP 2175 4 1.17 10,180 9570 107/106 95/96 1.100.63/0.28 FO17/XP 1375 4 1.18 6490 6100 73 89 1.62

Banded pack contains 10 pieces, (add “-B” to Description). Pallet Pack contains 500 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 49450 QHE 2 x 32T8 / UNV PSH HT


Number of Lamps (2, 3, 4)


High Case Temp. Rating

Starting Type/Ballast Factor


System Life / WarrantyQUICKTRONIC products are covered byour QUICK 60+® warranty, a compre-hensive lamp and ballast systemwarranty. For additional details, refer to our QUICK 60+ warranty bulletin.


lamps shown. QUICKTRONIC® QHEPROStart ballasts are also compatiblewith other lamp manufacturers equivalentlamp types that meet ANSI specifications.

QHE PROStart ballasts will also operateF17 & F25, SUPERSAVER & U-Bendequivalent T8 lamps.

High Ballast Factor

T8 PROStart® PSH

High Efficiency


QUICKTRONIC 2x32


BlueBlueRedRed

LAMP

LAMP

BALLAST

2 lamp

QUICKTRONIC 3x32

BALLAST

LAMP

LAMP

LAMP


Red

Red

Blue/White

Blue/White

Blue

Blue

3 lamp

BALLAST

LAMP

LAMP

LAMP

LAMP

YellowYellow

Blue/WhiteBlue/White

BlueBlue

Red/WhiteRed/White

RedRed

QUICKTRONIC 4x32

BlackWhite

4 lamp

Dimensions 2 & 3-lamp:Overall: 9.5" L x 2.38" W x 1.6" HMounting: 8.90"Weight: 1.6 lbs each (approx.)

Dimensions 4-lamp: Overall: 11.75" L x 2.38" W x 1.6" HMounting: 11.13"Weight: 2.9 lbs each (approx.)

Length

MountingLength

Height

Width

Length

MountingLength

Height

Width

NEW!

QH

E T8

59

8FT

Input Mean InitialSystem Type Power System Mean System EnergyQHE-ISL (2-lamps) (W) Lumens RLO LPW Savings

Magnetic Ballast & F96T12/SS 125 8209 Baseline 75 BaselineQTP2x59-ISN & FO96T8/XP/SS (55W) 102 9430 115% 98 18%QHE2x59-ISL & FO96T8/XP (59W) 94 8830 108% 100 25%QHE2x59-ISL & FO96T8/XP/SS (55W) 88 8250 101% 100 30%

System Type QHE-ISN (2-lamps)

Magnetic Ballast & F96T12 160 9984 Baseline 71 BaselineMagnetic Ballast & F96T12/SS 125 8209 82% 75 22%QTP2x59-ISN & FO96T8/XP (59W) 110 10,090 101% 98 31%QHE2x59-ISN & FO96T8/XP (59W) 107 10,090 101% 100 33%QHE2x59-ISN & FO96T8/XP/SS (55W) 100 9430 94% 100 38%

System Type QHE-ISH (2-lamps)

Magnetic Ballast & F96T12CW/HO 240 13,235 Baseline 68 BaselineMagnetic Ballast & F96T12CW/HO/SS 210 11,923 90% 70 13%Electronic Ballast & F96T12CW/HO/SS 170 11,405 86% 83 29%Electronic Ballast & F96T8HO 160 12,989 98% 90 33%QHE2x59T8/UNV-ISH & FO96T8/XP (59W) 141 13,190 100% 100 41%QHE2x59T8/UNV-ISH & FO96T8/XP (55W) 131 12,325 93% 100 45%

SYLVANIA QUICKTRONIC High Efficiency(QHE) energy savings electronic T8ballasts save up to 6% wattage overstandard electronic ballasts withoutcompromising light output or lamp life.The added energy savings also providesfor a quicker payback.

SYLVANIA QUICKTRONIC High Efficiency(QHE) 59IS operates OCTRON® FO96 T8lamps with maximum efficacy and highlumen output and provides 30%-50%energy savings when compared toF96T12 magnetic systems.

New small can enclosure on selectmodels allows for low profile fixturedesign and application.

QHE Ballasts also meet the mostdemanding utility rebate standards.


warranty, the first and most compre-hensive lamp & ballast system warranty inthe industry. This product is also offered innew banded packaging and pallet packs.

Lamp/Ballast Guide

Key System Features

System Information

• Universal voltage (120-277V)• High Efficiency Systems over 90%

efficient• Over 100 LPW (lumens/watt) with

OCTRON® lamps• Lowest power, full light output 59W

T8 Systems• QHE Ballasts also meet the most

demanding – Utility Rebate standards• 30% more light output than standard

T8 systems• 77%, 88% or 115% Ballast Factors • Parallel circuitry is utilized to keep

the remaining lamps lit if one ormore should fail

• Min. Starting Temp:• 0°F (-18°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps

SYLVANIA QUICKTRONIC High Efficiency is ideally suited for:• Energy retrofits• Commercial & Retail• Hospitality & Institutional• New construction


59W T8 8-Foot OCTRON2-lamp QHE2x59T8-ISL-SC 2-lamp QHE2x59T8-ISN-SC 2-lamp QHE2x59T8-ISH

QHE2x59T8-ISL-SC & QHE2x59T8-ISN-SC operates 1 or 2:FO96T8 (59W), FO96T8/SS (55W),FO72T8 & FO48T8

QHE2x59T8-ISH operates 2 lamps only:FO96T8 (59W), FO96T8/SS (55W),FO72T8 & FO48T8

SYLVANIA QUICKTRONIC HighEfficiency (QHE) 59IS operates from120V through 277V, eliminating “wrongvoltage” wiring errors and reducing thenumber of models in inventory by 50%.

SYLVANIA QUICKTRONIC HighEfficiency (QHE) uses instant startoperation to provide the highest systemefficacy and to assure low temperaturestarting capability.

Instant start also provides for maximumremote wiring distances.

A complete OSRAM SYLVANIA SystemPerformance Guide showing perfor-mance characteristics for all combina-tions of lamps and ballast is availableupon request.

QUICKTRONIC® T8 59 Instant Start Universal Voltage

www.sylvania.com

Normal, Low & High Ballast Factor ModelsHigh Efficiency Series

40


41

QH

E T8 59 8FT

Performance Guide




LOW BALLAST FACTOR

QHE2x59T8/UNV-ISL-SC 50239 Banded Pack 0.80/0.34 FO96T8/700 (59W) 5700 2 0.77 8780 7900 95/94 92/93 0.8249869 10-Pack 0.80/0.34 FO96T8/XP (59W) 6100 2 0.77 9395 8830 95/94 99/100 0.8249870 Pallet Pack 0.74/0.32 FO96T8/XP/SS (55W) 5700 2 0.77 8780 8250 89/88 99/100 0.88

0.62/0.27 FO72T8/XP 4650 2 0.79 7345 6905 74/73 99/101 1.080.42/0.19 FO48T8/XP 2850 2 0.80 4560 4285 50 91 1.60

NORMAL BALLAST FACTOR

QHE2x59T8/UNV-ISN-SC 50237 Banded Pack 0.92/0.40 FO96T8/700 (59W) 5700 2 0.88 10,030 9030 109/107 92/94 0.8249859 10-Pack 0.92/0.40 FO96T8/XP (59W) 6100 2 0.88 10,735 10,090 109/107 98/100 0.8249860 Pallet Pack 0.84/0.36 FO96T8/XP/SS (55W) 5700 2 0.88 10,030 9430 102/100 99/100 0.88

0.71/0.31 FO72T8/XP 4650 2 0.90 8370 7870 84/83 100/101 1.080.47/0.22 FO48T8/XP 2850 2 0.90 5130 4820 56 92 1.61

HIGH BALLAST FACTOR

QHE2x59T8/UNV-ISH 50238 Banded Pack 1.20/0.52 FO96T8/700 (59W) 5700 2 1.15 13,110 11,800 144/141 91/93 0.8249879 10-Pack 1.20/0.52 FO96T8/XP (59W) 6100 2 1.15 14,030 13,190 144/141 97/100 0.8249880 Pallet Pack 1.08/0.47 FO96T8/XP/SS (55W) 5700 2 1.15 13,110 12,325 134/131 98/100 0.88

0.91/0.40 FO72T8/XP 4650 2 1.15 10,695 10,055 108 99 1.060.62/0.28 FO48T8/XP 2850 2 1.18 6725 6320 74 91 0.59

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description).1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power (Note: calculation based on lowest wattage value).



Complete performance data isavailable in the QUICKSYSTEMSsection of the SYLVANIA ElectronicBallast Catalog.

Starting Method: Instant StartBallast Factor: 0.77/0.88/1.15Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

0°F (-18°C) for OCTRON 96T8 lamps60°F (16°C) for SUPERSAVER® T8 lampsInput Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V

rated line (108-305V)70°C Max Case Temperature

UL Listed Class P, Type 1 OutdoorCSA CertifiedMeets FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):

• 20 ft: full wattage T8s• 10 ft: energy saving T8s



Item Number 50237 QHE 2 x 59 / UNV ISN - SC


Number of Lamps (2)

Case Size




Normal, Low, High BF

High Efficiency Electronic T8 Fluorescent Systems (Normal, Low & High B.F.)

59 T8 Instant Start

High Efficiency


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Dimensions Standard Enclosure: Dimensions “SC” Small Enclosure:Overall: 9.5" L x 2.38" W x 1.6" H Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90" Mounting: 8.90"

Packaging: Packaging:Weight: 2.8 lbs ea. (approx.) Weight: 1.6 lbs ea. (approx.)

Wiring:Leads only, no connectors provided

BALLAST

BlackWhite

Blue

BlueRed

LAMP

LAMP

Length

MountingLength

Height

Width

Note: One lamp operation is possible for QHE2x59-ISL & ISN models only. Cap off any unused blue lead (insulate).

QUICKTRONIC 2x59

Mounting Length

Length

Height

8.70 mmSlot

Width

NEW!

QTP

T8

8 F

T

RelativeInput Initial System Mean Mean LampPower System Efficacy System Light Energy Life

System Type (W) Lumens (LPW) Lumens Output Savings (%*)

Magnetic Ballast 2-F96T12 160 11,345 71 9985 100% 0% Baseline

Magnetic Ballast 2-F96T12/SS 125 9330 75 8210 82% 22% 100%

QTP2x59-ISN 2-FO96T8/XP (59W) 112 10,735 96 10,090 101% 30% 150%

QTP2x59-ISN FO96T8/XP/SS (55W) 104 10,030 96 9430 94% 35% 150%

*3 hours/start

Lamp/Ballast Guide

Key System Features

System Information

• Over 30% Energy savings• Provides 50% longer lamp life than

standard magnetic T12 slimline lamps• 88% Ballast factor• Min. Starting Temp:

• 0°F (-18°C) for T8 lamps• 60°F (16°C) for Energy Saving

T8 lamps• Universal voltage (120-277V)• <10% THD• Virtually eliminates lamp flicker

SYLVANIA QUICKTRONIC 59 ISNis ideally suited for:• Commercial• Retail• New construction• Industrial• Schools• Retrofit


59W T8 8-Foot - OCTRON®

2-lamp QTP2x59T8 UNV ISN SC

Primary Lamp Type:FO96T8 (59W Lamp)

Also operates:FO96T8/SS (55W Lamp)FO72T8FO48T8

SYLVANIA QUICKTRONIC SYSTEM 59ISN UNV advantages:



capability



A complete OSRAM SYLVANIA SystemPerformance Guide showing perfor-mance characteristics for all combina-tions of lamps and ballasts is availableupon request.

QUICKTRONIC® T8 8' Instant Start Universal Voltage

www.sylvania.com

Normal Ballast Factor Professional Series

42

101%

70%

QTP2x59-ISN2-FO96T8/XP

QTP2x59-ISN2-FO96T8/XP/SS

Magnetic Ballast2-F96T12

100% 100% 100%

% Relative Mean Light Output% System Wattage (Power)% Lamp Life

0%

20%

40%

60%

80%

100%

120%

140%

160%

Magnetic Ballast2-F96T12/SS

82% 78%

100%

150%

22% Energy Savings

30% Energy Savings

94%

65%

150%

35% Energy Savings

SYLVANIA QUICKTRONIC SYSTEM 59 ISNUNV electronic T8 ballasts offer severaladvantages:


• Over 30% energy savings whencompared to F96T12 magneticallyballasted systems

2. Longer Lamp Life: provides 50% longer lamp life compared to standard magetic T12 slimline systems

3. Parallel Circuitry: keeps remaininglamp lit if one goes out


ergonomic benefits

5. New Banded Packaging• Distributor-friendly for easy stocking


Setting the standard for quality, SYSTEM59 ISN UNV is also covered by our QUICK60+® warranty, the first and most compre-hensive lamp & ballast system warranty inthe industry.


43

QTP

T8 8

FT

Performance Guide




QTP 2x59T8/UNV ISN-SC 0.93/0.40 FO96T8/700 (59W) 5700 2 0.88 10,030 9030 112/110 90/91 0.80

49590 Banded Pack 0.93/0.40 FO96T8/XP (59W) 6100 2 0.88 10,735 10,090 112/110 96/98 0.80

49598 10-Pack 0.85/0.36 FO96T8/XP/SS (55W) 5700 2 0.88 10,030 9430 104/102 96/98 0.86

49599 Pallet Pack 0.70/0.31 FO72T8/XP 4650 2 0.89 8275 7780 86/85 96/97 1.05

0.47/0.21 FO48T8/XP 2850 2 0.89 5075 4770 58 88 1.53

0.56/0.25 FO96T8/XP (59W) 6100 1 1.02 6220 5850 67 93 1.52

0.51/0.22 FO96T8/XP/SS (55W) 5700 1 1.02 5815 5465 62 94 1.65

0.43/0.20 FO72T8/XP 4650 1 1.02 4745 4460 51 93 2.00

0.30/0.14 FO48T8/XP 2850 1 1.03 2935 2760 36 82 2.86

Banded Pack, (add “-B” to Description). Banded Pack and 10-Pack contain 10 pieces each. Pallet Pack contains 840 pieces, (add “-PAL” to Description).1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power (Note: calculation based on lowest wattage value).


lamps shown. QUICKTRONIC® 59 ISN-SC is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications.

Complete performance data isavailable in the QUICKSYSTEMSsection of the SYLVANIA ElectronicBallast Catalog.


0°F (-18°C) for OCTRON® 96T8 lamps60°F (16°C) for SUPERSAVER® lampsInput Frequency: 50/60Hz Low THD: <10%Power Factor: >98% Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):

• 20 ft: full wattage T8s• 10 ft: energy saving T8s

2 Operation below 50ºF (10°C) may affectlight output or lamp operation – see “Low Temp. Starting” definition.

SpecificationsData based on FO96T8

Item Number 49598 QTP 2 x 59T8 / UNV ISN SC


Number of Lamps

Primary Lamp Type (59W FO96T8)

Case Size




Electronic T8 8-foot Fluorescent Systems Universal Voltage (120-277V)

59 T8 INSTANT START

Professional Series


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Dimensions “SC” Small Enclosure:Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90"

Product Weight: 1.6 lbs ea. (approx.)

Wiring:Leads only, no connectors provided

Note: For one lamp application, cap any unused blue lead. Insulate to 600 volts.

QUICKTRONIC 2x59

BALLAST

BlackWhite

Blue

BlueRed

LAMP

LAMP

Mounting Length

Length

Height

8.70 mmSlot

Width

Input Initial Mean Relative %Power System Fixture Fixture Energy

Lamp & Ballast Type (W) LPW Lumens Lumens Savings

M400/U 452 61 17,784 100% Baseline

Mag. Ballast

3-F96T12HO 360 58 16,875 95% 20%Mag. Ballast

3-F96T8HO (86W)2-QHE2x86T8HO/UNV PSN-HT* 276 72 18,673 105% 39%

Fixture Efficiency: M400/U = 0.76, T12HO & T8 = 0.85*3-lamp (F96T8HO) fixture data is based on operating two 2-lamp ballasts with the second ballast wired to operate as a one-lamp system.

QH

E T

8H

O

44


Key System Features

System Information

• High Efficiency Systems — over 90% efficient

• 90°C maximum case temp.• Normal Ballast Factor: 0.95• PROStart® Programmed Rapid Start

• Extends lamp life• Ideal for Occupancy sensors • Reduces maintenance costs

• Universal input voltage (120-277V)• Min. Starting Temp:

• -20°F/-29°C T8HO lamps

SYLVANIA QUICKTRONIC High Efficiency T8HO is ideally suited for:• High Bay• Energy retrofits• Warehouse• Industrial • New Construction• Refrigeration Coolers • Occupancy Sensors Applications


Primary Systems: FO96 T8HO-OCTRON®

2-lamp QHE 2x86T8HO/UNV PSN-HT

QHE 2x86T8HO/UNV PSN-HT operates2 or 1 FO96T8HO, F72T8HO(65W),F60T8HO(55W) & F48T8HO(44W)

SYLVANIA QUICKTRONIC High EfficiencyQHE electronic T8HO PROStart® HighOutput Normal Ballast Factor operates thefamily of T8HO lamps at high efficiencywhich increases light levels whileoptimizing system performance.

This ballast system is the idealreplacement for existing T12HO applications and HID systems.

Programmed Rapid Start QHE T8HOPROStart® extends lamp life which is idealfor applications where long lamp life isdesired to reduce maintenance cost or foruse with occupancy sensors.

This ballast design provides the flexibilityto operate as 2-lamp or 1-lamp system,allowing for an additional 50% reduction in inventory.

The T8HO PSN system “High AmbientTemperature” is specifically designed for

those applications where the ballast issubjected to higher ambient temperatures,such as high bays in industrial installa-

tions. New 90ºC case temperature and -20ºF/-29ºC starting rating makes thisballast the ideal T8HO system for highertemperature applications.




• Highest System Efficacy • Longer Life • Over 100,000 switching cycles for

occupancy sensor and buildingcontrol systems applications


Setting the standard for quality, T8HOProgram Start High Output Normal BallastFactor is also covered by our QUICK 60+warranty, the first and most compre-hensive system warranty in the industry.

QUICKTRONIC® PROStart® T8HOUniversal Voltage High Ambient Temp.

www.sylvania.com


105%

61%

3-F96T8HO (86W)2-QHE 2x86T8HO/UNV PSN-HT

3-F96T12HOMagnetic Ballast

95%

80%

M400/UMagnetic Ballast

100% 100%



40%

50%

60%

70%

80%

90%

100%

110%

120%

20% Energy Savings

39% Energy Savings


45

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

HE

T8H

O

Performance Guide

SpecificationsData based on FO96T8HO lamp

High Efficiency PROStart® T8HO (120-277V) High Ambient Temperature


QHE 2x86T8HO/ UNV-PSN-HT 1.54/0.67 F96T8HO (86W) 8200 2 0.95 15,580 14,645 182/178 86/88 0.5350304 Banded Pack 1.13/0.50 F72T8HO (65W) 6100 2 0.96 11,710 10,540 136/133 86/88 0.7250305 Pallet Pack 0.97/0.44 F60T8HO (55W) 5050 2 0.96 9695 8725 115 84 0.83

0.72/0.34 F48T8HO (44W) 4000 2 0.96 7680 6910 86/85 89/90 1.130.78/0.36 F96T8HO (86W) 8200 1 0.96 7870 7400 95 83 1.010.62/0.30 F72T8HO (65W) 6100 1 0.96 5855 5270 73 80 1.320.50/0.26 F60T8HO (55W) 5050 1 0.96 4850 4365 60 81 1.600.43/0.24 F48T8HO (44W) 4000 1 0.96 3840 3455 51 75 1.88

Banded Pack contains 10 pieces, (add “B” to description). Pallet Pack 500 pieces (add “PAL” to description)1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 50304 QHE 2 x 86T8HO UNV PSN-HT


Number of Lamps (2)





System Life / WarrantyQUICKTRONIC products are covered byour QUICK 60+ warranty, a compre-hensive lamp and ballast systemwarranty. For additional details, referto our QUICK 60+ warranty bulletin.

Data based upon SYLVANIA OCTRONlamps shown. QUICKTRONIC® QHEPROStart® ballasts are also compatiblewith other lamp manufacturers’ equivalentlamp types that meet ANSI specifications.

QHE PROStart ballasts will also operateF48T8HO, F60T8HO and F72T8HO,equivalent T8 lamps. Complete perfor-mance data is available in theQUICKSYSTEMS section of the SYLVANIABallast Technology & Specification Guide.


T8HO PROStart® PSN

High Efficiency



Ballast Factor: • 2-Lamp 0.95 • 1-Lamp 0.96

Circuit Type: Series Lamp Frequency: >80kHzLamp CCF: Less than 1.7Starting Temp:2 -20°F/-29°C for

OCTRON T8HO lampsInput Frequency: 50/60 HzTHD: <10%Power Factor: >98%Voltage Range: ±10%

UL Listed Class P, Type 1 OutdoorCSA CertifiedHigh Ambient (3 yr. warranty):90°C Max. Case Temp. Standard (5 yr. warranty):70°C Max. Case Temp.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max wire lengthfrom ballast case to lampholder): up to 8 ft Remote mounting for Energy SavingT8 lamps contact OSRAM SYLVANIA.2 Operation below 50°F (10°C) may affect





BALLAST

LAMP 1

LAMP 2

BlackWhite

YellowYellow

BlueBlue

RedRed

BALLAST

LAMP 1

BlackWhite

YellowYellow

BlueBlue

RedRed

NEW!

Length

MountingLength

Height

Width

Note: For one lamp application, cap two yellow leads. Insulate to 600 volts.

CA

NA

DA

QH

E T8

347

46


Key System Features

System Information

• High Efficiency Systems –over 90% efficient

• Up to 105 LPW (lumens/watt) withOCTRON SUPERSAVER® lamps

• Lowest power T8 I.S. Systems• Small can enclosure size• 88% & 78% ballast factor models• 30-50% Energy savings• Min. Starting Temp:






• Energy retrofits• Commercial & retail• Hospitality & institutional• New construction


32W T8 - OCTRON®

QHE ISN and ISL SC Models1-lamp QHE1x32T8/347 2-lamp QHE2x32T8/347 3-lamp QHE3x32T8/347 4-lamp QHE4x32T8/347

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS, FBO30/SS (30W),FBO29/SS (29W), FO28/SS (28W) &FO25/SS (25W)

F40T8 operation:1 lamp on 2L ballast2 lamps on 3L ballast3 lamps on 4L ballast

SYLVANIA QUICKTRONIC High Efficiency(QHE) uses instant start operation toprovide the highest system efficacy and toassure low temperature starting capability.Instant start also provides for maximumremote wiring distances.

SYLVANIA QUICKTRONIC High Efficiency(QHE) electronic ballasts have very lowharmonic distortion (<10% THD) for highsystem performance.

Ballast operates at >40kHz to reducepotential interference with infrared controlsystems.

A complete OSRAM SYLVANIA SystemPerformance Guide showing performancecharacteristics for all combinations of lampsand ballasts is available upon request.

Input Initial System MeanSystem Type Power System Efficacy System Energy(2-lamp) (W) Lumens LPW Lumens Savings

F40T12 - E.S. Magnetic Ballast 86 5795 67 4985 Baseline

F34T12 - E.S. Magnetic Ballast 72 4750 66 4085 16%

FO32/XP - QHE2x32T8/347 ISN-SC 55 5280 96 4965 36%FO28/SS - QHE2x32T8/347 ISN-SC 48 4800 100 4510 44%

FO32/XP - QHE2x32T8/347 ISL-SC 48 4680 98 4400 44%FO28/SS - QHE2x32T8/347 ISL-SC 43 4250 99 3995 50%

81%

50%

2-F40T12E.S. Magnetic Ballast



2-FO32/XP/ECOQHE 2x32 347V ISN

2-FO28/SUPERSAVERQHE 2x32 347V ISN

2-FO28/SUPERSAVERQHE 2x32 347V ISL

40%

50%

60%

70%

80%

90%

100% 100% 101%

64%

92%

56%

100%

36% Energy Savings

44% Energy Savings

50% Energy Savings

QUICKTRONIC® T8 Instant Start347 Volt – Canada

www.sylvania.com

Normal & Low Ballast Factor ModelsHigh Efficiency Series

SYLVANIA QUICKTRONIC High Efficiency(QHE) energy-saving electronic T8 ballastssave up to 6% over standard electronicballasts without compromising light outputor lamp life. The added energy savingsalso provides for a quicker payback. QHEballasts also meet the most demandingutility rebate standards.

SYLVANIA QUICKTRONIC High Efficiency(QHE) operates OCTRON T8 lamps withmaximum efficacy and high lumen output,and provides 30-50% energy savings whencompared to F40T12 magnetic systems.

Small can enclosure allows for low profilefixture design. Small size also providestransportation, inventory and ergonomicbenefits.


warranty, the first and most compre-hensive lamp & ballast system warranty inthe industry.

Parallel circuitry is utilized to keep theremaining lamps lit if one or more shouldgo out.


47

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAC

AN

AD

AQ

HE T8 347

Performance Guide


High Efficiency Normal & Low Ballast Factor 347V


QUICKTRONIC® High Efficiency Low Ballast Factor (0.78)

49471 QHE 1X32T8/347 ISL-SC 0.08 FO32/700 2800 1 0.78 2185 1965 25 87 3.120.08 FO32/XP 3000 1 0.78 2340 2200 25 94 3.120.07 FO30/SS 2850 1 0.78 2220 2090 24 93 3.250.07 FO28/SS 2725 1 0.78 2125 2000 22 97 3.550.06 FO25/SS 2475 1 0.78 1930 1815 20 97 3.90




QUICKTRONIC® High Efficiency Normal Ballast Factor (0.88)

49461 QHE 1X32T8/347 ISN-SC 0.08 FO32/700 2800 1 0.88 2465 2220 28 88 3.140.08 FO32/XP 3000 1 0.88 2640 2480 28 94 3.140.08 FO30/SS 2850 1 0.88 2510 2360 27 93 3.260.07 FO28/SS 2725 1 0.88 2400 2255 25 96 3.520.07 FO25/SS 2475 1 0.88 2175 2045 22 99 4.00



49467 QHE 4X32T8/347 ISN-SC 0.33 FO32/700 2800 4 0.88 9855 8870 109 90 0.810.33 FO32/XP 3000 4 0.88 10,560 9925 109 97 0.810.31 FO30/SS 2850 4 0.88 10,030 9430 103 97 0.850.29 FO28/SS 2725 4 0.88 9590 9015 97 99 0.910.26 FO25/SS 2475 4 0.88 8710 8190 87 100 1.01

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power.

Item Number 49473 QHE 2 x 32T8 / 347 ISL - SC


Number of Lamps

Case Size


Line Voltage





QHE Instant Start ballasts will operateF17, F25, F32, the U-Bend andEnergy Saving equivalents.

Normal & Low BF

T8 INSTANT START 347V

High Efficiency


Mounting Length

Length

Height

8.70 mmSlot

Width

Starting Method: Instant StartBallast Factor: 0.88/0.78Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

-20°F (-29°C) for OCTRON T8 lamps;60°F (16°C) for SUPERSAVER® T8 lamps0°F (-18°C) for FO40T8Input Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1 OutdoorCSA Certified (where applicable)70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):




Packaging: Quantity: 10-packWeight: 1.6 lbs each (approx)


BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

LAMP

LAMP

LAMP


BlackWhite


QUICKTRONIC 3x32

BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed


QUICKTRONIC 4x32


Key System Features


CA

NA

DA

T8 3

47V

RelativeInput Initial Mean Mean %

2-Lamp Systems Power System System System Light EnergyLamp & Ballast Type (W) Lumens LPW Lumens Output Savings

2-F34T12CW 72 4665 65 3965 100% 0%E.S. Magnetic Ballast

2-FO32/800/XP 59 5280 89 4965 125% 18%QTP2x32 ISN-SC

2-FO28/SS 52 4795 92 4510 114% 28%QTP2x32 ISN-SC

2-FO32/800/XP 51 4620 91 4345 110% 29%QT2x32 ISL-SC

2-FO28/SS 45 4195 93 3945 99% 38%QT2x32 ISL-SCRelative

Input Initial Mean Mean %4-Lamp Systems Power System System System Light EnergyLamp & Ballast Type (W) Lumens LPW Lumens Output Savings

4-F34T12CW 144 9330 65 7930 100% 0%2-E.S. Mag Ballasts

4-FO32/800/XP 112 10,560 94 9925 125% 22%QTP4x32T8 ISN-SC

4-FO28/SS 99 9590 97 9015 114% 31%QTP4x32 ISN-SC

4-FO32/800/XP 98 9240 94 8685 110% 32%QT4x32T8 ISL-SC

4-FO28/SS 86 8395 98 7890 99% 40%QT4x32 ISL-SCRelative

Input Initial Mean Mean %2-Lamp Systems Power System System System Light EnergyLamp & Ballast Type (W) Lumens LPW Lumens Output Savings

2-F96T12 160 11,345 71 9985 100% 0%Mag. Ballast

F96T12/SS 125 9330 75 8210 82% 22%Mag. Ballast

FO96T8/XP 110 10,735 98 10,090 101% 31%QT2x59 IS

FO96T8/XP/SS 103 10,030 97 9430 94% 36%QT2x59 IS

System Information

• 30-40% energy savings• -20°F (-29°C) min. starting temp. for

QTP ballast operating OCTRON lamps(See Starting Temp. details inSpecification section)

• Virtually eliminates lamp flicker• CSA approved

SYLVANIA QUICKTRONICSystems are ideally suited for:• Commercial, retail, hospitality• Institutional• Schools• New construction• Retrofit

32W T8 - OCTRON®

1-lamp QTP1x32T8/347 ISN-SC 2-lamp QTP2x32T8/347 ISN-SC 3-lamp QTP3x32T8/347 ISN-SC 4-lamp QTP4x32T8/347 ISN-SC

2-lamp QT2x32T8/347 ISL-SC 4-lamp QT4x32T8/347 ISL-SC

Primary Lamp Types:FO32, FBO32 & FBO31

Also operates:FO17, FO25, FO40, FBO16, FBO24 &SUPERSAVER® Equivalents (SS)

FO40T8 operations:1 lamp on 2L ballast2 lamps on 3L ballast3 lamps on 4L ballast

Note: FO40T8 0°F (-18°C) Starting Temp.

2-lamp QT2x32T8/347 ISH-SCOnly operates lamp types FO32,FO30/SS, FO28/SS, FO25/SS, FBO32,FB031, FBO30/SS, FBO29/SS

59W T8 8-Foot OCTRON2 lamp QT2x59/347 ISPrimary Lamp TypesFO96 T8 (59W lamp)Also operates:FO96T8/SS lamp (55W)

New small can enclosure on selectmodels allows for low profile fixturedesign and application. Small can sizealso provides transportation, inventoryand ergonomic benefits. Parallel circuitryis utilized to keep the remaining lampslit if one or more should go out.

Setting the standard for quality thesesystems are covered by our QUICK 60+®

warranty, the first and most compre-hensive lamp & ballast system warrantyin the industry.

QUICKTRONIC® T8 Instant Start347 Volt – Canada

www.sylvania.com

Normal, Low & High Ballast FactorStandard & Professional Series

48

Note: For one lamp application, cap any unused blue lead. Insulate to 600 volts.

QUICKTRONIC 2x59

BALLAST

BlackWhite

Blue

BlueRed

LAMP

LAMP

Wiring Diagram 2x59:

SYLVANIA QUICKTRONIC 32IS-SCoperates OCTRON T8 lamps withmaximum efficacy and provides 30-40%energy savings when compared to F40T12 magnetic systems.

SYLVANIA QUICKTRONIC 59ISN operatesOCTRON FO96 T8 lamps with maximumefficacy and provides 30% energy savings when compared to F96T12magnetic systems.

Dimensions Standard Enclosure: Dimensions “SC” Small Enclosure:Overall: 9.5" L x 2.38" W x 1.6" H Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90" Mounting: 8.90"

Product Weight: 2.8 lbs ea. (approx.)

Wiring: Product Weight:Leads only, 1.6 lbs ea. (approx.)no connectors provided


49

CA

NA

DA

T8 347V

Performance Guide




QUICKTRONIC® Low Ballast Factor (0.77) <20% THD

49241 QT2x32T8/347 ISL-SC 0.15 FO32/XP 3000 2 0.77 4620 4345 51 91 1.51

49939 QT4x32T8/347 ISL-SC 0.28 FO32/XP 3000 4 0.77 9240 8685 98 94 0.79

QUICKTRONIC® PROFESSIONAL Normal Ballast Factor (0.88) <10% THD

49711 QTP1x32T8/347 ISN-SC 0.089 FO32/XP 3000 1 0.88 2640 2480 31 90 2.84

49713 QTP2x32T8/347 ISN-SC 0.165 FO32/XP 3000 2 0.88 5280 4965 59 89 1.49

49715 ❂ QTP3x32T8/347 ISN-SC 0.25 FO32/XP 3000 3 0.88 7920 7445 86 92 1.0249716 ❂ Pallet Pack

49717 ❂ QTP4x32T8/347 ISN-SC 0.33 FO32/XP 3000 4 0.88 10,560 9925 112 94 0.7849718 ❂ Pallet Pack

QUICKTRONIC® High Ballast Factor (1.20) <20% THD

49927 QT2x32T8/347 ISH-SC 2 0.23 FO32/XP 3000 2 1.2 7200 6770 78 92 1.54

QUICKTRONIC 59T8 (8 Foot) Normal Ballast Factor (0.88) <20% THD

49217 QT2x59/347 IS 0.33 FO96T8 XP(59W) 6100 2 0.88 10,735 10,090 110 98 0.80

Products above are 10-pack unless noted. Pallet Pack contains 840 pieces, (add “-PAL” to Description). ❂ New Product.1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power.2: QT2x32T8/347 ISH-SC model only operates 2 lamps (no 1-lamp operation).49715 QTP3x32T8/347 ISN-SC replaces 49993 QT3x32T8/347 ISN-SC and 49717 QTP4x32T8/347 ISN-SC replaces 49994 QT4x32T8/347 ISN-SC

Data shown based upon SYLVANIAOCTRON® FO32/XP® & FO96 T8 XPLamp(s).

QUICKTRONIC® ballasts are alsocompatible with other lamp manufac-turers’ equivalent lamp types thatmeet ANSI specifications.

Starting Method: Instant StartBallast Factor: 0.77, 0.88 & 1.20Circuit Type: ParallelLamp Frequency:

All SC models >40kHzStandard enclosure >20kHz

Lamp CCF: Less than 1.7Starting Temp:3

QTP models: -20°F (-29°C) for OCTRON T8 lamps

QT models: 0°F (-18°C) for OCTRON T8 lamps

60°F (16°C) for SUPERSAVER® T8 lamps0°F (-18°C) for FO40T8Input Frequency: 60 HzTHD: QTP <10%, QT <20%Power Factor: >97%Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47 CFR Part 18 Non-ConsumerClass A Sound RatingANSI 62.41 Cat. A Transient ProtectionGFCI compatibleEmergency ballast compatibleRemote Mounting (Max. wire lengthfrom ballast case to lampholder):



Specifications

Item Number 49713 QTP 2 x 32T8 / 347 ISN - SC

QUICKTRONIC Professional


Case Size


Line Voltage


Mounting Length

Length

Height

8.70 mmSlot

Width

Normal, Low, High BF

Electronic T8 Fluorescent Systems 347V

T8 Instant Start 347V

Standard & Professional


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

BALLAST

LAMP

Black/WhiteWhite

Blue

Red

QUICKTRONIC 1x32

LAMP

LAMP

BlueBlue

RedBALLAST

BlackWhite


QUICKTRONIC 2x32

LAMP

LAMP

LAMP


BlackWhite


QUICKTRONIC 3x32

BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed


QUICKTRONIC 4x32

Length

MountingLength

Height

Width

NEW!

Input System Type Power Initial System 2-lamp ISN-SC (W) Lumens LPW

F40T12 Std. Magnetic Ballast 96 5795 60E.S. Magnetic Ballast 86 5795 67


F32T8/700 Magnetic 71 5320 75

FO32/800XP QTR2x32T8/120 ISN-SC 55 5220 95

Input System Type Power Initial System 4-lamp ISN (W) Lumens LPW



F32T8/700 Magnetic 142 10640 75

FO32/800XP QTR4x32T8/120 ISN-SC 110 10080 92

QTR

T8

RE

S

50


Key System Features

System Information

• Energy Star® compliant• RESIDENTIAL USE ONLY

• Normal power factor (>0.50)• High THD (<200%)

• FCC Consumer Compliant• Small can housing (SC)• Normal ballast factor• 30-40% Energy savings• 0°F (-18°C) min. starting temp. for

OCTRON lamps• 60°F (16°C) min. starting temper-

ature with energy saving T8 lamps• High luminous efficacy• Virtually eliminates lamp flicker• Quiet operation• Lightweight

SYLVANIA QUICKTRONICResidential Series are ideally suitedfor Residential Fixtures:• Energy Star® fixtures• New residential construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


32W T8 - OCTRON®

2 or 1 lamp QTR2x32T8/120 ISN-SC4 or 3 lamp QTR4x32T8/120 ISN-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17,FBO16, FO30/SS, FBO30/SS (30W),FBO29/SS (29W), FO28/SS (28W) &FO25/SS (25W)

F40T8 operation:1 lamp on 2L ballast3 lamp on 4L ballast

SYLVANIA QUICKTRONIC RESIDENTIAL T8uses instant start operation to provide thehighest system efficacy and to assure lowtemperature starting capability. Instantstart also provides for maximum remotewiring distances.

QUICKTRONIC® Residential T8Instant Start

www.sylvania.com

For Residential Use OnlyNormal Power Factor

Residential SeriesSYLVANIA QUICKTRONIC RESIDENTIALballlasts bring all the energy savingfeatures of our standard commercialgrade ballast to an economical designacceptable for residential fixtures. Theseballasts comply with FCC-Consumerrequirements thereby making them aperfect complement for your ENERGYSTAR® rated fixture. These QTR ballastsare for residential use only.

SYLVANIA QUICKTRONIC RESIDENTIAL T8electronic ballasts operates OCTRON T8lamps with maximum efficacy and highlumen output, and provides 30-40%energy savings when compared to F40T12 magnetic systems.

Small can enclosure allows for low profile fixture design and application.

Parallel circuitry is utilized to keep theremaining lamps lit if one or more shouldgo out.

QUICKTRONIC RESIDENTIAL T8 is availablein two and four lamp models in 120V tocover a wide range of applications.

51

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

TR T8

RE

S

RESIDENTIAL USE ONLYStarting Method: Instant StartBallast Factor: NormalCircuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:2

0°F for OCTRON® T8 lamps;60°F for SUPERSAVER® T8 lamps

Input Frequency: 60 HzTHD: <200%Normal Power Factor: >0.50Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1 OutdoorCSA Certified (4L only)70°C Max Case TemperatureFCC 47CFR Part 18 ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet


Performance Guide

SpecificationsData based on F32T8 lamp

Electronic T8 Residential Series Fluorescent Systems (Residential Use Only) 120V

Input Rated Ballast Input SystemItem Current Lamp Lumens No. of Factor System Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens (W) (lm/W) BEF1

QTR 2x32T8/120 ISN-SC 0.89 FO32/XP 3000 2 0.87 5220 55 95 1.5849313 10-Pack 0.56 3000 1 1.03 3090 34 91 3.03

49314 Pallet Pack 0.74 FO25/XP 2175 2 0.90 3915 45 87 2.000.49 2175 1 1.05 2285 28 82 3.75

0.54 FO17/XP 1375 2 0.93 2560 30 85 3.100.36 1375 1 1.07 1470 19 77 5.63

0.89 FBO32/XP 2900 2 0.87 5045 55 92 1.580.56 2900 1 1.03 2985 34 88 3.03

0.85 FBO31/XP 2775 2 0.88 4885 54 90 1.630.56 2775 1 1.03 2860 33 87 3.12

0.68 FO40/XP 3750 1 1.02 3825 40 96 2.55

QTR 4x32T8/120 ISN-SC 1.70 FO32/XP 3000 4 0.84 10080 110 92 0.7649317 10-Pack 1.46 3000 3 0.96 8640 92 94 1.04

49318 Pallet Pack 1.38 FO25/XP 2175 4 0.88 7655 86 89 1.021.18 2175 3 1.00 6525 72 91 1.39

1.00 FO17/XP 1375 4 0.92 5060 60 84 1.530.87 1375 3 1.03 4250 51 83 2.02

1.71 FO40/XP 3750 3 0.91 10235 112 91 0.811.36 3750 2 1.09 8175 86 95 1.27

Pallet Pack contains 840 pieces, (add “-PAL” to Description)1: Ballast Efficiency Factor (BEF) = (Ballast Factor x 100) divided by Input Power

Item Number 49313 QTR 2 x 32T8 / 120 ISN-SC

QUICKTRONIC RESIDENTIAL

Number of Lamps

Case Size


Line Voltage


Residential Ballast WarrantyQUICKTRONIC T8 RESIDENTIALelectronic ballasts are under warrantyfor 2 years. OSRAM SYLVANIA shallcorrect any defects, at our option,and replace any ballast determined tobe defective under the terms of thiswarranty. Note: Labor costs are notreimbursed by OSRAM SYLVANIA.

Data shown based upon SYLVANIAOCTRON® FO32 lamps. QUICKTRONIC®

RESIDENTIAL T8 ballasts are alsocompatible with other lamp manufac-turers equivalent lamp types that meetANSI specifications.

All models will also operate F17, F25and F32 (and the U-Bend equivalent)T8 lamps.


T8 INSTANT START

120V Residential Series



LAMP

LAMP

BlueBlueRed

BALLASTBlackWhite


QUICKTRONIC RESIDENTIAL 2x32

BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

RedRed

BlueBlue


QUICKTRONIC RESIDENTIAL 4x32

RESIDENTIAL USE ONLY – QTR electronic ballasts meet FCC consumer limits, have high THD (<200%) and normalpower factor (>0.50), therefore are for residential use only and cannot be used in commercial applications.

For two lamp application, cap both unused blue leads & one yellow lead individually. Insulate to 600 volts.


Product Weight: 1.6 lbs each (approx) Mounting

Length

Length

Height

8.70 mmSlot

Width

NEW!

T5 E

XTR

A L

OW

BF

Get Low...Low...Low!

• Optimum energy savings at lowerlight levels

• PROStart®

• Extends lamp life• Ideal for occupancy sensors

• 2-lamp model operates PENTRON®

lamps • 36W @ 0.49 BF FP28T5• 29W @ 0.51 BF FP21T5• 21W @ 0.57 BF FP14T5

• Universal voltage (120-277V)

• 50°F (10°C) min. start temp.

52

www.sylvania.com

Appli cations:• Cove lighting

• Stairways

• Display cases

seepages 54-55

T8, T8HO, T5H

O U

NV

High Efficiency UNV (120-277V) Models

QHE 32T8/UNV/PSH-HT Series• High ballast factor: 1.15

• Parallel operation

• Meets UL Type CC Requirements

• LSC (Lamp Striation Control)ideal for energy saving T8 lamps

• 90°C max. case temperature

• Operates OCTRON® FO32, FO25 & FO17 & SUPERSAVER® lamps

• 0°F (-18°C) min. start temperature for OCTRON® lamps

• 60°F (16°C) min. start temperature for SUPERSAVER lamps

• 2, 3 & 4-lamp models

QHE T8HO/UNV/PSN HT Series• ~30% energy savings*

• 90°C max. case temperature

• -20°F (-29°C) min. start temperature

• Normal ballast factor: 0.95

• Operates 1 or 2 FO96T8HO (86W) lamps

* compared to T12HO magnetic systems

T5HO UpgradesQTP 54T5HO/UNV/PSN & HT Series• -20°F (-29°C) min. start temperature

• Switchable 4 lamp model

What’s Up?What’s Up?

Applications• High-bay

• Signs

• Warehouses

Applications:• High-bay

• Signs

• Warehouses

What’s Up?


seepages 38-39

Seepages 18-19 for

Instant Start T8 QHE ISHmodels

seepages 44-45

seepages 64-69

T5 P

SL

(EX

TRA

LO

W B

F)

54


Key System Features

System Information

• Low ballast factor• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• 50°F (10°C) starting temperature• Universal voltage (120-277V)• Operates at >40 kHz to reduce

potential interference with infraredcontrol systems

• High power factor (>98%)• Low harmonic distortion• Lightweight• UL, CSA, FCC• Small can enclosure

SYLVANIA QUICKTRONIC PSis ideally suited for:• Cove lighting• Stairways• Hallways• Display cases• Wall wash


28W T5 - PENTRON®

2-lamp QTP2x21T5/UNV PS51-SC

Primary Lamp Type:FP21

Also operates:FP14, FP28

2-lamp model operate PENTRON lamps• 36W @ 0.49 Ballast Factor FP28T5• 29W @ 0.51 Ballast Factor FP21T5• 21W @ 0.57 Ballast Factor FP14T5

SYLVANIA QUICKTRONIC PROStart Systemadvantages:

• Operate from 120V through 277V• Eliminates “wrong voltage” errors• Reduces ballast inventory by 50%


• Longer life• Over 100,000 switching cycles for

occupancy sensor and buildingcontrol systems applications

QUICKSENSE ballast technology helps toprotect against overheated bases andsockets, as well as cracking of the glasswall, and uses dynamic end-of-lamp-lifesensing to avoid false shutdowns causedby some static sensing methods. QUICK-SENSE ballast technology will auto resetwhen the end-of-life lamps are replacedwith new ones.

Input Initial System System Type Power System Efficacy(2-lamp) (W) Lumens LPW

F40T12 - Standard Magnetic 96 5795 60Energy Saver Magnetic 86 5795 67

F34T12 - Energy Saver Magnetic 72 4750 66

QTP2x32ISL - FO32/800XP 51 4680 92

QTP2x32ISL - FO28/SS 45 4250 94

QTP2x21T5 UNV PS51-SC - FP28/800 36 2840 79

QUICKTRONIC® PROStart® T5Universal Voltage

www.sylvania.com

<10% THD Electronic T5 Fluorescent Programmed Rapid Start Systems

Extra Low Ballast FactorProfessional Series

SYLVANIA QUICKTRONIC PS operatesPENTRON T5 lamps with optimum energy savings at lower light levels.

SYSTEM PS ballasts contain QUICK-SENSE ballast technology, a patented circuitry designed to shut down the system reliably and safely when lamps reach end-of-life.

Setting the standard for quality, SYSTEM PS is also covered by our QUICK 60+® warranty, the first and most comprehensive system warranty in the industry.

55

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAT5

PS

L (EX

TRA

LOW

BF)


Ballast Factor: 0.51Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp: 50°F (10°C) min.Input Frequency: 50/60 Hz Low THD: <10% Power Factor: >98% Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1, OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 8 feet

3 Data based on PENTRON 21W lamp types for primary ballast application. Seethe Sylvania QUICKTRONIC® ElectronicBallast Technology and SpecificationGuide (ECS-ELECTRONIC) for otherPENTRON combinations.

Performance Guide

Specifications3Installation Notes

<10% THD Electronic T5 Fluorescent Systems Extra Low Ballast Factor

Input Rated1 Ballast1 Input1 SystemItem Current Lamp1 Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF2

49187 QTP2x21T5/UNV PS51-SC 0.31 FP28T5 2900 2 0.49 2840 2645 36 79 1.360.24 FP21T5 2100 2 0.51 2140 1990 29 74 1.760.18 FP14T5 1350 2 0.57 1535 1430 21 73 2.71

1: At 35°C lamp ambient temperature.2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 49187 QTP 2 x 21 T5/UNV PS51 - SC


Number of Lamps

Case Size


Line Voltage



Data based upon SYLVANIA PENTRON®

lamps shown. QUICKTRONIC® PSballasts are also compatible with other lamp manufacturers equivalentlamp types that meet ANSI standards.

Extra Low Ballast Factor

T5 PROStart® UNV

Professional Series






Mounting Length

Length

Height

8.70 mmSlot

Width

• Install in accordance with National & Local Electric Code

• Ground ballast case

ELECTRONICBALLAST

Lamp 2

Lamp 1

Yellow Red

BlueBlack

White

2-Lamp QTPFixed output only

NEW!

T5 P

SN

56


Key System Features

System Information

• Universal voltage (120-277V)• Low-profile (0.87" High)• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• UL type CC rated• 0°F (-18°C) Starting• Operates at >40 kHz to reduce


• High power factor• Low harmonic distortion• Lightweight• UL, CSA, FCC

SYLVANIA QUICKTRONIC PSis ideally suited for:• Commercial• Retail• Hospitality• Institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


28W T5 - PENTRON®

1-lamp QTP1x28T5/UNV PSN or QTP2x28T5/UNV PSN*

2-lamp QTP2x28T5/UNV PSN

Primary Lamp Type:FP28

Also operates:FP14, FP21, FP35

*Two lamp model can be wired for one lamp operation.

System PS operates from 120V through277V, 50 or 60Hz, eliminating “wrongvoltage” wiring errors and reducing thenumber of models in inventory by half.

PROStart ballasts provide optimum startingconditions to provide up to 100,000switching cycles for use on occupancysensors and building control systems.


The two lamp unit can be wired for onelamp operation, allowing for an additional50% reduction in inventory model numbers.

Input Initial SystemSystem Type Power System Efficacy (2-lamp) (W) Lumens LPW



QT2x32IS - FO32/800 59 5310 90

QTP2x28T5/UNV PSN - FP28/800 65/63 5800 89/92

QUICKTRONIC® PROStart® T5Universal Voltage

www.sylvania.com

<10% THD Electronic T5 Fluorescent Programmed Rapid Start Systems


SYSTEM PS comes in a 0.87"H x 1.18"Wprofile, and PENTRON lamps are designedto provide peak performance at 35°Cfixture ambient, allowing for smaller andmore innovative fixtures.

A complete OSRAM SYLVANIA SystemPerformance Guide showing performancecharacteristics of lamps and ballasts isavailable upon request.

SYLVANIA QUICKTRONIC PS operatesPENTRON T5 lamps with full lumen outputand optimal system performance.

SYSTEM PS ballasts contain QUICKSENSEballast technology, a patented circuitrydesigned to shut down the system reliablyand safely when lamps reach end-of-life.

Setting the standard for quality, SYSTEMPS is also covered by our QUICK 60+®

warranty, the first and most compre-hensive system warranty in the industry.

SYSTEM PS is available as a two lampmodel which can be wired for one lampoperation to cover a wide range of applications.

57

Catalog # Date Type

Project Prepared by

Comments


PS

N


Ballast Factor: 1.00Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp: 0°F (-18°C) min.4

Input Frequency: 50/60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1, Outdoor, UL Rated Type CCCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet 4

3 Data based on PENTRON 28W lamp types for primary ballast application. See the Sylvania QUICKTRONIC®

Electronic Ballast Technology andSpecification Guide (ECS-ELECTRONIC) for other PENTRON combinations.

4 Operation below 50°F (10°C) may affectlight output or lamp operation – see “Low Temp. Starting” definition. Remotered leads up to 18 feet. Keep blue leads<10 feet.

Performance Guide

Specifications3


Input Rated1 Ballast1 Input1 SystemItem Current Lamp1 Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF 2

49181 QTP 2x28T5/UNV PSN 0.55/0.23 FP28T5 2900 2 1.00 5800 5395 65/63 89/92 1.59(49180)* 1 1.00 2900 2695 32 90 3.13

49171 QTP 1x28T5/UNV PSN 0.28/0.12 FP28T5 2900 1 1.00 2900 2695 32 90 3.13(49170)*

1: At 35°C lamp ambient temperature.2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power (Note: calculation based on lowest wattage value).*(Item Number) = Item Number/NAED in parentheses are models with leads/wires. Ballast with leads/wires contains 10 pieces each. Ballast without leads contain 20 pieces each

Item Number 49181 QTP 2 x 28 T5/UNV PSN


Number of Lamps (1, 2)






lamps shown. QUICKTRONIC® PSballasts are also compatible with otherlamp manufacturers equivalent lamptypes that meet ANSI specifications.


T5 PROStart® UNV

Professional Series



Dimensions: 1 & 2 lamp model enclosure size:Overall: 14.17"L x 1.18"W x 0.87"H (360mm L x 30mm W x 22mm H)Mounting: 13.74" (349mm)

Wiring:Push-in connectorsUse 18AWG solid copper wire only

Product Weight: 1L: 0.68 lbs (0.31kg) each (approx)2L: 0.88 lbs (0.40kg) each (approx)

Width

Mounting Length

Length

Height

BALLAST

1 LAMP

LAMP

White

Black

Red

Blue

2 LAMP

LAMP

LAMP

Blue

Yellow

Red

BALLASTBlack

White

CA

NA

DA

T5 3

47

V

58


Key System Features

System Information

• QUICKSENSE® ballast technology(end-of-lamp-life sensing)

• PROStart programmed rapid start• Min. Starting Temp:

• 0°F (-18°C)• Operates at >40 kHz to reduce


• High power factor (>98%)• Low harmonic distortion• Lightweight• UL, CSA, FCC• Small can enclosure

SYLVANIA QUICKTRONIC PSis ideally suited for:• Commercial• Retail• Hospitality• Institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


28W T5 - PENTRON®

2-lamp QTP2x28T5/347 PS-SC

Primary Lamp Type:FP28/ECO

Also operates:FP14, FP21 T5 lamps

QUICKTRONIC PROStart T5 ballasts deliveroptimum starting conditions to provide upto 100,000 switching cycles for use onoccupancy sensors and building controlsystems.


Input Initial System System Type Power System Efficacy(2-lamp) (W) Lumens LPW



QT2x32IS - FO32/800 59 5310 90

QTP2x28T5/347 PS-SC - FP28/800 60 5510 92

QUICKTRONIC® PROStart® T5347 Voltage – Canada

www.sylvania.com

<10% THD Electronic T5 Fluorescent

Programmed Rapid Start SystemsProfessional Series

SYLVANIA QUICKTRONIC PS operatesPENTRON T5 lamps with full lumen outputand optimal system performance.

QUICKTRONIC SYSTEM PS ballasts containQUICKSENSE ballast technology, apatented circuitry designed to shut downthe system reliably and safely whenlamps reach end-of-life.

Setting the standard for quality, SYSTEMPS is also covered by our QUICK 60+®


59

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAC

AN

AD

AT5

34

7V


Ballast Factor: 0.95Circuit Type: SeriesLamp Frequency: > 40 kHzLamp CCF: Less than 1.6Starting Temp: 0°F (-18°C) Input Frequency: 50/60 Hz Low THD: <10% Power Factor: >98% Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1, OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 8 feet

3 Data based on PENTRON 28W lamp types for primary ballast application. Seethe Sylvania QUICKTRONIC® ElectronicBallast Technology and SpecificationGuide (ECS-ELECTRONIC) for otherPENTRON combinations.

Performance Guide

Specifications3Installation Notes

<10% THD Electronic T5 Fluorescent 347V Systems

Input Rated Ballast Input1 SystemItem Current Lamp Lumens No. of Factor System1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens (Watts) (lm/W) BEF2

QTP Fixed Output

49185 QTP2x28T5/347 PS-SC 0.18 FP28T5/ECO 2900 2 0.95 5510 60 92 1.580.135 FP21T5/ECO 2100 2 0.98 4115 46 89 2.130.10 FP14T5/ECO 1350 2 1.00 2700 32 84 3.13


Item Number 49185 QTP 2 x 28 T5/347 PS - SC


Number of Lamps

Case Size

Starting

Line Voltage




lamps shown. QUICKTRONIC® PSballasts are also compatible withother lamp manufacturers equivalentlamp types that meet ANSI standards.

T5 PROStart® 347

Professional Series






Mounting Length

Length

Height

8.70 mmSlot

Width


• Ground ballast case

ELECTRONICBALLAST

Lamp 2

Lamp 1

Yellow Red

BlueBlack

White


NEW!

Input Initial System Power System Efficacy

System Comparisons (W) Lumens LPW

QS2x54T5HO/UNV PS80SC - FP54T5HO 96 8000 83(2 lamp)

QTP2x54T5HO/UNV PSN - FP54T5HO 121 10,000 83(2 lamp)

F32T8- 3 lamp Instant Start Electronic 88 7525 86

QS

BI-

LEVE

L &

QTP

T5H

O

60


Key System Features

System Information

• QUICKSTEP Stepped Switching bi-level dimming

• Universal voltage (120-277V)• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• Operates at >40 kHz to reduce


• High power factor (>98%)• <10% THD total harmonic distortion

at full power• UL, CSA, FCC• Small can enclosure

SYLVANIA QUICKTRONIC T5HOBallasts are ideally suited for:• Office• Schools• Commercial• Retail• Hospitality• Institutional• New construction• Renovations


54W T5HO - PENTRON®

2-lamp: QTP2x54T5HO/UNVPS80SCQS2x54T5HO/UNVPS80SC

Also operates:FT55DL

QUICKTRONIC 0.80BF T5HO Systemsoperate from 120V through 277V, 50 or60Hz, eliminating “wrong voltage” wiringerrors and reducing the number of modelsin inventory by half.

The QUICKSTEP system has two AC lineinputs in addition to the neutral wire.These AC line inputs must be connected tothe same phase of the line voltage. Thetwo line inputs can be configured toprovide a bi-level light output system bywiring the system with two switches. Eachswitch provides 50% power to the ballast.When both switches are on, the lampsoperate at full light output.

When either switch is off, the lampsoperate in a dimmed mode and the ballastfactor is reduced by 50%. In addition,system power is reduced to levels that arecompliant with Section 131b-CaliforniaTitle 24.

QUICKTRONIC® PROStart® T5HO0.80BF Universal Ballast

www.sylvania.com

<10% THD Electronic T5HO FluorescentProgrammed Rapid Start Systems

0.80BF Professional and QUICKSTEP® SeriesProfessional Series

Alternatively, QUICKSTEP ballasts can becontrolled by occupancy sensors allowingfor customized zone controls and variousenergy saving configurations.

PROStart ballasts deliver optimum startingconditions to provide up to 100,000switching cycles for use on occupancysensors and building control systems.


The SYLVANIA QUICKTRONIC T5HO0.80BF ballasts operate PENTRON T5HOECOLOGIC lamps. The ballast is tuned toprovide a unique 0.80 ballast factor,providing 20% energy savings overconventional 2 lamp 54W T5HO systems.The system includes SYLVANIA’s new lineof QUICKSTEP stepped switching ballasts.QUICKSTEP ballasts are specially designedto meet California Energy Commission’sTitle 24 requirements for multi-levellighting controls (Section 131). Thecombined lamp and ballast system offershigh performance features that arestandard on SYLVANIA’s ProfessionalSeries of ballasts.

QUICKTRONIC T5HO ballasts containQUICKSENSE ballast technology, apatented circuitry designed to shut downthe system reliably and safely whenlamps reach end-of-life.

Setting the standard for quality, PENTRONSystems are also covered by our QUICK60+® warranty, the first and mostcomprehensive system warranty in theindustry.

QUICKTRONIC 0.80BF T5HO is available asa two-lamp model in either a Professionalor QUICKSTEP version, to cover a widerange of applications.

61

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

S B

I-LEVEL & Q

TP T5H

O


Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp: 50°F (10°C) minimumInput Frequency: 50/60 Hz Low THD: <10% (Full power)

<20% THD (@50% power)Power Factor: >98% (Full power)Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1, Outdoor,CSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A+ Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 10 feet

Performance Guide

SpecificationsData based on FP54T5HO

0.80BF T5HO Systems and QUICKSTEP® (Bi-Level) T5HO Dimming Systems (120-277V)

Input Rated1 Ballast 1 Input 1 SystemItem Current Lamp Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF2

QTP Fixed Output BF0.80

49418 QTP 2x54T5HO/UNV PS80SC 0.80/0.34 FP54T5HO 5000 2 0.80 8000 7440 96/93 83/86 0.86

QUICKSTEP Bi-Level Switchable Model

49419 QS 2x54T5HO/UNV PS80SC 0.80/0.34 FP54T5HO 5000 2 0.80 8000 7440 96/93 83/86 0.86

0.44/0.19 FP54T5HO 5000 2 0.40 4000 3720 52/51 77/78 0.78


Item Number 49419 QS 2 x 54 / T5HO/UNV PS80 SC

QUICKSTEP

Number of Lamps

Case Size





Installation Notes


HO lamps shown. QUICKTRONIC® T5HO0.80BF and QUICKSTEP ballasts arealso compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI standards.

0.80 BF & QUICKSTEP®

T5HO BF 0.80

Professional Series



Dimensions: Small Can (SC) enclosure size:Overall: 9.5" L x 1.68" W x 1.18" HMounting: 8.90"

Wiring:Leads only

Packaging: Quantity: 10 pcs Weight: 1.6 lbs each (approx)

Mounting Length

Length

Height

8.70 mmSlot

Width

ElectronicBallast

Black

Yellow Red

Blue

Lamp 1

Lamp 2

White

ElectronicBallast

Black

Yellow Red

Blue

Lamp 1

Lamp 2

S1

S2 Black

White


2-Lamp QS (QUICKSTEP)Full light output (full power) S1 & S2 closed (on)Bi-level mode S1 or S2 open (off)

• Install in accordance with National & Local Electric Code• Ground ballast case• For QUICKSTEP ballasts, the AC line inputs must be connected to the same phase of the line voltage• DO NOT CONNECT two separate phases of line voltage to the input of QUICKSTEP ballasts, the ballast will be damaged and

not covered by warranty

NEW!

T5H

O P

SN

62


Key System Features

System Information

• Universal voltage (120-277V)• Low-profile (0.86" High)• 100% Ballast factor• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• UL type CC rated• Min. Starting Temp:

• 0°F/-18°C • -20°F/-29°C for QTP 2x54T5HO

Models • Operates at >40 Khz to reduce



SYLVANIA QUICKTRONIC PHOis ideally suited for:• Commercial & retail• Hospitality & institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


54W T5 - PENTRON® HO1-lamp QTP1x54T5HO/UNV2-lamp QTP2x54T5HO/UNVAlso operates:FT55DL, FT50DL, FPC55, L58T8

39W T5 - PENTRON HO1-lamp QTP1x39-24T5HO/UNV2-lamp QTP2x39-24T5HO/UNV

24W T5 - PENTRON HO1-lamp QTP1x39-24T5HO/UNV2-lamp QTP2x39-24T5HO/UNVAlso operates:FT36DL, FT24DL, CF24DF, CF36DF,FPC40, FPC2280W T5 - PENTRON HO1-lamp QTP1x80T5HO/UNVAlso operates:FT80DL

Two lamp models can be wired for onelamp operation.

System PHO operates from 120V through277V, 50 or 60Hz, eliminating “wrongvoltage” wiring errors and reducing thenumber of models in inventory by half.



The two lamp unit can be wired for onelamp operation, allowing for an additional50% reduction in inventory model numbers.

Input Initial System System Type Power System Efficacy

(W) Lumens LPW

F40T12 - E.S. Magnetic Ballast (4-lamp) 172 11590 67F34T12 - E.S. Magnetic Ballast (4-lamp) 144 9500 66

FO32T8/XP - QT4x32IS (4-lamp) 114 10800 95FP54T5HO - QTP2x54T5HO/UNV PSN (2-lamp) 121 10000 83

FO32T8/XP - QT2x32IS (2-lamp) 59 5400 92FP54T5HO - QTP1x54T5HO/UNV PSN (1-lamp) 62 5000 81

QUICKTRONIC® PROStart® T5HOUniversal Voltage

www.sylvania.com

<10% THD Electronic T5HO FluorescentProgrammed Rapid Start Systems


SYSTEM PHO comes in a 22H x 30W mmprofile, and PENTRON lamps are designedto provide peak performance at 35°Cfixture ambient, allowing for smaller andmore innovative fixtures.


SYLVANIA QUICKTRONIC PHO operatesPENTRON HO, PENTRON HO Circline, andDULUX® L T5 lamps with full lumen outputand optimal system performance.

SYSTEM PHO provides nearly twice thelight output (188%) of T8 systems, withthe same number of lamps, allowingmany new design options. One lampfixtures can now be used in place of twolamp models.

SYSTEM PHO ballasts contain QUICK-SENSE ballast technology, a patentedcircuitry designed to shut down thesystem reliably and safely when lampsreach end-of-life.

Setting the standard for quality, SYSTEMPHO is also covered by our QUICK 60+®


SYSTEM PHO is available in one and twolamp models to cover a wide range ofapplications.

63

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Comments


HO

PS

N


Ballast Factor: 1.00Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp: 0°F (-18°C) minimum4

-20°F (-29°C) Starting for QTP2x54T5HO Models

Input Frequency: 50/60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1, Outdoor,Type CCCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet 3

3 Data based on PENTRON HO lamp typesfor primary ballast application. See theSylvania QUICKTRONIC® Electronic BallastTechnology and Specification Guide (ECS-ELECTRONIC) for Pentron Circline,DULUX® L/F and other combinations.


Performance Guide

Specifications3


Input Rated1 Ballast1 Input1 SystemItem Current Lamp Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF2

49101 QTP 1x39-24T5HO/UNV PSN 0.23/0.10 FP24T5HO 2000 1 1.00 2000 1860 29 70 3.45(49100)*

49111 QTP 2x39-24T5HO/UNV PSN 0.47/0.20 FP24T5HO 2000 2 1.00 4000 3720 55/54 73/74 1.85(49110)* 1 1.00 2000 1860 29 70 3.45

49101 QTP 1x39-24T5HO/UNV PSN 0.36/0.15 FP39T5HO 3500 1 1.00 3500 3255 42 83 2.38(49100)*

49111 QTP 2x39-24T5HO/UNV PSN 0.76/0.32 FP39T5HO 3500 2 1.00 7000 6510 85/83 82/84 1.20(49110)* 1 1.00 3500 3255 42 83 2.38

49121 QTP 1x54T5HO/UNV PSN 0.51/0.21 FP54T5HO 5000 1 1.00 5000 4650 62/60 81/83 1.67(49120)*

49131 QTP 2x54T5HO/UNV PSN 1.00/0.43 FP54T5HO 5000 2 1.00 10000 9300 121/118 83/85 0.85(49130)* 1 1.00 5000 4650 61 82 1.64

(49150)* QTP 1x80T5HO/UNV PSN 0.74/0.32 FP80T5HO 7000 1 1.00 7000 6510 90 78 1.11FT80T5DL 6000 1 1.00 6000 5580 90 67 1.11

1: At 35°C lamp ambient temperature.2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).*(Item Number) = Item Number/NAED in parentheses are models with leads/wires. Ballast with leads/wires contains 10 pieces each. Ballast without leads contain 20 pieces each.

Item Number 49131 QTP 2 x 54 T5HO/UNV PSN








lamps shown. QUICKTRONIC® PHOballasts are also compatible with otherlamp manufacturers equivalent lamptypes that meet ANSI specifications.


T5HO PROStart® UNV

Professional Series



Dimensions: Model QTP1x39-24T5HO/UNV PSN, QTP2x39-24T5HO/UNV PSN, QTP1x54T5HO/UNV PSN and QTP1x80T5HO/UNV PSN enclosure size: Overall: 360mm L x 30mm W x 22mm HMounting: 349mmModel QTP2x54 T5HO/UNV PSN enclosure size: Overall: 425mm L x 30mm W x 22mm HMounting: 415mm


Product Weight: 1L: 0.68 lbs each (approx)2L: 0.88 lbs each (approx)

BALLAST

1 LAMP

LAMP

White

Black

Red

Blue

2 LAMP

LAMP

LAMP

Blue

Yellow

Red

BALLASTBlack

White

Width

Mounting Length

Length

Height

T5H

O P

SN

HT

64


Key System Features

System Information

• 90°C maximum case temp.• Universal voltage (120-277V)• Low-profile (1.00" High)• 100% Ballast factor• QUICKSENSE ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• UL type CC rated• -20°F (-29C) Min. Starting Temp.• Operates at >40 kHz to reduce



SYLVANIA QUICKTRONIC PHO HTis ideally suited for:• Industrial high-bay• Commercial• Retail• Hospitality• Institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


54W T5 - PENTRON® HO1 or 2 lamp QTP2x54T5HO/UNV PSN HTQTP4x54T5HO/UNV PSN HT W

3 or 4 lampQTP4x54T5HO/UNV PSN HT W

Also operates:FT50DL, FT55DL, FPC55, L58

Four lamp switchable model can bewired for four, three, two or one lampoperation.

Two lamp fixed output model can bewired for one lamp operation.

SYLVANIA QUICKTRONIC HIGHAMBIENT (HT) PHO operatesPENTRON HO, PENTRON HO Circline,and DULUX® L T5 lamps with fulllumen output and optimal systemperformance.

SYSTEM PHO High AmbientTemperature ballasts are specificallydesigned for applications where theballast is subjected to higher ambienttemperatures, as in high bay indus-trial installations. The four lamp UNV(120-277V) ballast system provides18,600 mean lumens, which, whenfactoring in lumen maintenance andtypical T5HO fixture efficiency, can beconsidered as a direct replacementfor standard 400W MH. As such, thefamily is ideally suited to replace250W and 400W metal halide installa-tions.

Unique to the family is the 120-277V 4-lamp “switching” ballast, designed toswitch from 4- to 2-, 3- to 2-, 3- to 1- or2- to 1-lamps. The switching feature canbe accessed through a second input power

terminal. This feature allows for a range ofcontrol interfaces, including an occupancysensor, mounted inside a fixture.

SYSTEM PHO HT ballasts contain QUICK-SENSE® ballast technology, a patentedcircuitry designed to shut down thesystem reliably and safely when lampsreach end-of-life.

Setting the standard for quality, SYSTEMPHO HT is also covered by our QUICK 60+®


SYSTEM PHO HT is available in four andtwo lamp models to cover a wide range of applications.

System PHO HT operates on 120Vthrough 277V, 50 or 60Hz current, elimi-nating “wrong voltage” wiring errors andreducing the number of ballast models ininventory by half.

PROStart ballasts provide optimum startingconditions and provide up to 100,000switching cycles for use on occupancysensors and building control systems.

QUICKSENSE ballast technology helps toprotect against overheated bases andsockets, as well as cracking of the lampglass wall, and uses dynamic end-of-lamp-life sensing to avoid falseshutdowns caused by some staticsensing methods. QUICKSENSE ballasttechnology will auto reset when spentlamps are replaced with new ones.


System Type (W) Lumens LPW


FO32T8/XP - QT4x32IS (4-lamp) 114 10800 95FP54T5HO - QTP2x54T5HO/UNV PSN HT (2-lamp) 121 10000 83FP54T5HO - QTP4x54T5HO/UNV PSN HTW (4-lamp) 241 20000 83

QUICKTRONIC® PROStart® T5HOUniversal High Ambient Temp.

www.sylvania.com

<10% THD Electronic T5HO FluorescentProgrammed Rapid Start Ballasts

Normal Ballast Factor HTProfessional Series

The four lamp unit can be wired for four,three, two or one lamp operation. Thetwo lamp unit can be wired for one lampoperation, allowing for an additional 50%reduction in inventory model numbers.

SYSTEM PHO HT has a 25.4H (mm)profile. PENTRON T5 lamps are designedto provide peak performance at 35°Cfixture ambient, allowing for smaller andmore innovative fixtures.

Installation Notes


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HO

PS

N H

T

Performance Guide

Specifications3

High Ambient Universal Voltage (120-277V)

Input Rated1 Ballast1 Input1 SystemItem Current Lamp1 Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF2

QTP 2x54 T5HO Fixed Output BF 1.0

49136 QTP 2x54T5HO/UNV PSN HT 1.00/0.43 FP54T5HO 5000 2 1.00 10000 9300 121/118 83/85 0.85(49135)* 1 1.00 5000 4650 61 82 1.64

QTP 4x54 T5HO Switchable Model

49161 QTP 4x54T5HO/UNV PSN HTW 2.00/0.85 FP54T5HO 5000 4 1.00 20000 18,600 241/236 83/85 0.42(49160)** 3 1.00 15000 13,950 182/178 83/85 0.56

2 1.00 10000 9300 121/118 83/85 0.851 1.00 5000 4650 61 82 1.64

1: At 35°C lamp ambient temperature.

2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

*(49135) QTP 2x54T5HO/UNV PSN HT: same as 49136, with leads.

**(49160) QTP 4x54T5HO/UNV PSN HTW: same as 49161, with leads.

Item Number 49161 QTP 4 x 54 T5HO / UNV PSN HTW


Number of Lamps

High Ambient Temperature (Case)




System Life / WarrantyQUICKTRONIC® products are coveredby our QUICK 60+® warranty, acomprehensive lamp and ballastsystem warranty. For additionaldetails, refer to our QUICK 60+warranty bulletin.

Data based upon SYLVANIAPENTRON® HO lamps shown.QUICKTRONIC® PHO HT ballasts arealso compatible with other lampmanufacturers equivalent lamptypes that meet ANSI specifications.

High Ambient Temp.

T5HO PROStart®

Professional Series



Ballast Factor: 1.00Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp: -20°F (-29°C) min.4

Input Frequency: 50/60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1, Outdoor, UL Type CC RatedCSA CertifiedHigh Ambient Applications:90°C Max. Case Temp. (3 yr. warranty)Standard Ambient Applications:70°C Max. Case Temp. (5 yr. warranty)FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet4

3 Data based on PENTRON HO lamp typesfor primary ballast application.

4 Operation below 50°F (10°C) may affectlight output or lamp operation – see “LowTemp. Starting” definition. Remote red andbrown leads up to 18 feet. Keep blue andyellow (for 4-lamp model only) leads <10 ft.

Switching: Simultaneously disconnect all ungrounded line conductors. Install in accordance with National & Local Electric Code. Ground ballast case.

Dimensions: Model QTP2x54 T5HO/UNV PSN HT enclosure size: Overall: 16.73"L x 1.18"W x 1.0"H (425mm L x 30mm W x 25.4mm H)Mounting: 16.34" (415mm)

Wiring:Push-in connectorsUse 18AWG solid copper wire onlySee page 66 for wiring diagram.

Packaging: Quantity: 20 (2-lamp)Weight: 2L: 0.88 lbs each (approx)

Dimensions: Model QTP4x54 T5HO/UNV PSN HT W enclosure size: Overall: 16.73"L x 2.32"W x 1.0"H (425mm L x 59mm W x 25.4mm H)Mounting: 16.34" (415mm)

Wiring:Push-in connectorsUse 18AWG solid copper wire onlySee page 67 for wiring diagram.

Packaging: Quantity: 2-Lamp: 20 (no leads)

10 (with leads)4-Lamp: 10 (leaded and non-leaded)

Weight: 2L: 0.88 lbs, 0.40kg each (approx)4L: 1.68 lbs, 0.76kg each (approx)

25.4 mm1.0”Height

414.0 mm16.3”Mounting Length

425.0 mm16.73”Length

59.0 mm2.32”Width



25.4 mm1.0”Height

30.0 mm1.18”Width


• Ground ballast case• Switching: Simultaneously

disconnect all ungrounded lineconductors

BALLAST

1 LAMP

LAMP

BlackWhite

Red

Blue

2 LAMP

LAMP

LAMP

Blue

Yellow

Red

BALLASTBlackWhite

Wiring diagram for 2-Lamp model

2-Lamp model can be wired for one lamp operation.

High ambient model (90°C case temp.)49136 QTP 2x54T5HO/UNV PSN HT

T5H

O P

SN

HT

66

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SPECIFICATION DATA

Lamp / Ballast Guide<10% THD Electronic 2 Lamp T5HO High Ambient Fluorescent Systems

Installation Notes

2 LAMP T5HO UNV HT Fixed Output Ballast

Professional Series



Item Number 49136 QTP 2 x 54 T5HO / UNV PSN HT







Input wiring for occupancy sensors(Install occupancy sensor/switch between

black & red line terminals)


• Ground ballast case• Switching: Simultaneously

disconnect all ungrounded lineconductors

• The AC line inputs must beconnected to the same phase of the line voltage

• DO NOT CONNECT two separatephases of line voltage to the input of the ballast

Installation Notes


67

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Comments


HO

PS

N H

T

Switching Schematics<10% THD Electronic 4 Lamp T5HO High Ambient Fluorescent Systems

Item Number 49161 QTP 4 x 54 T5HO / UNV PSN HTW


Number of Lamps





4 LAMP T5HO UNV HT Switchable Ballast

Professional Series


S1

S2(Red Switching Line)

Output A

Output B

Input wiring for non-switching operation(Install jumper between black & red

switching line terminals)

S1


Output A

Output B

S1


Output A

Output B

4-Lamp Switching Wiring Diagram (4L to 2L)S1 (Output A) S2 (Output B) Lamp Control

Closed (ON) Closed (ON) All 4 Lamps ON (Output A&B ON)Closed (ON) Open (OFF) 2 Lamps ON (Output A ON)Open (OFF) Closed (ON) 2 Lamps ON (Output B ON)Open (OFF) Open (OFF) All Lamps OFF

3-Lamp Switching Wiring Diagram (3L to 2L, 3L to 1L)S1 (Output A) S2 (Output B) Lamp Control

Closed (ON) Closed (ON) All 3 Lamps ON (Output A&B ON)Closed (ON) Open (OFF) 2 Lamps ON (Output A ON)Open (OFF) Closed (ON) 1 Lamp ON (Output B ON)Open (OFF) Open (OFF) All Lamps OFF

2-Lamp Switching Wiring Diagram (2L to 1L)S1 (Output A) S2 (Output B) Lamp Control

Closed (ON) Closed (ON) 2 Lamps ON (Output A&B ON)Closed (ON) Open (OFF) 1 Lamp ON (Output A ON)Open (OFF) Closed (ON) 1 Lamp ON (Output B ON)Open (OFF) Open (OFF) All Lamps OFF

High ambient switchable model (90°C case temp.) 49161 QTP 4x54T5HO/UNV PSN HT W

T5H

O 3

47-4

80V

HT

68


Key System Features

System Information

• 90°C maximum case temp.• 347-480V input voltage range• Low-profile (1.00" High)• 100% Ballast factor• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart programmed rapid start• UL type CC rated• 0°F (-18°C) Starting• Operates at >40 kHz to reduce



SYLVANIA QUICKTRONIC PHOis ideally suited for:• Industrial high-bay• Commercial• Retail• Hospitality• Institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


54W T5 - PENTRON® HO1 or 2-lampQTP2x54T5HO/347-480 PSN HT

Also operates:FT55DL, FT50DL, FPC55, L58

Two lamp model can be wired for onelamp operation.

SYLVANIA 347-480V QUICKTRONIC HIGHAMBIENT (HT) PHO operates PENTRONHO, PENTRON HO Circline, and DULUX® LT5 lamps with full lumen output andoptimal system performance.

SYSTEM 347-480V PHO HT allowsoperation of the ballasts in industrialapplications using a 480V AC system. Thiseliminates the need to rewire existing480V installations or to drop the voltageby using expensive and bulky trans-formers. The same product can also beused for 347V applications, allowing for areduction in inventory model numbers.

SYSTEM 347-480V PHO HT is specificallydesigned for high ambient temperatureapplications. The ballast can be operated atcase temperatures of up to 90°C, making itan ideal choice for high ambient settingssuch as industrial high-bay lighting.

SYSTEM 347-480V PHO HT ballastscontain QUICKSENSE ballast technology, apatented circuitry designed to shut downthe system reliably and safely whenlamps reach end-of-life.

Setting the standard forquality, SYSTEM 347-480V PHO

HT is also covered by our QUICK 60+®


SYSTEM 347-480V PHO HT is available ina two lamp model to cover a wide rangeof applications. The same ballast can bewired for 1 or 2 lamp operation.

SYSTEM 347-480V PHO HT operates from347V through 480V, 50 or 60Hz, eliminating“wrong voltage” wiring errors and reducingthe number of models in inventory by half.




System Type (W) Lumens LPW


FO32T8/XP - QT4x32IS (4-lamp) 114 10800 95FP54T5 - QTP2x54T5HO/347-480 PSN HT (2-lamp) 121 10000 83

QUICKTRONIC® PROStart® T5HO347-480V High Ambient Temp.

www.sylvania.com

<10% THD Electronic T5HO Fluorescent Programmed Rapid Start Systems

Normal Ballast Factor HTProfessional Series

The two lamp unit can be wired for onelamp operation, allowing for an additional50% reduction in inventory modelnumbers.

SYSTEM 347-480V PHO HT comes in a25.4H or 30H mm profile, and PENTRONlamps are designed to provide peakperformance at 35°C fixture ambient,allowing for smaller and more innovativefixtures.

Installation Notes

69

Catalog # Date Type

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Comments

SPECIFICATION DATAT5H

O 347-480V H

T


Ballast Factor: 1.00Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.6Starting Temp: 0°F (-18°C) min4

Input Frequency: 50/60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1, Outdoor, UL Type CC RatedCSA CertifiedHigh Ambient Applications:90°C Max. Case Temp. (3 yr. warranty)Standard Ambient Applications:70°C Max. Case Temp. (5 yr. warranty)FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet4

3 Data based on PENTRON HO lamp typesfor primary ballast application.


Performance Guide

Specifications3

High Ambient (347-480V)

Input Rated1 Ballast1 Input1 SystemItem Current Lamp Lumens No. of Factor System1 Mean1 Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF2

49146 QTP 2x54T5HO/347-480 PSN HT 0.35/0.25 FP54T5HO 5000 2 1.00 10000 9300 121/120 83 0.83(49145)* 1 1.00 5000 4650 61 82 1.64

1: At 35°C lamp ambient temperature.2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power (Note: calculation based on lowest wattage value).*(Item Number) = Item Number/NAED in parentheses are models with leads/wires. Ballast with leads/wires contains 10 pieces each. Ballast without leads contain 20 pieces each*(49145) QTP 2x54T5HO/347-480 PSN HT: same as 49146, with leads.

Item Number 49146 QTP 2 x 54 T5HO/347-480 PSN HT


Number of Lamps (2)







HO lamps shown. QUICKTRONIC®

347-480V PHO HT ballasts are also compatible with other lampmanufacturers equivalent lamp types that meet ANSI specifications.


T5HO 347-480V HT

Professional Series



• For 480V applications connect two phases (line and line)to the input

• For 347V applications connect line and neutral to theinput as shown (DO NOT CONNECT two phases of 347Vto the same ballast)

• Switching: Simultaneously disconnect all ungroundedline conductors per NEC codes (i.e. switch both hot legs)

• Ground ballast case: Install in accordance with theNational Electric Code

Dimensions: Model QTP2x54 T5HO/347-480 PSN HT enclosure size: Overall: 16.73"L x 1.18"W x 1.0"H (425mm L x 30mm W x 25.4mm H)Mounting: 16.34" (415mm)


Product Weight: 0.88 lbs (0.40kg) each (approx)

BALLAST

1 LAMP

LAMP

Red

Blue

Line Input

2 LAMP

LAMP

LAMP

Blue

Yellow

Red

BALLASTLine Input



25.4 mm1.0”Height

30.0 mm1.18”Width

480V 347V

Line(Black)

LineInput

Line(Black)

Line(Black)

Neutral(White)

QH

E D

L S

YSTE

MS

• Maximizes energy savings

• HIGH EFFICIENCY Systems

• Low temperature starting 0°F


• One, two & three lamp models

• QUICKSENSE® End of lamp life sensing

2 x 2 = QHE DULUX®

SUPERSAVER® Systems

Applications:

• Commercial

• Retail

• Track lighting

• 2 x 2 Fixtures

70

www.sylvania.com

seepages 72-73

CF D

UA

L EN

TRY S

YSTEM

S

Dual Entry, Color Coded Connectors

• Located on the side and bottom allow for increased mounting flexibility with one ballast and also increase ease of installation

MULTI-WATT … MULTI-LAMP Models

• Operates one or two 13, 18, 26, 32, 42 Watt DULUX® Compact Fluorescent Lamps

• Also operate one 57 or 70W lamp

Multi-Talented Performers!MULTI-WATT, MULTI-LAMP … MULTI-MOUNT

Metal EnclosureStyles

• Dual Entry Metal

• Side & Bottom Mount Capabilities


seepages 76-77

QH

E D

L40

/28

WS

S I

SN

72


Key System Features

System Information

• High Efficiency Systemsover 90% efficient

• Universal voltage (120-277V)• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• Min. Starting Temp:

• 0°F (-18°C) for FT40DL andFT40DL/SS

• High luminous efficacy• Virtually eliminates lamp flicker• Quiet operation• High power factor• Low harmonic distortion• Lightweight• UL, CSA• Auto Reset

SYLVANIA QUICKTRONIC DL40is ideally suited for:• Commercial• Retail• Hospitality• Institutional• Schools• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


40W T5 - DULUX® L1 lamp QHE 1x40DL/UNV ISN-SC2 lamp QHE 2x40DL/UNV ISN-SC3-lamp QHE 3x 40DL/UNV ISN-SC

Primary Lamp Type:FT40DL

Also operates:FT40DL/28W/SS

SYSTEM DL40 uses instant start operationto provide the highest system efficacy andto assure low temperature startingcapability. Instant start also provides formaximum remote wiring distances.

QUICKSENSE ballast technology helps toprotect against overheated bases andsockets, as well as cracking of the glasswall, and uses dynamic end-of-lamp-lifesensing to avoid false shutdowns causedby some static sensing methods. QUICK-SENSE ballast technology will auto resetwhen the lamps are replaced with newones.


SYLVANIA QUICKTRONIC High Efficiency(QHE) ballasts operate on input voltagefrom 120V through 277V, eliminating“wrong voltage” wiring errors andreducing the number of models ininventory by half.

System Type Input Initial System(2 x 2) Power System Efficacy 2-Lamps (W) Lumens LPW

FB40T12 - Std. Magnetic Ballast 96 5795 60E.S. Magnetic Ballast 86 5795 67

FB34T12 - E.S. Magnetic Ballast 72 4575 66

FBO32T8 - Magnetic 71 5415 76

DL40 - QHE2x40DL/UNV ISN-SC 68/67 5670 83/84DL40/28W/SS - QHE2x40DL/UNV ISN-SC 64/63 5990 94/95

System Type Input Initial System(2 x 2) Power System Efficacy 3-Lamps (W) Lumens LPW

DL40- Std. Electronic ISN Ballast (0.96 BF) 110 9070 82

DL40 - QHE3x 40DL/UNV ISN-SC 100/99 8505 85/86DL40/28W/SS - QHE3x 40DL/UNV ISN-SC 95/94 8990 95/96

SAME LIGHT, LESS POWERSaves 14% … 15W with the new 3-Lamp QHE DL40/28W/IS SUPERSAVER System!

QUICKTRONIC® Instant Start DL40Universal Voltage

www.sylvania.com

<10% THD Electronic TT5 Fluorescent Ballast Systems

High Efficiency SeriesSYLVANIA QUICKTRONIC High Efficiency(QHE) energy-saving electronic DULUX L40W ballasts save up to 6 to 9% overstandard electronic ballasts withoutcompromising light output or lamp life.The added energy savings also providesfor a quicker payback.

SYSTEM DL40 is available in a one lamp,two lamp and a three lamp model. All areUniversal Voltage (120-277V) models.

SYSTEM DL40 provides over 30% morelumen output than 34T12 systems atnearly the same power input. Also, thesmall lamp diameter and sleek profileprovide new design options and improvedfixture optics.

SYSTEM DL40 ballasts contain QUICK-SENSE ballast technology, a patentedcircuitry designed to shut down thesystem reliably and safely when thelamps have reached their end-of-life.

Setting the standard for quality, SYSTEMDL40 is also covered by our QUICK 60+®



73

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SPECIFICATION DATAQ

HE

DL4

0/2

8W

SS

ISN

Performance Guide

SpecificationsData based on FT40T5


Input Rated Ballast Mean Input SystemItem Current Lamp 1 Lumens No. of Factor System System Wattage EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF 2

49428 QHE 1x40DL/UNV ISN-SC 0.30/0.13 FT40T5 3150 1 0.90 2835 2440 35 81 2.570.27/0.12 FT40DL/28W/SS 2800 1 1.07 2995 2575 32 94 3.34

49429 QHE 2x40DL/UNV ISN-SC 0.56/0.26 FT40T5 3150 2 0.90 5670 4875 68/67 83/84 1.3449416 Pallet Pack 0.54/0.24 FT40DL/28W/SS 2800 2 1.07 5990 5150 64/63 94/95 1.70

49430 QHE 3x40DL/UNV ISN-SC 0.84/0.36 FT40T5 3150 3 0.90 8505 7315 100/99 85/86 0.9149417 Pallet Pack 0.79/0.35 FT40DL/28W/SS 2800 3 1.07 8990 7730 95/94 95/96 1.14

Pallet Pack contains 500 pieces, (add “-PAL” to Description).1: Ballast factor based upon 225mA nominal lamp current for FT40DL lamp and 190mA nominal lamp current for FT40DL/28W/SS lamp.2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Wattage (Note: calculation based on lowest input wattage).

Item Number 49430 QHE 3 x 40DL / UNV ISN SC


Number of Lamps

Case Size





Data based upon SYLVANIA DL40lamps shown. QUICKTRONIC® DL40is also compatible with other lampmanufacturers equivalent lamp typesthat meet ANSI specifications.

DL40 INSTANT START

High Efficiency



Packaging: Quantity: 10 piecesPallet Pack: 500 piecesWeight: 1.6 lbs each (approx)


Mounting Length

Length

Height

8.70 mmSlot

Width

Starting Method: Instant StartBallast Factor: 0.90Circuit Type: ParallelLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp:3 0°F (-18°C) for FT40DL

and for FT40DL/SSInput Frequency: 60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 18 feet


QUICKTRONIC 3x40DL

BALLASTBlackWhite Blue

Blue

BlueRed

Note: For two lamp application, cap any blue lead. Insulate to 600 volts.QUICKTRONIC® QHE 3x40DL/UNV ISN-SC

BALLAST


QUICKTRONIC 2x40DL

BlackWhite

BlueBlue

Red

QUICKTRONIC® QHE 2x40DL/UNV ISN-SC

BALLASTBlackWhite

Blue

Red

QUICKTRONIC® 1x40DL/UNV ISN-SC

NEW!

DL4

0 P

SN

74


Key System Features

System Information

• PROStart Programmed Rapid StartBallast

• 88% Ballast factor• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• 0°F (-18°C) Starting• High luminous efficacy• Virtually eliminates lamp flicker• Quiet operation• High power factor• Low harmonic distortion• Lightweight• UL, CSA, FCC• Auto Reset

SYLVANIA QUICKTRONICPROStart DL40 is ideally suited for:• Occupancy sensors• Building control systems• Any applications where maximum



40W T5 - DULUX® L1-lamp QTP1x40TT5 PSN-F2-lamp QTP2x40TT5 PSN-F3-lamp QTP3x40TT5 PSN-B

Primary Lamp Type:FT40DL

Also operates:FT40DL/28W/SS

QUICKTRONIC PROStart ballasts provideoptimum starting conditions to provideover 50,000 switching cycles foroccupancy sensor and building controlsystem applications.

QUICKSENSE ballast technology helps toprotect against over-heated bases andsockets, as well as cracking of the glasswall, and uses dynamic end-of-lamp-lifesensing to avoid false shutdowns causedby some static sensing methods. QUICK-SENSE ballast technology will auto resetwhen the lamps are replaced with newones.


Input Initial System System Type Power System Efficacy (2 x 2) (W) Lumens LPW

FB40T12 - Std. Magnetic Ballast 96 5795 60E.S. Magnetic Ballast 86 5795 67

FB34T12 - E.S. Magnetic Ballast 72 4575 66

FBO32T8 - Magnetic 71 5415 76

DL40 - QTP2x40TT5-PSN 76 5545 73

DL40 - QTP3x 40TT5-PSN 110 8315 76

QUICKTRONIC® PROStart® DL40

www.sylvania.com

<10% THD Electronic TT5 Fluorescent Programmed Rapid Start Systems


SYLVANIA QUICKTRONIC PROStart DL40operates DULUX L 40 lamps withmaximum efficacy and high lumen output.

PROStart DL40 provides over 20% morelumen output than 34T12 systems. Also,the small lamp diameter and sleek profileprovide new design options and improvedfixture optics.

SYSTEM DL40 ballasts contain QUICK-SENSE ballast technology, a patentedcircuitry designed to shut down thesystem reliably and safely when thelamps have reached their end-of-life.

Setting the standard for quality, SYSTEMDL40 is also covered by our QUICK 60+®


SYSTEM PROStart DL40 is available in one,two, and three lamp models in 120V and277V to cover a wide range of applications.

75

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Comments

SPECIFICATION DATAD

L40

PS

N


Ballast Factor: 0.88Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.5Starting Temp: 0°F (-18°C)2

Input Frequency: 60 Hz Low THD: <10%Power Factor: >99%Voltage Range: ±10% of Rated Input

UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 10 feet


Performance Guide

Specifications2

Data based on DL40

<10% THD Electronic TT5 Compact Fluorescent Systems

Input Input Rated Ballast Input SystemItem Voltage Current Lamp Lumens No. of Factor System Mean Power EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF1

50320 QTP 1x40TT5/120 PSN-F 120 0.32 FT40T5 3150 1 0.88 2770 2385 38 73 2.32

50330 QTP 1x40TT5/277 PSN-F 277 0.13 FT40T5 3150 1 0.88 2770 2385 37 75 2.38

50340 QTP 2x40TT5/120 PSN-F 120 0.63 FT40T5 3150 2 0.88 5545 4770 76 73 1.16

50350 QTP 2x40TT5/277 PSN-F 277 0.27 FT40T5 3150 2 0.88 5545 4770 73 76 1.21

50360 QTP 3x40TT5/120 PSN-B 120 0.92 FT40T5 3150 3 0.88 8315 7150 110 76 0.80

50370 QTP 3x40TT5/277 PSN-B 277 0.39 FT40T5 3150 3 0.88 8315 7150 108 77 0.81

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor X 100) divided by Input Power.

Item Number 50350 QTP 2 x 40TT5 / 277 PSN F


Number of Lamps (1, 2, 3)

Enclosure Type (F)


Line Voltage

Primary Lamp Type (FT40T5)


Data based upon SYLVANIA DL40lamps shown. QUICKTRONIC® PROStartDL40 is also compatible with otherlamp manufacturers equivalent lamptypes that meet ANSI specifications.


DL40 PROStart®

Professional Series



Dimensions “B” Enclosure: Dimensions “F” EnclosureOverall: 9.5" L x 2.38" W x 1.25" H Overall: 9.5" L x 1.6" W x 1.0" HMounting: 8.91" Mounting: 8.91"

Packaging: Packaging:Quantity: 20 pieces Quantity: 20 piecesWeight: 1.3 lbs each Weight: 0.75 lbs each

Wiring:Leads only

BALLASTLAMP

RedRed

BlueBlue

NeutralLine

RedRed

BlueBlue

BALLASTNeutralLine

Yellow

LAMP

LAMPYellow

NeutralLine

LAMP

LAMP

RedRed

BlueBlue

Yellow

Yellow

Blue/WhtBlue/WhtBALLAST

LAMP

Length

Mounting Length

Width

Length

Mounting Length

Width

Small Metal Case

QTP2x26/32/42CF/UNV Metal Case Models

Dual Entry Metal with and

without PEM Studs

Side & Bottom Mount Capabilities

Dual Entry Metal with and

without PEM Studs

Side & Bottom Mount Capabilities

CF D

UA

L EN

TRY

76


Key System Features

System Information

• Universal Input Voltage (120-277V)• Dual entry, color coded connectors• PROStart Ballasts program rapid start• QUICKSENSE ballast technology• High Power Factor• Low Harmonic Distortion• Small size and lightweight• Metal enclosure• UL, CSA, FCC• QUICK 60+ warranty

SYLVANIA QUICKTRONIC CFis ideally suited for:• Recessed downlights• Wall sconces• Ceiling fixtures• Commercial• Retail, hospitality, institutional


Primary Systems13W T4 – DULUX D/E, T/E1-lamp or 2-lamp QTP1/2x13CF/UNV

18W T4 – DULUX D/E, T/E1-lamp or 2-lamp QTP1/2x18CF/UNV

26W T4 – DULUX D/E, T/E1-lamp QTP2x26CF/UNV2-lamp QTP2x26CF/UNV

32 or 42W T4 – DULUX T/E1-lamp QTP2x26CF/UNV2-lamp QTP2x26/32/42CF/UNV

57W or 70W T4 – DULUX T/E1-lamp QTP2x26/32/42CF/UNV

For other lamp types, refer to the PerformanceGuide section on the next page.

SYLVANIA QUICKTRONIC CF operatesDULUX® D/E and T/E lamps with full lumenoutput and optimal system performance.

QUICKTRONIC CF features one mountingstyle of low profile, lightweight enclosuresto provide simple assembly for any fixtureapplication.

Universal input voltage (120–277V) andmulti-lamp multi-watt capability allow forfewer SKUs to support a wide range ofapplications.

Dual entry, color coded connectors locatedon the side and bottom allow for increasedmounting flexibility with one ballast andalso increased ease of installation.

Setting the standard for quality, QUICK-TRONIC CF is also covered by our QUICK60+® warranty, the first and most compre-hensive system warranty in the industry.

PROStart programmed rapid start is theoptimum starting method, providing up to100,000 switching cycles for use onoccupancy sensors and building controlsystems.

QUICKSENSE® end of lamp life sensingtechnology helps to protect againstoverheated bases and sockets, as well ascracking of the glass wall. QUICKSENSEballast technology uses dynamic end-of-lamp-life sensing to avoid false shutdownscaused by some static sensing methodsand will auto-reset when the end-of-lifelamps are replaced with new ones.

QUICKTRONIC CF comes with wire-trapconnectors for quick and easy installation.


QUICKTRONIC® PROStart® CFUniversal Dual Entry

www.sylvania.com

<10% THD Electronic T4 Compact FluorescentProgrammed Rapid Start Systems


77

Catalog # Date Type

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Comments

SPECIFICATION DATACF D

UA

L ENTR

Y


Circuit Type: SeriesLamp Frequency: >40kHzLamp CCF: Less than 1.7Starting Temp: -5°F/-20°C min.5

Input Frequency: 50/60 HzLow THD: <10%Power Factor: >98%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 OutdoorCSA or C/UL Certified75°C Max Case Temp. (5 yr. warranty)80°C Max Case Temp. (3 yr. warranty)FCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): upto 15 feet for one lamp and up to 6feet for two lamp.

5 Operation below 50°F (10°C) may affectlight output or lamp operation – see LowTemperature Starting definition.

Performance Guide

Specifications


Input Rated2

Ballast Input SystemItem Current Lamp1 Lumens No. of Factor System Mean Power EfficacyNumber Description3 (AMPS) Type (lm) Lamps (BF) Lumens Lumens (Watts) (lm/W) BEF4

51818 QTP 1/2x13CF/UNV DM 13W DD/E,T/E 900 1 1.00 900 775 16 56 6.250.25/0.11 13W DD/E,T/E 900 2 1.00 1800 1550 29 62 3.45

51823 QTP 1/2x18CF/UNV DM18W DD/E,T/E 1200 1 1.00 1200 1030 20 60 5.00

0.32/0.14 18W DD/E,T/E 1200 2 1.00 2400 2065 38 63 2.63

26W DD/E,T/E 1800 1 1.00 1800 1550 28 64 3.5751833 QTP 2x26CF/UNV DM 0.50/0.22 26W DD/E,T/E 1800 2 1.00 3600 3095 54 67 1.8551898 QTP 2x26CF/UNV DM PEM 32W DT/E 2400 1 0.98 2350 2025 35 67 2.80

42W DT/E 3200 1 0.96 3070 2640 45 68 2.13

26W DT/E 1800 2 1.02 3670 3155 54 68 1.89

51843 QTP 2x26/32/42CF/UNV DM 32W DT/E 2400 2 0.96 4610 3965 69 67 1.39

51863 QTP 2x26/32/42CF/UNV DM PEM 0.90/0.40 42W DT/E 3200 2 0.95 6080 5230 94 65 1.010.53/0.23 57W DT/E 4300 1 1.00 4300 3700 62 69 1.610.57/0.25 70W DT/E 5200 1 0.92 4780 4115 71 67 1.30

1: Also compatible with other manufacturers’ equivalent 4 pin lamp types that meet ANSI specifications.2: Rated lamp lumens and performance data based on DULUX T/E series 4 pin lamps. 3: Data is for all models within the brackets. The maximum input current is shown for maximum input power.4: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Item Number 51843 QTP 2 x 26/32/42 CF / UNV DM



Case Type (Dual Mount)




QTP 2x26CF/UNV models alsooperates:1-lamp: CF28/2D, CF38/2D, FPC40/T5,FT40DL

1- or 2-lamp: FPC22/T5, FT24DL,FT24DF

2-lamp: CF13DSE, FT18DL, FT18DF,CF21/2D

QTP 2x26/32/42CF/UNV models alsooperates:2-lamp: FT36DL, FT40DL, FPC40T5

1+1: FPC22/T5 / FPC40/T5


CF UNIVERSAL

Professional Series



Dimensions: Wiring:Metal case (51843 & 51863): 4.95" L x 2.93" W x 1.35" H Push-in connectors (no leads provided)Small Metal case (51818, 51823, 51833 & 51898): 4.95" L x 2.37" W x 1.10" H Use 18AWG solid copper wire onlyMounting: Utilize flanges (4.57" L), or (2) #8-32 x 0.375" LongPEM studs on 2" centers

Packaging: Quantity: 20 pieces per case

16 pieces per case for Item Number 5189818 pieces per case for Item Number 51863

Weight: 0.40 lbs ea. (Small Metal case)0.90 lbs ea. (Metal case)

BALLAST

Green BlackWhite

Blue

RedRR

BluBlu G

BW

LAMP

Blue

RedYY

BALLAST

RR

BluBluYY

LAMP

LAMP

Red

Red

BlueBlue

YellowYellow

WhiteWG

BlackB

Green

BALLAST

Green

RR

BluBlu

GBW

YY

LAMP

LAMP

Red

Red

BlueBlue

YellowYellow

WhiteBlack

BALLAST

Blue

RedRR

BluBluL

AMP

Blue

RedYY

WhiteWG

BlackB

Green

Metal Case (51843 & 51863) Small Metal Case (51818, 51823, 51833 & 51898)

NEW!

QU

ICK

STE

P®

BI-

LEVE

L D

IMM

ING

T8 & T5HO QUICKSTEP®

(Bi-level) Dimming

Applications:• Offices, schools &

conference rooms

• Bi-level control with standard wall switches

78

www.sylvania.com

Bi-level dimming is just a Quick Step away!

• Easily switch from 100% to 50%

• High efficiency UNV (120-277V)

• Two lamp PROStart® models

• Meets energy codeswitching requirements

- California Title 24 compliant- ASHRAE- EPAct

• T8 ballasts operate all full wattage lamps

- 55W @ 0.87 BF- 27W @ 0.34 BF

• T5HO ballast runs FP54T5HO lamps

- 96W @ 0.80 BF- 52W @ 0.40 BF

seepages 80-81

seepages 60-61

PO

WER

SEN

SE

®

T8 & T5

The industry’s first product to operate on power line Fluorescent controllers and/or

low-voltage (0-10 Vdc) controls.

2-wire or not 2-wire? That is the question.

POWERSENSE® is the answer!


seepages 82-87

For Individual Offices or Conference Rooms Use Powerline Controls:• Easy install with 2-wire power line dimmer

• Easier to retrofit; no additional control wires

POWERSENSE Ballasts• 100-5% dimming range for

fluorescent T8 lamps (FO32, 25 & 17T8)

• 100-1% dimming range forfluorescent T5 lamps (FP14, 21, 28 & 35T5)


Daylight Harvesting or Building Automation Applications:• Use standard low-voltage devices

(0-10 Vdc, Class 1 or 2) to control the lighting system

• For new construction & retrofits

QH

ES T

8 B

I-LE

VEL

80


Key System Features

System Information

• QUICKSTEP Stepped Switching, bi-level dimming (0.87 BF to 0.34BF)

• High Efficiency Systems – over 90%efficient

• NEMA Premium Ballast compliant• California Title 24 compliant• PROStart Programmed Rapid Start

• Extends lamp life• Universal input voltage (120-277V)

SYLVANIA QUICKTRONICPROStart T8 QUICKSTEP is ideally suited for:• Office• Schools• Commercial• Retail• Occupancy sensor usage• Building control systems• Institutional


Primary Systems32W T8 - OCTRON®

2-lamp QHES2x32T8/UNV PSN-SC

Also operates:FBO32, FBO31, FO25, FBO24, FO17 &FBO16

NOTE: NOT FOR USE WITH ENERGYSAVING T8 LAMPS, (operation in bi-levelmode will cause lamp instability andlamps may not start)

SYLVANIA QUICKTRONIC PROStartQUICKSTEP High Efficiency (QHES) ballastsoperate from 120V through 277V, eliminating“wrong voltage” wiring errors and reducingthe number of models in inventory by 50%.

QUICKSTEP QHES PROStart system hastwo AC line inputs in addition to the neutralwire. These AC line inputs must beconnected to the same phase of the linevoltage. The two line inputs can beconfigured to provide a bi-level light outputsystem by wiring with two switches. Whenboth switches are on, the lamps operate atfull light output. When either switch is off,the lamps operate in a dimmed mode andthe ballast wattage is reduced by 50%.

Alternatively, QUICKSTEP ballasts can becontrolled by occupancy sensors allowingfor customized zone controls and variousenergy saving configurations.

%Relative Lamp

Input Mean Mean % % LifeLamp & Power Initial System Light System Energy @3hrs/Ballast Type BF (W) LPW Lumens Output Power Savings Start

2-FO32/700 0.88 59 84 4435 100% 100% 0% 100%QTP2x32 ISN

2-FO32/XPQHES2x32 PSN 0.87 54 97 4905 111% 92% 8% 150%Full Power

2-FO32/XPQHES2x32 PSN 0.34 27 76 1920 43% 46% 54% 150%50% Power

43% 46%

150%

54% Energy Savings

2-FO32/700QTP2x32 ISN

2-FO32/XPQHES2x32 PSN

Full Power

2-FO32/XPQHES2x32 PSN

50% Power

0%

20%

40%

60%

80%

100%

120%

100% 100% 100%111%

92%

150%

140% 8% Energy Savings


% System Wattage% Lamp Life

QUICKTRONIC® PROStart® T8QUICKSTEP® Bi-Level Dimming

www.sylvania.com


SYLVANIA QUICKTRONIC High EfficiencyPROStart QUICKSTEP is a programmedrapid start electronic T8 ballasts that willeasily switch from 100% to 50% powerwith standard wall switches. TheQUICKSTEP ballast will operate the familyof linear and U-bend equivalent T8 lampsat high efficiency. QUICKSTEP bi-level stepdim ballasts are specifically designed tomeet California’s Energy EfficiencyStandards (Title 24) for multi-level lightingcontrols, (Section 131). The combinedlamp and ballast system offers a highefficiency system for T8 luminaires alongwith high performance features that arestandard on SYLVANIA HIGH EFFICIENCYSeries ballasts.

QUICKTRONIC QHE PROStart delivers anoptimized programmed rapid starttechnology which extends T8 lamp lifeand allows over 100,000 switching cyclesfor occupancy sensor and building controlsystems applications.

The QUICKTRONIC PROStart QUICKSTEPballasts also meets the requirements forthe NEMA Premium Ballast, (NPB)program. The NPB program promotes theuse of high efficiency T8 electronicballasts by meeting or exceeding the

Ballast Efficiency Factors, (BEF) estab-lished by the CEE, (Consortium for EnergyEfficiency). For additional information onthis program go to: www.cee1.org orwww.nema.org

Installation Notes• Install in accordance with National & Local Electric Code• Ground Ballast Case• The AC line inputs must be connected to the same phase of the line voltage• DO NOT CONNECT two separate phases of line voltage to the input of QUICKSTEP ballasts,

the ballast will be damaged and not covered by warranty


81

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

HES

T8 BI-LEVEL


Ballast Factor: 0.87/0.34Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp:2

0°F/-18°C for OCTRON T8 lamps;32°F/0°C in dimmed mode

Input Frequency: 50/60 HzTHD: <10% (full power)

<20% (@50% power)Power Factor: >97% (full power)Voltage Range: ±10%

UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max. Case Temp. (5 yr. warranty)FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. Transient ProtectionRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 7feet (keep blue wires short, ie. lamp(s)attached to the blue leads to remain inthe fixture that houses the ballast).2 Operation below 50°F/10°C may affect


Performance Guide


High Efficiency QUICKSTEP® (Bi-Level) T8 DIMMING SYSTEMS (120-277V)

Input Rated Ballast Input SystemItem OSRAM SYLVANIA Current Lamp Lumens No. of Factor System Mean Wattage EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF 1

QHES2x32T8/UNV PSN-SC(@100%) 0.46/0.20 FO32/700 2800 2 0.87 4870 4385 55/54 89/90 1.6149157 Banded Pack (@50%) 0.23/0.10 FO32/700 2800 2 0.34 1905 1715 27 71 1.2649156 Pallet Pack (@100%) 0.46/0.20 FO32XP 3000 2 0.87 5220 4905 55/54 95/97 1.61

(@50%) 0.23/0.10 FO32XP 3000 2 0.34 2040 1920 27 76 1.26

(@100%) 0.34/0.16 FO25XP 2175 2 0.88 3830 3600 42/41 91/93 2.15(@50%) 0.18/0.09 FO25XP 2175 2 0.34 1480 1390 22 67 1.55

(@100%) 0.23/0.11 FO17XP 1375 2 0.88 2420 2275 28 86 3.14(@50%) 0.15/0.07 FO17XP 1375 2 0.34 935 880 18 52 1.89

Banded Pack contains 10 pieces, (add "-B" to Description). Pallet Pack contains 840 pieces, (add “-PAL” to Description). 1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Wattage (Note: calculation based on lowest input wattage).

Item Number 49157 QHES 2 x 32T8 / UNV PSN - SC


Step Dim, QUICKSTEP (bi-level)

Number of Lamps (2)

Enclosure Size: Small Can

Starting Type/PROStart/Normal Ballast Factor


Primary Lamp Wattage & Type

System Life / WarrantyQUICKTRONIC products are covered byour QUICK 60+® warranty, a compre-hensive lamp and ballast systemwarranty. For additional details, refer toour QUICK 60+ warranty bulletin.


lamps shown. QUICKTRONIC® QHEQUICKSTEP PROStart ballasts are alsocompatible with other lamp manufacturersequivalent lamp types that meet ANSIspecifications. NOTE: NOT FOR USE WITHENERGY SAVING T8 LAMPS, (operation inbi-level mode will cause lamp instabilityand lamps may not start).QUICKSTEP PROStart ballasts will alsooperate F32, F25, F17 & U-bend equiv-alent T8 lamps. Complete performancedata is available in the QUICKSYSTEMSsection of the SYLVANIA BallastTechnology & Specification Guide.


T8 PROStart® PSN

High Efficiency





Mounting Length

Length

Height

8.70 mmSlot

Width

BlackLineBlackS1

S2White

YellowYellow

BlueBlue

RedRed

LAMP

LAMP

BALLAST

Neutral

2-Lamp QHES (QUICKSTEP)Full light output (full power) S1 & S2 closed (on)Bi-level mode (50% power) S1 or S2 open (off)

NEW!

Daylight Harvesting Scenario

PO

WE

RS

EN

SE

T8 D

IM

82


Key System Features

System Information

• Industry’s first ballast that combinesdimming inputs from 0-10V and/ortwo-wire AC dimming providingmaximum flexibility.

• POWERSENSE compatibility withlow voltage and power line dimmers

• High Efficiency• NEMA Premium Ballast compliant• Lamp Detection Technology• Universal voltage (120-277V)• 100 - 5% Dimming Range• PROStart Programmed Rapid Start• Anti-flash circuitry - turns on in

dimmed mode• Lightweight and low profile• Operates at >42kHz• QUICK 60+ ballast and lamp warranty

SYLVANIA QUICKTRONICPOWERSENSE is ideally suited for:• Occupancy sensors• Daylight harvesting• Energy management• Load shedding• Commercial• Retail• Hospitality• Institutional• Schools• New construction• Retrofit


32W T8 - SYLVANIA OCTRON®

1-lamp QTP1x32T8/UNV DIM2-lamp QTP2x32T8/UNV DIM3-lamp QTP3x32T8/UNV DIM4-lamp QTP4x32T8/UNV DIM

Primary Lamp TypesFO32, FBO32 & FBO31

Also operates:FO25, FO17, FBO24 & FBO16

SYLVANIA QUICKTRONIC High Efficiency,POWERSENSE T8 ballasts offer severaladvantages:

1. Wide Dimming Range: operate linearfluorescent T8 lamps over a 100-5%dimming range and provide true versa-tility in controls selection.

2. Industry’s Most Adaptable DimmingBallast: ballasts feature micro-controllertechnology for compatibility with:• low voltage controls• power line dimmers• any line voltage from 120V to 277V

3. Unmatched Performance: patentedlamp detection technology that virtuallyeliminates variations in brightness fromlamp-to-lamp and provides uniformlighting throughout the dimming range.At light levels of >75% unnecessarylamp-coil power is turned off, deliveringenergy efficiences comparable to non-dimming Instant start electronic ballast.This technology also eases installationand troubleshooting by recognizingfailed lamps, faulty wiring or loose

connections, and shutting down. Whenthe problem is corrected, the systemrestarts automatically.



Setting the standard for quality, QUICK-TRONIC POWERSENSE is covered by ourQUICK 60+® warranty, the first and mostcomprehensive lamp & ballast systemwarranty in the industry.

QUICKTRONIC POWERSENSE ballastsoperate from standard low voltage (0-10VDC) fluorescent controllers orcompatible 2-wire power line fluorescentdimmers, making them ideal for individualoffice lighting or automated building applications, both in new construction and retrofit projects.

For the individual office or conferenceroom, installation can be streamlined byusing a 2-wire power line dimmer; elimi-nating the need for additional control wires.

For more advanced systems, such asdaylight harvesting or building automationapplications, standard low voltage devices(0-10VDC, Class 1 or 2) are used to controlthe lighting system. In this daylightharvesting example, each lighting fixture(or fixture row) is controlled by it’s ownphotosensor; regulating the light output to

QUICKTRONIC® POWERSENSE® T8Dimming Universal Voltage

www.sylvania.com

Electronic T8 Fluorescent Controllable

Lighting SystemsHigh Efficiency Series

Fixture 1

Fixture 2

Fixture 3

Win

dow

/ Na

tura

l Lig

ht S

ourc

e

Desired Illuminance Er

Constant setpoint value

Light Sensor 1 Light Sensor 2 Light Sensor 3

compensate for changes in naturaldaylight. Depending upon the specificapplication, energy savings of up to 60%compared to fixed output T8 electronicsystems can be realized.

All QUICKTRONIC POWERSENSE modelsinclude a line voltage protection circuit,which protects the ballast in the eventthat line voltage is inadvertently applied to the low voltage control inputs.

Control Information

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Starting Method: Programmed Rapid StartCircuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp: 50°F/10°C minimumInput Voltage: 120-277V, ±10%Input Frequency: 50/60 HzTHD: <10% @ Full OutputPower Factor: >98% @ Full Output

UL Listed Class P, Type 1 OutdoorCSA or C/UL Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionRemote mounting (Max. wire length fromballast case to lampholder) up to 8 feet

Performance Guide


High Efficiency Electronic T8 Fluorescent Controllable Lighting Systems

Input Input Rated Ballast Initial Input SystemItem* Voltage Current Lamp Lumens No. of Factor System Power EfficacyNumber Description* (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (Watts) (lm/W) BEF1

50705 QTP 1x32T8/UNV DIM-TC 120-277 0.27/0.12 FO32XP 3000 1 0.88 2640 30 88 2.930.05 150 8

50707 QTP 2x32T8/UNV DIM-TC 120-277 0.54/0.24 FO32XP 3000 2 0.88 5280 59/57 89/93 1.540.05 300 14

50714 QTP 3x32T8/UNV DIM-TCL 120-277 0.73/0.30 FO32XP 3000 3 0.88 7920 87/84 91/94 1.050.05 450 20

50716 QTP 4x32T8/UNV DIM-TCL 120-277 0.96/0.40 FO32XP 3000 4 0.88 10560 114/110 92/96 0.800.05 600 27

Products are all 10-pack. * POWERSENSE T8 replaces former Helios T8 dimming products.1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (note: calculation based on lowest wattage value)

Item Number 50707 QTP 2 x 32T8 / UNV DIM-TC



System Type - DIMMING/Case Size



System Life / WarrantyQUICKTRONIC products are covered byQUICK 60+®, a comprehensive lamp andballast system warranty. For additionaldetails, refer to the QUICK 60+ warrantybulletin.

Data based on SYLVANIA OCTRON® lampsshown. QUICKTRONIC® POWERSENSE®

ballasts are also compatible with othermanufacturers equivalent lamp types thatmeet ANSI specifications, including F17,F25, F32 and the U-Bend equivalent lamps.Energy saving T8 lamps are not suitable fordimming applications.

T8 POWERSENSE®

High Efficiency



BlackWhite

Violet (+)Grey (-)

RedRed

BlueBlue

LAMP 1

ELECTRONICBALLAST

BALLASTELECTRONIC

LAMP 1

LAMP 4

LAMP 3

LAMP 2

Yellow/BlackYellow

Yellow

Red/Black

Red/White

Red

Red/White

Blue

Blue/White

Blue/White

Blue/Black

Grey (-)

BlackWhite

Violet (+)

BlackWhite

Violet (+)Grey (-)

RedRedBlueBlue

LAMP 1

Yel/BlkYellowYellow

LAMP 1

ELECTRONICBALLAST

LAMP 2

Dimensions:1 & 2 lamp enclosureOverall: 9.5" L x 1.68" W x 1.0" H (241 x 43 x 25 mm)Mounting: 8.90" (226 mm)Weight: 1.1 lbs each (500 g)

3 & 4 lamp enclosureOverall: 16.7" L x 1.68" W x 1.0" H (425 x 43 x 25 mm)Mounting:16.2" (411 mm)Weight: 2.1 lbs each (950 g)

Wiring:Leads Only

Mounting Length

Length

Height

8.70 mmSlot

Width

Yel/BlkYellow

Yellow

Red/Black

Red/White

Red

Red/White

Blue

LAMP 1

LAMP 3

ELECTRONICBALLAST

BlackWhite

Violet (+)

Grey (-)

LAMP 2

Input & Control Wiring Options:

POWERLINE CONTROL

LINE BLACK

NEUTRAL WHITE

INSULATEUNUSED LEADS

VIOLET (+)

GREY (-)

1 lamp 2 lamp

3 lamp 4 lamp

LOW-VOLTAGE CONTROL

VIOLET (+)

GREY (-)

LINE BLACK

NEUTRAL WHITE

0-10VDC

< 0.5mAClass 1

or Class2

Output Wiring: Lamp wiring for dimming ballasts can differ significantly from non-dimming ballasts and from other manufacturers dimming ballasts. Take care to connect lamp lead wires as shown on the applicable ballast diagram.

QUICKTRONIC POWERSENSE ballasts arecompatible with a wide range of low voltage(0-10VDC) and power line fluorescentcontrollers available from various manufac-turers. Please see controls list anddimming control wiring examples on page86 & 87 or contact OSRAM SYLVANIA.Low Voltage Control Specs: Ballast will sourceup to 0.5mA for 0-10VDC control purposes.May be wired as a Class 1 or Class 2 circuit-consult Local and National Electrical Codes. Power Line Control Specs: Specification-grade fluorescent controls are available for120V or 277V operation of controllableanalog electronic fluorescent ballasts.Controls must be suitably rated for both thetype (e.g. Fluorescent Phasecontrol) andsize (e.g. 600W) of the connected load.

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Key System Features

System Information

• Industry’s first ballast that combinesdimming inputs from 0-10V and/ortwo-wire AC dimming providingmaximum flexibility

• POWERSENSE compatibility with lowvoltage and power line dimmers

• High Efficiency• Lamp Detection Technology• Universal voltage (120-277V)• 100-1% Dimming Range• PROStart programmed rapid start• Anti-flash circuitry – turns on in

dimmed mode• Lightweight and low profile• Operates at >42kHz• QUICKSENSE ballast technology

(end-of-lamp-life sensing)• QUICK 60+ ballast and lamp warranty

SYLVANIA QUICKTRONICPOWERSENSE is ideally suited for:• Occupancy sensors• Daylight harvesting• Energy management• Load shedding• Commercial• Retail• Hospitality• Institutional• Schools• New construction• Retrofit


28W T5 - PENTRON®

2-lamp QTP2x28T5/UNV DIM

Primary Lamp TypeFP28

Also operates:FP35, FP21, FP14

SYLVANIA QUICKTRONIC POWERSENSEballasts operate linear fluorescent T5 lampsover a wide (100-1%) dimming range andprovide true versatility in controls selection.

QUICKTRONIC POWERSENSE ballastsfeature micro-controller technology to offerthe industry’s most adaptable dimmingballast. Compatibility with low voltagecontrols, power line dimmers and any linevoltage from 120V to 277V, provides theflexibility to greatly simplify the specifi-cation, purchasing and installation process.

Patented lamp detection technologydelivers unmatched performance.Variations in brightness from lamp-to-lamp are virtually eliminated, providinguniform lighting throughout the dimmingrange. At light levels of >75% unnec-essary lamp-coil power is turned off,delivering energy efficiences comparableto non-dimming Instant start electronicballast. This technology also eases instal-lation and troubleshooting by recognizingfailed lamps, faulty wiring or loose

connections, andshutting down. When the

problem is corrected, the system restartsautomatically.


Setting the standard for quality, QUICKTRONIC POWERSENSE is covered by our QUICK 60+® warranty, the first and most comprehensive lamp & ballast system warranty in the industry.

QUICKTRONIC POWERSENSE ballastsoperate from standard low voltage (0-10VDC) fluorescent controllers orcompatible 2-wire power line fluorescentdimmers, making them ideal forindividual office lighting or automatedbuilding applications, both in newconstruction and retrofit projects.

For the individual office or conferenceroom, installation can be streamlined byusing a 2-wire power line dimmer; elimi-nating the need for additional controlwires.

For more advanced systems, such asdaylight harvesting or building automationapplications, standard low voltagedevices (0-10VDC, Class 1 or 2) are usedto control the lighting system. In thisdaylight harvesting example, each lightingfixture (or fixture row) is controlled by it’sown photosensor; regulating the light

QUICKTRONIC® POWERSENSE® T5Dimming Universal Voltage

www.sylvania.com

Electronic T5 Fluorescent Controllable

Lighting SystemsHigh Efficiency Series

output to compensate for changes innatural daylight. Depending upon thespecific application, energy savings of upto 60% compared to fixed outputelectronic systems can be realized.

All QUICKTRONIC POWERSENSE modelsinclude a line voltage protection circuit,which protects the ballast in the eventthat line voltage is inadvertently appliedto the low voltage control inputs.

Daylight Harvesting Scenario

Fixture 1

Fixture 2

Fixture 3

Win

dow

/ Na

tura

l Lig

ht S

ourc

e

Desired Illuminance Er

Constant setpoint value

Light Sensor 1 Light Sensor 2 Light Sensor 3

Control InformationQUICKTRONIC POWERSENSE ballasts arecompatible with a wide range of lowvoltage (0-10VDC) and power linefluorescent controllers available fromvarious manufacturers. Please seecontrols list and dimming controlwiring examples on page 86 & 87 or contact OSRAM SYLVANIA.Low Voltage Control Specs: Ballast willsource up to 0.5mA for 0-10VDC controlpurposes. May be wired as a Class 1 orClass 2 circuit-consult Local andNational Electrical Codes.

Power Line Control Specs:Specification-grade fluorescent controlsare available for 120V or 277V operationof controllable analog electronicfluorescent ballasts. Controls must be suitably rated for both the type (e.g. Fluorescent Phase-control) and size(e.g. 600W) of the connected load.


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Performance Guide

SpecificationsData based on FP28

High Efficiency Electronic T5 Fluorescent Controllable Lighting Systems

Input Input Rated1,2 Ballast2 Input2 SystemItem Voltage Current Lamp Lumens No. of Factor System2 Power EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (Watts) (lm/W) BEF3

50726 QTP 2x28T5/UNV DIM-TCL 120-277 0.53/0.23 FP28 2900 2 1.00 5800 64/62 91/93 1.610.01 58 10

0.67/0.29 FP35 3650 2 1.00 7300 81/79 90/92 1.270.01 73 10

0.40/0.18 FP21 2100 2 1.00 4200 49 86 2.040.01 42 9

0.29/0.13 FP14 1350 2 1.00 2700 34 79 2.940.01 27 8

1: Rated lamp lumens and performance data based on PENTRON lamps.2: At 35°C lamp ambient temperature.3: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (note: calculation based on lowest wattage value)

Item Number 50726 QTP 2 x 28T5 / UNV DIM-TCL


Number of Lamps (2)

System Type - DIMMING/Case Size




Data shown based upon SYLVANIAPENTRON® lamp(s). QUICKTRONIC®

POWERSENSE® ballasts are also compatiblewith other lamp manufacturers equivalentlamp types that meet ANSI specifications.

T5 POWERSENSE®

High Efficiency



Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp: 50°F/10°C minimumInput Voltage: 120-277V, ±10%Input Frequency: 50/60 HzTHD: <10% @ Full OutputPower Factor: >98% @ Full Output

UL Listed Class P, Type 1 OutdoorCSA or C/UL Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionNo Remote or Tandem Wiring

BlackWhite

Violet (+)Grey (-)

RedRedBlueBlue

LAMP 1

Yel/BlkYellowYellow

LAMP 1

ELECTRONICBALLAST

LAMP 2

Dimensions:2 lamp enclosureOverall: 16.7" L x 1.68" W x 1.0" H (425 x 43 x 25 mm)Mounting:16.2" (411 mm)Weight: 2.1 lbs each (950 g)

Wiring:Leads Only

Input & Control Wiring Options:

POWERLINE CONTROL

LINE BLACK

NEUTRAL WHITE

INSULATEUNUSED LEADS

VIOLET (+)

GREY (-)

2 lamp

LOW-VOLTAGE CONTROL

VIOLET (+)

GREY (-)

LINE BLACK

NEUTRAL WHITE

0-10VDC

< 0.5mAClass 1

or Class2

Output Wiring: Lamp wiring for dimming ballasts can differ significantly from non-dimming ballasts and from other manufacturers dimming ballasts. Take care to connect lamp lead wires as shown on the applicable ballast diagram.

Length

MountingLength

Height

Width

Fluorescent BuildingControls Powerline 0-10 VDC Photo Occupancy ManagementManufacturer Controllers Controllers Cells Sensors Systems

Digital Lighting Systems305-264-8391www.digitallighting.com x x

Hunt Dimming970-484-9048www.huntdimming.com x x x x x

Lehigh Electronic Products610-395-3386www.lehighdim.com x x x x x

Leviton Lighting Controls800-824-3005www.leviton.com x x x x

Lightolier Controls800-526-2731www.lolcontrols.com x x x x x

Lithonia Controls800-533-2719www.lithonia.com x x x x x

Lumisys800-241-9173www.lumisys1.com x x x

PCI800-767-3674www.pcilightingcontrols.com x x

Sensorswitch1-800-PASSIVEwww.sensorswitch.com x x

Siemens Energy & Automation800-427-2256www.sea.siemens.com x

Starfield Controls303-427-1661www.starfieldcontrols.com x x x x

The Watt Stopper, Inc800-879-8585www.wattstopper.com x x

Please contact controls manufacturers to order/specify controls. For the latest controls list go to www.sylvania.comAlso for more information, check out the LCA (Lighting Controls Association) site: www.aboutlightingcontrols.org

Control Specifications/model numbers may change. Please consult manufacturers listed for their latest control models and to order their controls.

WARNING:

Install and wire these ballast and controls in accordance with the National Electrical Code (NEC), all applicable Federal, Stateand local electrical codes, as well as the specific instructions provided with the compatible control that you purchased.Installation should be performed by qualified personnel only.

These instructions are guidelines only. Installation may vary for different controls/fixtures/applications. Be sure to follow thecontrol instructions and all applicable codes and standards when installing dimming systems.

Please contact controls manufacturer listed in the OSRAM SYLVANIA Inc. controls cross reference for compatible controlsand instruction wiring

NOTES: 1. Dimming ballasts source < 0.5mA (0-10VDC control input). 2. Powerline controls must be rated for the type (e.g. Fluorescent Phase-control) and size (e.g. 600W, 1000W, 1500W & 2000W etc.) of the connected load. Do NOT use incandescent powerline controls;incandescent dimmers are not rated for fluorescent loads and are NOT compatible with POWERSENSE ballasts.

POWERSENSE

CONTR

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Controls GuideQUICKTRONIC® POWERSENSE® CONTROLS INFO.

Contact the companies listed for their2-wire Fluorescent/Powerline controlsand/or 0-10V controls information.

T8 POWERSENSE® Dimming Ballast50705 QTP 1x32T8/UNV DIM-TC50707 QTP 2x32T8/UNV DIM-TC50714 QTP 3x32T8/UNV DIM-TCL50716 QTP 4x32T8/UNV DIM-TCL

T5 POWERSENSE® Dimming Ballast50726 QTP 2x28T5/UNV DIM-TCL

T8/T5 POWERSENSE

High Efficiency



Photo Sensor 0-10V Wiring Example

To FluorescentLamps

Violet (+)DIMMINGBALLAST

0-10V

BlackWhite

2-wire Powerline AND 0-10Vdc Control with POWERSENSE Ballasts

0-10VControl

Gray (-)

Neutral (White)

120 or 277VBlack (Hot)

LIN

E

Gra

yVio

let

Class 1 or Class 2 circuit

To FluorescentLamps


0-10V

BlackWhite

Gray (-)

To AdditionalBallasts

2-wire Fluorescent Powerline Dimmer

Black

0-10Vdc Low Voltage Industry Standard Interface• Daylight Harvesting

• Building Management

• Demand Response Override

Fluorescent AC DimmingNo Control Wires• Occupant Wallbox Dimming

• Lighting Panel Dimming

• Excellent for Retrofit

Wallbox Style 0-10V Control with Power Switch Wiring Example

Industry’s 1st Ballast that allows POWERLINE Fluorescent Control AND 0-10Vdc Control Input simultaneously

Line Voltage Switch

To FluorescentLamps


BlackWhite

0-10V DC Control with POWERSENSE Ballasts

0-10VControl

Gray (-)

Neutral (White)


Bla

ck

Bla

ck

LIN

E

Gra

yVio

let


To FluorescentLamps

Violet (+) DIMMINGBALLAST

BlackWhite

Gray (-)


On/OffSwitch (120/277V)

Slide Dimmer0-10V

0-10VdcWallbox

Control withLine Voltage

Switch

To FluorescentLamps


BlackWhite

Photo Sensor 0-10V Wiring Example0-10V DC Control with POWERSENSE Ballasts

0-10VControl

Gray (-)

Neutral (White)


LIN

E

Gra

yVio

let


To FluorescentLamps

Violet (+) DIMMINGBALLAST

BlackWhite

Gray (-)


PhotoSensor0-10V

StandardLine Voltage

Switch

Black

To FluorescentLamps


BlackWhite

2-wire Powerline Control with POWERSENSE Ballasts

Gray (-)

Neutral (White)

Black (Hot)

LIN

E

CAUTION:For 2-wire Powerline wiring, individually insulate (cap-off)

all unused Violet & Gray leads as shown.

To FluorescentLamps


BlackWhite

Gray (-)


2-wire Fluorescent Powerline Dimmer

Black

Powerline Control Specs:Specification-grade controls are

available for 120V or 277V operation of controllable analog electronic

fluorescent ballasts. Controls must besuitably rated for both the type (e.g.Fluorescent Phase-control) and size(e.g. 600W) of the connected load.

Examples: Leviton IPX series operate as singlepole or 3-way models. Available in 120 V and277 V models. Leviton 6668-1W (white) 120 Vsingle pole fluorescent dimmer.

Examples: Lithonia model ISD BC orLeviton IP 710 Series (These 0-10V dc,120/277V models can be wired forsingle pole application (shown); thesemodels can also be wired for 3-wayapplications.)

Wallbox Style 2-wire Powerline Control Wiring Example

EXCLUSIVELYfromOSRAM SYLVANIA!

EXCLUSIVELYfromOSRAM SYLVANIA!

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QUICKTRONIC® POWERSENSE® T8 & T5 DIMMING UNV - Dimming Control Wiring Examples

T8/T5 POWERSENSE

High Efficiency



NEW!

QT5

4 P

HO

DIM

88


Key System Features

System Information

• 100-1% Dimming range• QUICKSENSE® ballast technology

(end-of-lamp-life sensing)• PROStart® programmed rapid start

ballast• QUICK 60+® warranty• 1-10V Control• Anti-flash circuitry – turns on in

dimmed mode• High luminous efficacy• Virtually eliminates lamp flicker• High power factor • Low harmonic distortion• Lightweight• UL, CSA, FCC

SYLVANIA QUICKTRONIC PHO-DIM is ideally suited for:• Commercial• Retail• Hospitality• Institutional• New construction• Direct lighting• Indirect lighting• Surface mount• Cove lighting


54W T5 - PENTRON® HO1-lamp QT1x54PHO-DIM2-lamp QT2x54PHO-DIM

Also operates:FT55DL, FPC55

SYLVANIA QUICKTRONIC PHO-DIMoperates PENTRON HO, PENTRON HOCircline, and DULUX® L T5 lamps over awide (100-1%) dimming range.

SYSTEM PHO-DIM provides nearly twicethe light output (188%) of T8 systems,with the same number of lamps, allowingmany new design options. One lampfixtures can now be used in place of twolamp models.

SYSTEM PHO-DIM is appropriate forlighting control for aesthetic reasons aswell as lighting management for energyconservation through daylight harvestingor building automation.

Setting the standard for quality, SYSTEMPHO-DIM is also covered by our QUICK60+ warranty, the first and most compre-hensive system warranty in the industry.

SYSTEM PHO-DIM is available in one andtwo lamp models in 120V and 277V tocover a wide range of applications.


QUICKSENSE ballast technology helps toprotect against over-heated bases andsockets, as well as cracking of the glasswall, and uses dynamic end-of-lamp-lifesensing, over the entire dimming range, toavoid false shutdowns caused by somestatic sensing methods. QUICKSENSEballast technology will auto-reset whenthe end-of-life lamps are replaced withnew ones.

SYSTEM PHO-DIM comes in a 30 x 30 mmprofile, and PENTRON lamps are designedto provide peak performance at 35°Cfixture ambient, allowing for smaller andmore innovative fixtures.


QUICKTRONIC® HELIOS™

T5HO Dimming (0-10V)

www.sylvania.com

<10% THD Electronic T5HO FluorescentControllable Lighting Systems


10

20

40

50

60

70

80

90

100

Power Input (Watts)

QT2x54PHO-DIM

Ligh

t Out

put (

BF)

30110 90 70 50120 100 80 60 40 20

30

015

A list of compatible controllers and wiring examples are on pages 90 & 91.

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T54 PH

O D

IM


Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp: 50°F (10°C) minimumInput Frequency: 60 Hz Low THD: <10%Power Factor: >98%Voltage Range: ±10% of Rated Input UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionDynamic End-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 7 feet3 Data based on PENTRON HO lamp type.

See the Sylvania QUICKTRONIC ElectronicBallast Technology and SpecificationGuide (ECS-ELECTRONIC) for other lampcombinations.

Performance Guide

Specifications3

<10% THD Electronic T5HO Fluorescent Dimming Systems

Input Input Rated1 Ballast1 Input1 SystemItem Voltage Current Lamp Lumens No. of Factor System1 Wattage EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (W) (lm/W) BEF2

QT1x54/120PHO-DIM 120 0.54 FP54T5HO 5000 1 1.00 5000 62 81 1.6149671 20-Pack 0.01 50 849675 Pallet Pack




Pallet pack (with leads/wires) contains 500 pieces each (add “-PAL” to description).1: At 35°C lamp ambient temperature2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power

Dimming Control4: 1-10Vdc two wire control (10V = full output, 1V = minimum output)Line Voltage Protection: Ballast goesto 90% if line voltage is inadvertentlyapplied to control leads. Ballast willsource up to 0.5mA for controlpurposes. May be wired as Class 1 or Class 2 circuit.QUICKTRONIC HELIOS™ ballasts arecompatible with a wide range of 0-10Vcontrollers available from variousmanufacturers. A list of controlscompanies are on pages 90-91.

Dimming Control Specs.4

Item Number 49673 QT 2 x 54 / 120 PHO-DIM



System Type – PHO-DIM

Line Voltage




HO lamps shown. QUICKTRONIC® PHO-DIM ballasts are also compatible withother lamp manufacturers equivalentlamp types that meet ANSI standards.


PHO-DIM (0-10V)

Professional Series



Dimensions:Overall: 425mm L x 30mm W x 30mm HMounting: 415 mm


Product Weight: Quantity: 20 pcs./case (no leads provided)500 pcs/pallet pack (with leads/wires)Weight: 1.0 lbs ea. (approx)

QUICKTRONIC 1x54PHO-DIM

LAMP

Black

DIMMABLE BALLAST

LN

+–

White

VioletGray

1

2

341-10Vdc control input

Red

Red

BlueBlue

Class 1 or Class 2 Circuit

QUICKTRONIC 2x54PHO-DIM

Black

DIMMABLE BALLAST

LAMP 2

LAMP 1

LN

+

White

VioletGray

12345671-10Vdc control input

RedRed

BlueBlue

Yellow/BlackYellowYellow

Class 1 or Class 2 Circuit

–

Width

Mounting Length

Length

Height

Wallbox Style Control Wiring Example

0-1

0V

CO

NTR

OLS

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SPECIFICATION DATA

0-10V Dimming Control Wiring for QUICKTRONIC® Helios™ T5HO PHO-DIM

HELIOS Controls

Wiring Examples


Photo Sensor 0-10V Wiring Example


WARNING:

Install and wire these ballast and controls in accordance with the National Electrical Code (NEC), allapplicable Federal, State and local electrical codes, as well as the specific instructions provided withthe 0-10Vdc compatible control that you purchased. Installation should be performed by qualifiedpersonnel only.

These instructions are guidelines only. Installation may vary for different controls/fixtures/ applications.Be sure to follow the control instructions and all applicable codes and standards when installingdimming systems.

Please contact controls manufacturer listed in the OSRAM SYLVANIA Inc. controls crossreference for compatible controls and instruction wiring

NOTE: HELIOS T5HO Dimming ballasts source < 0.5mA (1-10V control input)

Line Voltage Switch

To FluorescentLamps


0-10V

BlackWhite

Wallbox Style Control Wiring Example0-10V Dimming Ballasts

0-10VControl

Gray (-)

Neutral (White)


Blac

k

Blac

k

LINE

Gray

Viol

et


To FluorescentLamps


0-10V

BlackWhite

Gray (-)


On/OffSwitch (120/277V)

Slide Dimmer0-10V

0-10VdcWallbox

Control withLine Voltage

Switch

To FluorescentLamps


0-10V

BlackWhite

Photo Sensor 0-10V Wiring Example0-10V Dimming Ballasts

0-10VControl

Gray (-)

Neutral (White)


LINE

Gray

Viol

et


To FluorescentLamps


0-10V

BlackWhite

Gray (-)


PhotoSensor0-10V

StandardLine Voltage

Switch

Black

Control Specifications/model numbers may change. Please consult manufacturers listed for their latest 0-10V control models and to order their controls.

BuildingControls 0-10 VDC Photo Occupancy ManagementManufacturer Controls Cell Sensor Systems

Digital Lighting Systems305-264-8391www.digitallighting.com x

Hunt Dimming970-484-9048www.huntdimming.com x x x x

Lehigh Electronic Products610-395-3386www.lehighdim.com x x x x

Leviton Lighting Controls800-824-3005www.leviton.com x x x

Lightolier Controls800-526-2731www.lolcontrols.com x x x x

Lithonia Controls800-533-2719www.lithonia.com x x x x

PCI800-767-3674www.pcilightingcontrols.com x x

Starfield Controls303-427-1661www.starfieldcontrols.com x x x x

The Watt Stopper, Inc800-879-8585www.wattstopper.com x x

Siemens Energy & Automation800-427-2256www.sea.siemens.com x

Please contact controls manufacturers to order/specify controls. For the latest controls list go to www.sylvania.com

Also for more information, check out the LCA (Lighting Controls Association) site: www.aboutlightingcontrols.org

These 0-10V controls listed to the leftoperate in conjunction with SYLVANIAQUICKTRONIC® PROFESSIONALHELIOS™ Dimming Electronic Ballast:

54 T5HO Dimming Ballast49671 QT1x54/120PHO-DIM49672 QT1x54/277PHO-DIM49673 QT2x54/120PHO-DIM49674 QT2x54/277PHO-DIM


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SPECIFICATION DATA

Controls GuideQUICKTRONIC® HELIOS™ 0-10V CONTROLS INFORMATION

0-10 VOLT

Controls List


0-1

0V

CO

NTR

OLS

T8 D

ALI

Lamp/Ballast Guide

Key System Features

System Information

• Digital Addressable Control• Individual control of fixtures• Up to 16 groups• Up to 16 scenes• 100-1% dimming• Programmable fade rates• 1.0 ballast factor at full power• Universal input voltage (120/277V)• Programmed rapid start• QUICK 60+® lamp and ballast

warranty• Anti-flash circuitry – turns on at

previous light level• Operates >40kHz to reduce potential

IR interference• Control may be wired for Class 1 or

Class 2 applications• Wiretrap connectors• UL, cUL, FCC

SYLVANIA QUICKTRONIC DALI Dimming is ideally suited for:• All size offices• Daylight harvesting• Energy management• Load shedding• A/V presentations• Conference rooms• Occupancy sensors• Creative lighting designsFor optimal dimming performance,fluorescent lamps may requireseasoning up to 100 hours prior todimming to the lowest light levels.


32W T8 - OCTRON®

1-lamp QTP1x32T8/DALI2-lamp QTP2x32T8/DALI

Operates Lamp Types:FO32FBO32FBO31

Programmed rapid start ballasts provideoptimum starting conditions to provideup to 100,000 switching cycles for useon occupancy sensor and buildingcontrol system applications.

Individual addressability allows the userto dim any particular fixture or groupsof fixtures at one time. Simple controllerprogramming steps allow for:

1. Fade rates, dim levels, time of day,groups and scenes to be customized.

2. Flexibility in grouping fixtures; (no need to re-wire fixtures whengroups need to be changed.

3. Systems are scalable and can beexpanded anytime user needschange, without the need for costlyre-wiring. Additional fixtures areadded to groupings simply by meansof software.

QUICKTRONIC® DALI T8 Dimming

www.sylvania.com

Electronic T8 Fluorescent Digital Dimming Systems

Professional Series

92

$25.00$23.20

$12.00

2 Lamp Fixture

1 Lamp Fixture

$20.00

$15.00

$10.00

$5.00

$0.00

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Light Level*Based on 4,000 burn hrs/yr & $0.10/kWh

$ SA

VIN

GS P

er Y

ear

$ SAVINGS PER YEAR* vs LIGHT LEVEL(FO32T8 Lamps, QUICKTRONIC DALI T8 Ballasts)

When used in conjunction with appro-priate controls, feedback can be obtainedon operating conditions, such as operatinghours, light-level or failed lamps. Thislamp fault-reporting feature can savesignificant cost by quickly identifying thelocation, especially in large facilities or inapplications where lamps are concealedby lenses.

SYSTEM 32 DALI lighting systems canalso be integrated with BuildingManagement Systems (BMS) by installinggateways that translate between the DALIand BMS systems. Specification of DALIcompatible gateways, controls andballasts ensure flawless operation of thelighting system.

SYLVANIA QUICKTRONIC DALI Dimmingcombines digital control technology withfull-range continuous dimming to provide a new level of lighting system performance.This allows for greater flexibility and controlof the lighting environment than can beachieved with traditional 0-10VDC dimmingsystems. The communications protocol is“DALI”, an acronym for “DigitalAddressable Lighting Interface”. This is aworldwide standard for digital lightingcontrol that has been accepted by all theleading lighting suppliers.

SYSTEM 32 DALI controls OCTRON T8lamps over a wide (100-1%) range of lightlevel settings, from 1.0 ballast factor to.01 ballast factor. Control wiring issimplified by two polarity-free connectionsthat can be routed in the same racewayas power wires.

SYSTEM 32 DALI is available in one andtwo lamp models that operate at 120V or277V input line voltage, eliminating“wrong voltage” wiring errors andreducing the number of models ininventory by half.

SYSTEM 32 DALI offers full rated lampoutput (1.0 ballast factor) at the maximumlight setting. Compared to “normal”systems (0.88 ballast factor), this allowsfor higher light levels when desired andcan be used to compensate for lamplumen depreciation. Setting the standardfor quality, SYSTEM 32 DALI is also

covered by our QUICK 60+® warranty, thefirst and most comprehensive systemwarranty in the industry.


93

T8 D

ALI

Performance Guide

Control Information

QUICKTRONIC DALI ballasts arecompatible with DALI digitalcontrollers available from variousmanufacturers. For a list of DALIcontrol manufacturers, please contactOSRAM SYLVANIA.

Refer to pages 100 & 101 forcontrols information.

Control Specifications:Two wire non-polarized control. May be wired as Class 1 or Class 2circuit, consult Local and NationalElectrical Codes.

Input Rated Ballast Input SystemItem Current Lamp Lumens No. of Factor System Power EfficacyNumber Description (AMPS) Type (lm) Lamps (BF) Lumens (Watts) (lm/W) BEF1

51350 QTP 1x32T8/UNV DALI 0.31/0.13 FO32XP 3000 1 1.00 3000 36 83 2.780.01 30 6

51352 QTP 2x32T8/UNV DALI 0.61/0.26 FO32XP 3000 2 1.00 6000 72/70 83/86 1.430.01 60 12

1: Ballast Efficiency Factor (BEF) = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Data shown based upon SYLVANIAOCTRON® FO32/XP™ lamps. QUICK-TRONIC® DALI ballasts are alsocompatible with other manufacturersequivalent lamp types that meetANSI specifications.


Circuit Type: SeriesLamp Frequency: >40kHzLamp CCF: <1.7Starting Temp: 50°F (10°C) min.Input Frequency: 50/60 HzTHD: <10% @ full outputPower Factor: >98% @ full outputVoltage Range: ±10% of 120/277

rated voltage

UL Listed Class P, IndoorcUL CertifiedTemp. Test Point (Tc) on ballast label:1 lamp model: 65°C max2 lamp model: 70°C max.All other points on ballast: 75°C max.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionNo Remote or Tandem Wiring

Specifications

Item Number 51352 QTP 2 x 32T8 / UNV DALI


Number of Lamps

System Type - DALI

Line Voltage (120/277V)


Electronic DALI T8 Fluorescent Controllable Lighting Systems (120/277V)

T8 DALI

Professional Series


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Packaging: Quantity: 25 piecesWeight: 1.2 lbs each (approx.)

Wiring Diagrams:Wiring: Push-in (wiretrap) connectionsUse 18 AWG solid copper wire only

Dimensions:

Units L ML W H

inches 18.05 17.70 1.18 1.18

mm 458.5 449.6 30.0 30.0

QTP1x32T8/UNV DALI

LAMP

GreenWhiteBlack

PurplePurple

DALIDIMMING BALLAST

1234

RedRedBlueBlue

DALI Control Leads (non-polarized) Class 1 or Class 2 Circuit

GNL

LAMP 2

LAMP 1

QTP2x32T8/UNV DALI

DALIDIMMING BALLAST

123456

RedRedYellowYellowBlueBlue

GreenWhiteBlack

PurplePurple


GNL

Width

Height

Mounting Length

Length

T5 D

ALI

SYLVANIA QUICKTRONIC DALI Dimmingcombines digital control technology withfull-range continuous dimming to providea new level of lighting system perfor-mance. This allows for greater flexibilityand control of the lighting environmentthan can be achieved with traditional 0-10VDC dimming systems. The commu-nications protocol is “DALI”, an acronymfor “Digital Addressable LightingInterface”. This is a worldwide standardfor digital lighting control that hasbeen accepted by all the leadinglighting suppliers.

SYSTEM PS-DALI controlsPENTRON T5 lamps over a wide(100 - 1%) range of light levelsettings, from 1.0 ballast factorto .01 ballast factor. Controlwiring is simplified by twopolarity-free connections that can be routed in the same raceway as power wires.

SYSTEM PS-DALIis available in one and

two lamp models that operateat 120V or 277V input line voltage, elimi-nating “wrong voltage” wiring errors andreducing the number of models ininventory by half.

Setting the standard for quality, SYSTEMPS-DALI is also covered by our QUICK60+® warranty, the first and most compre-hensive system warranty in the industry.

Lamp/Ballast Guide

Key System Features

System Information

• Digital Addressable Control• Individual control of fixtures• Up to 16 groups• Up to 16 scenes• 100-1% dimming• Programmable fade rates• 1.0 ballast factor at full power• Universal Input Voltage (120/277V)• Programmed rapid start • End-Of-Lamp-Life Sensing• QUICK 60+® lamp and ballast

warranty• Anti-flash circuitry - turns on at






28W T5 - PENTRON®


14W T5 - PENTRON®


35W T5 - PENTRON®





2. Flexibility in grouping fixtures; noneed to re-wire fixtures when groupsneed to be changed.


QUICKTRONIC® DALI T5 Dimming

www.sylvania.com

Electronic T5 Fluorescent Digital Dimming Systems

Professional Series

94

$25.00

$20.00

$10.40 2 Lamp Fixture

1 Lamp Fixture

$20.00

$15.00

$10.00

$5.00

$0.00

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%


$ S

AVIN

GS P

er Y

ear

$ SAVINGS PER YEAR* vs LIGHT LEVEL(28W T5 Lamps, QUICKTRONIC DALI T5 Ballasts)

When used in conjunction with appro-priate controls, feedback can be obtainedon operating conditions, such as operatinghours, light-level or failed lamps. Thislamp fault-reporting feature can savesignificant cost by quickly identifying thelocation, especially in large facilities or inapplications where lamps are concealedby lenses.

SYSTEM PS-DALI lighting systems canalso be integrated with BuildingManagement Systems (BMS) by installinggateways that translate between the DALIand BMS systems. Specification of DALIcompatible gateways, controls andballasts ensure flawless operation of thelighting system.


95

T5 D

ALI

Performance Guide

Control Information


Refer to pages 100 & 101 for controls information.


Input Input Rated Ballast Input SystemItem Voltage Current Lamp Lumens No. of Factor System Power EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (Watts) (lm/W) BEF1

51356 QTP 1x28T5/UNV DALI 120/277 0.27/0.11 FP28 2900 1 1.00 2900 33 88 3.030.01 29 7

51358 QTP 2x28T5/UNV DALI 120/277 0.55/0.23 FP28 2900 2 1.00 5800 64/62 91/94 1.610.01 58 12

51357 QTP 1x14T5/UNV DALI 120/277 0.15/0.07 FP14 1350 1 1.00 1350 19 71 5.260.01 14 6

51359 QTP 2x14T5/UNV DALI 120/277 0.29/0.13 FP14 1350 2 1.00 2700 35 77 2.860.01 27 10

51360 QTP 1x35T5/UNV DALI 120/277 0.34/0.14 FP35 3650 1 1.00 3650 40/39 91/94 2.560.01 37 8

51361 QTP 2x35T5/UNV DALI 120/277 0.67/0.28 FP35 3650 2 1.00 7300 79/76 92/96 1.320.01 73 3

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Data shown based upon SYLVANIAPENTRON® lamps shown. QUICK-TRONIC® DALI ballasts are alsocompatible with other manufacturersequivalent lamp types that meetANSI specifications.


Circuit Type: SeriesLamp Frequency: >40 kHzLamp CCF: <1.7Starting Temp: 50°F (10°C) min.Input Frequency: 50/60 HzTHD: <10% @ full outputPower Factor: >98% @ full outputVoltage Range: ±10% of 120/277

rated voltage

UL Listed Class P, IndoorcUL CertifiedTemp. Test Point (Tc) on ballast label:1 lamp model: 70°C max2 lamp model: 75°C max.All other points on ballast: 75°C max.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionNo Remote or Tandem Wiring

Specifications

Item Number 51358 QTP 2 x 28T5 / UNV DALI


Number of Lamps

System Type - DALI



Electronic DALI T5 Fluorescent Controllable Lighting Systems

T5 DALI

Professional Series


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

LAMP

GreenWhiteBlack

PurplePurple

DALIDIMMING BALLAST

1234

RedRedBlueBlue


GNL

LAMP 2

LAMP 1

QTP2x28T5/UNV DALI

DALIDIMMING BALLAST

123456


GreenWhiteBlack

PurplePurple


GNL


Wiring Diagrams:Wiring: Push-in (wiretrap) connections (no leads provided)Use 18 AWG solid copper wire only

Dimensions:

Units L ML W H

inches 18.05 17.70 1.18 1.18

mm 458.5 449.6 30.0 30.0

Width

Height

Mounting Length

Length

1 Lamp

2 Lamp

T5H

O D

ALI

SYLVANIA QUICKTRONIC DALI Dimmingcombines digital control technology withfull-range continuous dimming to provide anew level of lighting system performance.This allows for greater flexibility andcontrol of the lighting environment thancan be achieved with traditional 0-10VDCdimming systems. The communicationsprotocol is “DALI”, an acronym for “DigitalAddressable Lighting Interface”. This is aworldwide standard for digital lightingcontrol that has been accepted by allthe leading lighting suppliers.

SYSTEM PHO-DALI controlsPENTRON HO T5 lamps over awide (100 - 1%) range of lightlevel settings, from 1.0 ballastfactor to .01 ballast factor.Control wiring is simplified by twopolarity-free connections that can be routed in the same raceway as power wires.

SYSTEM PHO-DALI isavailable in one and two

lamp models that operate at 120V or 277Vinput line voltage, eliminating “wrongvoltage” wiring errors and reducing thenumber of models in inventory by half.

Setting the standard for quality, SYSTEMPHO-DALI is also covered by our QUICK60+® warranty, the first and most compre-hensive system warranty in the industry.

Lamp/Ballast Guide

Key System Features

System Information

• Digital Addressable Control• Individual control of fixtures• Up to 16 groups• Up to 16 scenes• 100-1% dimming• Programmable fade rates• 1.0 ballast factor at full power• Universal Input Voltage (120/277V)• Programmed rapid start• End-Of-Lamp-Life Sensing• QUICK 60+® lamp and ballast

warranty• Anti-flash circuitry – turns on at






54W T5HO - PENTRON®

1-lamp QTP1x54T5HO/DALI2-lamp QTP2x54T5HO/DALI

Operates FP54HO Lamp Types




2. Flexibility in grouping fixtures; no need to re-wire fixtures whengroups need to be changed.


When used in conjunction with appro-priate controls, feedback can beobtained on operating conditions, suchas operating hours, light-level or failedlamps. This lamp fault-reporting featurecan save significant cost by quickly

QUICKTRONIC® DALI T5HO Dimming

www.sylvania.com

Electronic T5HO Fluorescent Digital Dimming Systems

Professional Series

96

$25.00

$30.00

$35.00

$40.00

$45.00$44.40

$20.80

2 Lamp Fixture

1 Lamp Fixture

$20.00

$15.00

$10.00

$5.00

$0.00

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%


$ SA

VIN

GS P

er Y

ear

$ SAVINGS PER YEAR* vs LIGHT LEVEL(54W T5HO Lamps, QUICKTRONIC DALI T5HO Ballasts)

identifying the location, especially in largefacilities or in applications where lampsare concealed by lenses.

SYSTEM PHO-DALI lighting systems canalso be integrated with BuildingManagement Systems (BMS) by installing

gateways that translate between the DALIand BMS systems. Specification of DALIcompatible gateways, controls andballasts ensure flawless operation of thelighting system.


97

T5H

O D

ALI

Performance Guide

Control Information





51364 QTP 1x54T5HO/UNV DALI 120/277 0.52/0.22 FP54HO 5000 1 1.00 5000 63/62 79/81 1.610.01 50 13

51366 QTP 2x54T5HO/UNV DALI 120/277 1.05/0.44 FP54HO 5000 2 1.00 10,000 117/115 85/87 0.870.01 100 22/24

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Wattage (Note: calculation based on lowest input wattage).

Data shown based upon SYLVANIAPENTRON® FP54HO lamps. QUICK-TRONIC® DALI ballasts are alsocompatible with other manufacturersequivalent lamp types that meet ANSIspecifications.


Circuit Type: SeriesLamp Frequency: >40kHzLamp CCF: <1.7Starting Temp: 50°F (10°C) min.Input Frequency: 50/60 HzTHD: <10% @ full outputPower Factor: >98% @ full outputVoltage Range: ±10% of 120/277

rated voltage

UL Listed Class P, IndoorcUL CertifiedTemperature Test Point (Tc) on ballast label: 70°C max.All other points on ballast: 75°C max.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionNo Remote or Tandem Wiring

Specifications

Item Number 51366 QTP 2 x 54T5HO / UNV DALI


Number of Lamps

System Type - DALI


Primary Lamp Type (F54T5HO)

Electronic DALI T5HO Fluorescent Controllable Lighting Systems

T5HO DALI

Professional Series


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA


Wiring Diagrams:Wiring: Push-in (wiretrap) connectionsUse 18 AWG solid copper wire only

Dimensions:

Units L ML W H

inches 18.05 17.70 1.18 1.18

mm 458.5 449.6 30.0 30.0

QTP1x54T5HO/UNV DALI

LAMP

GreenWhiteBlack

PurplePurple

DALIDIMMING BALLAST

1234

RedRedBlueBlue


GNL

LAMP 2

LAMP 1

QTP2x54T5HO/UNV DALI

DALIDIMMING BALLAST

123456


GreenWhiteBlack

PurplePurple


GNL

Width

Height

Mounting Length

Length

CF

DA

LI

98


Key System Features

System Information

• Digital Addressable Control• Individual control of fixtures• Up to 16 groups and scenes• 100-3% Dimming Range• Programmable fade rates• Universal voltage (120/277V)• Programmed rapid start• Anti-flash circuitry• End-Of-Lamp-Life Sensing• Wiretrap connectors• Control may be wired for Class 1

or Class 2 applications• UL, cUL, FCC• QUICK 60+® ballast and lamp

warranty

SYLVANIA QUICKTRONIC DALI is ideally suited for:• Energy management • Load shedding• Daylight harvesting• Occupancy sensors• Conference rooms• All size offices • Creative lighting designs

For optimal dimming performance,fluorescent lamps may requireseasoning up to 100 hours prior todimming to the lowest light levels.


18W T4 – DULUX D/E, T/E1-lamp QTP1x18CF/UNV DALI2-lamp QTP2x18CF/UNV DALI26W T4 – DULUX D/E, T/E1-lamp QTP1x26CF/UNV DALI2-lamp QTP2x26CF/UNV DALI32W T4 – DULUX D/E, T/E1-lamp QTP1x32CF/UNV DALI2-lamp QTP2x32CF/UNV DALI42W T4 – DULUX T/E1-lamp QTP1x42CF/UNV DALI2-lamp QTP2x42CF/UNV DALI40W TT5 – DULUX L1-lamp QTP1x40TT5/UNV DALI2-lamp QTP2x40TT5/UNV DALI

SYLVANIA QUICKTRONIC DALI Dimmingcombines digital control technology withfull-range continuous dimming toprovide a new level of lighting systemperformance. This allows for greaterflexibility and control of the lightingenvironment than can be achieved withtraditional 0-10VDC dimming systems.The communications protocol is “DALI”,an acronym for “Digital AddressableLighting Interface”. This is a worldwidestandard for digital lighting control thathas been accepted by all the leadinglighting suppliers.

SYSTEM CF-DALI controls DULUX® L, D/Eand T/E 4-pin Compact Lamps over awide range of light level settings, from100 - 3% (ballast factor 1.0 - .03). Controlwiring is simplified by two polarity-freeconnections that can be routed in thesame raceway as power wires.

SYSTEM CF-DALI is available in one andtwo lamp models that operate at 120V or277V input line voltage, eliminating“wrong voltage” wiring errors andreducing the number of models ininventory by half.

Setting the standard for quality, SYSTEMCF-DALI is also covered by our QUICK60+‚ warranty, the first and most compre-hensive system warranty in the industry.

Programmed rapid start ballasts provideoptimum starting conditions to provide upto 100,000 switching cycles for use onoccupancy sensor and building controlsystem applications. Individual address-ability allows the user to dim anyparticular fixture or groups of fixtures atone time. Simple controller programmingsteps allow for:


2. Flexibility in grouping fixtures; no needto re-wire fixtures when groups need tobe changed.

3. Systems are scalable and can beexpanded anytime user needs change,without the need for costly re-wiring.Additional fixtures are added togroupings simply by means of software.

QUICKTRONIC DALI systems can beintegrated with Building ManagementSystems (BMS) by installing gateways that translate between the DALI and BMS systems.

QUICKTRONIC® DALICF Dimming

www.sylvania.com

Electronic Compact Fluorescent Digital Dimming Systems

Professional Series

When used in conjunction with appro-priate controls, feedback can be obtainedon operating conditions, such asoperating hours, light-level or failedlamps. This lamp fault-reporting featurecan save significant cost by quicklyidentifying the location, especially inlarge facilities or in applications wherelamps are concealed by lenses.

$25.00$23.20

$12.00

2 Lamp Fixture

1 Lamp Fixture

$20.00

$15.00

$10.00

$5.00

$0.00

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%


$ SA

VIN

GS P

er Y

ear

$ SAVINGS PER YEAR* vs LIGHT LEVEL(FO32T8 Lamps, QUICKTRONIC DALI T8 Ballasts)

Specification of DALI compatiblegateways, controls and ballasts ensureflawless operation of the lighting system.

99

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAC

F DA

LI


Circuit Type: SeriesLamp Frequency: >40kHzLamp CCF: <1.7Starting Temp: 50°F (10°C) min.Voltage Range: ±10% of 120/277

rated voltageInput Frequency: 50/60 HzTHD: <10% @ full outputPower Factor: >95% @ full output

UL Listed Class P, IndoorcUL or CSA CertifiedTemp. Test Point (Tc) on ballast label:All CF models: 75°C max1 lamp DL model: 70°C max2 lamp DL model: 75°C max.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat. A Transient ProtectionNo Remote or Tandem Wiring

Performance Guide

Specifications

Electronic DALI CF/DL40 (40TT5) Fluorescent Controllable Lighting Systems


51370 QTP 1x18CF/UNV DALI 120/277 0.18/0.08 18W 1200 1 1.00 1200 20 60 5.00DD/E, T/E 0.03 35

51372 QTP 2x18CF/UNV DALI 120/277 0.33/0.14 18W 1200 2 1.00 2400 39/38 61/63 2.63DD/E, T/E 0.03 70

51375 QTP 1x26CF/UNV DALI 120/277 0.24/0.10 26W 1800 1 1.00 1800 28 64 3.57DD/E, T/E 0.03 55 8

51377 QTP 2x26CF/UNV DALI 120/277 0.49/0.22 26W 1800 2 1.00 3600 55/54 65/67 1.85DD/E, T/E 0.03 110 14

51380 QTP 1x32CF/UNV DALI 120/277 0.34/0.15 32W DT/E 2400 1 1.00 2400 38 63 2.630.03 70 10/11



51386 QTP 2x42CF/UNV DALI 120/277 0.82/0.36 42W DT/E 3200 2 1.00 6400 100/98 64/65 1.100.03 190 17/19

51390 QTP 1x40TT5/UNV DALI 120/277 0.41/0.17 40W DL 3150 1 1.00 3150 45/44 70/72 2.270.03 95

51392 QTP 2x40TT5/UNV DALI 120/277 0.83/0.37 40W DL 3150 2 1.00 6300 97/94 65/67 1.060.03 190

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Wattage (Note: calculation based on lowest input wattage).

Item Number 51377 QTP 2 x 26CF / UNV DALI


Number of Lamps

System Type - DALI



Control InformationQUICKTRONIC DALI ballasts arecompatible with DALI digitalcontrollers available from variousmanufacturers. For a list of DALIcontrol manufacturers, pleasecontact OSRAM SYLVANIA.


Control Specifications:Two wire non-polarized control. May be wired as a Class 1 or Class 2circuit, consult Local and NationalElectrical Codes.

Data shown based upon SYLVANIADULUX® lamps shown. QUICK-TRONIC® DALI ballasts are alsocompatible with other lampmanufacturers equivalent lamptypes that meet ANSI specifications.

DALI CF/DL40 UNV

Professional Series



DL40 1-Lamp DALI

GreenWhiteBlack

PurplePurple

DALIDIMMING BALLAST

1234

RedRedBlueBlue


GNL

LAMP

DL40 2-Lamp DALI

DALIDIMMING BALLAST

123456


GreenWhiteBlack

PurplePurple


GNL

LAMP

LAMP

Packaging: Quantity: 25 pieces/caseWeight: 1.2 lbs each (approx.)

DL Dimensions, Packaging & Wiring: Units L ML W Hinches 18.05 17.70 1.18 1.18mm 458.5 449.6 30.0 30.0

Packaging: Quantity: 10 pieces/caseWeight: 1.1 lbs each (approx.)

CF Dimensions, Packaging & Wiring: Units L ML W Hinches 4.95 4.57 2.93 1.35mm 125.7 116.1 74.4 34.3

Metal Case 1 Lamp

BALLAST

WhiteGreen

Blue

RedRR

BluBlu

GWL

AMP

Blue

RedYY

Black

PurplePurple

B

PurplePurple

Metal Case 2 Lamp

BALLAST

RR

BluBlu

GWY

Y

LAMP

LAMP

Red

Red

BlueBlue

Yellow

GreenWhiteBlackB

Yellow

DA

LI C

ON

TRO

LS &

WIR

ING

Wallbox Style Control Wiring Example

QUICKTRONIC® DALI DIGITAL DIMMING

www.sylvania.com

DALI Control with DALI Ballasts

100

WARNING:

Install and wire these ballast and controls in accordance with the NationalElectrical Code (NEC), all applicable Federal, State and local electrical codes, aswell as the specific instructions provided with the compatible control that youpurchased. Installation should be performed by qualified personnel only.

These instructions are guidelines only. Installation may vary for differentcontrols/fixtures/applications. Be sure to follow the control instructions and allapplicable codes and standards when installing dimming systems.

Please contact controls manufacturer listed in the OSRAM SYLVANIA Inc.controls cross reference for compatible controls and instruction wiring.

To FluorescentLamps

PurpleDIMMINGBALLAST

DALI

BlackWhite

DALI Control with DALI Ballasts

DALIControl

Purple

Neutral (White)


LIN

E

Pur

ple Pur

ple


To FluorescentLamps

PurpleDIMMINGBALLAST

DALI

BlackWhite

Purple


On/Off

DALIWall Box

DALIWall BoxControl

Network - Localized Control

Power 3

Control Wires 2

Sensor

SceneControl

On/OffSwitch

DALI Ballasts

Addressableup to 16

lighting-groups

Max. 1000 ft.Max. 64 devices

DALI Loop Power Supply


101

DA

LI CO

NTR

OLS

& W

IRIN

G

Controls Guide

Siemens Energy & Automation800-427-2256www.sea.siemens.com

Hunt Dimming970-484-9048www.huntdimming.com

Lehigh Electronic Products610-395-3386www.lehighdim.com

Leviton Lighting Controls800-824-3005www.leviton.com

Lightolier Controls800-526-2731www.lolcontrols.com

Starfield Controls303-427-1661www.starfieldcontrols.com

The Watt Stopper, Inc800-879-8585www.wattstopper.com

Please contact controls manufac-turers to order/specify controls.For the latest controls list go towww.sylvania.com

Also for more information, check out the LCA (LightingControls Association) site:www.aboutlightingcontrols.org

Reference

DALI Control Wiring Examples

DALI CONTROL

Manufacturers


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Network - Localized + LAN control

Ethernet

Power 3

Control Wires 2

Sensor

Occupant PCOccupant PC

Bldg System Operator

SceneControl

On/OffSwitch

DALI Ballasts

Addressableup to 16

lighting-groups

Max. 1000 ft.Max. 64 devices

ROUTER /Loop Supply

EthernetHub

Network - Localized + Building Management System Control

EIB, BACnet, or LON

Power 3

Control Wires 2

DALI BallastsMax. 64

Addressableup to 16

lighting-groups

Max. 1000 ft.

BldgSystemOperator

GATEWAY

DALI

RemoteOperator

BrightnessControlSensorMotion

SensorOn/Off

DimmingSwitch

Control Specifications/model numbers may change. Please consult manufacturers listedfor their latest DALI control models and to order their controls.

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Starting Method: Rapid StartCircuit Type: SeriesStarting Temp:4 -20°F (-29°C) forF96T12HO; 60°F (16°C) for SUPER-SAVER F96T12HOLamp CCF: Less than 1.7Lamp Frequency: >20kHzLow THD: <20%Voltage Range: ±10% of Rated InputInput Frequency: 60 Hz Power Factor: >98%

UL Listed Class P, Type 1 OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerANSI C62.41 Cat A. Transient ProtectionRemote Mounting (Max. wire lengthfrom ballast case to lampholder): up to 10 feetClass B Sound Rating3 Data based on F96T12HO lamps. See

the SYLVANIA QUICKTRONIC ElectronicBallast Technology and SpecificationGuide (ECS-ELECTRONIC) for othersystem combinations.

4 Operation below 50ºF (10°C) may affectlight output or lamp operation – see “Low Temp. Starting” definition.

Performance Guide

Specifications3

Electronic T12 Fluorescent Ballast QUICKTRONIC® 96HO

Input Input Rated2 Ballast Input SystemItem Voltage Current Lamp1 Lumens No. of Factor System Wattage EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (W) (lm/W)

49883* QT 2x96/120 HO 120 F96HOSS 8000 2 0.89 14240 170 841.74 F96HO 9050 2 0.89 16110 205 791.62 F84T12HO 7550 2 0.90 13590 190 721.45 F72T12HO 6250 2 0.92 11500 170 681.30 F60T12HO 5200 2 0.96 9984 150 671.11 F48T12HO 4050 2 0.98 7938 125 64

49884* QT 2x96/277 HO 277 F96HOSS 8000 2 0.85 13600 170 800.76 F96HO 9050 2 0.85 15385 205 750.70 F84T12HO 7550 2 0.90 13590 190 720.63 F72T12HO 6250 2 0.92 11500 170 680.57 F60T12HO 5200 2 0.96 9984 150 670.48 F48T12HO 4050 2 0.98 7938 125 64

1: Also compatible with other manufacturer’s equivalent lamp types that meet ANSI standards. 2: 96HO rated lamp lumens and performance data based on F96T12CW/HO/SS and F96T12/D41/HO series lamps.*Primary lamp types F96T12/HO, F96T12/HO/SS. Also operates F84T12/HO, F72T12/HO, F60T12/HO, F48T12/HO.

Item Number 49883 QT 2 x 96 / 120 HO

QUICKTRONIC

Number of Lamps

System Type

Line Voltage

Primary Lamp Type

System Life / WarrantyQUICKTRONIC products are coveredby our QUICK 60+® warranty, acomprehensive warranty. Foradditional details, refer to ourQUICK 60+ warranty bulletin.


96 T12HO


Length

MountingLength

Height

Width


Packaging: Quantity: 10 piecesWeight: 4.5 lbs ea. (approx.)



BlueBlueRedRed

BALLAST

LAMP

LAMP

QT 2x96 HO

T12

SY

STE

MS

102


Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Starting Method:RS and RSN - Rapid Start; IS - Instant Start

Circuit Type: RS - Parallel;IS - Parallel;RSN - Series

Starting Temp: RS: 0°F (-18°C);IS: 50°F(10°C); RSN: 50°F (10°C);

SUPERSAVER® Lamps: 60°F(16°C)Input Frequency: 60 HzTHD: QTP40T12: <10%; QTP2x96: 120V <10%; 277V <20%QTP3x40T12: <20%Power Factor: 2 L RS >97% 2L 96 IS >97% (>95 SS)1L 96 >90% (>88 SS)1L 48 & 72T12 >83 (76% SS) Input Voltage: ±10% of Rated InputLamp Crest Factor: <1.8Lamp Frequency: >20kHz

UL Listed Class P, Type 1 OutdoorCSA or CUL Certified70°C Max. Case Temp.FCC 47CFR Part 18 Non-ConsumerClass A Sound RatingANSI C62.41 Cat A. Transient Protection

Performance Guide

SpecificationsData based on F40T12 for RS, F96T12 for IS

Electronic T12 Fluorescent Ballast QUICKTRONIC® 40T12RS & 96T12IS

Input Input Rated Ballast Input SystemItem OSRAM SYLVANIA Voltage Current Lamp1 Lumens No. of Factor System Power EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (W) (Im/W)

50314 ❂ QTP2x40T12/UNV/RS/SC 120-277 0.62/0.27 F40T12/D30/ECO 3200 2 0.88 5632 74 76

120-277 0.40/0.18 F40T12/D30/ECO 3200 1 1.10 3520 47 75

120-277 0.53/0.23 F34/D830/SS 2900 2 0.85 4930 63 78

120-277 0.34/0.15 F34/D830/SS 2900 1 1.10 3190 40 80

50318 ❂ QTP2x96/T12/UNV/IS 120-277 1.12/0.50 F96T12/D41/ECO 6420 2 0.86 11040 134/130 82/85

120-277 0.91/0.40 F96T12/CW/SS 5300 2 0.87 9220 108/106 85/87

120-277 0.88/0.40 F72T12/CW 3050 2 0.92 5610 105/103 53/55

120-277 0.62/0.28 F48T12/CW 2820 2 0.92 5190 73/71 71/73

120-277 0.52/0.24 F48T12/SS/CW 2450 2 0.92 4510 62/61 73/74

120-277 0.69/0.31 F96T12/CW 6420 1 1.01 6485 82/81 78/79

120-277 0.56/0.27 F96T12/CW/SS 5300 1 1.10 5830 67/66 87/88

120-277 0.55/0.26 F72T12/CW 3050 1 1.07 3265 65/64 50/51

120-277 0.40/0.20 F48T12/CW 2820 1 1.07 3015 47/46 64/66

120-277 0.33/0.18 F48T12/SS/CW 2450 1 1.06 2595 39/38 67/68

40T12 Dedicated Voltage Systems

50688 QTP 3x40T12/120 RSN 120 0.91 F40T12/D41/ECO 3200 3 0.87 8350 107 78

50689 QTP 3x40T12/277 RSN 277 0.39 F40T12/D41/ECO 3200 3 0.87 8350 107 78

1: Also compatible with other manufacturer’s equivalent lamp types that meet ANSI standards ❂ New Product.The following item numbers will be discontinued 49881, 49882, 50684, 50685, 50686, 50687.

Item Number 50314 QTP 2 x 40T12 / UNV / RS SC


Number of Lamps (2)

Case Size

Starting Type / Ballast Factor



System Life / WarrantyQUICKTRONIC products are coveredby our QUICK 60+® warranty. Foradditional details, refer to ourQUICK 60+ warranty bulletin.


T12 UNV

Professional Series


Dimensions 1 & 2 Lamp EnclosureQTP 2x40T12 RS Overall: 9.5" L x 1.38" W x 1.18" HMounting: 8.9"Weight: 1.25 lbs ea. (approx.)

Dimensions 3 Lamp EnclosureQTP 3x40T12 RSN Overall: 9.5" L x 2.375" W x 1.5" HMounting: 8.91"Weight: 2.4 lbs ea. (approx.)

BALLAST

LAMP

WhiteBlackLine

YellowYellow

BlueBlue

RedRed

LAMP

BALLAST

WhiteBlackLine

Ground Ballast and mount lamps within 1/2" of grounded metal reflector

YellowYellow

BlueBlue

RedRed

LAMP

Cap off/Insulate unused leads for 600V.

LAMP

LAMP

BlueBlue

Red

BlackWhite

LAMP

BlueBlue

Red

BlackWhite

LineLine

BALLAST BALLAST

Cap off/Insulate unused leads for 1000V.

Ground Ballast and mount lamps within 1/2" of grounded metal reflector

QTP 2x40T12 RS

QTP 2x96T12 IS

QTP 3x40T12 RSN

Dimensions 1 & 2 Lamp EnclosureQTP 2x96T12 IS Overall: 11.75" L x 3.11" W x 1.78" HMounting: 11.14"Weight: 4.67 lbs ea. (approx.)

LINE

RedRed

Blue/WhiteBlue/White

White

LAMP

LAMP

LAMP

BALLAST

YellowYellowBlueBlue

Black

Ground Ballast and mount lamps with1⁄2" of grounded metal reflector

103


T12

SY

STE

MS

NEW!

See page 102 for dimensional drawing.

ICE

104


Key System Features

System Information• 100,000 Hour lamp life• Instant on / Instant restrike• Universal voltage• 100% Ballast factor or higher• High luminous efficacy• Quiet operation• High power factor• Low harmonic distortion• UL, CSA, FCC

SYLVANIA QUICKTRONIC ICEis ideally suited for:• Commercial• Retail• Sign lighting• Street lighting• Tunnel lighting


Lamp:ICE 70W 2PBallast:QT1x100ICE/UNV

Lamp:ICE 100W 2PICE 100W/R/2PBallast:QT1x100ICE/UNVQT1x150ICE/UNV

Lamp:ICE 150W 2PBallast:QT1x150ICE/UNV

SYSTEM ICE features:

• Operation from a line voltage of either120V or 277V

• A special wire/connector system requiredfor inductively coupled systems.

• Inductively coupled lamp design:• eliminates the use of filaments inside

the lamp, removing one of the lifelimiting factors of a fluorescent lamp

• reduces blackening• provides an average rated life of

100,000 hours with maximum energyefficiency

Lamp amalgam tip position will affect lightoutput at various temperatures.

A complete ICETRON system design guide(literature code FL022) is available to assistwith proper fixture design for thermalmanagement to achieve system perfor-mance and rated life.

QUICKTRONIC ICE is available in two caseconfigurations, UL Type 1 or Type 2 Outdoorrated. The Type 1 models are suitable forgeneral applications and the Type 2 modelsare ideal for harsh environments, such asdamp or wet locations.

Input Initial System System Type Wattage Lumens LPW

Metal Halide 70W 90 5200 58FBO31 2-lamp 57 4900 86ICE70W 79/77 6500 82/84

Metal Halide 100W 125 8500 68FBO31 3-lamp 84 7360 88ICE100 106/103 8000 75/77

Metal Halide 150W 180 12900 72ICE150 161/156 12000 74/76

QUICKTRONIC® ICEUniversal Voltage

www.sylvania.com

Electrodeless Fluorescent SystemsSYLVANIA QUICKTRONIC ICE offer severaladvantages:

1. Operate SYLVANIA ICETRON®

electrodeless fluorescent lamps withmaximum efficacy and full lumenoutput.

2. Longest life available from afluorescent system – 100,000 hour average rated life:

• greatly reducing maintenance costs• extending relamping cylces.

3. Extensive thermal performance: ratedfor operation in environments from –40ºC (-40ºF) up to 50ºC (122ºF).SYSTEM ICE is suitable for a variety ofapplications traditionally addressed byHID systems.

(Note: starting temp. -25°C (-13°F) for 70W lamp)

Setting the standard for quality, SYSTEMICE is also covered by our QUICK 60+®



105

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAICE

Starting Method: I.C.E.Circuit Type: I.C.E.Lamp Frequency: 200-300kHzStarting Temp: -40°F(-40°C)-13°F(-25°C) for 70W lampInput Frequency: 50/60 Hz Low THD: <15%Power Factor: >90%Voltage Range: ±10% of 120-277V


UL Listed Class P, Type 1 or Type 2,OutdoorCSA CertifiedTemp. Test Point (Tc) on ballast label:

70°C Max (150W)65ºC Max (100W)

FCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionRemote Mounting: contact OSRAM SYLVANIA

2 Data based on ICETRON lamp types.

Performance Guide

Specifications2

Electrodeless Fluorescent Systems Universal Voltage (120-277V)

Input Input Rated 1 Ballast Input SystemItem Voltage Current Lamp Lumens No. of Factor System Wattage EfficacyNumber Description* (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (W) (lm/W)

49753 QT 1x100 ICE/UNV-T120-277

0.88/0.37 ICE100 8,000 1 1.00 8,000 106/103 75/7749756 QT 1x100 ICE/UNV-W 0.66/0.29 ICE70 6,200 1 1.05 6,500 79/77 82/84

49772 QT 1x150 ICE/UNV-T120-277

1.34/0.58 ICE150 12,000 1 1.00 12,000 161/156 74/7649773 QT 1x150 ICE/UNV-W 1.28/0.54 ICE100 8,000 1 1.38 11,000 154/149 71/73

1: Rated lamp lumens and performance data based on SYLVANIA ICETRON lamps.

Use only with SYLVANIA ICETRON lamps (for additional lamp types contact OSRAM SYLVANIA).

Item Number Lamp Description Item Number Lamp Description Item Number Lamp Description26087 ICE 70/835/2P 26102 ICE100/835/2P 26152 ICE150/835/2P26088 ICE 70/841/2P 26103 ICE100/841/2P 26153 ICE150/841/2P26089 ICE 70/850/2P 26105 ICE100/850/2P 26155 ICE150/850/2P

26161 ICE100/841/R/2P/ECO (reflector) 26154 ICE150/BL/2P/ECO (black light)26106 ICE100/BL/2P/ECO (black light)

Item Number 49753 QT 1 x 100 ICE / UNV - T

QUICKTRONIC

Number of Lamps

Case Type (Topmount or Watertight)


System Type - ICETRON



*Models rated UL Type 1 (“T” suffix)are designed for general lightingapplications. Models rated UL Type 2(“W” suffix) provide protection fromwater intrusion and are suitable fordamp or wet locations.

ICETRON®


Type 1 Dimensions:Overall: 7.15" L x 3.96" W x 1.70" HMounting: 6.70" L x 1.90" W

Packaging: Quantity: 5Weight: 1.9 lbs ea. (approx.)

Type 2 Dimensions:Overall: 7.10" L x 4.30" W x 1.70" HMounting: 6.70" L x 1.90" W

Packaging: Quantity: 5Weight: 2.5 lbs ea. (approx.)

ICETRONTYPE 1

BALLAST

ICETRON

LAMP

24" Lamp Wiring Harness w/ Connector

BLK

WHT

Ground Ballast Case

ICETRONTYPE 2

BALLAST

ICETRON

LAMP 24" Lamp Wiring Harness w/ Connector

BLACK

WHITE

Ground Ballast Case

Type 1 Wiring: Connector (No leads provided)Input: Use solid copper wire only

18 AWG, strip length 3/8"Output: Use only output connector with

SYLVANIA ICETRON® 2P lamps listed above

Type 2 Wiring: Input: Integral lead wires, 600V, 18 AWG solid copper,

approx 24" length Output: Wire harness, approx 24" length with mating

connector to lamp wiring harness

6.30"(160mm)

3.96"(100mm)

Output Connector

Input Connector1.70"

(43mm)

1.90"(48.3mm)

6.70"(170mm)

7.15"(181mm)

7.1"(180mm)

1.7"(43mm)6.7"

(170mm)

6.2"(158mm)

3.9"(99mm)

1.9"(48mm)

Output Harness24" (609mm)

4.3"(109mm)

Input Harness24" (609mm)

Initial System Input System Efficacy

System Type Wattage Lumens LPW

Incandescent 60 870 14

CFL13W - Magnetic 17 780 46

QT1x11-13FM/120 (1x13W) 16 930 58

T2 F

M 1

20

V

106


Key System Features

System Information

• Dedicated voltage (120V)• 1-Lamp Operation:

6W & 8W: QT1x6-8FM/120 11W & 13W: QT1x11-13FM/120

• Normal ballast factor• High luminous efficacy• Virtually eliminates lamp flicker• Quiet operation• Only 22mm height profile and small

compact case size• Lightweight• UL Recognized, CSA, FCC• QUICK 60+ warranty• QUICKSENSE ballast technology

SYLVANIA QUICKTRONIC QT-FMis ideally suited for:• Commercial• Retail• Hospitality• Wall mount• Display case• Edge lighting• Cabinet• Sign lighting• Back-lit displays


6W T2 - FM1-lamp QT1x6-8FM/120

8W T2 - FM1-lamp QT1x6-8FM/120

11W T2 - FM1-lamp QT1x11-13FM/120

13W T2 - FM1-lamp QT1x11-13FM/120

The rapid starting feature providesoptimum starting conditions to reduce endblackening and long lamp life, withmaximum energy efficiency.

QUICKTRONIC FM 120V utilizes poke-inwire connectors for ease of installation.

QUICKSENSE® end-of-lamp-life sensingtechnology helps to protect againstoverheated bases and sockets, as well ascracking of the glass wall. QUICKSENSEballast technology uses dynamic end-of-lamp-life sensing to avoid false shutdownscaused by some static sensing methodsand will auto-reset when the end-of-lifelamps are replaced with new ones.

QUICKTRONIC FM comes with wire-trapconnectors for quick and easy installation.

QUICKTRONIC® FMDedicated Voltage (120V)

www.sylvania.com

Electronic T2 Fluorescent Subminiature Systems

SYLVANIA QUICKTRONIC FM 120Voperates SYLVANIA T2 fluorescentminiature lamps with maximum efficacyand full lumen output. SYSTEM FMprovides up to 70% energy savings whencompared with incandescent alternatives.

The small diameter of the lamp and smallcompact profile of the ballast create newdesign opportunities for luminaires andopen up a whole new set of applicationsfor fluorescent lighting.

Setting the standard for quality, SYSTEMFM is also covered by our QUICK 60+®


107

Catalog # Date Type

Project Prepared by

Comments


FM 1

20

V

Starting Method: Rapid StartLamp Frequency: >40 kHzLamp CCF: Less than 1.7Starting Temp: 5°F (-15°C) minimumInput Frequency: 60 HzTHD: <200%Normal Power Factor: >50%Voltage Range: ±10% Rated Input

UL Recognized Class P, Type 1,OutdoorCSA Certified70°C Max Case TemperatureFCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionEnd-of-Lamp-Life SensingRemote Mounting (Max. wire lengthfrom ballast case to lampholder): Red leads (position 1 & 2) up to 3 ft Blue leads (position 3 & 4) up to 1.5 ft

Performance Guide

Specifications

Electronic T2 Fluorescent Subminiature Systems Dedicated Voltage (120V)

Rated Ballast Input SystemItem Current Lamp Lumens No. of Factor System Mean Wattage EfficacyNumber Description (Amps) Type (lm) Lamps (BF) Lumens Lumens (W) (lm/W) BEF1

49735 QT1x6-8FM/120 0.11 FM6 330 1 1.00 330 295 8 41 12.500.14 FM8 540 1 1.00 540 485 10 54 10.00

49736 QT1x11-13FM/120 0.18 FM11 750 1 1.00 750 675 13 58 7.690.22 FM13 930 1 1.00 930 835 16 58 6.25

1: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power

Item Number 49735 QT 1 x 6-8 FM 120

QUICKTRONIC

Number of Lamps (1)

Line Voltage

Lamp Type

Primary Lamp Wattage (6W, 8W)

System Life / WarrantyQUICKTRONIC® products are coveredby our QUICK 60+® warranty, acomprehensive lamp and ballastsystem warranty. For additionaldetails, refer to our QUICK 60+warranty bulletin. Warranty Period: 2 years.

Data based upon SYLVANIA T2subminiature lamps shown.QUICKTRONIC® FM 120V ballastsare also compatible with otherlamp manufacturers equivalentlamp types that meet ANSIspecifications.

FM (120V)

Dedicated Voltage



Dimensions: Overall: 5.96"L x 0.87"W x 0.87"H

150mm L x 22mm W x 22mm HMounting: 5.51"

140mm

Wiring:Push-in connectors (no leads provided)Use 18AWG solid copper wire only

Packaging: Quantity: 50Weight: 0.11 lbs.

50g ea. (approx.)

BALLAST

LAMP

Blue

1

23

4

Red

Black

White

QUICKTRONIC FM (1 LAMP)QT 1x6-8 FM

QT 1x11-13 FM

h

al

b

eHID

DRAFT 2

QUICKTRONIC®

QHE MHHigh Efficiency Low Frequency

108

Features:• Lower your energy and maintenance costs by extending the

useful life of the lamp

• Improve system performance by increasing lumen maintenanceand maintaining constant lamp color over life

• Up to 25% energy savings compared to magnetically ballastedsystem

• Compliant with Energy Independence and Security Act of 2007

• Covered by the QUICK 60+® system warranty

Electronic HID Lamp & Ballast System

• Suitable for operating both quartz and ceramic lamps

• Low frequency operation virtually eliminates acoustic resonance issues


• Ideal for industrial High Bay & Big Box Retail

• Single-piece ballast replaces the core &coil, capacitor, ignitor and mountingbrackets of conventional magneticsystems

• 200, 250, 320, 350 and 400 Watt

High Efficiency Electronic Metal Halide Ballasts!

www.sylvania.com

eHID

QUICKTRONIC® MH High EfficiencyLow Frequency

Electronic HID Lamp &Ballast System

• Universal voltage (120-277V)1 & 2-lamp models

• Two lightweight mountingstyles allow for easyassembly in any luminaireapplication

• Single-piece ballast replacesthe core & coil, capacitor,ignitor and mountingbrackets of conventionalmagnetic systems

• Complete line of highlyefficient metal halide ballastsranging from 20 to 400 Watts

• Ideal for retail, hospitalityand landscape lighting applications

Features:

• Superior power regulationdesign produces consistentlybrilliant light output and colorthroughout the life of thelamp.* This circuitry alsoprovides constant light outputduring periods of fluctuatingsupply voltage

• Our electronically controlledsystem delivers severaladvantages over conventionalcomponents, includingimproved lumen maintenanceand extended photometric life

• Covered by the QUICK 60+®

system warranty

*compared to magnetic systems


eHID

110


Key System Features

System Information

• Constant power regulation• Universal input voltage• High power factor• Low harmonic distortion• Small size and lightweight• 80ºC case temperature• UL, FCC• QUICK 60+® warranty

SYLVANIA QUICKTRONIC MHis ideally suited for:• Track lighting• Downlighting• Landscape lighting• Retail• Hospitality• Institutional• Commercial


QTP 1x20MH/UNVQTP 2x20MH/UNVQTP 1x20MH/SQ UNVQT 1x20MH/SLIM 120V

M156*; C156

QTP 1x39MH/UNVQTP 2x39MH/UNVQTP 1x39MH/SQ UNVQT 1x39MH/SLIM 120V

M130*; C130

QTP 1x50MH/SQ UNVM110

QTP 1x70MH/UNVQTP 1x70MH/SQ UNVQT 1x70MH/SLIM 120V

M139*/M98: C139/C98

QTP 1x100MH/UNVM90/M140*; C90

QT 1x150MH/UNVM102/M142*; C102/C142

*earlier reference obsolete

SYLVANIA QUICKTRONIC MH ballasts andSYLVANIA METALARC® POWERBALL®

CERAMIC lamps are perfectly matched toprovide optimal system performance.

Our electronically controlled systemdelivers several advantages over conven-tional components, including improvedlumen maintenance and extended photo-metric life.

The superior power regulation designproduces consistently brilliant light outputand color throughout the life of the lamp.This circuitry also provides constant lightoutput during periods of fluctuating supplyvoltage.

Sensing technology shuts down lamppower when an inoperative or malfunc-tioning lamp is present.

QUICKTRONIC® MHElectronic Metal Halide Systems

www.sylvania.com

Professional Series

Enclosure Styles

F = Feet Mount for track light fixtures (All leads exit side of ballast, as shown on next page.)

J = J-Box Mount with PEM studs for recessed downlight fixtures(All leads exit middle/bottom of ballast, as shown on next page.)

SYLVANIA QUICKTRONIC MH HID ballastsfeature a state of the art electronic designto deliver performance levels unattainablewith standard magnetic lighting systems.

Small and efficient, QUICKTRONIC MHoperates silently and provides energysavings up to 15% compared to magneticballasts.

New smaller sizes allow for more flexiblefixture designs and applications whilemaintaining the features and systemadvantages of the standard size ballast.The Mini Slim and Mini Square are 50%smaller than the standard sized can.Installation is simplified by our single-piece ballasts that incorporate the ballast,capacitor, ignitor and mounting bracketsof conventional systems. Two lightweightmounting styles allow for easy assemblyin any fixture application.

Setting the standard for quality, QUICK-TRONIC MH is also covered by our QUICK60+® warranty, the first and most compre-hensive system warranty in the industry.

111

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAeH

ID

Voltage Range: ±10% of 120-277Vrated line (108-305V)

Input Frequency: 50/60 HzPower Factor: >98%Low THD: <10%Starting Temp: -22°F/-30°C min.Lamp Frequency: 165Hz Square Wave

UL Listed, Type 1, OutdoorSuitable for recessed use80°C Max. Case Temperature,Thermally ProtectedFCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionRemote Mounting capability3

Lamp current crest factor: <1.2

3 Remote Mounting (Max. wire length fromballast case to lampholder): Typically 6 ftbut varies by application, remotecapability up to 15 ft. Contact OSRAMSYLVANIA for details.

Performance Guide

Specifications

Electronic Metal Halide Systems Universal Voltage (120-277V)

Input Input Rated Ballast Input SystemItem OSRAM SYLVANIA Voltage Current Lamp Lumens No. of Factor System Wattage EfficacyNumber Description (VAC) (AMPS) Type 1 (lm) Lamps (BF) Lumens (W) (lm/W)

51908 QTP1x20MH/UNV-F 120-277 0.21/0.085 20W T4.5 1700 1 1.0 1700 23 7451909 QTP1x20MH/UNV-J

51968 QTP2X20MH UNV F 120-277 0.38/0.16 20W T4.5 1700 2 1.0 3400 46 7451969 QTP2X20MH UNV J

51910 QTP1x39MH/UNV-F 120-277 0.39/0.17 39W T6 3400 1 1.0 3400 44 7751911 QTP1x39MH/UNV-J

51970 QTP2X39MH UNV F 120-277 0.75/0.33 39W T6 3400 2 1.0 6800 89 7651971 QTP2X39MH UNV J

51912 QTP1x70MH/UNV-F 120-277 0.67/0.29 70W T6 7000 1 1.0 7000 79 8951913 QTP1x70MH/UNV-J

51914 QTP1x100MH/UNV-F 120-277 0.96/0.41 100W E17 9000 1 1.0 9000 110 8251915 QTP1x100MH/UNV-J

1: Data based on ceramic lamp types except where noted.

Use minimum 4kV pulse rated lampholder.

Use minimum 4kV pulse rated or ULstyle 3561 wire for lamp connections.

Red lead must be connected to centerterminal of lamp. Do not connect anylamp lead to neutral or ground.

Installation Notes

Item Number 51910 QTP 1 x 39 MH / UNV F


Number of Lamps (1)

Case Type (Mounting Style)


Metal Halide



Max. Case Temp. Warranty Period<75°C 5 years<80°C 3 years

Ballast shall be a metal halideSYLVANIA QUICKTRONIC MHelectronic ballast with universalinput voltage.

MH QUICKTRONIC®

Professional Series



F Mount

J Mount

5.0"(128mm)

1.4"(35.6mm)

4.6"(117.2mm)

7.0"(177.8mm)

3.4"(87.3mm)

2.85"(72.4mm)

7.0"(177.8mm)

2.0"(50.8mm)

4.6"(117.2mm)

1.4"(35.6mm)

3.4"(87.3mm)

Packaging:Quantity: 10 pieces per cartonWeight: 6 lbs. per carton(0.6 lbs each)

Blue

Red

Black

Green

White

BALLAST

Black

Red

BlueBlue/White

Red/White

Green

White

BALLAST




Installation Notes

eHID

112

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATA

Input Voltage Range: ±10% of ratedinput

Input Frequency: 50/60 HzPower Factor: >98%Low THD: QTP: <10%

QT: <20%Starting Temp: -22°F/-30°C min.Lamp Frequency: 165-170Hz Square

Wave

UL Listed, Type 1, OutdoorSuitable for recessed use20&39W: 85°C Max. Case Temp.70W: 90°C Max. Case Temp.Thermally ProtectedFCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionRemote Mounting capability3

Lamp current crest factor: <1.2All Slim ballasts have a plastic can.All others are metal.


Performance Guide

Specifications

Electronic Metal Halide Systems Mini Sized

Input Input Rated Ballast Input SystemItem OSRAM SYLVANIA Voltage Current Lamp Lumens No. of Factor System Wattage EfficacyNumber Description (VAC) (AMPS) Type 1 (lm) Lamps (BF) Lumens (W) (lm/W)

51958 ✰ QT1x20MH 120V SLIM 120 0.20 20W T4.5 1700 1 1.0 1700 23 74

51959 ✰ QTP1x20MH UNV SQ F 120-277 0.19/0.09 20W T4.5 1700 1 1.0 1700 23 74Formerly: QT1x20MH UNV SQ

51956 ❂✰ QTP1x20MH UNV SQ J 120-277 0.19/0.09 20W T4.5 1700 1 1.0 1700 23 74

51960 ✰ QT1x39MH 120V SLIM 120 0.38 39W T6 3400 1 1.0 3400 44 77

51961 ✰ QTP1x39MH UNV SQ F 120-277 0.38/0.17 39W T6 3400 1 1.0 3400 44 77Formerly: QT1x39MH UNV SQ

51957 ❂✰ QTP1x39MH UNV SQ J 120-277 0.38/0.17 39W T6 3400 1 1.0 3400 44 77

51966 ❂✰ QTP1x50MH UNV SQ F 120-277 0.48/0.21 50W E17 4100 1 1.0 4100 56 73

51967 ❂✰ QTP1x50MH UNV SQ J 120-277 0.48/0.21 50W E17 4100 1 1.0 4100 56 73

51962 ✰ QT1x70MH 120V SLIM 120 0.64 70W T6 7000 1 1.0 7000 79 89

51963 ✰ QTP1x70MH UNV SQ F 120-277 0.66/0.29 70W T6 7000 1 1.0 7000 79 89Formerly: QT1x70MH 120V SQ

51964 ❂✰ QTP1X70MH UNV SQ J 120-277 0.65/0.27 70W T6 7000 1 1.0 7000 79 89

1: Data based on ceramic lamp types except where noted. ❂ New Product. Contact OSRAM SYLVANIA for product availability.✰ Preliminary Data. Check with OSRAM SYLVANIA for detailed specifications.

Item Number 51961 QTP 1 x 39 MH / UNV SQ F


Number of Lamps (1)



Case Type


Metal Halide


Max. Case Temp. Warranty Period70W: <90°C 3 years

<80°C 5 years20, 39 & 50W: <85°C 3 years

<75°C 5 years

Ballast shall be a metal halide SYLVANIAQUICKTRONIC MH electronic ballast.

MH QUICKTRONIC®

Professional Series


Packaging:Quantity: 40 pieces per cartonWeight: 36 lbs. per carton(0.9 lbs each)


75.3mm3.0"

37.6mm1.5"

39.3mm1.54"

50.8mm2.0"90.0mm

3.5"

178mm7.0"

127.8mm5.0"

120.0mm4.7"

132.0mm5.2"

MOUNT LOC

140.0mm5.5"

30.0mm1.2"

254mm10.0"

254mm10.0"

44.2mm1.7"

75.3mm3.0"

90.0mm3.5"

30.3mm1.2"

254.1mm10.0"

86.0mm3.4"

Mount

65.0mm2.6"

Mount

4.0mm0.2"(2)PL

Wiring Diagrams

BALLASTBlue

Red

Black

Green

White

F Case

J Case

Slim Case

NEW!




Installation Notes

113

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAeH

ID

Input Voltage: 108-305VInput Frequency: 50/60 HzPower Factor: >98%Low THD: <15%Starting Temp: -22°F/-30°C min.Lamp Frequency: 170Hz Square Wave

UL Listed, Type 1, OutdoorSuitable for recessed use75°C Max. Case Temperature,Thermally ProtectedFCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionRemote Mounting capability3

Lamp current crest factor: <1.4


Performance Guide

Specifications

Electronic Metal Halide Systems Universal Voltage (120-277V)

Input Input Rated Ballast Input SystemItem OSRAM SYLVANIA Voltage Current Lamp Lumens No. of Factor System Wattage EfficacyNumber Description (VAC) (AMPS) Type1 (lm) Lamps (BF) Lumens (W) (lm/W)

51930 QT1x150MH/UNV F 120-277 1.40/0.60 150W T7.5 15500 1 1.0 15500 167 93

51931 QT1x150MH/UNV J 120-277 1.40/0.60 150W T7.5 15500 1 1.0 15500 167 93

1: Data based on ceramic lamp types except where noted.

Item Number 51930 QT 1 x 150 MH / UNV F

QUICKTRONIC

Number of Lamps (1)



Metal Halide




Ballast shall be a metal halideSYLVANIA QUICKTRONIC MH electronicballast with universal input voltage.

MH QUICKTRONIC®

Professional Series



Packaging:Quantity: 20 pieces per cartonWeight: 45.5 lbs. per carton(2.275 lbs each)

Wiring Diagrams

BALLASTBlue

Red

Black

Green

White

(2.0")5.08mm

(2.2")5.49mm

(2.6")6.60mm

(7.5")19.05mm

(7.0")17.78mm

(2.2")5.49mm

(7.5")19.05mm

(2.6")6.60mm

(7.0")17.78mm

(2.0")5.03mm

(7.8")19.81mmMounting

(0.2")0.51mmMounting

F Case

J Case

QH

E M

H 2

08

-27

7V

114


Key System Features

System Information

• Constant power regulation• High power factor• Low harmonic distortion• Compact size and lightweight• 90ºC case temperature• UL, FCC• QUICK 60+® warranty• 120V auxillary circuit• Low frequency square wave• Suitable for both quartz and ceramic

lamps• Compliant with Energy Independence

and Security Act of 2007

SYLVANIA QUICKTRONIC High Efficiency MH is ideally suited for:• High bay• Low bay• Institutional• Commercial• Big box retail


QHE1x200MH 208-277VM136*

QHE1x250MH 208-277VM153*

QHE1x320MH 208-277VM154*

QHE1x350MH 208-277VM131*

QHE1x400MH 208-277VM155*

*or ceramic equivalent “C”

SYLVANIA QUICKTRONIC High EfficiencyMH HID ballasts feature a state of the artelectronic design to deliver performancelevels unattainable with standardmagnetic lighting systems.

SYLVANIA QUICKTRONIC High Efficiencyoperates METALARC® and METALARCPOWERBALL® CERAMIC lamps withmaximum efficacy and high lumen output,and provides up to 25% energy savingswhen compared to magnetic ballasts.

Installation is simplified by our single-piece ballasts that incorporate the ballast,capacitor, ignitor and mounting bracketsof conventional systems.

Setting the standard for quality, QUICK-TRONIC MH is also covered by our QUICK60+® warranty, the first and most compre-hensive system warranty in the industry.

OSRAM SYLVANIA’s QUICKTRONIC HighEfficiency ballasts utilize a low frequencysquare wave lamp operation to avoid

acoustic resonance issues. High frequencywaveforms have been known to createmechanical vibrations within the lampstructure resulting in an audible noise oracoustic resonance. Acoustic resonanceissues may cause visual flickering, lampcycling, shortened lamp life, and in extreme

cases may result in non-passive failure.This low frequency square wave approachis robust with respect to acoustic stabilitiesand is immune to variations in lampgeometry, fill chemistry and mercury dose.This design is suitable for use with bothquartz and ceramic lamps.

SYLVANIA QUICKTRONIC QHE MH ballastsand SYLVANIA METALARC® POWERBALL®

CERAMIC lamps are perfectly matched toprovide optimal system performance.

Our electronically controlled systemdelivers several advantages over conven-tional components, including improvedlumen maintenance and extended photo-metric life.

The superior power regulation designproduces consistently brilliant light outputand color throughout the life of the lamp.This circuitry also provides constant lightoutput during periods of fluctuatingsupply voltage.

Sensing technology shuts down lamppower when an inoperative or malfunc-tioning lamp is present.

QUICKTRONIC® ElectronicMetal Halide Systems

www.sylvania.com

Electronic Metal Halide SystemsNormal Ballast Factor


Installation Notes

• If connecting the ballast input to 208V line with two “hot”leads, be sure to wire per NEC code: Re-Mark (re-identify) theballast white neutral wire to another color (i.e. black). Be sureto simultaneously disconnect all ungrounded line conductorsper NEC codes (i.e. switch both hot legs).

208V 277V

Line(Black)

LineInput

Line(Black)

Line(Black)

Neutral(White)

Installation Notes

Use minimum 4kV pulse rated lampholder.Use minimum 4kV pulse rated or ULstyle 3561 wire for lamp connections.Red lead must be connected to centerterminal of lamp. Do not connect anylamp lead to neutral or ground.


115

Catalog # Date Type

Project Prepared by

Comments

SPECIFICATION DATAQ

HE

MH

20

8-2

77

V

Performance Guide

Specifications3

Electronic Metal Halide Systems

Input Input Rated Ballast Input2 SystemItem OSRAM SYLVANIA Voltage Current Lamp Lumens No. of Factor System Wattage EfficacyNumber Description (VAC) (AMPS) Type (lm) Lamps (BF) Lumens (W) (lm/W)

51980 ❂ ✰ QHE1x200MH 208-277V 208-277 1.06/0.79 200W E39 19,000 1 1.0 19,000 215/214 88/89

51981 ❂ ✰ QHE1x250MH 208-277V 208-277 1.32/0.99 250W EX391 24,000 1 1.0 24,000 267/266 90

51982 QHE1x320MH 208-277V 208-277 1.71/1.29 320W EX391 37,500 1 1.0 37,500 343/341 109/110

51983 QHE1x350MH 208-277V 208-277 1.87/1.40 350W EX39 33,000 1 1.0 33,000 374/372 88/89

51984 ❂ ✰ QHE1x400MH 208-277V 208-277 2.12/1.58 400W E39 42,000 1 1.0 42,000 428/426 98/99

❂ New Product. Contact OSRAM SYLVANIA for product availability.✰ Preliminary Data. Check with OSRAM SYLVANIA for detailed specifications.1: Data based on ceramic lamp types.2: Input wattage shown @ 208V/277V

Item Number 51980 QHE 1 x 200 MH 208-277V


Number of Lamps (1)

Line Voltage

Metal Halide


System Life / WarrantyQUICKTRONIC products are coveredby our QUICK 60+ warranty, acomprehensive lamp and ballastsystem warranty. For additionaldetails, refer to our QUICK 60+warranty bulletin.


Ballast shall be a metal halideSYLVANIA QUICKTRONIC MHelectronic ballast.

MH QUICKTRONIC®

High Efficiency


Input Voltage: 208-277VInput Frequency: 50/60 HzLamp Frequency: 160Hz Square WavePower Factor: >98%Low THD: <10%Starting Temp: -22°F/-30°C min.

UL Listed, Type 1, Outdoor90°C Max. Case Temperature,Thermally ProtectedFCC 47CFR Part 18 Non-ConsumerSound Rated AANSI C62.41 Cat. A Transient ProtectionRemote mounting capability3

Lamp current crest factor < 1.2

3 Remote Mounting (Max. wire length from ballast case to lampholder): Typically 6 ft but varies by application,remote capability up to 15 ft. ContactOSRAM SYLVANIA for details.

F = Feet Mount for track light fixtures

mm

mm

mm

mm

mm

mm

49.5mm HEIGHT

Wiring:Lead Wires: Min. 6.0"

Packaging: Quantity:Weight: 3.5 lbs

FSTYLE

Yellow

Yellow

Black

Blue

Red HID LAMP

Quartz Re-Strike Lamp

INPUT

Quartz Re-Strike Lamp Requirements120V ONLY; 200W MAX.

GreenWhite

If not used, then cap off/insulate unused leads individually.

NEW!

4-Foot Lamps(2 lamps per system)

4-Foot Lamps(4 lamps per system)

MeanInitial Mean1 Relative Input* % Annual

Lamp Ballast System System Light (System) System System EnergyBallast Type Lamps Lumens Factor Lumens Lumens Output Watts Power LPW Cost

STD MAGNETIC F40T12CW 3050 0.95 5,795 4,984 100% 96 100% 60 $38.40F34T12CW 2650 0.88 4,664 4,011 80% 82 85% 57 $32.80

ES MAGNETIC F40T12CW 3050 0.95 5,795 4,984 100% 86 90% 67 $34.40F34T12CW 2650 0.88 4,664 4,011 80% 72 75% 65 $28.80

ES MAGNETIC F40T12D41 3200 0.95 6,080 5,472 110% 86 90% 71 $34.40F34T12D41 2800 0.88 4,928 4,435 89% 72 75% 68 $28.80

ES MAGNETIC FO32T8/700 2800 0.95 5,320 4,788 96% 74 77% 72 $29.60

QTP2x32T8/UNV ISN-SC FO32T8/800XP 3000 0.88 5,280 5,016 101% 59 61% 89 $23.60FO30T8SS/XP 2850 0.88 5,016 4,765 96% 55 57% 91 $22.00FO28T8SS/XP 2725 0.88 4,796 4,556 91% 52 54% 92 $20.80

QTP2x32T8/UNV PSX-TC FO32T8/XPS 3100 0.71 4,400 4,150 83% 47 49% 94 $18.80FO30T8SS/XP 2850 0.71 4,047 3,845 77% 44 46% 92 $17.60FO28T8SS/XP 2725 0.71 3,870 3,676 74% 41 43% 94 $16.40

QTP2x32T8/UNV PSN-TC FO32T8/800XP 3000 0.88 5,280 5,016 101% 60 63% 88 $24.00FO30T8SS/XP 2850 0.88 5,016 4,765 96% 56 58% 90 $22.40FO28T8SS/XP 2725 0.88 4,796 4,556 91% 53 55% 90 $21.20

QHE 2X32T8/UNV ISN-SC FO32T8/800XP 3000 0.88 5,280 5,016 101% 55 57% 96 $22.00FO30T8SS/XP 2850 0.88 5,016 4,765 96% 52 54% 96 $20.80FO28T8SS/XP 2725 0.88 4,796 4,556 91% 48 50% 100 $19.20

QHE 2X32T8/UNV ISL-SC FO32T8/800XP 3000 0.78 4,680 4,446 89% 48 50% 98 $19.20FO30T8SS/XP 2850 0.78 4,446 4,224 85% 45 47% 99 $18.00FO28T8SS/XP 2725 0.78 4,251 4,038 81% 42 44% 101 $16.80

STD MAGNETIC(2) F40T12CW 3050 0.95 11,590 9,967 100% 192 100% 60 $76.80F34T12CW 2650 0.88 9,328 8,022 80% 164 85% 57 $65.60

ES MAGNETIC(2) F40T12CW 3050 0.95 11,590 9,967 100% 172 90% 67 $68.80F34T12CW 2650 0.88 9,328 8,022 80% 144 75% 65 $57.60

ES MAGNETIC(2) F40T12D41 3200 0.95 12,160 10,944 110% 172 90% 71 $68.80F34T12D41 2800 0.88 9,856 8,870 89% 144 75% 68 $57.60

ES MAGNETIC (2) FO32T8/700 2800 0.95 10,640 9,576 96% 148 77% 72 $59.20

QT4x32T8 ISN-SC FO32T8/800XP 3000 0.89 10,680 10,146 102% 114 59% 94 $45.60FO30T8SS/XP 2850 0.89 10,146 9,639 97% 107 56% 95 $42.80FO28T8SS/XP 2725 0.89 9,701 9,216 92% 100 52% 97 $40.00

QTP4x32T8/UNV ISN-SC FO32T8/800XP 3000 0.88 10,560 10,032 101% 112 58% 94 $44.80FO30T8SS/XP 2850 0.88 10,032 9,530 96% 105 55% 96 $42.00FO28T8SS/XP 2725 0.88 9,592 9,112 91% 98 51% 98 $39.20

QTP4x32T8/UNV PSX-SC FO32T8/841XPS 3100 0.71 8,804 8,364 84% 93 48% 95 $37.20FO30T8SS/XP 2850 0.71 8,094 7,689 77% 88 46% 92 $35.20FO28T8SS/XP 2725 0.71 7,739 7,352 74% 82 43% 94 $32.80

QTP4x32T8/UNV PSN-SC FO32T8/800XP 3000 0.88 10,560 10,032 101% 118 61% 89 $47.20FO30T8SS/XP 2850 0.88 10,032 9,530 96% 111 58% 90 $44.40FO28T8SS/XP 2725 0.88 9,592 9,112 91% 104 54% 92 $41.60

QHE4X32T8/UNV ISH FO32T8/800XP 3000 1.15 13,800 13,110 132% 144 75% 96 $57.60FO30T8SS/XP 2850 1.15 13,110 12,455 125% 135 70% 97 $54.00FO28T8SS/XP 2725 1.15 12,535 11,908 119% 127 66% 99 $50.80

QHE 4X32T8/UNV ISN-SC FO32T8/800XP 3000 0.88 10,560 10,032 101% 108 56% 98 $43.20FO30T8SS/XP 2850 0.88 10,032 9,530 96% 102 53% 98 $40.80FO28T8SS/XP 2725 0.88 9,592 9,112 91% 95 49% 101 $38.00

QHE 4X32T8/UNV ISL-SC FO32T8/800XP 3000 0.78 9,360 8,892 89% 95 49% 99 $38.00FO30T8SS/XP 2850 0.78 8,892 8,447 85% 89 46% 100 $35.60FO28T8SS/XP 2725 0.78 8,502 8,077 81% 84 44% 101 $33.60

NOTE: Annualenergy costsbased onassumption of4000 operatinghours per yearwith energy cost of$.10/kWh.

* For UNV Models, Input Watts/System Watts shown at 120V.1 @ 8000 hours

QHE2x32T8/UNV ISL-SCwith FO28T8SS lampsAnnual Energy Costs:$16.80 per year

{

Standard Magnetic with F40T12 lampsAnnual Energy Costs:$38.40 per year

$38.40– $16.80

$21.60Total Energy

Cost SavingsPer Year

(per each 2 lamp

system)

{

SAVINGS EXAMPLE

SAVINGS EXAMPLE

SAVINGS EXAMPLE

SAVINGS EXAMPLE

NEW SYSTEM

OLD SYSTEM

QUICKSAVINGSEnergy Savings Guide

QUICKSAV

INGS

116


QUICKTRONIC® high frequency electronic ballasts are more efficient than other ballast types. High performance QUICKTRONIC ballasts savemoney – year after year.

CURVALUME®

Lamps (2 lamps

per system)

8-FootLamps

(2 lamps per system)

MeanInitial Mean2 Relative Input* % Annual

Lamp Ballast System System Light (System) System System EnergyBallast Type Lamps Lumens Factor Lumens Lumens Output Watts Power LPW Cost

STD MAGNETIC FB40T12CW 3000 0.95 5,700 4,902 100% 96 100% 59 $38.40FB34T12CW 2600 0.88 4,576 3,935 80% 82 85% 56 $32.80

ES MAGNETIC FB40T12CW 3000 0.95 5,700 4,902 100% 86 90% 66 $34.40FB34T12CW 2600 0.88 4,576 3,935 80% 72 75% 64 $28.80

ES MAGNETIC FBO32T8/700 2750 0.95 5,225 4,703 96% 71 74% 74 $28.40

QTP2x32T8/UNV ISN-SC FBO32T8/800XP 2900 0.88 5,104 4,849 99% 59 61% 87 $23.60FBO30T8SS/XP 2800 0.88 4,928 4,682 96% 55 57% 90 $22.00

QHE 2X32T8/UNV ISN-SC FBO32T8/800XP 2900 0.88 5,104 4,849 99% 55 57% 93 $22.00FBO30T8SS/XP 2800 0.88 4,928 4,682 96% 52 54% 95 $20.80

QHE 2X32T8/UNV ISL-SC FBO32T8/800XP 2900 0.78 4,524 4,298 88% 48 50% 94 $19.20FBO30T8SS/XP 2800 0.78 4,368 4,150 85% 45 47% 97 $18.00

QTP2x32T8/UNV PSX-TC FBO32T8/800XP 2900 0.71 4,118 3,912 80% 47 49% 88 $18.80FBO30T8SS/XP 2800 0.71 3,976 3,777 77% 44 46% 90 $17.60

QTP2x32T8/UNV PSN-TC FBO32T8/700 2750 0.88 4,840 4,356 89% 60 63% 81 $24.00FBO32T8/800XP 2900 0.88 5,104 4,849 99% 60 63% 85 $24.00FBO30T8SS/XP 2800 0.88 4,928 4,682 96% 56 58% 88 $22.40

STD ELECTRONIC IS FT40DL/800 3150 0.88 5,544 4,768 97% 70 73% 79 $28.00

QHE2x40DL/UNV-ISN-SC FT40DL/800 3150 0.90 5,670 4,875 99% 68 71% 83 $28.40FT40/28WSS 2800 1.07 5,990 5,150 105% 64 67% 94 $26.80

QTP2x40TT5/120 PSN-F FT40DL/800 3150 0.88 5,544 4,768 97% 76 79% 73 $30.40QTP2x40TT5/277 PSN-F FT40DL/800 3150 0.88 5,544 4,768 97% 73 76% 76 $29.20

STD ELECTRONIC RS FT50BX/800 4000 0.97 7,760 6,596 135% 106 110% 73 $42.40

QTP2x54T5HO/UNV PSN FT55DL 4800 0.95 9,120 8,482 173% 116 121% 79 $46.40

MAGNETIC F96T12CW 6100 0.93 11,346 9,984 100% 160 100% 71 $64.00F96T12CW/ES 5300 0.88 9,328 8,209 82% 125 78% 75 $50.00

MAGNETIC F96T12D41 6420 0.93 11,941 10,986 110% 160 100% 75 $64.00F96T12D41/ES 5600 0.88 9,856 9,068 91% 125 78% 79 $50.00

MAGNETIC F96T12CW/HO 8800 0.95 16,720 13,543 136% 240 150% 70 $96.00F96T12CW/HO/ES 8000 0.92 14,720 11,923 119% 210 131% 70 $84.00

MAGNETIC F96T12D41/HO 9050 0.95 17,195 15,476 155% 240 150% 72 $96.00F96T12D41/HO/ES 8350 0.92 15,364 13,828 138% 210 131% 73 $84.00

QT 2x96 HO F96T12CW/HO 8800 0.88 15,488 12,545 126% 210 131% 74 $84.00F96T12CW/HO/ES 8000 0.88 14,080 11,405 114% 180 113% 78 $72.00

QT 2x96 HO F96T12D41/HO 9050 0.88 15,928 14,335 144% 210 131% 76 $84.00F96T12D41/HO/ES 8350 0.88 14,696 13,226 132% 180 113% 82 $72.00

QHE T8 HO F96T8HO/800 8200 0.95 15,580 14,645 147% 182 113% 86 $72.80

QTP2x59T8/UNV ISN-SC FO96T8/700 (59W) 5700 0.88 10,032 9,129 91% 112 70% 90 $44.80FO96T8/800XP (59W) 6100 0.88 10,736 10,307 103% 112 70% 96 $44.80FO96T8/XP/SS (55W) 5700 0.88 10,032 9,631 97% 104 65% 96 $41.60

QHE2x59T8/UNV ISN-SC FO96T8/800XP (59W) 6100 0.88 10,736 10,307 103% 109 68% 98 $43.60FO96T8/XP/SS (55W) 5700 0.88 10,032 9,631 97% 102 64% 99 $40.80

NOTE: Annualenergy costsbased onassumption of4000 operatinghours per yearwith energycost of$.10/kWh.

NOTE: Annualenergy costsbased onassumption of4000 operatinghours per yearwith energy costof $.10/kWh.

eg. Input Watts x Operating Hours per year x $kWh1000

= 41W x 4,000 hrs x $0.10 kWh1000

= $16.40AnnualEnergy Cost

QTP2x32T8/UNV PSX-TCwith FO28T8SS lamps

2 FB & FBO Types @ 7200 hrs.F96 types @ 4800 hrs.All other lamps @ 40%rated life.

SAVINGSEXAM

PLESAVINGS

EXAMPLE

SAVINGSEXAM

PLE


117

QUICKSAVIN

GS

QUICKSAVINGSEnergy Savings Guide


Red Blue Yellow Brown Blue/Wht Red/WhtBlack White length length length length length length

NAED Description length exit length exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit

49861 QHE 1x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x1 R49863 QHE 2x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x2 R49865 QHE 3x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x3 R49867 QHE 4x32T8/UNV ISL-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49851 QHE 1x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x1 R49853 QHE 2x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x2 R49855 QHE 3x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x3 R49857 QHE 4x32T8/UNV ISN-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49871 QHE 1x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x1 R49873 QHE 2x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x2 R49875 QHE 3x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x3 R49877 QHE 4x32T8/UNV ISH 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49741 QTP 1x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x1 R49743 QTP 2x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x2 R49745 QTP 3x32T8/UNV ISL-SC 24" L 24" L 36"x1 L 28"x3 R49747 QTP 4x32T8/UNV ISL-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49941 QTP 1x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x1 R49943 QTP 2x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x2 R49945 QTP 3x32T8/UNV ISN-SC 24" L 24" L 36"x1 L 28"x3 R49947 QTP 4x32T8/UNV ISN-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49841 QTP 1x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x1 R49843 QTP 2x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x2 R49845 QTP 3x32T8/UNV ISH-SC 24" L 24" L 36"x1 L 28"x3 R

51420 QTP1x32T8/UNVPSX-TC 24" L 24" L 36"x2 L 30"x2 R51425 QTP2x32T8/UNVPSX-TC 24" L 24" L 30"x2 R 30"x2 R 36"x2 L51430 QTP3x32T8/UNVPSX-SC 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 36"x2 R51435 QTP4x32T8/UNVPSX-SC 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 42"x2 L 36"x2 R

51400 QTP1x32T8/UNVPSN-TC 24" L 24" L 36"x2 L 30"x2 R51405 QTP2x32T8/UNVPSN-TC 24" L 24" L 30"x2 R 30"x2 R 36"x2 L51410 QTP3x32T8/UNVPSN-SC 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 36"x2 R51415 QTP4x32T8/UNVPSN-SC 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 42"x2 L 36"x2 R

49450 QHE 2x32T8/UNV PSH-HT 24" L 24" L 31"x2 R 31"x2 R 36"x2 L49453 QHE 3x32T8/UNV PSH-HT 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 48"x2 R49455 QHE 4x32T8/UNV PSH-HT 24" L 24" L 36"x2 R 36"x2 R 42"x2 L 49"x2 R 48"x2 R

49199 QHE 1x32T8/UNV ISL-SC-1 24" L 24" L 36"x1 L 28"x1 R49200 QHE 2x32T8/UNV ISL-SC-1 24" L 24" L 36"x1 L 28"x2 R49367 QHE 3x32T8/UNV ISL-SC-1 24" L 24" L 36"x1 L 28"x3 R49368 QHE 4x32T8/UNV ISL-SC-1 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49381 QHE 1x32T8/UNV ISN-SC-1 24" L 24" L 36"x1 L 28"x1 R49383 QHE 2x32T8/UNV ISN-SC-1 24" L 24" L 36"x1 L 28"x2 R49385 QHE 3x32T8/UNV ISN-SC-1 24" L 24" L 36"x1 L 28"x3 R49387 QHE 4x32T8/UNV ISN-SC-1 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

QUICKLENGTH

QUICKLE

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Lead Lengths (+2"), (-1")

Lead Lengths



QUICKSTEP (BI-LEVEL)

49157 QHES2x32T8/UNV PSN-SC 24" (x2) L 24" L 30"x2 R 30"x2 R 36"x2 L

2x59

49869 QHE2x59T8/UNV ISL-SC 24" L 24" L 70"x1 L 46"x2 R49859 QHE2x59T8/UNV ISN-SC 24" L 24" L 70"x1 L 46"x2 R49879 QHE2x59T8/UNV ISH 24" L 24" L 70"x1 L 46"x2 R49598 QTP2x59T8/UNV ISN-SC 24" L 24" L 70"x1 L 46"x2 R

T8HO

50304 QHE2x86T8HO/UNV-PSN-HT-SCL 23" L 23" L 46"x2 R 46"x2 R 70"x2 L


119

QUICKLEN

GTH

QUICKLENGTH

Red Blue Yellow Brown Blue/Wht GreenBlack White length length length length length length


347V

49471 QHE 1x32T8/347 ISL-SC 24" L 24" L 36"x1 L 28"x1 R49473 QHE 2x32T8/347 ISL-SC 24" L 24" L 36"x1 L 28"x2 R49475 QHE 3x32T8/347 ISL-SC 24" L 24" L 36"x1 L 28"x3 R49477 QHE 4x32T8/347 ISL-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49461 QHE 1x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x1 R49463 QHE 2x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x2 R49465 QHE 3x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x3 R49467 QHE 4x32T8/347 ISN-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49241 QT2x32T8/347 ISL-SC 24" L 24" L 36"x1 L 28"x2 R49939 QT4x32T8/347 ISL-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49711 QTP 1x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x1 R49713 QTP 2x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x2 R49715 QTP 3x32T8/347 ISN-SC 24" L 24" L 36"x1 L 28"x3 R49717 QTP 4x32T8/347 ISN-SC 24" L 24" L 26"x2 R 26"x2 R 36"x2 L

49927 QT 2x32T8/347 ISH-SC 24" L 24" L 36"x1 L 28"x2 R49217 QT 2x59/347 IS 24" L 24" L 48"x1 L 56"x2 R 14"x1 L

T8 RESIDENTIAL

49313 QTR2x32T8/120ISN-SC 24" L 24" L 45"x1 R 30"x2 R49317 QTR4x32T8/120ISN-SC 24" L 24" L 30"x2 R 30"x2 R 45"x2 R


Lead Lengths




50320 QTP 1x40TT5/120 PSN-F 24" L 24" L 36"x2 R 36"x2 R50330 QTP 1x40TT5/277 PSN-F 24" L 24" L 36"x2 R 36"x2 R50340 QTP 2x40TT5/120 PSN-F 24" L 24" L 36"x2 R 36"x2 R 42"x2 R50350 QTP 2x40TT5/277 PSN-F 24" L 24" L 36"x2 R 36"x2 R 42"x2 R50360 QTP 3x40TT5/120 PSN-B 24" L 24" L 36"x2 R 36"x2 R 42"x2 R 36"x2 R50370 QTP 3x40TT5/277 PSN-B 24" L 24" L 36"x2 R 36"x2 R 42"x2 R 36"x2 R

Red Blue Yellow Ylw/Blk Blu/Wht Blu/Blk Red/Blk Red/Wht Violet Gray

Black White length length length length length length length length length length

NAED Description length exit length exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit

POWERSENSE

50705 QTP 1x32T8/ UNV DIM-TC 24" L 24" L 36"x2 R 36"x2 R 36" x1 L 36"x1 L

50707 QTP 2x32T8/ UNV DIM-TC 24" L 24" L 36"x2 R 36"x2 R 42"x2 R 42"x1 R 36"x1 L 36"x1 L

50714 QTP 3x32T8/ UNV DIM-TCL 24" L 24" L 52"x2 R 29"x2 R 52"x2 R 52"x1 R 29"x1 R 29"x2 R 36"x1 L 36"x1 L

50716 QTP 4x32T8/ UNV DIM-TCL 24" L 24" L 27"x2 R 27"x2 R 27"x2 R 27"x1 R 54"x2 R 54"x1 R 70"x1 R 70"x2 R 36"x1 L 36"x1 L

Red Blue Yellow Ylw/Blk Brown Orange Blu/Wht Red/Blk Violet Gray

Black White length length length length length length length length length length

NAED Description length exit length exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit (qty) exit

49428 QHE 1x40DL/UNV ISN-SC 24" L 24" L 36"x1 L 27"x1 R



50726 QTP2x28T5/UNV DIM-TCL 24" L 24" L 28"x2 R 28"x2 R 48"x2 R 48"x1 R 36" x1 L 36" x1 L

49675 QT1x54/120PHO-DIM 24" L 24" L 43"x2 R 28"x2 R 24" x1 L 24" x1 L

49676 QT1x54/277PHO-DIM 24" L 24" L 43"x2 R 28"x2 R 24" x1 L 24" x1 L

49677 QT2x54/120PHO-DIM 24" L 24" L 28"x2 R 28"x2 R 43"x2 R 43"x1 R 24" x1 L 24" x1 L

49678 QT2x54/277PHO-DIM 24" L 24" L 28"x2 R 28"x2 R 43"x2 R 43"x1 R 24" x1 L 24" x1 L

49170 QTP1x28T5/UNV PSN 24" L 24" L 42"x2 R 28"x2 R

49100 QTP1x39-24T5HO/UNV PSN 24" L 24" L 42"x2 R 28"x2 R

49418 QTP 2x54T5HO/UNV PS80-SC 31" L 31" L 28"x2 R 28"x2 R 43" x2 L

49419 QS 2x54T5HO/UNV PS80-SC 31"x2 L 31" L 28"x2 R 28"x2 R 43" x2 L

49110 QTP 2x39-24T5HO/UNV PSN 24" L 24" L 35"x2 R 35"x2 R 48"x2 R

49120 QTP 1x54T5HO/UNV PSN 24" L 24" L 42"x2 R 28"x2 R

49130 QTP 2x54T5HO/UNV PSN 31" L 31" L 28'x2 R 28"x2 R 48"x2 R

49150 QTP 1x80T5HO/UNV PSN 24" L 24" L 42"x2 R 28"x2 R

49180 QTP 2x28T5/UNV PSN 24" L 24" L 35"x2 R 35"x2 R 48"x2 R

49135 QTP 2x54T5HO/UNV PSN-HT 24" L 24" L 35"x2 R 35"x2 R 48"x2 R

49160 QTP 4x54T5HO/UNV PSN-HTW 31" L 31" L 28"x2 R 28"x2 R 28"x2 R 28"x2 R 48"x2 R 48"x2 R 31"x1 L

49145 QTP 2x54T5HO/347-480 PSN-HT 24" L 24" L 35"x2 R 35"x2 R 48"x2 R

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Lead Lengths


Note: eg. 30"(x2) means two 30" wires L = wire(s) exit the ballast from the left side (black and white/line input side)30"(x3) means three 30" wires R = wire(s) exit the ballast from the right side

QUICKSPEC


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Section 16500.Electronic Ballast

Section IPerformance Requirements

Sample System Specification

Section IIRegulatory Requirements

Section IIIOther

QUICKSPEC


Ballast shall be a ___________ fluorescent SYLVANIA QUICKTRONIC®____________________________electronic ballast with a __________ ballast factor and be covered by a lamp and ballast system warranty:1. Ballasts for lamps of T5, T4 or T2 diameter shall contain dynamic end-of-lamp-life sensing circuitry.2. See individual product specifications for information required to fill in this form.3. Comments:___________________________________________________________________

________________________________________________________________________________

1.0 Ballast shall operate lamps at a frequency above 40kHz (or > _____kHz) and lamps shall have nodetectable flicker.

1.1 Ballast shall operate from 60 or 50 Hz input source of +/- 10% nominal ballast line voltage.1.2 Ballast line voltage ____ 120V, ____ 277V, ____ UNV (120-277V), ____ 347V, __________ Other.1.3 Ballast shall have input power factor above ____ >97% (____ >98% for Professional & QHE Series). 1.4 Ballast shall have Total Harmonic Distortion of ____ <20% (____ <10% for Professional & QHE Series).1.5 Ballast shall provide lamp starting conditions and operating parameters consistent with lamp

manufacturers recommendations.1.6 Ballast shall be ____ instant start, ____ rapid start, ____ programmed rapid start or dimming models.1.7 Instant start models shall operate lamps in parallel, such that if one lamp fails, others will remain lit.

Rapid start and programmed start models operate lamps in series. (New QHE PSH-HT operates lampsin parallel)

1.8 Ballasts shall provide a minimum start temp of: ____°F for instant start models, ____°F forprogrammed rapid start models, ____°F for other models, 60°F for Energy Saving T8 lamps. (Starting temperatures may vary depending on ballast/lamp types and applications, see actual specifications for details).

1.9 Ballast shall have remote/tandem wiring capability of up to ____ feet maximum depending on installation conditions (see model specifications for remote mounting lengths).

1.10 Ballasts for lamp types of T5, T4 and T2 diameter shall have dynamic end-of-lamp-life sensing helpingprotect against overheated bases and sockets.

1.11 Ballast shall have a maximum enclosure temperature rating of 70°C or ____°C for other models (seemodel specifications for maximum case temp.).

1.12 Ballast shall have internal electrical protection to prevent catastrophic failure.

2.0 The electronic ballast shall be Underwriters Laboratories (UL) listed, Class P, Type 1. CSA or CUL certified (where applicable).

2.1 Ballast shall meet FCC standard for EMI/RFI (FCC 47CFR Part 18 Non-consumer), ensuring suitabilityfor both commercial and industrial installations.

2.2 Ballast shall comply with applicable ANSI/IEEE standards/guides for harmonic distortion and linevoltage transient protection.

2.3 Ballast shall have audible noise rating of Class A or Class ____ (see model specifications).2.4 Leaded and connector style ballasts shall be color-coded to ANSI standard C82.11 (where applicable).2.5 Ballast shall be NEMA Premium/CEE Program Compliant (for High Efficiency T8 4 Foot Series)

3.0 Lamp and ballast shall be covered by the OSRAM SYLVANIA QUICK 60+® warranty. Covered ballasts shall carry up to a __________ warranty and include a nominal replacement laborallowance.Covered lamps shall carry up to a __________warranty and will be manufactured by the same company as the ballast. (Note: no labor allowance for lamps).Refer to OSRAM SYLVANIA warranty for additional details to fill in blanks.

3.1 Ballast size and mounting configuration shall be compatible with existing electromagnetic ballast forsame application (see individual product specifications for case dimensions and mounting).

3.2 Ballast shall not contain PCBs (Polychlorinated Biphenyls).

QUICKANSWERS

General Information

Reference Guide

GENERAL INFORMATIONBallast Types: There are three types of lighting ballasts.

1) Magnetic: an inefficient device that uses a core and coilassembly transformer to perform the minimumfunctions required to start and operate the lamp.

2) Hybrid or “low frequency electronic”: essentially amagnetic ballast with a few electronic components thatswitch off voltage to the lamp coil once the lamp hasstarted. A minimal increase in efficiency is obtained viamore expensive magnetic core material and theabsence of power to the lamp coils during operation.

3) High frequency electronic: a ballast that operates lampsat frequencies above 20,000 Hz. Maximum efficiency isobtained through the use of electronic circuitry andoptimum lamp operating characteristics.

Ballast Basics: Ballasts have two primary functions: 1) start the lamp and 2) control operation of the lamp once it has started.High frequency electronic ballasts operate lamps moreefficiently (30-40% at equivalent light output) andeliminate the hum and visible flicker normallyassociated with standard magnetic ballasts. Electronicballasts also typically have better power quality thanmagnetic ballasts (higher power factor and lower THD).

Where’s the Watts?: OSRAM SYLVANIA’s two-lampFO32T8 electronic instant start QTP ballast has an inputof 59 watts. This figure is comprised of lamp wattageplus ballast losses (the power that is dissipated as heatinstead of being converted to light). Each FO32T8 lampis rated for 100% light output at 32 watts low frequencyrapid start, but only 28 watts when operated on highfrequency electronic instant start ballasts (due to thefact that lamps operate more efficiently at highfrequency). Therefore, each of the two lamps operatesat 28 x 0.88 ballast factor = 26 watts per lamp. Theother seven watts in this system are the ballast losses.

“Squiggle”: The “sine wave” graphic logo ofElectronics & Controls division of OSRAM SYLVANIA.Signifies the transition from old technology to the highfrequency, high efficiency electronic systems of thefuture.

American National Standards Institute (ANSI): Anorganization that develops voluntary product perfor-mance standards for several industries. ANSI C82.11applies to electronic ballasts.

Performance Certification: The OSRAM SYLVANIA Testand Measurement Laboratory holds accreditation fortesting of Energy Efficient Lighting Products under theNational Voluntary Laboratory Accreditation Program(NVLAP). This is the same organization that certifies

other various test facilities and programs such as ETL,CBM, etc. This assures that our measurements meetstrict guidelines for precision and accuracy.

Quality Assurance: All OSRAM SYLVANIA productionfacilities are ISO 9002 certified, and all production issubject to incremental quality control, assuring thehighest quality and reliability. Customer feedback andfield reliability data have shown exceptional perfor-mance of OSRAM SYLVANIA electronic ballasts.

MTBF — Mean Time Between Failures: A calculationof ballast life based on thermal conditions, componentvalues, and circuit characteristics used to developrelative predictions of ballast life. OSRAM SYLVANIAuses a methodology that typically provides a 1:10 actuallife prediction based on MTBF calculations.

Safety: Ballasts should be installed and operated incompliance with the National Electric Code (NEC),Underwriters Laboratories Inc. (UL) requirements, and allapplicable codes and regulations. As it is possible tocome in contact with potentially hazardous voltages,only qualified personnel should perform ballast instal-lation. All installation, inspection, and maintenance oflighting fixtures should be done with the power to thefixture turned off.

Grounding: The ballast case and fixture must always begrounded. The grounding helps assure safety, properlamp starting, and acceptable EMI/RFI performance.Install ballast in accordance with national and localelectrical codes.

Fusing: All OSRAM SYLVANIA QUICKTRONIC® ballastscontain inherent electrical protection. Although there isno need to externally fuse the ballast, should code orregulation require one, 3 amp slow blow fuses arerecommended.

Fluorescent Lamp: An electric discharge device inwhich ultraviolet energy excites the lamp’s phosphorcoating and transforms that energy into visible light.Diameter is measured in eighths of an inch (T8 lampequals one inch diameter).

Socket Wiring/Lamp Connections: Proper connectionto good quality sockets, wired according to the diagramshown on the product label is essential. As some appli-cations may not require the use of all the ballast outputleads, unconnected leads should be capped individuallyand insulated to at least 600 volts.

UL Type CC compliant: Ballasts utilize a micro-controller based circuit to reduce arcing caused byloose connections or improper lamp pin to socketconnections.

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General Information

Ballast OperatingCharacteristics

Reference Guide QUICKANSWERS


BALLAST OPERATING CHARACTERISTICSPROStart® (PS): A programmed rapid start method ofstarting fluorescent lamps where cathode heat is appliedprior to lamp ignition, then removed or reduced once thelamp has ignited (except dimming models whichoptimize cathode heat). PROStart ballasts maximize thenumber of lamp starting cycles while maintaining energyefficiency. This is the preferred mode of lamp starting forapplications with occupancy sensors and several on/offcycles per day. Additionally, the lamps have the capabilityto start at temperatures down to -20°F (starting temper-atures may vary depending on ballast/lamp types andapplications, see actual specifications for details).

Rapid Start (RS): Rapid start ballasts apply a lowfilament voltage to preheat the cathodes. Simultaneously,a starting voltage (lower than that used in instant start)is also applied to strike the arc. When the cathodes arehot enough, the lamp will strike. The filament voltagecontinues to be applied throughout the operation of thelamp. Rapid start ballasts appear to have a slight turn ondelay compared to instant start. They will typically not beable to start lamps reliably under 50°F.

Instant Start (IS): Instant start ballasts apply highvoltage across the lamp with no preheating of thecathode. This is the most energy efficient startingmethod for fluorescent lamp ballasting. IS ballasts use1.5 to 2 watts less per lamp than rapid start ballast.Other IS ballast benefits typically include parallel lampcircuitry, longer remote wiring distance, easier instal-lation due to less complicated wiring, and the lampshave the capability to start at temperatures down to -20°F (starting temperatures may vary depending onballast/lamp types and applications, see actual specifica-tions for details) (versus 50°F for rapid start).

Instant Start (IS) vs. Rapid Start (RS): Instant start(high voltage is applied across the lamp with nopreheating of the cathode) is the most energy efficientstarting method for fluorescent lamp ballasting. ISballasts use 1.5 to 2 watts less per lamp than rapid startballasts (low voltage is applied to the cathodes prior tolamp ignition and is maintained throughout operation).Other IS ballast benefits typically include parallel lampcircuitry, longer remote wiring distance, easier instal-lation due to less complicated wiring, and capability tostart lamps at temperatures down to -20°F (startingtemperatures may vary depending on ballast/lamp typesand applications, see actual specifications for details)(versus 50°F for rapid start).

Glow to Arc Transition: In order to achieve full ratedlamp life, a ballast should start a lamp so that the timefrom when the lamp begins to glow to the time thelamp arc strikes should be short as possible. OSRAMSYLVANIA instant start ballasts typically accomplish thistask within 50 msec.

Parallel vs. Series: Wiring configurations for ballasts.Ballasts with parallel lamp circuitry have the benefit of companion lamps remaining lit, even if one of thelamps operated by the ballast should fail. Systems withseries lamp wiring (magnetic ballasts and many rapidstart and programmed rapid start electronic types)result in all lamps operated on the ballast going out ifone should fail.

Lamp Current Crest Factor (LCCF): The ratio of peaklamp current to the RMS (average) lamp current. Lampmanufacturers require a LCCF of less than 1.70 in orderto achieve full lamp life. Values less than 1.70 do notachieve higher than rated lamp life.

Lamp Flicker: High frequency electronic ballastsprovide a minimal level of lamp flicker. Lamp flickerfrom magnetic ballasts can cause eye fatigue for some people.

Lamp Striation Control (LSC): T8 energy saving lampsshould be operated above 60°F, but under certain condi-tions the lamps may striate. LSC circuitry may minimizeor eliminate this condition; however there are limitedapplications where LSC circuitry may not entirelymitigate lamp striations. (Please consult lamp manufac-turers for additional details.)

Power Factor: A measure of the effectiveness withwhich an electrical device converts volt-amperes towatts; devices with power factors (>0.90) are “highpower factor” devices.

Total Harmonic Distortion (THD): A measure of thedistortion of an electrical wave form. Excessive THD(defined by ANSI as greater than 32%) may causeadverse effects to the electrical system. <20% THDballasts are fine for most applications. However, inbuildings with neutral problems caused by high THDloads such as computers, printers, DC supplies, etc., the<10% THD products can help reduce the overall % ofTotal Harmonic Distortion.

K-Factor: A measurement that quantifies the effect ofnon-linear equipment, such as lighting ballasts, on anelectrical system. Lighting systems should be designedso that the transformer rating is sufficient for theballasts used (typically K-Factor <4). All OSRAMSYLVANIA ballasts meet this specification.

EMI/RFI: Electronic Ballasts contain circuits that limitelectrical noise conducted onto the power line orradiated through the air, otherwise referred to asEMI/RFI. OSRAM SYLVANIA ballasts comply with FCC 47 CFR Part 18, non-consumer limits for commercial applications. Ballasts for residential applications must meet consumer limits. OSRAM SYLVANIA hasmagnetic ballasts and new QTR electronic ballasts for residential use.

QUICKANSWERS

Ballast OperatingCharacteristics

Reference Guide

System Considerations

Transient Protection: OSRAM SYLVANIA ballasts meetANSI 62.41 Category A. This helps ensure immunity toelectrical disturbances such as power line transients,and temporary line voltage dropouts, surges and sags.

Ballast Losses: Power consumed by a ballast thatdissipates as heat instead of being converted into light.Electronic ballasts operate more efficiently thanmagnetic or hybrid ballasts. A typical ballast loss for astandard two lamp magnetic ballast is 20 watts, whilean electronic equivalent would be only 7 watts.

Ballast Factor (BF): Relative light output as comparedto a reference ballast (i.e. BF of 0.90 would yield 90% ofa lamp’s rated lumens). OSRAM SYLVANIA offers T8systems in three ranges of light output: Normal: (0.85-1.0) BF; Low Power (LP): (0.74-0.80) BF; and High LightOutput (PLUS): (1.15-1.20) BF.

Ballast Efficacy Factor (BEF): Relative light output(ballast factor) divided by input power (watts). Used tomeasure the level of efficiency of similar ballast models.For example, the OSRAM SYLVANIA QTP2X32T8/UNV ISNwhich has ballast factor of 0.88 and input watts of 59(BEF = 1.49).

Maximum Case Temperature: All OSRAM SYLVANIAelectronic ballasts have a maximum allowable casetemperature of 70°C or ___°C. Applications in whichthe case temperature exceeds this maximum void allwarranties.

Potting Compound: Some OSRAM SYLVANIA ballastsare encapsulated with potting compound. This ensuresthermal as well as structural integrity. Ballasts withoutpotting compound may lower maximum allowable casetemperature and if not properly thermally designed mayshorten ballast life.

Ballast Life: OSRAM SYLVANIA ballasts are designed tohave a life expectancy of 60,000 hours. To maximizelife, ambient temperature should be kept as low aspossible. It is also important to maintain effective dissi-pation of heat using the lighting fixture as a heatsink forthe ballast enclosure.

Enclosure Size: OSRAM SYLVANIA ballasts typicallyhave mounting holes the same as the magnetic type inwhich it is intended to retrofit. In an effort to aid fixturedesigners in their ability to create more efficientfixtures, the industry trend is towards narrower andshallower enclosures.

High Voltage Integrated Circuit (HVIC): Proprietarymicroprocessor control that is featured in selectedQUICKTRONIC® ballasts. Replaces over one-third of thecomponents used in conventional ballasts whileproviding enhanced features such as higher efficiency,improved lamp starting, end-of-lamp-life sensing,circuitry to limit in-rush current, and constant lightoutput over a wide range of input voltages.

Audible Noise (Sound): All fluorescent lamp ballastsproduce some noise. OSRAM SYLVANIA brand ballastsare sound rated A (up to 75% quieter than magnetictypes) and are acceptable for most applications. Careshould be taken when mounting the ballast to reducevibration.

Polychlorinated Biphenyls (PCBs): This material,formerly used in ballast capacitors, is now consideredhazardous and disposal is regulated. A ballast should beassumed to contain PCBs unless stated otherwise onthe ballast label (contact manufacturer for confirmation).OSRAM SYLVANIA ballasts do not contain PCBs.

SYSTEM CONSIDERATIONSSYSTEM SOLUTION: Optimum choice when planningthe lighting system for a lighting retrofit or newconstruction. In the case of OSRAM SYLVANIA, the samemanufacturer supplies both lamp and ballast, assuringcombinations that have been specifically designed toprovide optimal system performance. OSRAM SYLVANIAis the only company in the world that makes its ownballasts and lamps, and has its own lighting servicesdivision.

QUICKSENSE®: Patented technology that utilizes“dynamic power sensing” to detect end-of-life for lampsof T5 and less diameter. Dynamic sensing minimizesincidence of false shutdowns and ensures maximumsystem safety even in low and high line input voltageconditions. If gone unchecked, the heat generated bysmall diameter lamps at end of lamp life can melt lampsockets and cause the lamp glass wall to crack andbreak.

QUICK 60+®: The first and most comprehensive systemwarranty in the industry. QUICK 60+ offers the end usercoverage for both lamp and ballast. This eliminates thecommon occurrence of “finger pointing” between lampand ballast manufacturers over whose product failedand which party is responsible. One phone call by theend user to OSRAM SYLVANIA provides problemresolution and customer satisfaction.Q

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System Considerations

Reference Guide QUICKANSWERS


FIXTURESIDE ASSISTANCESM: There are three optionsfor the end user to choose from to service the QUICK60+® system warranty. OSRAM SYLVANIA is the firstlighting company to offer “FIXTURESIDE ASSISTANCE”,an option where OSRAM SYLVANIA will send a servicetechnician to the installation and perform the necessaryreplacements. Other options include coordinating acontractor of the end user’s choice to perform therequired service, or reimbursing the end user for laborincurred during service. (Note: no labor allowance forlamps – see QUICK 60+ warranty bulletin for details).

Light Level: Light output from a system is a function ofrated lamp lumens, ballast factor, fixture efficiency, andambient temperature. All of these factors must beconsidered when designing or retrofitting a lightingsystem.

Fixture Watts: The input wattage shown in the ballastspecifications is measured as per ANSI specification(ballast and lamps are measured while placed onbenchtop at room temperature). Actual operation in anenclosed fixture, due to the ambient heating of thelamps, is approximately 1.5 watts less per lamp thanthe ANSI input wattage specification.

SYSTEM LP/ISL: Designed to operate OCTRON® T8lamps at lower power levels, when reduced light outputis acceptable. SYSTEM 32 LP is ideally suited to retrofit34W T12 magnetic ballast systems because it providesequivalent light output at energy savings of 30%.

SYSTEM PLUS/ISH: For applications where maximumlight output is desired (i.e. retail, manufacturing, display,etc.), PLUS systems are ideal. A ballast factor of up to1.20 offers 30% more light output than standard T8 andT12 systems, while maintaining full rated lamp life.Applications with eight-foot lamps that require higherlight levels can use 59PLUS and the standard FO96 T8lamp, simplifying inventory and minimizing cost. AllPLUS systems operate standard OCTRON T8 lamps,achieve full rated lamp life, and are covered by theQUICK 60+ comprehensive system warranty.

Connectors: QUICKTRONIC ballasts with push-in/poke-in/wire trap connectors require use of 18 AWG solidcopper wire only.

Infrared Interference: Some infrared controls may besusceptible to interaction with fluorescent systems. Thisis due to infrared energy from the lamps. Eitherincreasing the distance between the fluorescent lampand the infrared receiver, or shielding the infraredreceiver from the lamp, can alleviate this interaction.

Powerline Carriers: Schools, institutions and someindustrial installations utilize powerline carrier controlsystems (to control time clocks, alarms, etc.) on thesame circuit panel as the lighting system. Someelectronic ballasts are incompatible with these

powerline carriers and inhibit their performance (theelectronic circuitry blocks or alters the carrier signalcharacteristics). Many of these systems have been re-designed to mitigate interaction with electronic ballasts.Contact manufacturer for details.

Low Temperature Starting: SYLVANIA QUICKTRONIC®

QTP & QHE instant start and programmed startelectronic ballasts have the capability to startfluorescent lamps at temperatures down to -20°F aswell as 0°F for F40T8 & F96T8 lamps providing thefollowing conditions are met:

1. The ballast is operated at rated nominal line voltage.The ballast case and fixture must always begrounded. The grounding helps assure safety, properlamp starting. Install ballast in accordance withnational and local electrical codes.

2. Ballast cannot be tandem/remote wired for lowtemperature starting applications.

Please note, starting time may increase at low ambienttemperatures. Enclosed fixtures are recommended asfluorescent lamps have reduced light output at coolerambient temperatures. (See specifications for eachmodel’s starting temperature rating.) SUPERSAVER®

lamps start/operate >60°F.

Lamp Seasoning: 1. Low Temperature and dimmingapplications – For optimal performance, fluorescentlamps may require seasoning for up to 12 hours prior tolow temperature starting & low level dimming. Pleaseconsult the lamp mfr. to obtain specific requirements forlow temperature or dimming applications. Refer toNEMA LSD 23-2002 Lighting Systems Division:Recommended Practice — Lamp Seasoning forFluorescent Dimming Systems.

In-Rush Current: When a lighting system is energized,a momentary surge of current occurs called “in-rush”.This current must be limited so that it does not harmauxiliary lighting controls. Most electronic ballasts ratedat <20% THD contain a passive front end inductor thattypically results in lower levels of in-rush. Ballasts thathave <10% THD typically use active power factorcorrection and, unless limiting circuitry is included, canhave 40 amps or more of in-rush current. This maydamage mechanical switches and contacts. In-rushcurrent should be considered when designing or retro-fitting a lighting system. Zero crossing controlseliminate field issues due to higher inrush current on<10% THD products. Be sure ballast meet NEMA 410Standard for in-rush current. Also refer to ANSI C82.11.

Remote Wiring Capability: QUICKTRONIC T8 instantstart systems can be mounted remotely from the lampsockets at a distance up to 20 feet. (See ballast specifi-cations for each model.)

DISCONTINUED BALLASTS NEAREST REPLACEMENT UNIVERSAL VOLTAGE BALLASTSItem OSRAM SYLVANIA Item OSRAM SYLVANIANumber Description Number Description

T8, 1-Lamp, Instant Start

DISCONTINUED Nearest Equivalent SYLVANIA Replacement

DISCONTINUED

126


Electronic Ballasts

49931 QT1X32T8/120 ISL-SC 49832 Banded PackQTP 1x32T8/UNV ISL-SC

ISL 49932 QT1X32T8/277 ISL-SC 49741 10-Pack

49701 QTP1X32T8/UNV-ISL-SC-SRNK 49832 QTP 1x32T8/UNV-ISL-SC-B

49911 QT1X32T8/120 ISN-SC 49905 Banded Pack QTP 1x32T8/UNV ISN-SC49912 QT1X32T8/277 ISN-SC 49941 10-Pack

49951 QT1X32T8/120 ISN-SC PAL 49942 QTP 1x32T8/UNV ISN-SC PALISN 49952 QT1X32T8/277 ISN-SC PAL

49811 QT1X32T8/120 ISN-SC SRNK49812 QT1X32T8/277 ISN-SC SRNK 49905 QTP 1x32T8/UNV-ISN-SC-B49901 QTP 1x32T8/UNV ISN-SC SRNK



49934 QT2X32T8/277 ISL-SC 49743 10-Pack

ISL 49823 QT2X32T8120ISLSCPAL 49744 QTP 2x32T8/UNV ISL-SC PAL

49803 QT2X32T8/120 ISL-SC SRNK49804 QT2X32T8/277 ISL-SC SRNK 49834 QTP 2x32T8/UNV-ISL-SC-B49702 QTP 2x32T8/UNV-ISL-SC-SRNK



49813 QT2X32T8/120 ISN-SC SRNK49814 QT2X32T8/277 ISN-SC SRNK 49906 QTP 2x32T8/UNV-ISN-SC-B49902 QTP 2x32T8/UNV ISN-SC SRNK

49923 QT2X32T8/120 ISH-SC 49830 Banded Pack QTP 2x32T8/UNV ISH-SCISH 49924 QT2X32T8/277 ISH-SC 49843 10-Pack

49973 QT2X32T8/120 ISH-SC PAL49844 QTP 2x32T8/UNV ISH-SC PAL

49974 QT2X32T8/277 ISH-SC PAL



49936 QT3X32T8/277 ISL-SC 49745 10-Pack

ISL 49825 QT3X32T8120T8ISLSCPAL 49746 QTP 3x32T8/UNV ISL-SC PAL

49805 QT3X32T8/120 ISL-SC SRNK49806 QT3X32T8/277 ISL-SC SRNK 49835 QTP 3x32T8/UNV-ISL-SC-B49703 QTP 3x32T8/UNV-ISL-SC-SRNK



49815 QT3X32T8/120 ISN-SC SRNK49816 QT3X32T8/277 ISN-SC SRNK 49907 QTP 3x32T8/UNV-ISN-SC-B49903 QTP 3x32T8/UNV-ISN-SC SRNK

ISH49525 QT3x32/120 PLUS 49831 Banded Pack QTP 3x32T8/UNV ISH-SC49526 QT3x32/277 PLUS 49845 10-Pack


T8, 4-Lamp, Instant Start49537 QT4X32/120 LP 49836 Banded Pack QTP 4x32T8/UNV ISL-SC49538 QT4X32/277 LP 49747 10-Pack

ISL 49307 QT4X32/120 LP SRNK49308 QT4X32/277 LP SRNK 49836 QTP 4x32T8/UNV-ISL-SC-B49704 QTP 4x32T8/UNV-ISL-SC-SRNK

49917 QT4X32T8/120 ISN-SC49908 Banded Pack

QTP 4x32T8/UNV ISN-SC49918 QT4X32T8/277 ISN-SC49947 10-Pack

49517 QT4X32120 IS

49957 QT4X32T8/120 ISN-SC PALISN 49958 QT4X32T8/277 ISN-SC PAL 49948 QTP 4x32T8/UNV ISN-SC PAL

49557 QT4X32120-PAL

49817 QT4X32T8/120 ISN-SC SRNK49818 QT4X32T8/277 ISN-SC SRNK 49908 QTP 4x32T8/UNV-ISN-SC-B49904 QTP 4x32T8/UNV-ISN-SC SRNK

49521 QHE4x32T8/277 ISH49922 Banded Pack QHE 4X32T8/UNV ISH

ISH 49877 10-Pack

49522 QHE4x32T8/277 ISH PAL 49878 QHE 4X32T8/UNV ISH-PAL

T8, 1-Lamp, Programmed Start

50804 QTP1X32T8/120 PSN-TC 51399 Banded PackQTP 1x32T8/UNV PSN-TC

PSN50806 QTP1X32T8/277 PSN-TC 51400 10-Pack

50805 QTP1X32T8/120 PSN-TC PAL51401 QTP 1x32T8/UNV PSN-TC-PAL

50807 QTP1X32T8/277 PSN-TC PAL


50814 QTP2X32T8/120 PSN-SC 51402 Banded PackQTP 2x32T8/UNV PSN-TC

PSN50824 QTP2X32T8/277 PSN-SC 51405 10-Pack

50815 QTP2X32T8/120 PSN-SC PAL51406 QTP 2x32T8/UNV PSN-TC-PAL

50825 QTP2X32T8/277 PSN-SC PAL


50830 QTP3X32T8/120 PSN-SC 51403 Banded PackQTP 3x32T8/UNV PSN-SC


50832 QTP3X32T8/120 PSN-SC PAL51411 QTP 3x32T8/UNV PSN-SC-PAL50842 QTP3X32T8/277 PSN-SC PAL


50850 QTP4X32T8/120 PSN-SC 51404 Banded PackQTP 4x32T8/UNV PSN-SC


50852 QTP4X32T8/120 PSN-SC PAL51416 QTP 4x32T8/UNV PSN-SC-PAL50862 QTP4X32T8/277 PSN-SC PAL


127

DISCONTIN

UED

Nearest Equivalent SYLVANIA Replacement DISCONTINUEDElectronic Ballasts



8' T8, 2-Lamp, Instant Start

DISCONTINUED Nearest Equivalent SYLVANIA Replacement

DISCONTINUED

128


Electronic Ballasts

49581 QT2X59T8/120 IS 49590 Banded PackQTP 2x59T8/UNV ISN-SC49582 QT2X59T8/277 IS 49598 10-Pack

49585 QT2X59T8/120 IS-PAL49599 QTP 2x59T8/UNV ISN-SC-PAL

ISN49586 QT2X59T8/277 IS-PAL

49587 QT2X59T8/120 IS-SRNK49588 QT2X59T8/277 IS-SRNK

49590 QTP 2x59T8/UNV-ISN-SC-B49028 QT2X59T8/120 IS-SRNK-IN 4Pk49597 QTP2x59T8/UNV ISN-SC-SRNK

ISH49583 QT2X59T8/120 PLUS 50238 Banded Pack

QHE 2X59T8/UNV ISH49584 QT2X59T8/277 PLUS 49879 10-Pack

T8, 3-Lamp, Instant Start, 347V (Replacement Ballasts are 347V)49993 QT3x32T8/347 ISN-SC 49715 QTP 3x32T8/347 ISN-SC

T8, 4-Lamp, Instant Start, 347V (Replacement Ballasts are 347V)49994 QT4x32T8/347 ISN-SC 49717 QTP 4x32T8/347 ISN-SC

T5HO, 1-Lamp, Programmed Start49151 QTP 1x80T5HO/UNV PSN NL (no leads/wires) 49150 QTP 1x80T5HO/UNV PSN NL (with leads/wires)

FT40T5, 1-Lamp, Instant Start

ISN49641 QT 1X40/120 DL

49428 QHE 1x40DL/UNV ISN-SC49642 QT 1X40/277 DL


ISN49643 QT 2X40/120 DL



ISN49645 QT 3X40/120 DL


T4, 1 and 2-Lamp, Programmed Rapid Start

51778 QTP 1/2x13CF/UNV QS51718 QTP 1/2x13CF/UNV BS 51818 QTP 1/2x13CF/UNV DM51748 QTP 1/2x13CF/UNV TS

51783 QTP 1/2x18CF/UNV QS51723 QTP 1/2x18CF/UNV BS 51823 QTP 1/2x18CF/UNV DM51753 QTP 1/2x18CF/UNV TS

51793 QTP 2x26CF/UNV QS51733 QTP 2x26CF/UNV BS51763 QTP 2x26CF/UNV TS 51833 QTP 2x26CF/UNV DM51738 QTP 1/2xCF/UNV BM51768 QTP 1/2xCF/UNV TM

51798 QTP1/2xCF/UNV PM 51898 QTP 2x26CF/UNV DM PEM

51743 QTP 2x26/32/42CF/UNV BM51773 QTP 2x26/32/42CF/UNV TM 51843 QTP 2x26/32/42CF/UNV DM51740 QTP 1x57CF/UNV BM51800 QTP 1x57CF/UNV PM

51803 QTP 2x26/32/42CF/UNV PM 51863 QTP 2X26/32/42CF/UNV DM PEM


T8, 1-Lamp, Dimming Systems50700 QTP 1x32T8/120 DIM5-B50701 QTP 1x32T8/120 DIM5-B NL

50705 QTP 1x32T8/UNV DIM-TC50710 QTP 1x32T8/277 DIM5-B50711 QTP 1x32T8/277 DIM5-B NL

T8, 2-Lamp, Dimming Systems

50720 QTP 2x32T8/120 DIM5-B50721 QTP 2x32T8/120 DIM5-B NL

50707 QTP 2x32T8/UNV DIM-TC50730 QTP 2x32T8/277 DIM5-B50731 QTP 2x32T8/277 DIM5-B NL


50750 QTP 3x32T8/120 DIM5-B50751 QTP 3x32T8/120 DIM5-B NL

50714 QTP 3x32T8/UNV DIM-TCL50760 QTP 3x32T8/277 DIM5-B50761 QTP 3x32T8/277 DIM5-B NL


50770 QTP 4x32T8/120 DIM10-Q50771 QTP 4x32T8/120 DIM10-Q NL

50716 QTP 4x32T8/UNV DIM-TCL50780 QTP 4x32T8/277 DIM10-Q50781 QTP 4x32T8/277 DIM10-Q NL

50718 QTP 4x32T8/277 DIM PLUS-TCL (BF = 1.2)50716 QTP 4x32T8/UNV DIM-TCL

(replacement ballasts BF = 1.0)

F96T12, 2-Lamp, Instart Start

49881 QT 2x96/120IS50318 QTP2x96/T12/UNV/IS

49882 QT 2x96/277IS

F40T12, 1 and 2-Lamp, Rapid Start (Series Circuitry) (Replacement Ballasts are Parallel Circuitry)

50684 QT 1x40T12/120 RSN-SC50314 QTP2x40T12/UNV/RS/SC (1 LAMP)

50685 QT 1x40T12/277 RSN-SC

50686 QT 2x40T12/120 RSN-SC50314 QTP2x40T12/UNV/RS/SC

50687 QT 2x40T12/277 RSN-SC

T2, 1 and 2-Lamp, Programmed Start (Replacement Ballasts are 120V, 1-Lamp)

49734 QT-FM49735 QT1X6-8FM/120 (120V, 1 LAMP ONLY)49736 QT1X11-13FM/120 (120V, 1 LAMP ONLY)


129

DISCONTIN

UED

Nearest Equivalent SYLVANIA Replacement DISCONTINUEDElectronic Ballasts


49837 QHE 1X32T8/UNV ISL-SC IOPA-1P32-LW-SC B132IUNVEL-A GE-132-MAX-L/ULTRA N/A



49840 QHE 4X32T8/UNV ISL-SC IOPA-4P32-LW-SC B432IUNVEL-A GE-432-MAX-L/ULTRA N/A Normal Ballast Factor, <10% THD

49968 QHE 1X32T8/UNV ISN-SC IOPA-1P32-SC B132IUNVHE-A GE-132-MAX-N/ULTRA N/A



49971 QHE 4X32T8/UNV ISN-SC IOPA-4P32-SC B432IUNVHE-A GE-432-MAX-N/ULTRA N/A High Ballast Factor, <10% THD

49919 QHE 1X32T8/UNV ISH-SC IOP-1P32-HL-SC N/A N/A N/A

49920 QHE 2X32T8/UNV ISH-SC IOP-2P32-HL-SC B232IUNVHEH-A GE-232-MAX-H/ULTRA N/A

49921 QHE 3X32T8/UNV ISH-SC IOP-3P32-HL-90C-SC B332IUNVHEH-A GE-332-MAX-H/ULTRA N/A

49922 QHE 4X32T8/UNV ISH IOP-4P32-HL-90C-G N/A GE-432-MAX-H/ULTRA N/A

49199 QHE 1X32T8/UNV ISL-SC-1 IOP-1P32-LW-SC N/A GE-132-MAX-L/ULTRA N/A



49368 QHE 4X32T8/UNV ISL-SC-1 IOP-4P32-LW-SC N/A GE-432-MAX-L/ULTRA N/A Normal Ballast Factor, <10% THD

49381 QHE 1X32T8/UNV ISN-SC-1 IOP-1P32-SC N/A GE-132-MAX-N/ULTRA N/A




49832 QTP 1x32T8/UNV ISL-SC ICN-1P32-LWSC N/A N/A EPL1/32IS/120-277

49834 QTP 2x32T8/UNV ISL-SC ICN-2P32-LWSC N/A GE-232-MV-L EPL2/32IS/120-277

49835 QTP 3x32T8/UNV ISL-SC ICN-3P32-LWSC N/A GE-332-MV-L EPL3/32IS/120-277

49836 QTP 4x32T8/UNV ISL-SC ICN-4P32-LWSC N/A GE-432-MV-L EPL4/32IS/120-277 Normal Ballast Factor, <10% THD

49905 QTP 1x32T8/UNV ISN-SC ICN-1P32-SC B132IUNVHP-B GE-132-MV-N EP1/32IS/120-277SC

49906 QTP 2x32T8/UNV ISN-SC ICN-2P32-SC B232IUNVHP-B GE-232-MV-N EP2/32IS/120-277SC

49907 QTP 3x32T8/UNV ISN-SC ICN-3P32-SC B332IUNVHP-A GE-332-MV-N EP3/32IS/120-277SC

49908 QTP 4x32T8/UNV ISN-SC ICN-4P32-SC B432IUNVHP-A GE-432-MV-N EP4/32IS/120-277SCHigh Ballast Factor, <10% THD

49829 QTP 1x32T8/UNV ISH-SC N/A N/A N/A N/A

49830 QTP 2x32T8/UNV ISH-SC N/A N/A GE-232-MV-H EPH2/32IS/MV/SC

49831 QTP 3x32T8/UNV ISH-SC N/A N/A GE-332-MV-H EPH3/32IS/MV/SC

51224 QTP 1x32T8/UNV PSX-TC IOP-1S32-LW-SC N/A N/A N/A

51225 QTP 2x32T8/UNV PSX-TC IOP-2S32-LW-SC N/A GE232-MVPS-L N/A

51226 QTP 3x32T8/UNV PSX-SC IOP-3S32-LW-SC N/A GE332-MVPS-L N/A

51227 QTP 4x32T8/UNV PSX-SC IOP-4S32-LW-SC N/A GE432-MVPS-L N/A Normal Ballast Factor, <10%THD

51399 QTP 1x32T8/UNVPSN-TC IOP-1S32-SC B132PUNVHP-A N/A N/A

51402 QTP 2x32T8/UNVPSN-TC IOP-2S32-SC B232PUNVHP-A GE232-MVPS-N N/A

51403 QTP 3x32T8/UNVPSN-SC IOP-3S32-SC B332PUNVHP-A GE332-MVPS-N N/A

51404 QTP 4x32T8/UNVPSN-SC IOP-4S32-SC B432PUNVHP-A GE432-MVPS-N N/A

U.L.T.Item Universal Lighting TechnologiesNumber OSRAM SYLVANIA Advance (formerly Magnetek) GE Howard

QUICKTRONIC® HIGH EFFICIENCY 32 T8 INSTANT START UNIVERSAL VOLTAGE SYSTEMSLow Ballast Factor, <10% THD

QUICKTRONIC® HIGH EFFICIENCY 32 T8 INSTANT START UNIVERSAL VOLTAGE – TYPE CC & LAMP STRIATION CONTROL SYSTEMSLow Ballast Factor, <10% THD

QUICKTRONIC® PROFESSIONAL 32 T8 INSTANT START UNIVERSAL VOLTAGE SYSTEMSLow Ballast Factor, <10% THD

QUICKTRONIC® 32 T8 PROStart® (Programmed Rapid Start) UNIVERSAL VOLTAGE SYSTEMSHigh Efficiency, Low Ballast Factor, <10% THD

QUICKCROSS The smart electronics in SYLVANIA QUICKTRONIC® ballasts allow them to outperform the competition.

QUICKCROSS

130


Cross Reference Guide

49450 QHE2x32T8/UNV-PSH-HT N/A N/A GE-232-MV-PS-H N/A



50239 QHE 2x59T8/UNV-ISL-SC N/A N/A N/A N/AHigh Efficiency, Normal Ballast Factor, <10% THD

50237 QHE 2x59T8/UNV-ISN-SC IOP-2P59-SC N/A GE-259-MAX-N/ULTRA N/AHigh Efficiency, High Ballast Factor, <10% THD

50238 QHE 2x59T8/UNV-ISH N/A N/A N/A N/A Professional Series, Normal Ballast Factor, <10% THD

49590 QTP 2X59T8/UNV ISN-SC N/A B259IUNVHP-A GE-259-MV-N N/A

50304 QHE 2x86T8HO/UNV-PSN-HT-SCL ICN-2S86 N/A N/A N/A

49471 QHE 1x32T8/347 ISL-SC N/A N/A N/A N/A



49477 QHE 4x32T8/347 ISL-SC N/A N/A N/A N/A High Efficiency, Normal Ballast Factor, <10% THD

49461 QHE 1x32T8/347 ISN-SC N/A N/A N/A N/A



49467 QHE 4x32T8/347 ISN-SC N/A N/A N/A N/A Professional Series, Normal Ballast Factor, <10% THD

49711 QTP 1x32T8/347 ISN-SC GCN-1P32-SC N/A N/A N/A

49713 QTP 2x32T8/347 ISN-SC GCN-2P32-SC B2321347HP-A N/A N/A

49715 QTP 3x32T8/347 ISN-SC GCN-3P32-SC B3321347HP N/A E3/32IS/347 (F-Can)

49717 QTP 4x32T8/347 ISN-SC GCN-4P32-SC B432I347HP N/A E4/32IS-347 (F-Can)Low Ballast Factor, <20% THD

49241 QT 2x32T8/347 ISL-SC GEL-2P32-LW-RH-TP (F-Can) B2321347L-A N/A N/A

49939 QT 4x32T8/347 ISL-SC N/A N/A N/A N/A High Ballast Factor, <20% THD

49927 QT 2x32T8/347 ISH-SC N/A N/A N/A N/A

49217 QT2x59/347IS GEL-2P59 N/A N/A N/A

49313 QTR 2x32T8/120 ISN-SC REB2P32-SC B232I120RES-A GE232-120-RES N/A

49317 QTR 4x32T8/120 ISN-SC REB4P32-SC B432I120RES-A GE432-120-RES N/A


QUICKTRONIC® HIGH EFFICIENCY 32 T8 PROStart® (Programmed Rapid Start) UNIVERSAL VOLTAGE SYSTEMSHigh Ballast Factor, (90°C Case Temperature - Parallel Operation), <10% THD

QUICKTRONIC® 59 T8 & 8 FOOT INSTANT START UNIVERSAL VOLTAGE High Efficiency, Low Ballast Factor, <10% THD

QUICKTRONIC® HIGH EFFICIENCY 86 T8HO PROStart® UNIVERSAL VOLTAGE SYSTEMSNormal Ballast Factor, (90°C Case Temperature)

QUICKTRONIC® 32 T8 INSTANT START 347 VOLT - CANADAHigh Efficiency, Low Ballast Factor, <10% THD

QUICKTRONIC® 59 T8 8 FOOT - 347 VOLT - CANADANormal Ballast Factor, <20% THD

QUICKTRONIC® RESIDENTIAL 32 T8 INSANT START 120 VOLT SYSTEMS, (For Residential Use Only)Normal Ballast Factor


131

QUICKCROSS

The smart electronics in SYLVANIA QUICKTRONIC® ballasts allow them to outperform the competition. QUICKCROSS



QUICKCROSS

49111 QTP2x39-24T5HO/UNVPSN (1 Lamp) ICN-2S39 (1 Lamp) B239PUNV-D (1 Lamp) B239PUNV-DOG1C (1 Lamp) (14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (16.88"L x 1.18"W x 1.0"H) (16.9"L x 1.2"W x 1.0"H)

(Mounting 13.74") (Mounting 16.34") (Mounting 16.28") (Mounting 16.2") 49111 QTP2x39-24T5HO/UNVPSN (FP39T5HO) ICN-2S39 B239PUNV-D B239PUNV-DOG1C

(14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (16.88"L x 1.18"W x 1.0"H) (16.9"L x 1.2"W x 1.0"H) (Mounting 13.74") (Mounting 16.34") (Mounting 16.28") (Mounting 16.2")

49111 QTP2x39-24T5HO/UNVPSN (1 Lamp) ICN-2S24 (1 Lamp) B224PUNV-C (1 Lamp) N/A (14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (14.25"L x 1.18"W x 1.0"H)

(Mounting 13.74") (Mounting 16.34") (Mounting 13.75") 49111 QTP2x39-24T5HO/UNVPSN (FP24T5HO) ICN-2S24 B224PUNV-C N/A

(14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (14.25"L x 1.18"W x 1.0"H) (Mounting 13.74") (Mounting 16.34") (Mounting 13.75")

49131 QTP2x54T5HO/UNVPSN ICN-2S54 B254PUNV-D B254PUNV-DGE1C(16.73"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (16.88"L x 1.18"W x 1.0"H) (16.8"L x 1.1"W x 1.2"H)

(Mounting 16.34") (Mounting 16.34") (Mounting 16.28) (Mounting 16.2") 49150 QTP1x80T5HO/UNVPSN ICN-1S80 ES4515K N/A

(14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (16.65"L x 1.24"W x 1.0"H)(Mounting 13.74") (Mounting 16.34") (Mounting 16.3")

49181 QTP2x28T5/UNVPSN (1 Lamp) ICN-2S28 (1 Lamp) B228PUNV-C (1 Lamp) B228PUNV-C0G1C (1 Lamp)49181 QTP2x28T5/UNVPSN ICN-2S28 B228PUNV-C B228PUNV-C0G1C

(14.17"L x 1.18"W x 0.87"H) (16.70"L x 1.18"W x 1.0"H) (14.25"L x 1.18"W x 1.0"H) (14.25"L x 1.2"W x 1.0"H)(Mounting 13.74") (Mounting 16.34") (Mounting 13.75") (Mounting 13.75")

49136 QTP 2x54T5HO/UNV PSN HT ICN-2S54-90C B254PUNVHB-D N/A Normal Ballast Factor, <10% THD - (Ballast Can Size varies between manufacturers - please refer to specifications for details)

49161 QTP 4x54T5HO/UNV PSN HTW ICN-4S54-90C B454PUNVHB-E N/A

49146 QTP 2x54T5HO/347-480 PSN HT HCN-2S54-90C B254PHRVHB-E N/A (16.73"L x 1.18"W x 1.0"H) (16.70"L x 1.18"W x 1.0"H) (16.88"L x 1.74"W x 1.18"H)

(Mounting 16.34") (Mounting 16.34") (Mounting 16.28")

49428 QHE 1x40DL/UNV ISN-SC N/A N/A N/A N/A



50320 QTP1x40TT5/120PSN-F REL-1TTS40 N/A N/A N/A

50330 QTP1x40TT5/277PSN-F VEL-1TTS40 N/A N/A N/A

50340 QTP2x40TT5/120PSN-F REL-2TTS40 N/A N/A N/A

50350 QTP2x40TT5/277PSN-F VEL-2TTS40 N/A N/A N/A

50360 QTP3x40TT5/120PSN-B N/A N/A N/A N/A

50370 QTP3x40TT5/277PSN-B N/A N/A N/A N/A

U.L.T.Item Universal Lighting TechnologiesNumber OSRAM SYLVANIA Advance (formerly Magnetek) GE

QUICKTRONIC® PROFESSIONAL T5HO PROStart® UNIVERSAL VOLTAGE SYSTEMSNormal Ballast Factor, <10% THD - (Ballast Can Size varies between manufacturers - please refer to specifications for details)


QUICKTRONIC® HIGH EFFICIENCY INSTANT START DL40 UNIVERSAL VOLTAGE SYSTEMS40W TT5 High Efficiency Instant Start - Small Can

QUICKTRONIC® PROFESSIONAL T5 PROStart® UNIVERSAL VOLTAGE SYSTEMSNormal Ballast Factor, <10% THD - (Ballast Can Size varies between manufacturers - please refer to specifications for details)

QUICKTRONIC® PROStart® T5HO UNIVERSAL High Ambient Temp.Normal Ballast Factor, <10% THD - (Ballast Can Size varies between manufacturers - please refer to specifications for details)

QUICKTRONIC® PROStart® T5HO 347-480V High Ambient Temp.Normal Ballast Factor, <10% THD - (Ballast Can Size varies between manufacturers - please refer to specifications for details)

QUICKTRONIC® PROFESSIONAL PROStart® DL4040W TT5 Programmed Rapid Start - Normal Ballast Factor - <10% THD


132


QUICKCROSS

QUICKTRONIC® PROFESSIONAL RAPID START 40T12Normal Ballast Factor, <10% THD

QUICKTRONIC® PROFESSIONAL INSTANT START 8 FOOT T12 SYSTEMSNormal Ballast Factor, <20% THD

QUICKTRONIC® RAPID START 8 FOOT T12HO SYSTEMSNormal Ballast Factor, Large Can, <20% THD

51818 QTP 1/2x13CF/UNV DM ICF-2S13-H1-LD C213UNV-BE ES-2/1-CFQ-13/10-UNV-C PSM213CQMVB C213UNV-SE

51823 QTP 1/2x18CF/UNV DM ICF-2S18-H1-LD C218UNV-BE ES-2/1-CFQ-18-UNV-C PSM218CQMVB C218UNV-SE ES-2/1-CFQ-18-UNV-D PSM218CQMV

51833 QTP 2x26CF/UNV DM ICF-2S26-H1-LD C2642UNV-BE ES-2/1-CFQ-26-UNV-D PSG242TRMV C2642UNV-SE

51898 QTP 2x26CF/UNV DM PEM ICF-2S26-M1-BS C2642UNV-BES ES-2/1-CFQ-26-UNV-D PSG242TRMV

51843 QTP 2x26/32/42CF/UNV DM ICF-2S42-M2-LS ICF- 2S42-M2-LD C242UNV-BE ES-2-CFH-42/32/26-UNV-H PSG242TRMVBC242UNV-SE

51863 QTP 2x26/32/42CF/UNV DM PEM ICF-2S42-M2-BS C242UNV-BES N/A PSG242TRMVBS

Item ESI (Energy Savings IncNumber OSRAM SYLVANIA Advance U.L.T. is out of business) Robertson

QUICKTRONIC® PROFESSIONAL CF - UNIVERSAL VOLTAGE DUAL ENTRYCF T4 PROStart® - Programmed Rapid Start - Normal Ballast Factor - <10% THDCFL products run multiple lamp combinations and have various mounting/case styles - please refer to actual products specs.

50314 QTP2x40T12/UNV/RS/SC (1 Lamp) N/A B140R120HP B140R277HP

50314 QTP2x40T12/UNV/RS/SC N/A B240R120HP B240R277HP

50688 QTP3x40T12/120RSN REL-3S40-RH-TP N/A

50689 QTP3x40T12/277RSN VEL-3S40-RH-TP N/A

50318 QTP2x96/T12/UNV/IS REL-2P60-S B260IUNVHPVEL-2P75-S

49883 QT2x96/120HO REL-2S110 B295SR120HP

49884 QT2x96/277HO VEL-2S110 B295SR277HP

U.L.T.Item Universal Lighting TechnologiesNumber OSRAM SYLVANIA Advance (formerly Magnetek)


133




QUICKCROSS

49157 QHES2X32T8/UNV PSN-SC N/A B232PUS50-A N/A B232SR277S50

U.L.T.Item Universal Lighting Technologies GENumber OSRAM SYLVANIA Advance (formerly Magnetek) Lutron (Dedicated Voltage)

QUICKTRONIC® QUICKSTEP (Bi-Level), HIGH EFFICIENCY, 32 T8 DIMMING UNIVERSAL VOLTAGE SYSTEMSFor wiring and system information, see pages 80-81.

REZ-132-SC (120V)IZT-132-SC

B132R120V5 ES5821B 2W-T832-120-1 TVE-T832-120-1 B132R120V5

50705 QTP 1x32T8/UNV DIM-TC VEZ-132-SC (277V) B132R277V5 ES5835K TVE-T825-120-1 N/AES5833B TVE-T817-120-1ES5818K TVE-T832-277-1

REZ-2S32-SC(120V) IZT-2S32-SC B232SR120V5 ES5822B 2W-T832-120-2 TVE-T832-120-2 B232SR120V5

50707 QTP 2x32T8/UNV DIM-TC VEZ-2S32-SC (277V) B232SR277V5 ES5836K TVE-T832-277-2 B232SR277V5ES5834BES5817K

50714 QTP 3x32T8/UNV DIM-TCL REZ-3S32-SC (120) IZT-3S32-SC B332SR120V5 TVE-T832-120-3 B332SR120V5VEZ-3S32-SC (277V) B332SR277V5 TVE-T832-277-3 B332SR277V5

50716 QTP 4x32T8/UNV DIM-TCL IZT-4S32 N/A N/AB432P277V5-E N/A

OSRAM SYLVANIA Advance U.L.T. (formerly Magnetek) LUTRONPOWERSENSE® Mark 10® (2 wire) Mark 7® Universal Lighting Technologies Tu-wire® (Powerline) Eco-10 TVE™ (0-10V)

Item (2 wire Powerline & 0-10V) Powerline (0-10V) Ballastar® (0-10V) Superdim® (0-10V) Dedicated Voltage GENumber (120-277V) (Dedicated Voltage) (120-277V) (Dedicated Voltage) (120-277V) Models Only (Dedicated Voltage)

QUICKTRONIC® POWERSENSE® HIGH EFFICIENCY, 32 T8 DIMMING UNIVERSAL VOLTAGE SYSTEMSQUICKTRONIC is a Dual Control, Competitors are 0-10VDC or Phase Cut

ES5851K 50726 QTP 2x28T5/UNV DIM-TCL N/A N/A ES5861K N/A

ES5847K

OSRAM SYLVANIA Advance U.L.T. (formerly Magnetek) LUTRONPOWERSENSE® Mark 10 (2 wire) Mark 7 Universal Lighting Technologies Tu-wire (Powerline) Eco-10 TVE (0-10V)

Item (2 wire Powerline & 0-10V) Powerline (0-10V) Ballastar (0-10V) Superdim (0-10V) Dedicated VoltageNumber (120-277V) (Dedicated Voltage) (120-277V) (Dedicated Voltage) (120-277V) Models Only

QUICKTRONIC® POWERSENSE® HIGH EFFICIENCY, 28 T5 DIMMING UNIVERSAL VOLTAGE SYSTEMSQUICKTRONIC is a Dual Control, Competitors are 0-10VDC or Phase Cut

49671 QT1x54/120PHO-DIM RZT-154 N/A N/A 49672 QT1x54/277PHO-DIM VZT-154 N/A N/A 49673 QT2x54/120PHO-DIM RZT-2S54 N/A N/A 49674 QT2x54/277PHO-DIM VZT-2S54 N/A N/A

U.L.T.Item Universal Lighting TechnologiesNumber OSRAM SYLVANIA Advance (formerly Magnetek) Lutron

QUICKTRONIC® PROFESSIONAL 54 T5HO HELIOS™ DIMMING - A list of 0-10V controllers is available from OSRAM SYLVANIA54 T5HO Dimming Systems (0-10Vdc control) - 100-1% Dimming Range - <10% THD at full output, <20% THD at full dim


134


QUICKCROSS

DISCLAIMER: This cross reference guide is intended as an aid for identifying comparable products as a convenience to the user. OSRAM SYLVANIA does not warrant or guaranteethe accuracy or correctness of the content. Case sizes,wiring diagrams and performance specifications may vary, please refer to manufacturers specifications. Please refer to theOSRAM SYLVANIA catalog for verification of product specifications appropriate for the application. Information in this cross reference is subject to change at any time withoutprior notice. Please contact 1-800-LIGHTBULB or www.sylvania.com for additional information.

QUICKTRONIC® PROFESSIONAL MH*METALARC® Metal Halide Universal Voltage - Operates Ceramic and Most Quartz MH Lamp

51908 QTP1X20MH/UNV F N/A N/A M2012-27CK-5EUF MC20-1-F-UNIU

51909 QTP1X20MH/UNV J N/A N/A M2012-27CK-5EUJ MC20-1-J-UNIU

51968 QTP2X20MH/UNV F N/A N/A N/A MC20-2-F-UNNU

51969 QTP2X20MH/UNV J N/A N/A N/A MC20-2-J-UNNU

51910 QTP1X39MH/UNV F IMH-50-A-LF N/A M3912-27CK-5EUF MC39-1-F-UNIU

51911 QTP1X39MH/UNV J IMH-50-A-BLS N/A M3912-27CK-5EUJ MC39-1-J-UNIU

51970 QTP2X39MH/UNV F IMH-239-A-LF N/A N/A MC39-2-F-UNNU

51971 QTP2X39MH/UNV J IMH-239-A-BLS N/A N/A MC39-2-J-UNNU

51912 QTP1X70MH/UNV F IMH-70-D-LF EC70UNVSE M7012-27CK-5EUF MC70-1-F-UNIU

51913 QTP1X70MH/UNV J IMH-70-D-BLS EC70UNVBS M7012-27CK-5EUJ MC70-1-F-UNIU

51914 QTP1X100MH/UNV F IMH-100-D-LF EC100UNVSE M10012-27CK-5EUF MC100-1-F-UNIU

51915 QTP1X100MH/UNV J IMH-100-D-BLS EC100UNVBS M10012-27CK-5EUJ MC100-1-J-UNIU

U.L.T.Item Universal Lighting TechnologiesNumber OSRAM SYLVANIA Advance (formerly Magnetek) AROMAT Hatch

QUICKTRONIC® PROFESSIONAL MH*METALARC® Metal Halide Systems Mini Sized

51958 QT1x20MH 120V SLIM N/A N/A M2012CK-6EUN-F MC20-1-F-120V N/A M20MH-UX-C N/A

51959 QTP1x20MH UNV SQ F N/A N/A M2012CK-6EU-F MC20-1-F-UNNU N/A N/A N/A

51960 QT1x39MH 120V SLIM N/A N/A M3912CK-6EUN-F N/A N/A M39MH-UX-C N/A

51961 QTP1x39MH UNV SQ F IMH-39-G-LF N/A M3912CK-6EU-F MC39-1-F-UNNU GEMH39-MSF-120 N/A N/A

51962 QT1x70MH 120V SLIM N/A N/A M7012CK-6EUN-F MC70-1-F-120S GEMH70-SLF-MV N/A N/A

51963 QTP1x70MH 120V SQ F N/A N/A M7012CK-6EU-F N/A GEMH70-MSF-120 N/A N/A METALARC® Metal Halide Universal Voltage

51930 QT1x150MH/UNV F IMH-150-H-LF EC150UNVASE M15012-27CK-5EUN-F N/A N/A M150MH-C-UX-US N/A

51931 QT1x150MH/UNV J IMH-150-H-BLS EC150UNVABM M15012-27CK-5EUN-J N/A N/A M150MH-S-UX-US N/A

UniversalItem Lighting Technologies DeltaNumber OSRAM SYLVANIA Advance (formerly Magnetek) AROMAT Hatch GE Metrolight Power

QUICKTRONIC® HIGH EFFICIENCY MH*Electronic Metal Halide, 208-277V

51980 QHE1X200MH 208-277V IMH-200-C-LF N/A N/A N/A BA200M1A77DQ

51981 QHE1X250MH 208-277V N/A EP250MRVASE GE-MH-400-MAX-208-277 N/A BA250M1A77DQ

51982 QHE1X320MH 208-277V IZTEMH4003PS EP320MRVASE GE-MH-400-MAX-208-277 M320MH-3-US-C-ND BA320M1A77DQ



UniversalItem Lighting Technologies DeltaNumber OSRAM SYLVANIA Advance (formerly Magnetek) GE Metrolight Power


135




*Line voltage, case sizes, wiring diagrams and performance specifications may vary; please refer to manufacturer’s specifications.

QUICKSCHEM

ATICS

SYLVANIA’s QUICKTRONIC® Professional & High Efficiency Series UNIVERSAL VOLTAGE Instant Startelectronic fluorescent 3 lamp T8 (normal & low ballast factor) ballasts can be used with 32WT8, 25WT8 & 17WT8 lamps (alsoU-bent and SS equivalent) in a 3, 2 and 1 lamp configuration when approved combinations are shown in QUICKSYSTEMSsection of the Electronic Ballast Technology & Specification Guide. Be sure to cap off (insulate to 600 volts) with wireconnectors any unused leads as shown. Wire per the ballast schematic and be sure that all leads are wired properly andsockets are shunted as shown (or use shunted sockets).

136

LAMP

LAMP

LAMP


BlackWhite

QUICKTRONIC 3x32

1 Lamp Wiring

Cap any two blue leads.

LAMP

BALLASTBlue

Cap to 600V

BlueBlueRed

BlackWhite

QUICKTRONIC 3x32

2 Lamp Wiring

Cap any blue lead.

QUICKTRONIC 3x32

LAMP

LAMP

BALLASTBlue

Cap to 600V

BlueBlueRed

BlackWhite

SYLVANIA 3 Lamp Instant Start Ballast Wired For 3, 2 or 1 Lamp

www.sylvania.com

QUICKSCHEM

ATICS

SYLVANIA’s QUICKTRONIC® Professional & High Efficiency Series UNIVERSAL VOLTAGE Instant Startelectronic fluorescent 4 lamp T8 (normal & low ballast factor) ballasts can be used with 32WT8, 25WT8 & 17WT8 lamps(also U-bent and SS equivalent) in a 4, 3, 2 and 1 lamp configuration when approved combinations are shown inQUICKSYSTEMS section of the Electronic Ballast Technology & Specification Guide. Be sure to cap off (insulate to 600 volts)with wire connectors any unused leads as shown. Wire per the ballast schematic and be sure that all leads are wiredproperly and sockets are shunted as shown (or use shunted sockets).


BALLAST

LAMP

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

3 Lamp Wiring

Cap any unused blue lead.

BALLAST

LAMP

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32

Cap to 600V

2 Lamp Wiring

Cap two blue leads individually.

BALLAST

LAMP

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32 Cap to 600V

Cap to 600VCap to 600V1 Lamp Wiring

Cap two blue leads, one red and one yellow lead individually.

BALLAST

LAMP

BlackWhite

YellowYellow

BlueBlue

RedRed

QUICKTRONIC 4x32 Cap to 600V

Cap to 600V

Cap to 600V

Cap to 600V

SYLVANIA 4 Lamp Instant Start Ballast Wired For 4, 3, 2 or 1 Lamp

FO32XP 1 3000 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 28 120 0.22 >.98 <10% 0.78 2340FO32XP 1 3000 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 26 277 0.10 >.98 <10% 0.78 2340FO32XP 1 3000 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 120 0.30 >.98 <10% 0.90 2700FO32XP 1 3000 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 277 0.12 >.97 <10% 0.90 2700FO32XP 1 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 120 0.29 >.98 <10% 1.03 3090FO32XP 1 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 277 0.13 >.96 <20% 1.03 3090FO32XP 1 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 120 0.31 >.98 <10% 1.06 3180FO32XP 1 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 277 0.15 >.92 <30% 1.06 3180FO32XP 1 3000 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 120 0.33 >.98 <10% 1.20 3600FO32XP 1 3000 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 277 0.15 >.98 <10% 1.20 3600FO32XP 1 3000 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2640FO32XP 1 3000 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2640FO32XP 1 3000 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 120 0.27 >.95 <10% 1.05 3150FO32XP 1 3000 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 277 0.11 >.95 <10% 1.05 3150FO32XP 1 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 120 0.34 >.98 <10% 1.20 3600FO32XP 1 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 277 0.15 >.92 <15% 1.20 3600FO32XP 1 3000 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.78 2340FO32XP 1 3000 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 277 0.09 >.98 <10% 0.78 2340FO32XP 1 3000 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 120 0.27 >.95 <10% 0.95 2850FO32XP 1 3000 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.95 <10% 0.95 2850FO32XP 1 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 120 0.30 >.98 <15% 1.02 3060FO32XP 1 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.96 <20% 1.02 3060FO32XP 1 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 120 0.33 >.98 <15% 1.17 3510FO32XP 1 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 277 0.15 >.93 <20% 1.17 3510FO32XP 1 3000 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 120 0.32 >.98 <10% 1.20 3600FO32XP 1 3000 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 277 0.14 >.98 <10% 1.20 3600FO32XP 1 3000 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 120 0.26 >.98 <10% 0.88 2640FO32XP 1 3000 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <10% 0.88 2640FO32XP 1 3000 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 120 0.30 >.95 <10% 1.04 3120FO32XP 1 3000 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 277 0.14 >.95 <10% 1.04 3120FO32XP 1 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 120 0.15 >.95 <15% 1.19 3570FO32XP 1 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 277 0.34 >.98 <10% 1.19 3570

FO32XP 1 3000 51400 QTP1X32T8/UNV PSN-TC PROStart Series 31 120 0.26 >.98 <10% 0.88 2640FO32XP 1 3000 51400 QTP1X32T8/UNV PSN-TC PROStart Series 30 277 0.11 >.98 <10% 0.88 2640

FO32XP 2 3000 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 120 0.44 >.98 <10% 0.78 4680FO32XP 2 3000 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 277 0.19 >.98 <10% 0.78 4680FO32XP 2 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 120 0.45 >.98 <10% 0.88 5280FO32XP 2 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 277 0.20 >.98 <10% 0.88 5280FO32XP 2 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 120 0.50 >.98 <10% 0.93 5580FO32XP 2 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 277 0.23 >.97 <10% 0.93 5580FO32XP 2 3000 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 120 0.65 >.98 <10% 1.20 7200FO32XP 2 3000 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 277 0.28 >.98 <10% 1.20 7200FO32XP 2 3000 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 120 0.47 >.98 <10% 0.88 5280FO32XP 2 3000 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 5280FO32XP 2 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 63 120 0.50 >.97 <15% 0.99 5940FO32XP 2 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 62 277 0.22 >.97 <15% 0.99 5940FO32XP 2 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 120 0.60 >.97 <15% 1.08 6480FO32XP 2 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.08 6480FO32XP 2 3000 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4680FO32XP 2 3000 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4680FO32XP 2 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 120 0.46 >.97 <15% 0.90 5400FO32XP 2 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 277 0.20 >.97 <15% 0.90 5400

Lamp # of Lamp Item Start Lamp System Input Input Power Ballast SystemType Lamps Lumens Number Ballast Description Type Circuit Watts Volts Amps Factor THD Factor Lumens

QUICKSYSTEMS Linear T8 Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

QUICKSYSTE

MS

138


Note: Data above is listed for QHE ISL & ISN models (our Type CC models add “-1” to the model).

System Performance Guide

FO32XP 2 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 120 0.52 >.98 <10% 0.98 5880FO32XP 2 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 277 0.23 >.96 <15% 0.98 5880FO32XP 2 3000 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 74 120 0.65 >.98 <10% 1.20 7200FO32XP 2 3000 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 73 277 0.28 >.98 <10% 1.20 7200FO32XP 2 3000 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 120 0.50 >.98 <10% 0.88 5280FO32XP 2 3000 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 277 0.21 >.98 <10% 0.88 5280FO32XP 2 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.97 <15% 1.02 6120FO32XP 2 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 277 0.24 >.97 <15% 1.02 6120FO32XP 2 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 120 0.59 >.98 <15% 1.07 6420FO32XP 2 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.07 6420


FO32XP 3 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 120 0.65 >.98 <10% 0.78 7020FO32XP 3 3000 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.98 <10% 0.78 7020FO32XP 3 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 120 0.66 >.98 <10% 0.84 7560FO32XP 3 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 277 0.29 >.97 <10% 0.84 7560FO32XP 3 3000 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 114 120 0.95 >.98 <10% 1.18 10620FO32XP 3 3000 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 111 277 0.41 >.98 <10% 1.18 10620FO32XP 3 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 83 120 0.69 >.98 <10% 0.88 7920FO32XP 3 3000 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 82 277 0.30 >.98 <10% 0.88 7920FO32XP 3 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 120 0.71 >.98 <15% 0.96 8640FO32XP 3 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 277 0.31 >.98 <15% 0.96 8640FO32XP 3 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 73 120 0.61 >.98 <10% 0.78 7020FO32XP 3 3000 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 72 277 0.27 >.98 <10% 0.78 7020FO32XP 3 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 120 0.68 >.98 <10% 0.85 7650FO32XP 3 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 277 0.28 >.98 <10% 0.85 7650FO32XP 3 3000 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 111 120 0.93 >.98 <10% 1.18 10620FO32XP 3 3000 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 109 277 0.40 >.98 <10% 1.18 10620FO32XP 3 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 120 0.72 >.98 <10% 0.88 7920FO32XP 3 3000 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 277 0.31 >.98 <10% 0.88 7920FO32XP 3 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 120 0.77 >.98 <15% 0.96 8640FO32XP 3 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 277 0.33 >.98 <15% 0.96 8640

FO32XP 3 3000 51403 QTP3X32T8/UNV PSN-SC PROStart Series 88 120 0.74 >.98 <10% 0.88 7920FO32XP 3 3000 51403 QTP3X32T8/UNV PSN-SC PROStart Series 85 277 0.31 >.98 <10% 0.88 7920

FO32XP 4 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 120 0.80 >.98 <10% 0.78 9360FO32XP 4 3000 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 277 0.35 >.98 <10% 0.78 9360FO32XP 4 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 108 120 0.91 >.98 <10% 0.88 10560FO32XP 4 3000 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 107 277 0.39 >.98 <10% 0.88 10560FO32XP 4 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.78 9360FO32XP 4 3000 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 277 0.35 >.98 <10% 0.78 9360FO32XP 4 3000 49922 QHE4X32T8/UNV ISH Instant Parallel 144 120 1.21 >.98 <10% 1.15 13800FO32XP 4 3000 49922 QHE4X32T8/UNV ISH Instant Parallel 141 277 0.52 >.98 <10% 1.15 13800FO32XP 4 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 120 0.95 >.98 <10% 0.88 10560FO32XP 4 3000 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 277 0.40 >.98 <10% 0.88 10560




139

QUICKSYSTE

MS

Linear T8 Fluorescent LampsQUICKSYSTEMS




QUICKSYSTE

MS

FO30SS 1 2850 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 26 120 0.22 >.98 <10% 0.78 2225FO30SS 1 2850 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.98 <10% 0.78 2225FO30SS 1 2850 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <10% 0.90 2565FO30SS 1 2850 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.96 <15% 0.90 2565FO30SS 1 2850 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 35 120 0.27 >.98 <10% 1.03 2935FO30SS 1 2850 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 35 277 0.13 >.92 <25% 1.03 2935FO30SS 1 2850 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 35 120 0.29 >.98 <10% 1.06 3020FO30SS 1 2850 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 35 277 0.14 >.91 <25% 1.06 3020FO30SS 1 2850 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 39 120 0.31 >.98 <10% 1.20 3420FO30SS 1 2850 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 39 277 0.14 >.98 <10% 1.20 3420FO30SS 1 2850 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 26 120 0.22 >.98 <10% 0.88 2510FO30SS 1 2850 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 26 277 0.09 >.98 <10% 0.88 2510FO30SS 1 2850 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 32 120 0.26 >.98 <10% 1.05 2995FO30SS 1 2850 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 32 277 0.11 >.98 <15% 1.05 2995FO30SS 1 2850 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 37 120 0.31 >.95 <10% 1.20 3420FO30SS 1 2850 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 37 277 0.15 >.86 <15% 1.20 3420FO30SS 1 2850 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 24 120 0.20 >.98 <10% 0.78 2225FO30SS 1 2850 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.98 <10% 0.78 2225FO30SS 1 2850 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 29 120 0.25 >.98 <10% 0.95 2710FO30SS 1 2850 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 29 277 0.10 >.98 <15% 0.95 2710FO30SS 1 2850 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 33 120 0.28 >.98 <15% 1.02 2905FO30SS 1 2850 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 34 277 0.13 >.95 <20% 1.02 2905FO30SS 1 2850 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 35 120 0.29 >.98 <15% 1.17 3335FO30SS 1 2850 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 36 277 0.14 >.93 <20% 1.17 3335FO30SS 1 2850 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 36 120 0.30 >.98 <10% 1.20 3420FO30SS 1 2850 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 36 277 0.13 >.96 <15% 1.20 3420FO30SS 1 2850 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2510FO30SS 1 2850 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2510FO30SS 1 2850 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 34 120 0.28 >.98 <10% 1.04 2965FO30SS 1 2850 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 34 277 0.13 >.98 <15% 1.04 2965FO30SS 1 2850 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 38 120 0.31 >.98 <10% 1.19 3390FO30SS 1 2850 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 38 277 0.14 >.96 <15% 1.19 3390

FO30SS 1 2850 51399 QTP1X32T8/UNV PSN-TC PROStart Series 29 120 0.24 >.98 <10% 0.88 2510FO30SS 1 2850 51399 QTP1X32T8/UNV PSN-TC PROStart Series 28 277 0.10 >.98 <10% 0.88 2510

FO30SS 1 2850 51224 QTP1X32T8/UNV PSX-TC PROStart Series 24 120 0.21 >.98 <10% 0.71 2025FO30SS 1 2850 51224 QTP1X32T8/UNV PSX-TC PROStart Series 24 277 0.09 >.98 <10% 0.71 2025

FO30SS 2 2850 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4445FO30SS 2 2850 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4445FO30SS 2 2850 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 55 120 0.43 >.98 <10% 0.88 5015FO30SS 2 2850 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 55 277 0.19 >.98 <10% 0.88 5015FO30SS 2 2850 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 57 120 0.47 >.98 <10% 0.93 5300FO30SS 2 2850 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 57 277 0.21 >.96 <15% 0.93 5300FO30SS 2 2850 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 73 120 0.61 >.98 <10% 1.20 6840FO30SS 2 2850 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 73 277 0.26 >.98 <10% 1.20 6840FO30SS 2 2850 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 52 120 0.44 >.98 <10% 0.88 5015FO30SS 2 2850 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 52 277 0.19 >.98 <10% 0.88 5015FO30SS 2 2850 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 60 120 0.47 >.98 <10% 0.99 5645FO30SS 2 2850 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 59 277 0.20 >.98 <15% 0.99 5645FO30SS 2 2850 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 65 120 0.54 >.98 <10% 1.08 6155FO30SS 2 2850 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 65 277 0.24 >.96 <15% 1.08 6155FO30SS 2 2850 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 45 120 0.38 >.98 <10% 0.78 4445FO30SS 2 2850 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 45 277 0.16 >.98 <10% 0.78 4445FO30SS 2 2850 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 53 120 0.43 >.98 <10% 0.90 5130FO30SS 2 2850 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 53 277 0.19 >.97 <15% 0.90 5130FO30SS 2 2850 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 57 120 0.47 >.98 <10% 0.98 5585FO30SS 2 2850 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 57 277 0.21 >.95 <20% 0.98 5585



140




QUICKSYSTE

MS

FO30SS 2 2850 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 70 120 0.59 >.98 <10% 1.20 6840FO30SS 2 2850 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 69 277 0.25 >.98 <15% 1.20 6840FO30SS 2 2850 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 55 120 0.46 >.98 <10% 0.88 5015FO30SS 2 2850 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 5015FO30SS 2 2850 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 62 120 0.52 >.98 <10% 0.99 5645FO30SS 2 2850 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 62 277 0.23 >.97 <15% 0.99 5645FO30SS 2 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 120 0.59 >.98 <15% 1.07 6100FO30SS 2 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 277 0.25 >.98 <15% 1.07 6100



FO30SS 3 2850 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 71 120 0.60 >.98 <10% 0.78 6670FO30SS 3 2850 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 71 277 0.26 >.98 <10% 0.78 6670FO30SS 3 2850 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 75 120 0.62 >.98 <10% 0.84 7180FO30SS 3 2850 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.97 <10% 0.84 7180FO30SS 3 2850 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 107 120 0.89 >.98 <10% 1.18 10090FO30SS 3 2850 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 104 277 0.39 >.98 <10% 1.18 10090FO30SS 3 2850 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 78 120 0.66 >.98 <10% 0.88 7525FO30SS 3 2850 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 77 277 0.28 >.98 <10% 0.88 7525FO30SS 3 2850 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 120 0.67 >.98 <10% 0.96 8210FO30SS 3 2850 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 84 277 0.29 >.98 <15% 0.96 8210FO30SS 3 2850 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 68 120 0.58 >.98 <10% 0.78 6670FO30SS 3 2850 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 68 277 0.25 >.98 <10% 0.78 6670FO30SS 3 2850 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 75 120 0.64 >.98 <10% 0.85 7270FO30SS 3 2850 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 74 277 0.26 >.98 <15% 0.85 7270FO30SS 3 2850 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 104 120 0.87 >.98 <10% 1.18 10090FO30SS 3 2850 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 103 277 0.38 >.98 <10% 1.18 10090FO30SS 3 2850 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 120 0.69 >.98 <10% 0.88 7525FO30SS 3 2850 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 277 0.30 >.98 <10% 0.88 7525FO30SS 3 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 86 120 0.74 >.98 <10% 0.96 8210FO30SS 3 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 86 277 0.32 >.98 <15% 0.96 8210

FO30SS 3 2850 51410 QTP3X32T8/UNV PSN-SC PROStart Series 83 120 0.70 >.98 <10% 0.88 7525FO30SS 3 2850 51410 QTP3X32T8/UNV PSN-SC PROStart Series 80 277 0.29 >.98 <10% 0.88 7525

FO30SS 3 2850 51430 QTP3x32T8/UNV PSX-SC PROStart Series 69 120 0.58 >.98 <10% 0.71 6070FO30SS 3 2850 51430 QTP3x32T8/UNV PSX-SC PROStart Series 67 277 0.24 >.98 <10% 0.71 6070

FO30SS 4 2850 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 92 120 0.78 >.98 <10% 0.78 8890FO30SS 4 2850 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 102 120 0.86 >.98 <10% 0.88 10030FO30SS 4 2850 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 92 277 0.34 >.98 <10% 0.78 8890FO30SS 4 2850 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 101 277 0.37 >.98 <10% 0.88 10030FO30SS 4 2850 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 89 120 0.75 >.98 <10% 0.78 8890FO30SS 4 2850 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 89 277 0.32 >.98 <10% 0.78 8890FO30SS 4 2850 49877 QHE4X32T8/UNV ISH Instant Parallel 135 120 1.13 >.98 <10% 1.15 13110FO30SS 4 2850 49877 QHE4X32T8/UNV ISH Instant Parallel 133 277 0.49 >.98 <10% 1.15 13110FO30SS 4 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 105 120 0.91 >.98 <10% 0.88 10030FO30SS 4 2850 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 105 277 0.39 >.98 <10% 0.88 10030





141





QUICKSYSTE

MS

FO28SS 1 2725 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.78 2125FO28SS 1 2725 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 23 277 0.08 >.98 <10% 0.78 2125FO28SS 1 2725 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 28 120 0.23 >.98 <10% 0.90 2455FO28SS 1 2725 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 29 277 0.11 >.96 <15% 0.90 2455FO28SS 1 2725 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 33 120 0.25 >.98 <15% 1.03 2805FO28SS 1 2725 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 33 277 0.12 >.88 <30% 1.03 2805FO28SS 1 2725 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 33 120 0.27 >.98 <10% 1.06 2890FO28SS 1 2725 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 33 277 0.13 >.90 <30% 1.06 2890FO28SS 1 2725 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 36 120 0.29 >.98 <10% 1.20 3270FO28SS 1 2725 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 36 277 0.13 >.98 <10% 1.20 3270FO28SS 1 2725 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 25 120 0.21 >.98 <10% 0.88 2400FO28SS 1 2725 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 25 277 0.09 >.98 <10% 0.88 2400FO28SS 1 2725 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 30 120 0.25 >.98 <10% 1.05 2860FO28SS 1 2725 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <15% 1.05 2860FO28SS 1 2725 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 34 120 0.30 >.95 <10% 1.20 3270FO28SS 1 2725 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 34 277 0.14 >.85 <15% 1.20 3270FO28SS 1 2725 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 22 120 0.19 >.98 <10% 0.78 2125FO28SS 1 2725 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 22 277 0.08 >.98 <10% 0.78 2125FO28SS 1 2725 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 27 120 0.23 >.98 <10% 0.95 2590FO28SS 1 2725 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 27 277 0.10 >.98 <15% 0.95 2590FO28SS 1 2725 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.95 <20% 1.02 2780FO28SS 1 2725 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <15% 1.02 2780FO28SS 1 2725 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 34 120 0.27 >.98 <15% 1.17 3190FO28SS 1 2725 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 34 277 0.13 >.92 <20% 1.17 3190FO28SS 1 2725 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 33 120 0.27 >.98 <10% 1.20 3270FO28SS 1 2725 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 33 277 0.12 >.95 <15% 1.20 3270FO28SS 1 2725 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 26 120 0.23 >.98 <10% 0.88 2400FO28SS 1 2725 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 26 277 0.10 >.98 <10% 0.88 2400FO28SS 1 2725 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 32 120 0.27 >.98 <10% 1.04 2835FO28SS 1 2725 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 32 277 0.12 >.97 <15% 1.04 2835FO28SS 1 2725 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 36 277 0.13 >.96 <15% 1.20 3270FO28SS 1 2725 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 36 120 0.30 >.98 <10% 1.20 3270






142




QUICKSYSTE

MS







FO28SS 4 2725 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 86 120 0.73 >.98 <10% 0.78 8500FO28SS 4 2725 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 86 277 0.32 >.97 <10% 0.78 8500FO28SS 4 2725 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 95 120 0.80 >.98 <10% 0.88 9590FO28SS 4 2725 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 95 277 0.35 >.98 <10% 0.88 9590FO28SS 4 2725 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 84 120 0.71 >.98 <10% 0.78 8500FO28SS 4 2725 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 84 277 0.31 >.98 <10% 0.78 8500FO28SS 4 2725 49877 QHE4X32T8/UNV ISH Instant Parallel 127 120 1.02 >.98 <10% 1.15 12535FO28SS 4 2725 49877 QHE4X32T8/UNV ISH Instant Parallel 124 277 0.44 >.98 <10% 1.15 12535FO28SS 4 2725 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 98 120 0.85 >.98 <10% 0.88 9590FO28SS 4 2725 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 98 277 0.37 >.98 <15% 0.88 9590





143





QUICKSYSTE

MS

FO25SS 1 2475 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 22 120 0.17 >.98 <10% 0.78 1930FO25SS 1 2475 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 20 277 0.08 >.98 <10% 0.78 1930FO25SS 1 2475 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 32 120 0.27 >.98 <10% 1.20 2970FO25SS 1 2475 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 32 277 0.12 >.98 <10% 1.20 2970FO25SS 1 2475 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 22 120 0.19 >.98 <10% 0.88 2175FO25SS 1 2475 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 22 277 0.09 >.98 <10% 0.88 2175FO25SS 1 2475 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 28 120 0.23 >.98 <10% 1.03 2550FO25SS 1 2475 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.94 <20% 1.03 2550FO25SS 1 2475 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 32 120 0.26 >.98 <10% 1.13 2795FO25SS 1 2475 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 32 277 0.12 >.94 <20% 1.13 2795FO25SS 1 2475 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 20 120 0.17 >.98 <10% 0.78 1835FO25SS 1 2475 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 20 277 0.08 >.98 <10% 0.78 1835FO25SS 1 2475 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.95 2350FO25SS 1 2475 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 25 277 0.10 >.92 <20% 0.95 2350FO25SS 1 2475 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 29 120 0.24 >.98 <10% 1.00 2475FO25SS 1 2475 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 29 277 0.11 >.95 <20% 1.00 2475FO25SS 1 2475 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <10% 1.17 2895FO25SS 1 2475 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.92 <20% 1.17 2895FO25SS 1 2475 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 30 120 0.26 >.98 <10% 1.20 2970FO25SS 1 2475 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 30 277 0.12 >.95 <15% 1.20 2970FO25SS 1 2475 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 23 120 0.20 >.98 <10% 0.88 2180FO25SS 1 2475 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 23 277 0.09 >.98 <10% 0.88 2180FO25SS 1 2475 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 30 120 0.24 >.98 <10% 1.05 2600FO25SS 1 2475 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.97 <10% 1.05 2600FO25SS 1 2475 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 33 120 0.27 >.98 <10% 1.14 2820FO25SS 1 2475 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 33 277 0.13 >.95 <20% 1.14 2820





QUICKSYSTEMS 4 Foot Linear T8 Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

144




QUICKSYSTE

MS







FO25SS 4 2475 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 77 120 0.63 >.98 <10% 0.78 7720FO25SS 4 2475 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 77 277 0.28 >.97 <10% 0.78 7720FO25SS 4 2475 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 120 0.71 >.98 <10% 0.88 8710FO25SS 4 2475 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 277 0.30 >.98 <10% 0.88 8710FO25SS 4 2475 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 76 120 0.62 >.98 <10% 0.78 7720FO25SS 4 2475 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.98 <10% 0.78 7720FO25SS 4 2475 49877 QHE4X32T8/UNV ISH Instant Parallel 112 120 0.94 >.98 <10% 1.15 11385FO25SS 4 2475 49877 QHE4X32T8/UNV ISH Instant Parallel 111 277 0.41 >.98 <10% 1.15 11385FO25SS 4 2475 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 88 120 0.74 >.98 <10% 0.88 8710FO25SS 4 2475 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 88 277 0.31 >.98 <15% 0.88 8710





145





QUICKSYSTE

MS

FO32XPS 1 3100 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 28 120 0.22 >.98 <10% 0.78 2420FO32XPS 1 3100 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 26 277 0.10 >.98 <10% 0.78 2420FO32XPS 1 3100 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 120 0.30 >.98 <10% 0.90 2790FO32XPS 1 3100 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 277 0.12 >.97 <10% 0.90 2790FO32XPS 1 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 120 0.29 >.98 <10% 1.03 3195FO32XPS 1 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 277 0.13 >.96 <20% 1.03 3195FO32XPS 1 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 120 0.31 >.98 <10% 1.06 3285FO32XPS 1 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 277 0.15 >.92 <30% 1.06 3285FO32XPS 1 3100 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 120 0.33 >.98 <10% 1.20 3720FO32XPS 1 3100 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 277 0.15 >.98 <10% 1.20 3720FO32XPS 1 3100 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2730FO32XPS 1 3100 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2730FO32XPS 1 3100 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 120 0.27 >.95 <10% 1.05 3255FO32XPS 1 3100 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 277 0.11 >.95 <10% 1.05 3255FO32XPS 1 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 120 0.34 >.98 <10% 1.20 3720FO32XPS 1 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 277 0.15 >.92 <15% 1.20 3720FO32XPS 1 3100 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.78 2420FO32XPS 1 3100 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 277 0.09 >.98 <10% 0.78 2420FO32XPS 1 3100 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 120 0.27 >.95 <10% 0.95 2945FO32XPS 1 3100 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.95 <10% 0.95 2945FO32XPS 1 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 120 0.30 >.98 <15% 1.02 3160FO32XPS 1 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.96 <20% 1.02 3160FO32XPS 1 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 120 0.33 >.98 <15% 1.17 3625FO32XPS 1 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 277 0.15 >.93 <20% 1.17 3625FO32XPS 1 3100 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 120 0.32 >.98 <10% 1.20 3720FO32XPS 1 3100 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 277 0.14 >.98 <10% 1.20 3720FO32XPS 1 3100 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 120 0.26 >.98 <10% 0.88 2730FO32XPS 1 3100 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <10% 0.88 2730FO32XPS 1 3100 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 120 0.30 >.95 <10% 1.04 3225FO32XPS 1 3100 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 277 0.14 >.95 <10% 1.04 3225FO32XPS 1 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 120 0.15 >.95 <15% 1.19 3690FO32XPS 1 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 277 0.34 >.98 <10% 1.19 3690

FO32XPS 1 3100 51400 QTP1X32T8/UNV PSN-TC PROStart Series 31 120 0.26 >.98 <10% 0.88 2730FO32XPS 1 3100 51400 QTP1X32T8/UNV PSN-TC PROStart Series 30 277 0.11 >.98 <10% 0.88 2730

FO32XPS 2 3100 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 120 0.44 >.98 <10% 0.78 4835FO32XPS 2 3100 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 277 0.19 >.98 <10% 0.78 4835FO32XPS 2 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 120 0.45 >.98 <10% 0.88 5455FO32XPS 2 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 277 0.20 >.98 <10% 0.88 5455FO32XPS 2 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 120 0.50 >.98 <10% 0.93 5765FO32XPS 2 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 277 0.23 >.97 <10% 0.93 5765FO32XPS 2 3100 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 120 0.65 >.98 <10% 1.20 7440FO32XPS 2 3100 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 277 0.28 >.98 <10% 1.20 7440FO32XPS 2 3100 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 120 0.47 >.98 <10% 0.88 5455FO32XPS 2 3100 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 5455FO32XPS 2 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 63 120 0.50 >.97 <15% 0.99 6140FO32XPS 2 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 62 277 0.22 >.97 <15% 0.99 6140FO32XPS 2 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 120 0.60 >.97 <15% 1.08 6695FO32XPS 2 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.08 6695FO32XPS 2 3100 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4835FO32XPS 2 3100 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4835FO32XPS 2 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 120 0.46 >.97 <15% 0.90 5580FO32XPS 2 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 277 0.20 >.97 <15% 0.90 5580



146




QUICKSYSTE

MS

FO32XPS 2 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 120 0.52 >.98 <10% 0.98 6075FO32XPS 2 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 277 0.23 >.96 <15% 0.98 6075FO32XPS 2 3100 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 74 120 0.65 >.98 <10% 1.20 7440FO32XPS 2 3100 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 73 277 0.28 >.98 <10% 1.20 7440FO32XPS 2 3100 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 120 0.50 >.98 <10% 0.88 5455FO32XPS 2 3100 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 277 0.21 >.98 <10% 0.88 5455FO32XPS 2 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.97 <15% 1.02 6325FO32XPS 2 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 277 0.24 >.97 <15% 1.02 6325FO32XPS 2 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 120 0.59 >.98 <15% 1.07 6635FO32XPS 2 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.07 6635

FO32XPS 2 3100 51402 QTP2X32T8/UNV PSN-TC PROStart Series 59 120 0.50 >.98 <10% 0.88 5455FO32XPS 2 3100 51402 QTP2X32T8/UNV PSN-TC PROStart Series 56 277 0.21 >.98 <10% 0.88 5455

FO32XPS 3 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 120 0.65 >.98 <10% 0.78 7255FO32XPS 3 3100 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.98 <10% 0.78 7255FO32XPS 3 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 120 0.66 >.98 <10% 0.84 7810FO32XPS 3 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 277 0.29 >.97 <10% 0.84 7810FO32XPS 3 3100 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 114 120 0.95 >.98 <10% 1.18 10975FO32XPS 3 3100 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 111 277 0.41 >.98 <10% 1.18 10975FO32XPS 3 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 83 120 0.69 >.98 <10% 0.88 8185FO32XPS 3 3100 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 82 277 0.30 >.98 <10% 0.88 8185FO32XPS 3 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 120 0.71 >.98 <15% 0.96 8930FO32XPS 3 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 277 0.31 >.98 <15% 0.96 8930FO32XPS 3 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 73 120 0.61 >.98 <10% 0.78 7255FO32XPS 3 3100 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 72 277 0.27 >.98 <10% 0.78 7255FO32XPS 3 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 120 0.68 >.98 <10% 0.85 7905FO32XPS 3 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 277 0.28 >.98 <10% 0.85 7905FO32XPS 3 3100 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 111 120 0.93 >.98 <10% 1.18 10975FO32XPS 3 3100 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 109 277 0.40 >.98 <10% 1.18 10975FO32XPS 3 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 120 0.72 >.98 <10% 0.88 8185FO32XPS 3 3100 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 277 0.31 >.98 <10% 0.88 8185FO32XPS 3 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 120 0.77 >.98 <15% 0.96 8930FO32XPS 3 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 277 0.33 >.98 <15% 0.96 8930

FO32XPS 3 3100 51403 QTP3X32T8/UNV PSN-SC PROStart Series 88 120 0.74 >.98 <10% 0.88 8185FO32XPS 3 3100 51403 QTP3X32T8/UNV PSN-SC PROStart Series 85 277 0.31 >.98 <10% 0.88 8185

FO32XPS 4 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 120 0.80 >.98 <10% 0.78 9670FO32XPS 4 3100 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 277 0.35 >.98 <10% 0.78 9670FO32XPS 4 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 108 120 0.91 >.98 <10% 0.88 10910FO32XPS 4 3100 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 107 277 0.39 >.98 <10% 0.88 10910FO32XPS 4 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.78 9670FO32XPS 4 3100 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 277 0.35 >.98 <10% 0.78 9670FO32XPS 4 3100 49922 QHE4X32T8/UNV ISH Instant Parallel 144 120 1.21 >.98 <10% 1.15 14260FO32XPS 4 3100 49922 QHE4X32T8/UNV ISH Instant Parallel 141 277 0.52 >.98 <10% 1.15 14260FO32XPS 4 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 120 0.95 >.98 <10% 0.88 10910FO32XPS 4 3100 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 277 0.40 >.98 <10% 0.88 10910

FO32XPS 4 3100 51404 QTP4X32T8/UNV PSN-SC PROStart Series 118 120 0.99 >.98 <10% 0.88 10910FO32XPS 4 3100 51404 QTP4X32T8/UNV PSN-SC PROStart Series 113 277 0.41 >.98 <10% 0.88 10910



147





QUICKSYSTE

MS

FO32XP/XL 1 2950 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 28 120 0.22 >.98 <10% 0.78 2300FO32XP/XL 1 2950 49832 QTP1X32T8/UNV ISL-SC Instant Parallel 26 277 0.10 >.98 <10% 0.78 2300FO32XP/XL 1 2950 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 120 0.30 >.98 <10% 0.90 2655FO32XP/XL 1 2950 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 32 277 0.12 >.97 <10% 0.90 2655FO32XP/XL 1 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 120 0.29 >.98 <10% 1.03 3040FO32XP/XL 1 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 37 277 0.13 >.96 <20% 1.03 3040FO32XP/XL 1 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 120 0.31 >.98 <10% 1.06 3125FO32XP/XL 1 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 38 277 0.15 >.92 <30% 1.06 3125FO32XP/XL 1 2950 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 120 0.33 >.98 <10% 1.20 3540FO32XP/XL 1 2950 49829 QTP1X32T8/UNV ISH-SC Instant Parallel 41 277 0.15 >.98 <10% 1.20 3540FO32XP/XL 1 2950 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2595FO32XP/XL 1 2950 49968 QHE1X32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2595FO32XP/XL 1 2950 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 120 0.27 >.95 <10% 1.05 3100FO32XP/XL 1 2950 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 34 277 0.11 >.95 <10% 1.05 3100FO32XP/XL 1 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 120 0.34 >.98 <10% 1.20 3540FO32XP/XL 1 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 40 277 0.15 >.92 <15% 1.20 3540FO32XP/XL 1 2950 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.78 2300FO32XP/XL 1 2950 49837 QHE1X32T8/UNV ISL-SC Instant Parallel 25 277 0.09 >.98 <10% 0.78 2300FO32XP/XL 1 2950 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 120 0.27 >.95 <10% 0.95 2805FO32XP/XL 1 2950 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.95 <10% 0.95 2805FO32XP/XL 1 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 120 0.30 >.98 <15% 1.02 3010FO32XP/XL 1 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.96 <20% 1.02 3010FO32XP/XL 1 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 120 0.33 >.98 <15% 1.17 3450FO32XP/XL 1 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 39 277 0.15 >.93 <20% 1.17 3450FO32XP/XL 1 2950 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 120 0.32 >.98 <10% 1.20 3540FO32XP/XL 1 2950 49919 QHE1X32T8/UNV ISH-SC Instant Parallel 38 277 0.14 >.98 <10% 1.20 3540FO32XP/XL 1 2950 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 120 0.26 >.98 <10% 0.88 2595FO32XP/XL 1 2950 49905 QTP1x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <10% 0.88 2595FO32XP/XL 1 2950 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 120 0.30 >.95 <10% 1.04 3070FO32XP/XL 1 2950 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 36 277 0.14 >.95 <10% 1.04 3070FO32XP/XL 1 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 120 0.15 >.95 <15% 1.19 3510FO32XP/XL 1 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 41 277 0.34 >.98 <10% 1.19 3510

FO32XP/XL 1 2950 51400 QTP1X32T8/UNV PSN-TC PROStart Series 31 120 0.26 >.98 <10% 0.88 2595FO32XP/XL 1 2950 51400 QTP1X32T8/UNV PSN-TC PROStart Series 30 277 0.11 >.98 <10% 0.88 2595

FO32XP/XL 2 2950 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 120 0.44 >.98 <10% 0.78 4600FO32XP/XL 2 2950 49834 QTP2X32T8/UNV ISL-SC Instant Parallel 51 277 0.19 >.98 <10% 0.78 4600FO32XP/XL 2 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 120 0.45 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 58 277 0.20 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 120 0.50 >.98 <10% 0.93 5485FO32XP/XL 2 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 61 277 0.23 >.97 <10% 0.93 5485FO32XP/XL 2 2950 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 120 0.65 >.98 <10% 1.20 7080FO32XP/XL 2 2950 49830 QTP2X32T8/UNV ISH-SC Instant Parallel 78 277 0.28 >.98 <10% 1.20 7080FO32XP/XL 2 2950 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 120 0.47 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49969 QHE2X32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 63 120 0.50 >.97 <15% 0.99 5840FO32XP/XL 2 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 62 277 0.22 >.97 <15% 0.99 5840FO32XP/XL 2 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 120 0.60 >.97 <15% 1.08 6370FO32XP/XL 2 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.08 6370FO32XP/XL 2 2950 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4600FO32XP/XL 2 2950 49838 QHE2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4600FO32XP/XL 2 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 120 0.46 >.97 <15% 0.90 5310FO32XP/XL 2 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 56 277 0.20 >.97 <15% 0.90 5310



148




QUICKSYSTE

MS

FO32XP/XL 2 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 120 0.52 >.98 <10% 0.98 5780FO32XP/XL 2 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 62 277 0.23 >.96 <15% 0.98 5780FO32XP/XL 2 2950 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 74 120 0.65 >.98 <10% 1.20 7080FO32XP/XL 2 2950 49920 QHE2X32T8/UNV ISH-SC Instant Parallel 73 277 0.28 >.98 <10% 1.20 7080FO32XP/XL 2 2950 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 120 0.50 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49906 QTP2x32T8/UNV ISN-SC Instant Parallel 59 277 0.21 >.98 <10% 0.88 5190FO32XP/XL 2 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.97 <15% 1.02 6020FO32XP/XL 2 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 66 277 0.24 >.97 <15% 1.02 6020FO32XP/XL 2 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 120 0.59 >.98 <15% 1.07 6315FO32XP/XL 2 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.07 6315

FO32XP/XL 2 2950 51402 QTP2X32T8/UNV PSN-TC PROStart Series 59 120 0.50 >.98 <10% 0.88 5190FO32XP/XL 2 2950 51402 QTP2X32T8/UNV PSN-TC PROStart Series 56 277 0.21 >.98 <10% 0.88 5190

FO32XP/XL 3 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 120 0.65 >.98 <10% 0.78 6905FO32XP/XL 3 2950 49835 QTP3X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.98 <10% 0.78 6905FO32XP/XL 3 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 120 0.66 >.98 <10% 0.84 7435FO32XP/XL 3 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 80 277 0.29 >.97 <10% 0.84 7435FO32XP/XL 3 2950 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 114 120 0.95 >.98 <10% 1.18 10445FO32XP/XL 3 2950 49831 QTP3X32T8/UNV ISH-SC Instant Parallel 111 277 0.41 >.98 <10% 1.18 10445FO32XP/XL 3 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 83 120 0.69 >.98 <10% 0.88 7790FO32XP/XL 3 2950 49970 QHE3X32T8/UNV ISN-SC Instant Parallel 82 277 0.30 >.98 <10% 0.88 7790FO32XP/XL 3 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 120 0.71 >.98 <15% 0.96 8495FO32XP/XL 3 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 89 277 0.31 >.98 <15% 0.96 8495FO32XP/XL 3 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 73 120 0.61 >.98 <10% 0.78 6905FO32XP/XL 3 2950 49839 QHE3X32T8/UNV ISL-SC Instant Parallel 72 277 0.27 >.98 <10% 0.78 6905FO32XP/XL 3 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 120 0.68 >.98 <10% 0.85 7525FO32XP/XL 3 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 80 277 0.28 >.98 <10% 0.85 7525FO32XP/XL 3 2950 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 111 120 0.93 >.98 <10% 1.18 10445FO32XP/XL 3 2950 49921 QHE3X32T8/UNV ISH-SC Instant Parallel 109 277 0.40 >.98 <10% 1.18 10445FO32XP/XL 3 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 120 0.72 >.98 <10% 0.88 7790FO32XP/XL 3 2950 49907 QTP3x32T8/UNV ISN-SC Instant Parallel 86 277 0.31 >.98 <10% 0.88 7790FO32XP/XL 3 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 120 0.77 >.98 <15% 0.96 8495FO32XP/XL 3 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 92 277 0.33 >.98 <15% 0.96 8495

FO32XP/XL 3 2950 51403 QTP3X32T8/UNV PSN-SC PROStart Series 88 120 0.74 >.98 <10% 0.88 7790FO32XP/XL 3 2950 51403 QTP3X32T8/UNV PSN-SC PROStart Series 85 277 0.31 >.98 <10% 0.88 7790

FO32XP/XL 4 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 120 0.80 >.98 <10% 0.78 9205FO32XP/XL 4 2950 49836 QTP4X32T8/UNV ISL-SC Instant Parallel 98 277 0.35 >.98 <10% 0.78 9205FO32XP/XL 4 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 108 120 0.91 >.98 <10% 0.88 10385FO32XP/XL 4 2950 49971 QHE4X32T8/UNV ISN-SC Instant Parallel 107 277 0.39 >.98 <10% 0.88 10385FO32XP/XL 4 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.78 9205FO32XP/XL 4 2950 49840 QHE4X32T8/UNV ISL-SC Instant Parallel 95 277 0.35 >.98 <10% 0.78 9205FO32XP/XL 4 2950 49922 QHE4X32T8/UNV ISH Instant Parallel 144 120 1.21 >.98 <10% 1.15 13570FO32XP/XL 4 2950 49922 QHE4X32T8/UNV ISH Instant Parallel 141 277 0.52 >.98 <10% 1.15 13570FO32XP/XL 4 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 120 0.95 >.98 <10% 0.88 10385FO32XP/XL 4 2950 49908 QTP4x32T8/UNV ISN-SC Instant Parallel 112 277 0.40 >.98 <10% 0.88 10385

FO32XP/XL 4 2950 51404 QTP4X32T8/UNV PSN-SC PROStart Series 118 120 0.99 >.98 <10% 0.88 10385FO32XP/XL 4 2950 51404 QTP4X32T8/UNV PSN-SC PROStart Series 113 277 0.41 >.98 <10% 0.88 10385



149





QUICKSYSTE

MS

FO25XP 1 2175 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 22 120 0.17 >.98 <10% 0.80 1740FO25XP 1 2175 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 22 277 0.07 >.98 <10% 0.80 1740FO25XP 1 2175 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 25 120 0.22 >.98 <10% 0.93 2025FO25XP 1 2175 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 25 277 0.10 >.96 <20% 0.93 2025FO25XP 1 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 29 120 0.23 >.98 <20% 1.04 2260FO25XP 1 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 29 277 0.12 >.87 <30% 1.04 2260FO25XP 1 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 30 120 0.24 >.98 <20% 1.08 2350FO25XP 1 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 30 277 0.12 >.90 <30% 1.08 2350FO25XP 1 2175 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 23 120 0.21 >.98 <10% 0.90 1960FO25XP 1 2175 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 23 277 0.09 >.98 <10% 0.90 1960FO25XP 1 2175 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 27 120 0.21 >.95 <15% 1.07 2325FO25XP 1 2175 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 27 277 0.09 >.95 <15% 1.07 2325FO25XP 1 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 30 120 0.27 >.94 <10% 1.18 2565FO25XP 1 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 31 277 0.13 >.84 <30% 1.18 2565FO25XP 1 2175 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 20 120 0.17 >.98 <10% 0.79 1720FO25XP 1 2175 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 20 277 0.08 >.95 <10% 0.79 1720FO25XP 1 2175 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 24 120 0.21 >.95 <15% 0.96 2090FO25XP 1 2175 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 24 277 0.10 >.90 <15% 0.96 2090FO25XP 1 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 28 120 0.24 >.98 <15% 1.05 2285FO25XP 1 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 29 277 0.11 >.95 <20% 1.05 2285FO25XP 1 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 32 120 0.27 >.98 <10% 1.18 2565FO25XP 1 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 32 277 0.12 >.92 <20% 1.18 2565FO25XP 1 2175 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 24 120 0.23 >.98 <10% 0.90 1960FO25XP 1 2175 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 24 277 0.10 >.98 <10% 0.90 1960FO25XP 1 2175 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 29 120 0.25 >.95 <15% 1.05 2285FO25XP 1 2175 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 29 277 0.11 >.95 <15% 1.05 2285


FO25XP 2 2175 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 40 120 0.34 >.98 <10% 0.80 3480FO25XP 2 2175 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 40 277 0.15 >.98 <10% 0.80 3480FO25XP 2 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 45 120 0.35 >.98 <10% 0.89 3870FO25XP 2 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 45 277 0.16 >.98 <10% 0.89 3870FO25XP 2 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 48 120 0.39 >.98 <10% 0.95 4135FO25XP 2 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.94 <20% 0.95 4135FO25XP 2 2175 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 43 120 0.34 >.97 <10% 0.89 3870FO25XP 2 2175 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 43 277 0.15 >.97 <10% 0.89 3870FO25XP 2 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 49 120 0.41 >.98 <10% 1.01 4435FO25XP 2 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 49 277 0.18 >.97 <10% 1.01 4435FO25XP 2 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 54 120 0.41 >.97 <20% 1.10 4785FO25XP 2 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 54 277 0.18 >.97 <20% 1.10 4785FO25XP 2 2175 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 38 120 0.33 >.97 <10% 0.80 3480FO25XP 2 2175 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.97 <10% 0.80 3480FO25XP 2 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 45 120 0.39 >.95 <20% 0.91 3960FO25XP 2 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 45 277 0.17 >.95 <20% 0.91 3960FO25XP 2 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 50 277 0.19 >.95 <20% 1.00 4350FO25XP 2 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 50 120 0.43 >.97 <10% 1.00 4350FO25XP 2 2175 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 45 120 0.40 >.97 <10% 0.92 4000FO25XP 2 2175 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 45 277 0.17 >.97 <10% 0.92 4000FO25XP 2 2175 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 52 120 0.46 >.95 <20% 1.02 4435FO25XP 2 2175 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 52 277 0.20 >.95 <20% 1.02 4435FO25XP 2 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 54 120 0.46 >.97 <20% 1.08 4700FO25XP 2 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 54 277 0.21 >.97 <20% 1.08 4700

Lamp # of Lamp Item Start Lamp System Input Input Power Ballast SystemType (3ft) Lamps Lumens Number Ballast Description Type Circuit Watts Volts Amps Factor THD Factor Lumens


150




QUICKSYSTE

MS


FO25XP 3 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 59 120 0.46 >.98 <10% 0.80 5220FO25XP 3 2175 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 59 277 0.21 >.98 <20% 0.80 5220FO25XP 3 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 62 120 0.51 >.98 <10% 0.86 5610FO25XP 3 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 62 277 0.23 >.96 <20% 0.86 5610FO25XP 3 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 65 120 0.55 >.97 <15% 0.89 5875FO25XP 3 2175 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 64 277 0.24 >.97 <15% 0.89 5875FO25XP 3 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 70 120 0.57 >.98 <15% 0.97 6330FO25XP 3 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 70 277 0.25 >.98 <15% 0.97 6330FO25XP 3 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 56 277 0.21 >.97 <10% 0.79 5155FO25XP 3 2175 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 56 120 0.48 >.98 <10% 0.79 5155FO25XP 3 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 64 277 0.23 >.98 <15% 0.87 5675FO25XP 3 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 64 120 0.54 >.98 <10% 0.87 5675FO25XP 3 2175 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 67 120 0.61 >.97 <15% 0.90 5875FO25XP 3 2175 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 67 277 0.26 >.97 <15% 0.90 5875FO25XP 3 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 71 120 0.61 >.98 <15% 0.98 6395FO25XP 3 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 71 277 0.27 >.98 <15% 0.98 6395


FO25XP 4 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 77 120 0.61 >.98 <10% 0.80 6960FO25XP 4 2175 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 77 277 0.27 >.97 <10% 0.80 6960FO25XP 4 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 84 120 0.68 >.97 <15% 0.89 7745FO25XP 4 2175 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 84 277 0.29 >.97 <15% 0.89 7745FO25XP 4 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 74 120 0.64 >.97 <10% 0.79 6875FO25XP 4 2175 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 74 277 0.28 >.97 <15% 0.79 6875FO25XP 4 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 88 120 0.74 >.97 <15% 0.90 7830FO25XP 4 2175 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 88 277 0.32 >.97 <15% 0.90 7830




151

3 Foot Linear T8 Fluorescent LampsQUICKSYSTEMS




QUICKSYSTE

MS

FO17XP 1 1375 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 15 120 0.12 >.98 <10% 0.81 1115FO17XP 1 1375 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 15 277 0.05 >.97 <20% 0.81 1115FO17XP 1 1375 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 19 120 0.20 >.98 <20% 0.94 1295FO17XP 1 1375 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 19 277 0.08 >.94 <20% 0.94 1295FO17XP 1 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 22 120 0.17 >.98 <20% 1.05 1445FO17XP 1 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 22 277 0.10 >.74 <55% 1.05 1445FO17XP 1 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 22 120 0.18 >.98 <20% 1.09 1500FO17XP 1 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 22 277 0.09 >.90 <30% 1.09 1500FO17XP 1 1375 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 17 120 0.14 >.98 <15% 0.90 1240FO17XP 1 1375 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 17 277 0.06 >.98 <15% 0.90 1240FO17XP 1 1375 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 19 120 0.15 >.90 <20% 1.08 1485FO17XP 1 1375 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 19 277 0.06 >.90 <20% 1.08 1485FO17XP 1 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 22 120 0.20 >.89 <10% 1.18 1625FO17XP 1 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 22 277 0.10 >.77 <35% 1.18 1625FO17XP 1 1375 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 14 120 0.12 >.98 <10% 0.80 1100FO17XP 1 1375 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 14 277 0.05 >.95 <15% 0.80 1100FO17XP 1 1375 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 17 120 0.16 >.90 <20% 0.98 1350FO17XP 1 1375 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 17 277 0.07 >.90 <20% 0.98 1350FO17XP 1 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 21 120 0.17 >.98 <15% 1.06 1460FO17XP 1 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 21 277 0.08 >.92 <20% 1.06 1460FO17XP 1 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 23 120 0.19 >.98 <20% 1.20 1650FO17XP 1 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 23 277 0.10 >.86 <30% 1.20 1650FO17XP 1 1375 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 18 120 0.15 >.98 <15% 0.92 1265FO17XP 1 1375 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 18 277 0.07 >.98 <15% 0.92 1265FO17XP 1 1375 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 21 120 0.19 >.90 <20% 1.06 1460FO17XP 1 1375 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 21 277 0.09 >.90 <20% 1.06 1460


FO17XP 2 1375 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 27 120 0.25 >.98 <10% 0.81 2230FO17XP 2 1375 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 27 277 0.11 >.97 <20% 0.81 2230FO17XP 2 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 32 120 0.26 >.98 <20% 0.93 2560FO17XP 2 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 32 277 0.12 >.91 <20% 0.93 2560FO17XP 2 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 33 120 0.27 >.98 <20% 0.96 2640FO17XP 2 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 33 277 0.34 >.91 <20% 0.96 2640FO17XP 2 1375 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 29 120 0.24 >.95 <10% 0.90 2475FO17XP 2 1375 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 29 277 0.10 >.95 <10% 0.90 2475FO17XP 2 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 34 120 0.26 >.90 <20% 1.03 2860FO17XP 2 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 34 277 0.11 >.90 <20% 1.03 2860FO17XP 2 1375 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 37 120 0.29 >.95 <20% 1.13 3110FO17XP 2 1375 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 37 277 0.13 >.95 <20% 1.13 3110FO17XP 2 1375 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 26 120 0.23 >.95 <15% 0.81 2230FO17XP 2 1375 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 26 277 0.10 >.95 <15% 0.81 2230FO17XP 2 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 31 120 0.29 >.90 <20% 0.92 2530FO17XP 2 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.90 <20% 0.92 2530FO17XP 2 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 34 277 0.13 >.95 <20% 1.00 2750FO17XP 2 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 34 120 0.30 >.95 <15% 1.00 2750FO17XP 2 1375 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 32 120 0.27 >.95 <10% 0.93 2560FO17XP 2 1375 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 32 277 0.12 >.95 <10% 0.93 2560FO17XP 2 1375 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 36 120 0.32 >.90 <20% 1.04 2860FO17XP 2 1375 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 36 277 0.14 >.90 <20% 1.04 2860FO17XP 2 1375 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 37 120 0.33 >.95 <20% 1.10 3025FO17XP 2 1375 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 37 277 0.15 >.95 <20% 1.10 3025




152




QUICKSYSTE

MS

FO17XP 3 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 40 120 0.33 >.98 <10% 0.80 3300FO17XP 3 1375 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 40 277 0.15 >.97 <20% 0.80 3300FO17XP 3 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 44 120 0.36 >.98 <10% 0.87 3590FO17XP 3 1375 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 44 277 0.17 >.93 <20% 0.87 3590FO17XP 3 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 44 120 0.36 >.95 <20% 0.90 3835FO17XP 3 1375 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 44 277 0.16 >.95 <20% 0.90 3835FO17XP 3 1375 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 47 120 0.37 >.95 <20% 0.98 4045FO17XP 3 1375 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 47 277 0.16 >.95 <20% 0.98 4045FO17XP 3 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.95 <15% 0.80 3300FO17XP 3 1375 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 38 120 0.32 >.98 <10% 0.80 3300FO17XP 3 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 43 277 0.16 >.95 <20% 0.88 3630FO17XP 3 1375 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 43 120 0.38 >.95 <20% 0.88 3630FO17XP 3 1375 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 46 120 0.40 >.95 <20% 0.93 3835FO17XP 3 1375 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 46 277 0.18 >.95 <20% 0.93 3835FO17XP 3 1375 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 50 120 0.42 >.95 <20% 0.99 4085FO17XP 3 1375 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 50 277 0.18 >.95 <20% 0.99 4085






153

2 Foot Linear T8 Fluorescent LampsQUICKSYSTEMS




QUICKSYSTE

MS

FO32XPS 1 3100 51420 QTP1X32T8/UNV PSX-TC PROStart Series 25 120 0.21 >.98 <10% 0.71 2200FO32XPS 1 3100 51420 QTP1X32T8/UNV PSX-TC PROStart Series 25 277 0.09 >.98 <10% 0.71 2200

FO32XPS 2 3100 51425 QTP2X32T8/UNV PSX-TC PROStart Series 47 120 0.40 >.98 <10% 0.71 4400FO32XPS 2 3100 51425 QTP2X32T8/UNV PSX-TC PROStart Series 46 277 0.17 >.98 <10% 0.71 4400

FO32XPS 3 3100 51430 QTP3x32T8/UNV PSX-SC PROStart Series 73 120 0.59 >.98 <10% 0.71 6600FO32XPS 3 3100 51430 QTP3x32T8/UNV PSX-SC PROStart Series 71 277 0.25 >.98 <10% 0.71 6600

FO32XPS 4 3100 51435 QTP4x32T8/UNV PSX-SC PROStart Series 93 120 0.78 >.98 <10% 0.71 8800FO32XPS 4 3100 51435 QTP4x32T8/UNV PSX-SC PROStart Series 91 277 0.33 >.98 <10% 0.71 8800

FO25T8XPS 1 2200 51420 QTP1X32T8/UNV PSX-TC PROStart Series 19 120 0.17 >.98 <10% 0.72 1585FO25T8XPS 1 2200 51420 QTP1X32T8/UNV PSX-TC PROStart Series 19 277 0.07 >.98 <10% 0.72 1585


FO25T8XPS 3 2200 51430 QTP3x32T8/UNV PSX-SC PROStart Series 56 120 0.45 >.98 <10% 0.72 4750FO25T8XPS 3 2200 51430 QTP3x32T8/UNV PSX-SC PROStart Series 55 277 0.19 >.98 <10% 0.72 4750






T8 Dimming U-Shaped CURVALUME®

FBO32XP 1 2900 50705 QTP1x32T8/UNV DIM-TC(@5%) PROStart Series 8 120 0.26 >.98 <10% 0.05 145FBO32XP 1 2900 50705 QTP1x32T8/UNV DIM-TC(@100%) PROStart Series 30 120 0.06 >.98 <15% 0.88 2550




FBO32XP 3 2900 50714 QTP3x32T8/UNV DIM-TCL(@5%) PROStart Series 20 120 0.17 >.98 <10% 0.05 435FBO32XP 3 2900 50714 QTP3x32T8/UNV DIM-TCL(@100%) PROStart Series 87 120 0.73 >.98 <10% 0.88 7655





QUICKSYSTEMS XPS® T8 Fluorescent Lamps (PSX Systems) As the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

154



QUICKSYSTE

MS

FO32XP 1 3000 50705 QTP1x32T8/UNV DIM-TC(@100%) PROStart Series 30 120 0.27 >.98 <10% 0.88 2640FO32XP 1 3000 50705 QTP1x32T8/UNV DIM-TC(@5%) PROStart Series 8 120 0.06 >.98 <15% 0.05 150




FO32XP 3 3000 50714 QTP3x32T8/UNV DIM-TCL(@100%) PROStart Series 87 120 0.73 >.98 <10% 0.88 7920FO32XP 3 3000 50714 QTP3x32T8/UNV DIM-TCL(@5%) PROStart Series 20 120 0.17 >.98 <10% 0.05 450




FO25 XP (3 Foot)









FO17 XP (2 Foot)











155

T8 Dimming Fluorescent LampsQUICKSYSTEMSSystem Performance Guide


QUICKSYSTE

MS

FO40XP 1 3750 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 38 120 0.33 >.98 <10% 0.88 3265FO40XP 1 3750 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.98 <10% 0.88 3265FO40XP 1 3750 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 41 120 0.32 >.97 <10% 1.03 3865FO40XP 1 3750 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 41 277 0.14 >.97 <10% 1.03 3865FO40XP 1 3750 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 38 120 0.33 >.97 <10% 0.93 3490FO40XP 1 3750 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.97 <15% 0.93 3490FO40XP 1 3750 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 43 120 0.36 >.98 <10% 1.02 3825FO40XP 1 3750 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 43 277 0.16 >.97 <15% 1.02 3825FO40XP 1 3750 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 49 120 0.40 >.98 <10% 1.16 4350FO40XP 1 3750 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 49 277 0.20 >.94 <20% 1.16 4350FO40XP 1 3750 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 43 120 0.37 >.97 <10% 1.03 3865FO40XP 1 3750 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 43 277 0.16 >.97 <10% 1.03 3865FO40XP 1 3750 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 50 120 0.41 >.98 <10% 1.19 4465FO40XP 1 3750 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 50 277 0.18 >.98 <10% 1.19 4465

FO40XP 2 3750 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 72 120 0.57 >.98 <10% 0.86 6225FO40XP 2 3750 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 72 277 0.25 >.98 <10% 0.86 6225FO40XP 2 3750 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 77 120 0.61 >.98 <10% 0.99 7425FO40XP 2 3750 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 76 277 0.26 >.98 <10% 0.99 7425FO40XP 2 3750 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 120 0.71 >.98 <10% 1.02 7650FO40XP 2 3750 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 277 0.31 >.98 <10% 1.02 7650FO40XP 2 3750 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 70 120 0.60 >.98 <10% 0.89 6675FO40XP 2 3750 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 70 277 0.25 >.98 <10% 0.89 6675FO40XP 2 3750 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 73 120 0.63 >.98 <10% 0.97 7275FO40XP 2 3750 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 73 277 0.27 >.97 <15% 0.97 7275FO40XP 2 3750 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 120 0.67 >.98 <10% 1.00 7500FO40XP 2 3750 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 277 0.29 >.98 <10% 1.00 7500




156




QUICKSYSTE

MS

FO96T8XP 2 6100 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.77 9395FO96T8XP 2 6100 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 94 277 0.34 >.98 <10% 0.77 9395

FO96T8XP 1 6100 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 57 120 0.47 >.98 <10% 0.88 5370FO96T8XP 1 6100 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 57 277 0.21 >.98 <10% 0.88 5370

FO96T8XP 2 6100 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 109 120 0.92 >.98 <10% 0.88 10735FO96T8XP 2 6100 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 107 277 0.40 >.98 <10% 0.88 10735

FO96T8XP 1 6100 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.98 <10% 1.02 6220FO96T8XP 1 6100 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 66 277 0.25 >.98 <10% 1.02 6220

FO96T8XP 2 6100 49879 QHE2X59T8/UNV ISH-SC Instant Parallel 144 120 1.20 >.98 <10% 1.15 14030FO96T8XP 2 6100 49879 QHE2X59T8/UNV ISH-SC Instant Parallel 141 277 0.52 >.98 <10% 1.15 14030

FO96T8XPSS(55W) 2 5700 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 89 120 0.74 >.98 <10% 0.77 8780FO96T8XPSS(55W) 2 5700 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 88 277 0.32 >.98 <10% 0.77 8780

FO96T8XPSS(55W) 1 5700 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 54 120 0.45 >.98 <10% 0.93 5295FO96T8XPSS(55W) 1 5700 49869 QHE2X59T8/UNV ISL-SC Instant Parallel 54 277 0.20 >.96 <15% 0.93 5295

FO96T8XPSS(55W) 2 5700 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 102 120 0.84 >.98 <10% 0.88 10030FO96T8XPSS(55W) 2 5700 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 100 277 0.36 >.98 <10% 0.88 10030

FO96T8XPSS(55W) 1 5700 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 61 120 0.51 >.98 <10% 1.02 5815FO96T8XPSS(55W) 1 5700 49859 QHE2X59T8/UNV ISN-SC Instant Parallel 61 277 0.23 >.98 <10% 1.02 5815

FO96T8XPSS(55W) 2 5700 49879 QHE2X59T8/UNV ISH-SC Instant Parallel 134 120 1.08 >.98 <10% 1.15 13110FO96T8XPSS(55W) 2 5700 49879 QHE2X59T8/UNV ISH-SC Instant Parallel 131 277 0.47 >.98 <10% 1.15 13110

FO96T8XP 2 6100 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 112 120 0.93 >.98 <10% 0.88 10735FO96T8XP 2 6100 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 110 277 0.40 >.98 <10% 0.88 10735

FO96T8XP 1 6100 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 67 120 0.56 >.98 <10% 1.02 6220FO96T8XP 1 6100 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 67 277 0.25 >.97 <15% 1.02 6220

FO96T8XPSS(55W) 2 5700 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 104 120 0.85 >.98 <10% 0.88 10030FO96T8XPSS(55W) 2 5700 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 102 277 0.36 >.98 <10% 0.88 10030

FO96T8XPSS(55W) 1 5700 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 62 120 0.51 >.98 <10% 1.02 5815FO96T8XPSS(55W) 1 5700 49598 QTP2X59T8/UNV ISN-SC Instant Parallel 62 277 0.22 >.97 <15% 1.02 5815



157

8 Foot Linear T8 Fluorescent LampsQUICKSYSTEMSSystem Performance Guide


QUICKSYSTE

MS

FBO16 1 1125 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 14 120 0.11 >.98 <10% 0.81 910FBO16 1 1125 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 14 277 0.05 >.97 <20% 0.81 910FBO16 1 1125 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 18 120 0.15 >.98 <20% 0.94 1060FBO16 1 1125 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 18 277 0.07 >.94 <20% 0.94 1060FBO16 1 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 20 120 0.16 >.98 <20% 1.05 1180FBO16 1 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 20 277 0.09 >.73 <55% 1.05 1180FBO16 1 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 21 120 0.17 >.98 <20% 1.09 1225FBO16 1 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 21 277 0.09 >.82 <40% 1.09 1225FBO16 1 1125 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 16 120 0.13 >.97 <15% 0.90 1015FBO16 1 1125 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 16 277 0.06 >.97 <15% 0.90 1015FBO16 1 1125 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 18 120 0.16 >.98 <10% 1.08 1215FBO16 1 1125 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 18 277 0.08 >.87 <20% 1.08 1215FBO16 1 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 20 120 0.19 >.89 <10% 1.20 1350FBO16 1 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 21 277 0.10 >.74 <35% 1.20 1350FBO16 1 1125 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 13 277 0.05 >.88 <15% 0.80 900FBO16 1 1125 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 13 120 0.11 >.97 <10% 0.80 900FBO16 1 1125 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 16 120 0.14 >.98 <20% 0.98 1105FBO16 1 1125 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 16 277 0.07 >.88 <20% 0.98 1105FBO16 1 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 19 120 0.16 >.98 <20% 1.06 1195FBO16 1 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 19 277 0.08 >.90 <20% 1.06 1195FBO16 1 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 21 277 0.09 >.83 <40% 1.19 1340FBO16 1 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 21 120 0.18 >.98 <20% 1.19 1340FBO16 1 1125 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 17 120 0.14 >.97 <15% 0.92 1035FBO16 1 1125 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 17 277 0.07 >.97 <15% 0.92 1035FBO16 1 1125 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 18 120 0.15 >.98 <15% 1.06 1195FBO16 1 1125 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 18 277 0.08 >.82 <30% 1.06 1195FBO16 1 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 22 120 0.18 >.98 <15% 1.20 1350FBO16 1 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 22 277 0.09 >.87 <30% 1.20 1350

FBO16 1 1125 51400 QTP1X32T8/UNV PSN-TC PROStart Series 15 120 0.13 >.98 <10% 0.88 990FBO16 1 1125 51400 QTP1X32T8/UNV PSN-TC PROStart Series 15 277 0.06 >.98 <10% 0.88 990

FBO16 1 1125 51420 QTP1X32T8/UNV PSX-TC PROStart Series 12 120 0.10 >.98 <10% 0.70 790FBO16 1 1125 51420 QTP1X32T8/UNV PSX-TC PROStart Series 12 277 0.05 >.94 <10% 0.70 790

FBO16 2 1125 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 25 120 0.23 >.98 <10% 0.81 1825FBO16 2 1125 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 25 277 0.10 >.96 <20% 0.81 1825FBO16 2 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 30 120 0.23 >.98 <20% 0.93 2095FBO16 2 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 30 277 0.12 >.89 <30% 0.93 2095FBO16 2 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <10% 0.96 2160FBO16 2 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 31 277 0.11 >.92 <30% 0.96 2160FBO16 2 1125 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 28 120 0.23 >.95 <15% 0.90 2025FBO16 2 1125 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 28 277 0.10 >.95 <15% 0.90 2025FBO16 2 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 32 120 0.27 >.98 <10% 1.01 2275FBO16 2 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 32 277 0.12 >.93 <25% 1.01 2275FBO16 2 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 34 120 0.30 >.98 <20% 1.13 2545FBO16 2 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 34 277 0.14 >.93 <20% 1.13 2545FBO16 2 1125 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 24 120 0.21 >.95 <10% 0.81 1825FBO16 2 1125 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.95 <15% 0.81 1825FBO16 2 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 28 277 0.11 >.94 <20% 0.90 2025FBO16 2 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 28 120 0.23 >.98 <15% 0.90 2025FBO16 2 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 32 277 0.13 >.90 <20% 1.00 2250FBO16 2 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 32 120 0.27 >.98 <15% 1.00 2250FBO16 2 1125 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 31 120 0.26 >.95 <15% 0.93 2095FBO16 2 1125 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 31 277 0.12 >.95 <15% 0.93 2095FBO16 2 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 33 120 0.27 >.98 <10% 1.02 2295FBO16 2 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 33 277 0.13 >.93 <15% 1.02 2295FBO16 2 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 34 120 0.28 >.98 <15% 1.10 2475FBO16 2 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 34 277 0.13 >.95 <20% 1.10 2475


QUICKSYSTEMS U-Shaped CURVALUME® T8 Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

158




QUICKSYSTE

MS



FBO16 3 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 38 120 0.30 >.98 <10% 0.81 2735FBO16 3 1125 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.96 <20% 0.81 2735FBO16 3 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 41 120 0.33 >.98 <10% 0.87 2935FBO16 3 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 41 277 0.16 >.92 <30% 0.87 2935FBO16 3 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 42 120 0.33 >.94 <20% 0.90 3040FBO16 3 1125 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 41 277 0.15 >.94 <20% 0.90 3040FBO16 3 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 45 120 0.35 >.95 <20% 0.98 3310FBO16 3 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 45 277 0.15 >.95 <20% 0.98 3310FBO16 3 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 36 277 0.14 >.95 <15% 0.80 2700FBO16 3 1125 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 36 120 0.31 >.98 <10% 0.80 2700FBO16 3 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 40 277 0.16 >.90 <20% 0.88 2970FBO16 3 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 40 120 0.34 >.98 <15% 0.88 2970FBO16 3 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 43 120 0.38 >.94 <20% 0.93 3140FBO16 3 1125 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 43 277 0.17 >.94 <20% 0.93 3140FBO16 3 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 45 120 0.40 >.95 <20% 0.99 3340FBO16 3 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 45 277 0.18 >.95 <20% 0.99 3340

FBO16 3 1125 51410 QTP3X32T8/UNV PSN-SC PROStart Series 40 120 0.34 >.98 <10% 0.88 2970FBO16 3 1125 51410 QTP3X32T8/UNV PSN-SC PROStart Series 40 277 0.15 >.95 <15% 0.88 2970

FBO16 3 1125 51430 QTP3x32T8/UNV PSX-SC PROStart Series 35 120 0.29 >.98 <10% 0.70 2365FBO16 3 1125 51430 QTP3x32T8/UNV PSX-SC PROStart Series 35 277 0.13 >.95 <10% 0.70 2365

FBO16 4 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 49 120 0.41 >.98 <10% 0.81 3645FBO16 4 1125 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 49 277 0.19 >.95 <20% 0.81 3645FBO16 4 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 54 120 0.43 >.95 <20% 0.90 4050FBO16 4 1125 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 54 277 0.19 >.95 <20% 0.90 4050FBO16 4 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.95 <20% 0.81 3645FBO16 4 1125 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 48 120 0.42 >.95 <20% 0.81 3645FBO16 4 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 56 120 0.48 >.95 <20% 0.91 4095FBO16 4 1125 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 56 277 0.21 >.95 <20% 0.91 4095





159

U-Shaped CURVALUME® T8 Fluorescent LampsQUICKSYSTEMS




QUICKSYSTE

MS

FBO24 1 1925 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 21 120 0.16 >.98 <10% 0.80 1540FBO24 1 1925 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 21 277 0.07 >.98 <10% 0.80 1540FBO24 1 1925 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 24 120 0.21 >.98 <10% 0.93 1790FBO24 1 1925 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.96 <20% 0.93 1790FBO24 1 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 28 120 0.22 >.98 <20% 1.04 2000FBO24 1 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 28 277 0.11 >.85 <30% 1.04 2000FBO24 1 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 28 120 0.23 >.98 <20% 1.08 2080FBO24 1 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 28 277 0.12 >.90 <30% 1.08 2080FBO24 1 1925 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 21 120 0.17 >.97 <15% 0.90 1735FBO24 1 1925 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 21 277 0.07 >.97 <15% 0.90 1735FBO24 1 1925 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 25 120 0.21 >.95 <15% 1.07 2060FBO24 1 1925 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 25 277 0.09 >.95 <15% 1.07 2060FBO24 1 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 1.19 2290FBO24 1 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 29 277 0.13 >.82 <30% 1.19 2290FBO24 1 1925 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 19 277 0.08 >.90 <15% 0.79 1520FBO24 1 1925 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 19 120 0.16 >.97 <10% 0.79 1520FBO24 1 1925 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 23 277 0.09 >.90 <15% 0.97 1865FBO24 1 1925 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 23 120 0.20 >.95 <10% 0.97 1865FBO24 1 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 27 277 0.10 >.94 <20% 1.05 2020FBO24 1 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 26 120 0.22 >.98 <15% 1.05 2020FBO24 1 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 30 277 0.12 >.88 <25% 1.17 2250FBO24 1 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 30 120 0.25 >.97 <15% 1.17 2250FBO24 1 1925 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 23 120 0.19 >.97 <15% 0.90 1735FBO24 1 1925 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 23 277 0.08 >.97 <15% 0.90 1735FBO24 1 1925 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 28 120 0.23 >.95 <15% 1.06 2040FBO24 1 1925 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.95 <15% 1.06 2040FBO24 1 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 31 120 0.26 >.98 <10% 1.19 2290FBO24 1 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 31 277 0.12 >.92 <20% 1.19 2290



FBO24 2 1925 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 38 120 0.32 >.98 <10% 0.80 3080FBO24 2 1925 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 38 277 0.14 >.98 <10% 0.80 3080FBO24 2 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 44 120 0.34 >.98 <10% 0.89 3425FBO24 2 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 44 277 0.15 >.97 <10% 0.89 3425FBO24 2 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 44 120 0.63 >.98 <10% 0.95 3660FBO24 2 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 44 277 0.17 >.94 <20% 0.95 3660FBO24 2 1925 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 41 120 0.33 >.98 <15% 0.89 3425FBO24 2 1925 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 41 277 0.14 >.98 <15% 0.89 3425FBO24 2 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 45 120 0.36 >.95 <20% 1.00 3965FBO24 2 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 45 277 0.16 >.95 <20% 1.00 3965FBO24 2 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 52 120 0.43 >.98 <10% 1.10 4235FBO24 2 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 52 277 0.19 >.95 <20% 1.10 4235FBO24 2 1925 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 36 120 0.31 >.98 <10% 0.80 3080FBO24 2 1925 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.98 <15% 0.80 3080FBO24 2 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 42 120 0.37 >.95 <20% 0.92 3540FBO24 2 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 42 277 0.16 >.95 <20% 0.92 3540FBO24 2 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 45 277 0.17 >.94 <20% 1.00 3850FBO24 2 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 45 120 0.37 >.98 <10% 1.00 3850FBO24 2 1925 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 43 120 0.36 >.98 <15% 0.92 3540FBO24 2 1925 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 43 277 0.16 >.98 <15% 0.92 3540FBO24 2 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 49 120 0.41 >.95 <20% 1.03 3965FBO24 2 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 49 277 0.18 >.95 <20% 1.03 3965FBO24 2 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 50 120 0.42 >.98 <10% 1.08 4160FBO24 2 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 50 277 0.18 >.97 <15% 1.08 4160



160




QUICKSYSTE

MS



FBO24 3 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 57 120 0.44 >.98 <10% 0.80 4620FBO24 3 1925 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 57 277 0.20 >.98 <10% 0.80 4620FBO24 3 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 58 120 0.46 >.98 <10% 0.86 4965FBO24 3 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 58 277 0.21 >.96 <20% 0.86 4965FBO24 3 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 62 120 0.48 >.96 <15% 0.89 5255FBO24 3 1925 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 62 277 0.21 >.96 <15% 0.89 5255FBO24 3 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 67 120 0.50 >.95 <15% 0.97 5600FBO24 3 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 67 277 0.22 >.95 <15% 0.97 5600FBO24 3 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 54 277 0.20 >.96 <10% 0.79 4560FBO24 3 1925 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 54 120 0.46 >.98 <10% 0.79 4560FBO24 3 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 58 277 0.22 >.95 <15% 0.88 5080FBO24 3 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 58 120 0.51 >.95 <10% 0.88 5080FBO24 3 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 65 120 0.53 >.96 <15% 0.91 5255FBO24 3 1925 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 65 277 0.23 >.96 <15% 0.91 5255FBO24 3 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 67 120 0.55 >.95 <15% 0.98 5660FBO24 3 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 67 277 0.25 >.95 <15% 0.98 5660



FBO24 4 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 74 120 0.56 >.98 <10% 0.80 6160FBO24 4 1925 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 74 277 0.25 >.97 <20% 0.80 6160FBO24 4 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 81 120 0.61 >.97 <15% 0.87 6700FBO24 4 1925 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 81 277 0.27 >.97 <15% 0.87 6700FBO24 4 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 71 277 0.26 >.97 <15% 0.79 6085FBO24 4 1925 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 71 120 0.61 >.97 <15% 0.79 6085FBO24 4 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 84 120 0.67 >.97 <15% 0.90 6930FBO24 4 1925 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 84 277 0.29 >.97 <15% 0.90 6930





161





QUICKSYSTE

MS

FBO31XP 1 2775 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 27 120 0.21 >.98 <10% 0.79 2190FBO31XP 1 2775 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 27 277 0.09 >.98 <10% 0.79 2190FBO31XP 1 2775 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <10% 0.91 2525FBO31XP 1 2775 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.97 <10% 0.91 2525FBO31XP 1 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 36 120 0.27 >.98 <10% 1.03 2860FBO31XP 1 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.96 <20% 1.03 2860FBO31XP 1 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 36 120 0.29 >.98 <10% 1.07 2970FBO31XP 1 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 36 277 0.14 >.91 <30% 1.07 2970FBO31XP 1 2775 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 40 120 0.32 >.98 <10% 1.20 3330FBO31XP 1 2775 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 40 277 0.14 >.98 <10% 1.20 3330FBO31XP 1 2775 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 28 120 0.23 >.98 <10% 0.88 2440FBO31XP 1 2775 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 28 277 0.10 >.98 <10% 0.88 2440FBO31XP 1 2775 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 33 120 0.26 >.95 <15% 1.05 2915FBO31XP 1 2775 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 33 277 0.11 >.95 <15% 1.05 2915FBO31XP 1 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 38 120 0.33 >.95 <10% 1.17 3245FBO31XP 1 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 38 277 0.16 >.87 <15% 1.17 3245FBO31XP 1 2775 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 24 277 0.08 >.98 <10% 0.78 2165FBO31XP 1 2775 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 24 120 0.20 >.98 <10% 0.78 2165FBO31XP 1 2775 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 30 277 0.11 >.95 <15% 0.95 2635FBO31XP 1 2775 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 30 120 0.26 >.95 <10% 0.95 2635FBO31XP 1 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 34 277 0.13 >.95 <20% 1.02 2830FBO31XP 1 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 33 120 0.28 >.98 <15% 1.02 2830FBO31XP 1 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 38 277 0.15 >.91 <20% 1.18 3275FBO31XP 1 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 38 120 0.33 >.98 <15% 1.18 3275FBO31XP 1 2775 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 37 120 0.31 >.98 <10% 1.20 3330FBO31XP 1 2775 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 37 277 0.13 >.98 <10% 1.20 3330FBO31XP 1 2775 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 30 120 0.25 >.98 <10% 0.89 2470FBO31XP 1 2775 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <10% 0.89 2470FBO31XP 1 2775 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 35 120 0.29 >.95 <15% 1.04 2885FBO31XP 1 2775 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 35 277 0.13 >.95 <15% 1.04 2885FBO31XP 1 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 40 120 0.33 >.98 <10% 1.20 3330FBO31XP 1 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 40 277 0.15 >.95 <15% 1.20 3330

FBO31XP 1 2775 51400 QTP1X32T8/UNV PSN-TC PROStart Series 29 120 0.25 >.98 <10% 0.90 2500FBO31XP 1 2775 51400 QTP1X32T8/UNV PSN-TC PROStart Series 29 277 0.11 >.98 <10% 0.90 2500

FBO31XP 1 2775 51420 QTP1X32T8/UNV PSX-TC PROStart Series 24 120 0.21 >.98 <10% 0.71 1970FBO31XP 1 2775 51420 QTP1X32T8/UNV PSX-TC PROStart Series 23 277 0.09 >.98 <10% 0.71 1970

FBO31XP 2 2775 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 49 120 0.43 >.98 <10% 0.79 4385FBO31XP 2 2775 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 49 277 0.20 >.98 <10% 0.79 4385FBO31XP 2 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 57 120 0.44 >.98 <10% 0.88 4885FBO31XP 2 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 57 277 0.20 >.98 <10% 0.88 4885FBO31XP 2 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 58 120 0.47 >.98 <10% 0.94 5215FBO31XP 2 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 58 277 0.21 >.96 <20% 0.94 5215FBO31XP 2 2775 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 76 120 0.64 >.98 <10% 1.20 6660FBO31XP 2 2775 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 75 277 0.30 >.98 <10% 1.20 6660FBO31XP 2 2775 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 53 277 0.18 >.98 <10% 0.88 4885FBO31XP 2 2775 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 53 120 0.43 >.98 <10% 0.88 4885FBO31XP 2 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 61 277 0.21 >.95 <15% 0.99 5605FBO31XP 2 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 62 120 0.48 >.95 <15% 0.99 5605FBO31XP 2 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.98 <10% 1.09 6050FBO31XP 2 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 66 277 0.24 >.97 <15% 1.09 6050FBO31XP 2 2775 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 47 277 0.17 >.98 <10% 0.79 4385FBO31XP 2 2775 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 47 120 0.40 >.98 <10% 0.79 4385FBO31XP 2 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 54 277 0.21 >.95 <15% 0.90 4995FBO31XP 2 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 54 120 0.47 >.95 <15% 0.90 4995FBO31XP 2 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 59 277 0.22 >.96 <15% 0.98 5440FBO31XP 2 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 59 120 0.50 >.98 <10% 0.98 5440



162




QUICKSYSTE

MS

FBO31XP 2 2775 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 72 120 0.64 >.98 <10% 1.20 6660FBO31XP 2 2775 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 71 277 0.27 >.98 <10% 1.20 6660FBO31XP 2 2775 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 56 120 0.47 >.98 <10% 0.89 4940FBO31XP 2 2775 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 56 277 0.20 >.98 <10% 0.89 4940FBO31XP 2 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 63 120 0.54 >.95 <15% 1.01 5605FBO31XP 2 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 63 277 0.24 >.95 <15% 1.01 5605FBO31XP 2 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 120 0.54 >.98 <10% 1.07 5940FBO31XP 2 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 277 0.23 >.98 <10% 1.07 5940


FBO31XP 2 2775 51425 QTP2X32T8/UNV PSX-TC PROStart Series 46 120 0.39 >.98 <10% 0.71 3940FBO31XP 2 2775 51425 QTP2X32T8/UNV PSX-TC PROStart Series 45 277 0.17 >.98 <10% 0.71 3940

FBO31XP 3 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 73 120 0.58 >.98 <10% 0.79 6575FBO31XP 3 2775 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 73 277 0.25 >.98 <10% 0.79 6575FBO31XP 3 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 76 120 0.62 >.98 <10% 0.84 6995FBO31XP 3 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 76 277 0.27 >.97 <10% 0.84 6995FBO31XP 3 2775 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 113 120 0.90 >.98 <10% 1.18 9825FBO31XP 3 2775 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 110 277 0.41 >.98 <10% 1.18 9825FBO31XP 3 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 80 120 0.65 >.98 <15% 0.88 7410FBO31XP 3 2775 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 79 277 0.28 >.98 <15% 0.88 7410FBO31XP 3 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 120 0.67 >.95 <15% 0.96 7990FBO31XP 3 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 277 0.29 >.95 <15% 0.96 7990FBO31XP 3 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 69 277 0.25 >.98 <10% 0.77 6410FBO31XP 3 2775 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 69 120 0.60 >.98 <10% 0.77 6410FBO31XP 3 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 77 277 0.29 >.95 <15% 0.86 7160FBO31XP 3 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 77 120 0.68 >.95 <10% 0.86 7160FBO31XP 3 2775 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 108 120 0.91 >.98 <10% 1.18 9825FBO31XP 3 2775 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 106 277 0.39 >.98 <10% 1.18 9825FBO31XP 3 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 83 120 0.71 >.98 <15% 0.89 7410FBO31XP 3 2775 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 83 277 0.31 >.98 <15% 0.89 7410FBO31XP 3 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 87 120 0.74 >.95 <15% 0.96 7990FBO31XP 3 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 87 277 0.32 >.95 <15% 0.96 7990

FBO31XP 3 2775 51410 QTP3X32T8/UNV PSN-SC PROStart Series 84 120 0.70 >.98 <10% 0.90 7495FBO31XP 3 2775 51410 QTP3X32T8/UNV PSN-SC PROStart Series 81 277 0.30 >.98 <10% 0.90 7495

FBO31XP 3 2775 51430 QTP3x32T8/UNV PSX-SC PROStart Series 72 120 0.60 >.98 <10% 0.71 5910FBO31XP 3 2775 51430 QTP3x32T8/UNV PSX-SC PROStart Series 70 277 0.25 >.98 <10% 0.71 5910

FBO31XP 4 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 95 120 0.76 >.98 <10% 0.79 8770FBO31XP 4 2775 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 95 277 0.33 >.98 <10% 0.79 8770FBO31XP 4 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 103 120 0.84 >.98 <15% 0.88 9770FBO31XP 4 2775 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 103 277 0.36 >.98 <15% 0.88 9770FBO31XP 4 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 92 120 0.78 >.98 <10% 0.77 8545FBO31XP 4 2775 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 92 277 0.33 >.98 <10% 0.77 8545FBO31XP 4 2775 49877 QHE4X32T8/UNV ISH Instant Parallel 140 120 1.16 >.98 <10% 1.15 12765FBO31XP 4 2775 49877 QHE4X32T8/UNV ISH Instant Parallel 137 277 0.50 >.98 <10% 1.15 12765FBO31XP 4 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 109 120 0.91 >.98 <15% 0.89 9880FBO31XP 4 2775 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 109 277 0.39 >.98 <15% 0.89 9880


FBO31XP 4 2775 51435 QTP4x32T8/UNV PSX-SC PROStart Series 90 120 0.75 >.98 <10% 0.70 7770FBO31XP 4 2775 51435 QTP4x32T8/UNV PSX-SC PROStart Series 88 277 0.32 >.98 <10% 0.70 7770



163





QUICKSYSTE

MS

FBO32XP 1 2900 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 28 120 0.22 >.98 <10% 0.78 2260FBO32XP 1 2900 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 26 277 0.10 >.98 <10% 0.78 2260FBO32XP 1 2900 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 32 120 0.28 >.98 <10% 0.90 2610FBO32XP 1 2900 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 32 277 0.13 >.97 <15% 0.90 2610FBO32XP 1 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 37 120 0.30 >.98 <10% 1.03 2985FBO32XP 1 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 37 277 0.14 0.96 <20% 1.03 2985FBO32XP 1 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 38 120 0.32 >.98 <10% 1.06 3075FBO32XP 1 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 38 277 0.15 >.92 <20% 1.06 3075FBO32XP 1 2900 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 41 120 0.33 >.98 <10% 1.20 3480FBO32XP 1 2900 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 41 277 0.15 >.98 <10% 1.20 3480FBO32XP 1 2900 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2550FBO32XP 1 2900 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2550FBO32XP 1 2900 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 34 120 0.27 >.95 <10% 1.05 3045FBO32XP 1 2900 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 34 277 0.11 >.95 <10% 1.05 3045FBO32XP 1 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 40 120 0.34 >.98 <10% 1.20 3480FBO32XP 1 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 40 277 0.16 >.88 <15% 1.20 3480FBO32XP 1 2900 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 25 120 0.21 >.98 <10% 0.78 2260FBO32XP 1 2900 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 25 277 0.09 >.98 <10% 0.78 2260FBO32XP 1 2900 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 31 120 0.27 >.95 <10% 0.95 2755FBO32XP 1 2900 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.95 <10% 0.95 2755FBO32XP 1 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 36 120 0.30 >.98 <15% 1.02 2960FBO32XP 1 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 36 277 0.13 >.96 <20% 1.02 2960FBO32XP 1 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 39 120 0.32 >.98 <15% 1.17 3395FBO32XP 1 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 39 277 0.15 >.93 <20% 1.17 3395FBO32XP 1 2900 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 38 120 0.32 >.98 <10% 1.20 3480FBO32XP 1 2900 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 38 277 0.14 >.96 <10% 1.20 3480FBO32XP 1 2900 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 30 120 0.26 >.98 <10% 0.88 2550FBO32XP 1 2900 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 30 277 0.11 >.98 <10% 0.88 2550FBO32XP 1 2900 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 36 120 0.30 >.95 <10% 1.04 3015FBO32XP 1 2900 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 36 277 0.14 >.95 <10% 1.04 3015FBO32XP 1 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 41 120 0.34 >.98 <10% 1.17 3395FBO32XP 1 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 41 277 0.15 >.97 <10% 1.17 3395


FBO32XP 2 2900 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 51 120 0.44 >.98 <10% 0.78 4525FBO32XP 2 2900 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 51 277 0.19 >.98 <10% 0.78 4525FBO32XP 2 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 58 120 0.48 >.98 <10% 0.88 5105FBO32XP 2 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 58 277 0.21 >.97 <15% 0.88 5105FBO32XP 2 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 61 120 0.52 >.98 <10% 0.93 5395FBO32XP 2 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 61 277 0.23 >.96 <15% 0.93 5395FBO32XP 2 2900 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 78 120 0.65 >.98 <10% 1.20 6960FBO32XP 2 2900 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 78 277 0.28 >.98 <10% 1.20 6960FBO32XP 2 2900 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 55 120 0.47 >.98 <10% 0.88 5105FBO32XP 2 2900 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 5105FBO32XP 2 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 63 120 0.50 >.97 <15% 0.99 5915FBO32XP 2 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 62 277 0.22 >.97 <15% 0.99 5915FBO32XP 2 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 69 120 0.54 >.98 <15% 1.08 6265FBO32XP 2 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 69 277 0.23 >.98 <15% 1.08 6265FBO32XP 2 2900 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4525FBO32XP 2 2900 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4525FBO32XP 2 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 56 120 0.48 >.97 <15% 0.90 5220FBO32XP 2 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 56 277 0.21 >.97 <15% 0.90 5220



164




QUICKSYSTE

MS

FBO32XP 2 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 62 120 0.53 >.98 <10% 0.98 5685FBO32XP 2 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 62 277 0.24 >.95 <15% 0.98 5685FBO32XP 2 2900 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 74 120 0.65 >.98 <10% 1.20 6960FBO32XP 2 2900 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 73 277 0.28 >.98 <10% 1.20 6960FBO32XP 2 2900 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 59 120 0.50 >.98 <10% 0.88 5105FBO32XP 2 2900 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 59 277 0.21 >.98 <10% 0.88 5105FBO32XP 2 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 66 120 0.55 >.97 <15% 1.02 5915FBO32XP 2 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 66 277 0.24 >.97 <15% 1.02 5915FBO32XP 2 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 69 120 0.59 >.98 <15% 1.07 6205FBO32XP 2 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 69 277 0.25 >.98 <15% 1.07 6205


FBO32XP 3 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 75 120 0.65 >.98 <10% 0.78 6785FBO32XP 3 2900 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 75 277 0.27 >.98 <10% 0.78 6785FBO32XP 3 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 80 120 0.68 >.98 <10% 0.84 7310FBO32XP 3 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 80 277 0.28 >.97 <10% 0.84 7310FBO32XP 3 2900 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 114 120 0.95 >.98 <10% 1.18 10265FBO32XP 3 2900 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 111 277 0.41 >.98 <10% 1.18 10265FBO32XP 3 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 83 120 0.69 >.98 <10% 0.88 7655FBO32XP 3 2900 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 82 277 0.30 >.98 <10% 0.88 7655FBO32XP 3 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 89 120 0.71 >.98 <15% 0.96 8350FBO32XP 3 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 89 277 0.31 >.98 <15% 0.96 8350FBO32XP 3 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 73 120 0.61 >.98 <10% 0.78 6785FBO32XP 3 2900 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 72 277 0.27 >.98 <10% 0.78 6785FBO32XP 3 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 80 120 0.68 >.98 <10% 0.85 7395FBO32XP 3 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 80 277 0.28 >.98 <10% 0.85 7395FBO32XP 3 2900 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 111 120 0.93 >.98 <10% 1.18 10265FBO32XP 3 2900 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 109 277 0.40 >.98 <10% 1.18 10265FBO32XP 3 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 86 120 0.72 >.98 <10% 0.88 7655FBO32XP 3 2900 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 86 277 0.31 >.98 <10% 0.88 7655FBO32XP 3 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 92 120 0.77 >.98 <15% 0.96 8350FBO32XP 3 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 92 277 0.33 >.98 <15% 0.96 8350


FBO32XP 4 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 98 120 0.80 >.98 <10% 0.78 9050FBO32XP 4 2900 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 98 277 0.35 >.98 <10% 0.78 9050FBO32XP 4 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 108 120 0.91 >.98 <10% 0.88 10210FBO32XP 4 2900 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 107 277 0.39 >.98 <10% 0.88 10210FBO32XP 4 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.78 9050FBO32XP 4 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 95 120 0.80 >.98 <10% 0.78 9050FBO32XP 4 2900 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 95 277 0.35 >.98 <10% 0.78 9050FBO32XP 4 2900 49877 QHE4X32T8/UNV ISH Instant Parallel 144 120 1.20 >.98 <10% 1.15 13340FBO32XP 4 2900 49877 QHE4X32T8/UNV ISH Instant Parallel 141 277 0.52 >.98 <10% 1.15 13340FBO32XP 4 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 112 120 0.95 >.98 <10% 0.88 10210FBO32XP 4 2900 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 112 277 0.40 >.98 <10% 0.88 10210




165





QUICKSYSTE

MS

FBO30T8SSXP 1 2800 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 26 120 0.22 >.98 <10% 0.78 2185FBO30T8SSXP 1 2800 49741 QTP1X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.98 <10% 0.78 2185FBO30T8SSXP 1 2800 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 31 120 0.26 >.98 <10% 0.90 2520FBO30T8SSXP 1 2800 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 31 277 0.12 >.96 <15% 0.90 2520FBO30T8SSXP 1 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 35 120 0.27 >.98 <10% 1.03 2885FBO30T8SSXP 1 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 35 277 0.13 >.92 <25% 1.03 2885FBO30T8SSXP 1 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 35 120 0.29 >.98 <10% 1.06 2970FBO30T8SSXP 1 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 35 277 0.14 >.91 <25% 1.06 2970FBO30T8SSXP 1 2800 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 39 120 0.31 >.98 <10% 1.20 3360FBO30T8SSXP 1 2800 49841 QTP1X32T8/UNV ISH-SC Instant Parallel 39 277 0.14 >.98 <10% 1.20 3360FBO30T8SSXP 1 2800 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 26 120 0.22 >.98 <10% 0.88 2465FBO30T8SSXP 1 2800 49851 QHE1X32T8/UNV ISN-SC Instant Parallel 26 277 0.09 >.98 <10% 0.88 2465FBO30T8SSXP 1 2800 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 32 120 0.26 >.98 <10% 1.05 2940FBO30T8SSXP 1 2800 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 32 277 0.11 >.98 <15% 1.05 2940FBO30T8SSXP 1 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 37 120 0.31 >.95 <10% 1.20 5545FBO30T8SSXP 1 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 37 277 0.15 >.86 <15% 1.20 5545FBO30T8SSXP 1 2800 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 24 120 0.20 >.98 <10% 0.78 2185FBO30T8SSXP 1 2800 49861 QHE1X32T8/UNV ISL-SC Instant Parallel 24 277 0.09 >.98 <10% 0.78 2185FBO30T8SSXP 1 2800 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 29 120 0.25 >.98 <10% 0.95 2660FBO30T8SSXP 1 2800 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 29 277 0.10 >.98 <15% 0.95 2660FBO30T8SSXP 1 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 33 120 0.28 >.98 <15% 1.02 2855FBO30T8SSXP 1 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 34 277 0.13 >.95 <20% 1.02 2855FBO30T8SSXP 1 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 35 120 0.29 >.98 <15% 1.17 3275FBO30T8SSXP 1 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 36 277 0.14 >.93 <20% 1.17 3275FBO30T8SS/XP 1 2800 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 36 120 0.30 >.98 <10% 1.20 3360FBO30T8SS/XP 1 2800 49871 QHE1X32T8/UNV ISH-SC Instant Parallel 36 277 0.13 >.96 <15% 1.20 3360FBO30T8SSXP 1 2800 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 28 120 0.25 >.98 <10% 0.88 2465FBO30T8SSXP 1 2800 49941 QTP1x32T8/UNV ISN-SC Instant Parallel 28 277 0.11 >.98 <10% 0.88 2465FBO30T8SSXP 1 2800 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 34 120 0.28 >.98 <10% 1.04 2910FBO30T8SSXP 1 2800 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 34 277 0.13 >.98 <15% 1.04 2910FBO30T8SSXP 1 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 38 120 0.31 >.98 <10% 1.19 3330FBO30T8SSXP 1 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 38 277 0.14 >.96 <15% 1.19 3330

FBO30T8SSXP 2 2800 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 48 120 0.41 >.98 <10% 0.78 4370FBO30T8SSXP 2 2800 49743 QTP2X32T8/UNV ISL-SC Instant Parallel 48 277 0.18 >.98 <10% 0.78 4370FBO30T8SSXP 2 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 55 120 0.43 >.98 <10% 0.88 4930FBO30T8SSXP 2 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 55 277 0.19 >.98 <10% 0.88 4930FBO30T8SSXP 2 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 57 120 0.47 >.98 <10% 0.93 5210FBO30T8SSXP 2 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 57 277 0.21 >.96 <15% 0.93 5210FBO30T8SSXP 2 2800 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 73 120 0.61 >.98 <10% 1.20 6720FBO30T8SSXP 2 2800 49843 QTP2X32T8/UNV ISH-SC Instant Parallel 73 277 0.26 >.98 <10% 1.20 6720FBO30T8SSXP 2 2800 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 52 120 0.44 >.98 <10% 0.88 4930FBO30T8SSXP 2 2800 49853 QHE2X32T8/UNV ISN-SC Instant Parallel 52 277 0.19 >.98 <10% 0.88 4930FBO30T8SSXP 2 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 60 120 0.47 >.98 <10% 0.99 5545FBO30T8SSXP 2 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 59 277 0.20 >.97 <15% 0.99 5545FBO30T8SSXP 2 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 65 120 0.50 >.98 <15% 1.08 6050FBO30T8SSXP 2 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 65 277 0.22 >.98 <15% 1.08 6050FBO30T8SSXP 2 2800 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 45 120 0.38 >.98 <10% 0.78 4370FBO30T8SSXP 2 2800 49863 QHE2X32T8/UNV ISL-SC Instant Parallel 45 277 0.16 >.98 <10% 0.78 4370FBO30T8SSXP 2 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 53 120 0.45 >.98 <10% 0.90 5040FBO30T8SSXP 2 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 53 277 0.20 >.97 <15% 0.90 5040FBO30T8SSXP 2 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 57 120 0.48 >.98 <20% 0.98 5490FBO30T8SSXP 2 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 57 277 0.20 >.98 <10% 0.98 5490FBO30T8SSXP 2 2800 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 70 120 0.59 >.98 <10% 1.20 6720FBO30T8SSXP 2 2800 49873 QHE2X32T8/UNV ISH-SC Instant Parallel 69 277 0.25 >.98 <15% 1.20 6720FBO30T8SSXP 2 2800 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 55 120 0.46 >.98 <10% 0.88 4930FBO30T8SSXP 2 2800 49943 QTP2x32T8/UNV ISN-SC Instant Parallel 55 277 0.20 >.98 <10% 0.88 4930



166




QUICKSYSTE

MS

FBO30T8SSXP 2 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 61 120 0.52 >.98 <10% 0.99 5545FBO30T8SSXP 2 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 61 277 0.23 >.97 <15% 0.99 5545FBO30T8SSXP 2 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 120 0.59 >.98 <15% 1.07 5990FBO30T8SSXP 2 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 65 277 0.25 >.98 <15% 1.07 5990

FBO30T8SSXP 3 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 71 120 0.60 >.98 <10% 0.78 6550FBO30T8SSXP 3 2800 49745 QTP3X32T8/UNV ISL-SC Instant Parallel 71 277 0.26 >.98 <10% 0.78 6550FBO30T8SSXP 3 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 74 120 0.62 >.98 <10% 0.83 6970FBO30T8SSXP 3 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 74 277 0.27 >.97 <10% 0.83 6970FBO30T8SSXP 3 2800 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 107 120 0.89 >.98 <10% 1.18 9910FBO30T8SSXP 3 2800 49845 QTP3X32T8/UNV ISH-SC Instant Parallel 104 277 0.39 >.98 <10% 1.18 9910FBO30T8SSXP 3 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 78 120 0.66 >.98 <10% 0.88 7390FBO30T8SSXP 3 2800 49855 QHE3X32T8/UNV ISN-SC Instant Parallel 77 277 0.28 >.98 <10% 0.88 7390FBO30T8SSXP 3 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 85 120 0.67 >.98 <10% 0.96 8065FBO30T8SSXP 3 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 84 277 0.29 >.98 <15% 0.96 8065FBO30T8SSXP 3 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 68 120 0.58 >.98 <10% 0.78 6550FBO30T8SS/XP 3 2800 49865 QHE3X32T8/UNV ISL-SC Instant Parallel 68 277 0.25 >.98 <10% 0.78 6550FBO30T8SSXP 3 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 75 120 0.64 >.98 <10% 0.85 7140FBO30T8SSXP 3 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 74 277 0.26 >.98 <15% 0.85 7140FBO30T8SS/XP 3 2800 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 104 120 0.87 >.98 <10% 1.18 9910FBO30T8SS/XP 3 2800 49875 QHE3X32T8/UNV ISH-SC Instant Parallel 103 277 0.38 >.98 <10% 1.18 9910FBO30T8SSXP 3 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 120 0.69 >.98 <10% 0.88 7390FBO30T8SSXP 3 2800 49945 QTP3x32T8/UNV ISN-SC Instant Parallel 81 277 0.30 >.98 <10% 0.88 7390FBO30T8SSXP 3 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 86 120 0.74 >.98 <10% 0.96 8065FBO30T8SSXP 3 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 86 277 0.32 >.98 <15% 0.96 8065

FBO30T8SSXP 4 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 92 120 0.78 >.98 <10% 0.78 8735FBO30T8SSXP 4 2800 49747 QTP4X32T8/UNV ISL-SC Instant Parallel 92 277 0.34 >.98 <10% 0.78 8735FBO30T8SSXP 4 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 102 120 0.86 >.98 <10% 0.88 9855FBO30T8SSXP 4 2800 49857 QHE4X32T8/UNV ISN-SC Instant Parallel 101 277 0.37 >.98 <10% 0.88 9855FBO30T8SSXP 4 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 89 120 0.75 >.98 <10% 0.78 8735FBO30T8SSXP 4 2800 49867 QHE4X32T8/UNV ISL-SC Instant Parallel 89 277 0.32 >.98 <10% 0.78 8735FBO30T8SSXP 4 2800 49877 QHE4X32T8/UNV ISH Instant Parallel 135 120 1.13 >.98 <10% 1.15 12880FBO30T8SSXP 4 2800 49877 QHE4X32T8/UNV ISH Instant Parallel 133 277 0.49 >.98 <10% 1.15 12880FBO30T8SSXP 4 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 105 120 0.91 >.98 <10% 0.88 9855FBO30T8SSXP 4 2800 49947 QTP4x32T8/UNV ISN-SC Instant Parallel 105 277 0.39 >.98 <10% 0.88 9855



167





QUICKSYSTE

MS

FP35T5 1 3650 49181 QTP2X28T5/UNV PSN PROStart Series 38 120 0.32 >.98 <10% 0.97 3540FP35T5 1 3650 49181 QTP2X28T5/UNV PSN PROStart Series 38 277 0.14 >.97 <10% 0.97 3540









QUICKSYSTEMS T5 Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

168



QUICKSYSTE

MS

FP80T5HO 1 7000 49151 QTP1X80T5HO/UNV PSN PROStart Series 90 120 0.74 >.98 <10% 1.00 7000FP80T5HO 1 7000 49151 QTP1X80T5HO/UNV PSN PROStart Series 90 277 0.32 >.98 <10% 1.00 7000



FP54T5HO 1 5000 49671 QT1x54/120 PHO-DIM(@100%) PROStart Series 62 120 0.54 >.98 <10% 1.00 5000FP54T5HO 1 5000 49671 QT1x54/120 PHO-DIM(@1%) 8 0.01 50


FP54T5HO 1 5000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 61 120 0.50 >.98 <10% 1.00 5000FP54T5HO 1 5000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 61 277 0.24 >.90 <15% 1.00 5000

FP54T5HO 1 5000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 61 120 0.50 >.98 <10% 1.00 5000FP54T5HO 1 5000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 61 277 0.24 >.90 <15% 1.00 5000

FP54T5HO 1 5000 49146 QTP2X54T5HO/347-480 PSN HT PROStart Series 61 347 0.17 >.95 <15% 1.00 5000FP54T5HO 1 5000 49146 QTP2X54T5HO/347-480 PSN HT PROStart Series 61 480 0.12 >.97 <15% 1.00 5000




FP54T5HO 2 5000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 121 120 1.00 >.98 <10% 1.00 10000FP54T5HO 2 5000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 118 277 0.43 >.97 <10% 1.00 10000


FP54T5HO 2 5000 49146 QTP2X54T5HO/347-480 PSN HT PROStart Series 121 347 0.35 >.98 <10% 1.00 10000FP54T5HO 2 5000 49146 QTP2X54T5HO/347-480 PSN HT PROStart Series 120 480 0.25 >.98 <10% 1.00 10000



FP39T5HO 1 3500 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 42 120 0.35 >.98 <10% 1.00 3500FP39T5HO 1 3500 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 42 277 0.14 >.94 <10% 1.00 3500






169

T5HO Fluorescent LampsQUICKSYSTEMSSystem Performance Guide


QUICKSYSTE

MS

FT24DF 1 1700 51833 QTP2X26CF/UNV DM PROStart Series 26 120 0.22 >.98 <10% 0.92 1565FT24DF 1 1700 51833 QTP2X26CF/UNV DM PROStart Series 26 277 0.09 >.98 <10% 0.92 1565FT24DL 1 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 26 120 0.22 >.98 <10% 1.02 1835FT24DL 1 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 26 277 0.11 >.85 <15% 1.02 1835FT24DL 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 26 120 0.22 >.98 <10% 0.92 1655FT24DL 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 25 277 0.09 >.98 <15% 0.92 1655

FT24DF 2 1700 51833 QTP2X26CF/UNV DM PROStart Series 50 120 0.42 >.98 <10% 0.91 3095FT24DF 2 1700 51833 QTP2X26CF/UNV DM PROStart Series 47 277 0.17 >.98 <10% 0.91 3095FT24DL 2 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 51 120 0.43 >.98 <10% 1.03 3710FT24DL 2 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 50 277 0.19 >.96 <10% 1.03 3710FT24DL 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 50 120 0.42 >.98 <10% 0.91 3275FT24DL 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 47 277 0.17 >.98 <10% 0.91 3275

FT18DF 2 1250 51833 QTP2X26CF/UNV DM PROStart Series 35 120 0.29 >.98 <10% 0.86 2150FT18DF 2 1250 51833 QTP2X26CF/UNV DM PROStart Series 34 277 0.12 >.98 <15% 0.86 2150FT18DL 2 1250 51833 QTP2X26CF/UNV DM PROStart Series 35 120 0.29 >.98 <10% 0.86 2150FT18DL 2 1250 51833 QTP2X26CF/UNV DM PROStart Series 34 277 0.12 >.98 <15% 0.86 2150

FPC55HO 1 4000 49671 QT1x54/120 PHO-DIM(@100%) PROStart Series 62 120 0.52 >.98 <10% 0.98 3920FPC55HO 1 4000 49671 QT1x54/120 PHO-DIM(@1%) 8 0.01 40


FPC55HO 1 4000 49121 QTP1X54T5HO/UNV PSN PROStart Series 61 120 0.52 >.98 <10% 1.00 4000FPC55HO 1 4000 49121 QTP1X54T5HO/UNV PSN PROStart Series 58 277 0.22 >.97 <10% 1.00 4000FPC55HO 1 4000 49131 QTP2X54T5HO/UNV PSN PROStart Series 57 120 0.48 >.98 <10% 0.89 3560FPC55HO 1 4000 49131 QTP2X54T5HO/UNV PSN PROStart Series 57 277 0.23 >.85 <15% 0.89 3560FPC55HO 1 4000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 57 120 0.48 >.98 <10% 0.89 3560FPC55HO 1 4000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 57 277 0.23 >.85 <15% 0.89 3560FPC55HO 1 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 57 120 0.48 >.98 <10% 0.89 3560FPC55HO 1 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 57 277 0.23 >.85 <15% 0.89 3560

FPC55HO 2 4000 49131 QTP2X54T5HO/UNV PSN PROStart Series 111 120 0.93 >.98 <10% 0.89 7120FPC55HO 2 4000 49131 QTP2X54T5HO/UNV PSN PROStart Series 108 277 0.40 >.97 <10% 0.89 7120FPC55HO 2 4000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 111 120 0.93 >.98 <10% 0.89 7120FPC55HO 2 4000 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 108 277 0.40 >.97 <10% 0.89 7120FPC55HO 2 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 111 120 0.93 >.98 <10% 0.89 7120FPC55HO 2 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 108 277 0.40 >.97 <10% 0.89 7120



FPC55HO 3 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 169 120 1.38 >.97 <10% 0.89 10680FPC55HO 3 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 166 277 0.59 >.97 <15% 0.89 10680

FPC55HO 4 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 224 120 1.83 >.97 <10% 0.89 14240FPC55HO 4 4000 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 219 277 0.77 >.97 <15% 0.89 14240

FPC40 1 3200 51833 QTP2X26CF/UNV DM PROStart Series 35.3 120 0.29 >.98 <10% 0.87 2785FPC40 1 3200 51833 QTP2X26CF/UNV DM PROStart Series 34 277 0.12 >.98 <15% 0.87 2785

FPC4O 1 3200 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 44 277 0.17 >.95 <10% 0.98 3135FPC4O 1 3200 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 44 120 0.37 >.98 <10% 0.98 3135

FPC40 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 72 277 0.26 >.98 <10% 0.88 5630FPC40 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 74 120 0.62 >.98 <10% 0.88 5630

FPC4O 2 3200 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 84 120 0.71 >.98 <10% 0.99 6335FPC4O 2 3200 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 82 277 0.30 >.98 <10% 0.99 6335

FPC40 & FPC22 1+1 3200/1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 63 120 0.53 >.98 <10% 1.00 5000

FPC40 & FPC22 1+1 3200/1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 62 277 0.23 >.98 <10% 1.00 5000


QUICKSYSTEMS T5/TT5/T5HO Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

170


Other FPC Circline data on page 173.


QUICKSYSTE

MS

FT80DL 1 6000 49151 QTP1X80T5HO/UNV PSN PROStart Series 90 120 0.75 >.98 <10% 1.00 6000FT80DL 1 6000 49151 QTP1X80T5HO/UNV PSN PROStart Series 90 277 0.33 >.98 <10% 1.00 6000FT55DL 1 4800 49121 QTP1X54T5HO/UNV PSN PROStart Series 62 120 0.52 >.98 <10% 1.00 4800FT55DL 1 4800 49121 QTP1X54T5HO/UNV PSN PROStart Series 59 277 0.22 >.97 <10% 1.00 4800FT55DL 1 4800 49131 QTP2X54T5HO/UNV PSN PROStart Series 59 120 0.49 >.98 <10% 0.94 4510FT55DL 1 4800 49131 QTP2X54T5HO/UNV PSN PROStart Series 58 277 0.24 >.90 <15% 0.94 4510FT55DL 1 4800 49671 QT1x54/120 PHO-DIM(@100%) PROStart Series 62 120 0.52 >.98 <10% 0.98 4705FT55DL 1 4800 49671 QT1x54/120 PHO-DIM(@1%) 8 0.01 50FT55DL 1 4800 49672 QT1x54/277 PHO-DIM(@100%) PROStart Series 61 277 0.22 >.98 <10% 0.98 4705FT55DL 1 4800 49672 QT1x54/277 PHO-DIM(@1%) 8 0.01 50FT55DL 1 4800 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 59 120 0.49 >.98 <10% 0.94 4510FT55DL 1 4800 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 58 277 0.24 >.90 <15% 0.94 4510FT55DL 1 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 59 120 0.49 >.98 <10% 0.94 4510FT55DL 1 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 58 277 0.24 >.90 <15% 0.94 4510FT55DL 2 4800 49131 QTP2X54T5HO/UNV PSN PROStart Series 116 120 0.98 >.98 <10% 0.95 9120FT55DL 2 4800 49131 QTP2X54T5HO/UNV PSN PROStart Series 112 277 0.42 >.97 <10% 0.94 9025FT55DL 2 4800 49673 QT2x54/120 PHO-DIM(@100%) PROStart Series 120 120 1.00 >.98 <10% 0.98 9410FT55DL 2 4800 49673 QT2x54/120 PHO-DIM(@1%) 18 0.01 95FT55DL 2 4800 49674 QT2x54/277 PHO-DIM(@100%) PROStart Series 117 277 0.45 >.98 <10% 0.98 9410FT55DL 2 4800 49674 QT2x54/277 PHO-DIM(@1%) 18 0.01 95FT55DL 2 4800 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 116 120 0.98 >.98 <10% 0.95 9120FT55DL 2 4800 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 112 277 0.42 >.97 <10% 0.94 9025FT55DL 2 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 116 120 0.98 >.98 <10% 0.95 9120FT55DL 2 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 112 277 0.42 >.97 <10% 0.94 9025FT55DL 3 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 175 120 1.43 >.98 <10% 0.94 13535FT55DL 3 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 170 277 0.60 >.97 <15% 0.94 13535FT55DL 4 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 232 120 1.89 >.98 <10% 0.94 18050FT55DL 4 4800 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 224 277 0.79 >.97 <15% 0.94 18050FT50DL 2 4300 49131 QTP2X54T5HO/UNV PSN PROStart Series 114 120 0.96 >0.98 <10% 1.08 9285FT50DL 2 4300 49131 QTP2X54T5HO/UNV PSN PROStart Series 111 277 0.41 >0.97 <10% 1.08 9285FT50DL 2 4300 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 114 120 0.96 >0.98 <10% 1.08 9285FT50DL 2 4300 49136 QTP2X54T5HO/UNV PSN HT PROStart Series 111 277 0.41 >0.97 <10% 1.08 9285FT50DL 4 4300 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 228 120 1.92 >0.98 <10% 1.08 18570FT50DL 4 4300 49161 QTP4X54T5HO/UNV PSN HTW PROStart Series 222 277 0.82 >0.97 <10% 1.08 18570FT40DL 1 3150 49428 QHE1x40DL/UNV ISN-SC Instant Parallel 35 120 0.30 >.98 <10% 0.90 2835FT40DL 1 3150 49428 QHE1x40DL/UNV ISN-SC Instant Parallel 35 277 0.13 >.98 <10% 0.90 2835FT40DL 1 3150 50320 QTP1x40TT5/120 PSN-F PROStart Series 38 120 0.32 >.98 <10% 0.88 2770FT40DL 1 3150 50330 QTP1x40TT5/277 PSN-F PROStart Series 37 277 0.13 >.98 <10% 0.88 2770FT40DL 1 3150 51833 QTP2X26CF/UNV DM PROStart Series 44 120 0.37 >.98 <10% 1.10 3465FT40DL 1 3150 51833 QTP2X26CF/UNV DM PROStart Series 42 277 0.16 >.98 <10% 1.10 3465FT40DL 2 3150 49429 QHE2x40DL/UNV ISN-SC Instant Parallel 68 120 0.56 >.98 <10% 0.90 5670FT40DL 2 3150 49428 QHE2x40DL/UNV ISN-SC Instant Parallel 67 277 0.26 >.98 <10% 0.90 5670FT40DL 2 3150 50340 QTP2x40TT5/120 PSN-F PROStart Series 76 120 0.63 >.98 <10% 0.88 5545FT40DL 2 3150 50350 QTP2x40TT5/277 PSN-F PROStart Series 73 277 0.27 >.98 <10% 0.88 5545FT40DL 2 3150 51843 QTP2X26/32/42CF/UNV DM PROStart Series 88 120 0.74 >.98 <10% 1.10 6930FT40DL 2 3150 51843 QTP2X26/32/42CF/UNV DM PROStart Series 86 277 0.31 >.98 <10% 1.10 6930FT40DL 3 3150 49430 QHE3x40DL/UNV ISN-SC Instant Parallel 100 120 0.84 >.98 <10% 0.90 9070FT40DL 3 3150 49430 QHE3x40DL/UNV ISN-SC Instant Parallel 99 277 0.36 >.98 <10% 0.90 9070FT40DL 3 3150 50370 QTP3x40TT5/277 PSN-B PROStart Series 108 277 0.39 >.98 <10% 0.88 8315FT40DL 3 3150 50360 QTP3x40TT5/120 PSN-B PROStart Series 110 120 0.92 >.98 <10% 0.88 8315FT40/28WSS 1 2800 49428 QHE1x40DL/UNV ISN-SC Instant Parallel 32 277 0.12 >.98 <10% 1.07 2995FT40/28WSS 1 2800 49428 QHE1x40DL/UNV ISN-SC Instant Parallel 32 120 0.27 >.98 <10% 1.07 2995FT40/28WSS 2 2800 49429 QHE2x40DL/UNV ISN-SC Instant Parallel 64 120 0.54 >.98 <10% 1.07 5990FT40/28WSS 2 2800 49428 QHE2x40DL/UNV ISN-SC Instant Parallel 63 277 0.24 >.98 <10% 1.07 5990FT40/28WSS 3 2800 49430 QHE3x40DL/UNV ISN-SC Instant Parallel 95 120 0.79 >.98 <10% 1.07 8990FT40/28WSS 3 2800 49430 QHE3x40DL/UNV ISN-SC Instant Parallel 94 277 0.35 >.98 <10% 1.07 8990FT36DL 1 2900 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 34 120 0.29 >.98 <10% 0.93 2695FT36DL 1 2900 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 34 277 0.14 >.90 <10% 0.93 2695FT36DL 2 2900 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 66 120 0.56 >.98 <10% 0.94 5450FT36DL 2 2900 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 64 277 0.24 >.98 <10% 0.94 5450FT36DL 2 2900 51843 QTP2X26/32/42CF/UNV DM PROStart Series 64 120 0.53 >.98 <10% 0.80 4640FT36DL 2 2900 51843 QTP2X26/32/42CF/UNV DM PROStart Series 62 277 0.22 >.98 <10% 0.80 4640



171

TT5 DULUX® L Fluorescent LampsQUICKSYSTEMSSystem Performance Guide


QUICKSYSTE

MS

CF26DT/E, TE 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 28 120 0.24 >.98 <10% 1.00 1800CF26DT/E, TE 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 28 277 0.10 >.98 <10% 1.00 1800

CF26DD/E, TE 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 54 120 0.50 >.98 <10% 1.00 3600CF26DD/E, TE 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 54 277 0.22 >.98 <10% 1.00 3600

CF26DD/E, TE 2 1800 51843 QTP2X26/32/42CF/UNV DM PROStart Series 54 120 0.46 >.98 <10% 1.02 3670CF26DD/E, TE 2 1800 51843 QTP2X26/32/42CF/UNV DM PROStart Series 54 277 0.20 >.98 <10% 1.02 3670

CF18WDD/E, T/E 1 1200 51823 QTP1/2X18CF/UNV DM PROStart Series 20 120 0.17 >.98 <10% 1.00 1200CF18WDD/E, T/E 1 1200 51823 QTP1/2X18CF/UNV DM PROStart Series 20 277 0.07 >.98 <10% 1.00 1200

CF18WDD/E, T/E 2 1200 51823 QTP1/2X18CF/UNV DM PROStart Series 38 120 0.32 >.98 <10% 1.00 2400CF18WDD/E, T/E 2 1200 51823 QTP1/2X18CF/UNV DM PROStart Series 38 277 0.14 >.98 <10% 1.00 2400

CF13DD/E, T/E 1 900 51818 QTP1/2X13CF/UNV DM PROStart Series 16 120 0.14 >.98 <10% 1.00 900CF13DD/E, T/E 1 900 51818 QTP1/2X13CF/UNV DM PROStart Series 16 277 0.07 >.97 <15% 1.00 900

CF13DD/E, T/E 2 900 51818 QTP1/2X13CF/UNV DM PROStart Series 29 120 0.25 >.98 <10% 1.00 1800CF13DD/E, T/E 2 900 51818 QTP1/2X13CF/UNV DM PROStart Series 29 277 0.11 >.98 <10% 1.00 1800

CF13DSE 2 820 51833 QTP2X26CF/UNV DM PROStart Series 30 120 0.25 >.98 <10% 1.05 1720CF13DSE 2 820 51833 QTP2X26CF/UNV DM PROStart Series 29 277 0.11 >.98 <10% 1.05 1720

* All data shown for NAED (Item#) 51843 is the same for 51863:51843 QTP2X26/32/42CF/UNV DM 51863 QTP2X26/32/42CF/UNV DM PEM

*All data shown for NAED (Item#) 51833 is the same for 51898:51833 QTP2X26CF/UNV DM 51898 QTP2X26CF/UNV DM PEM


QUICKSYSTEMS DULUX® Compact Fluorescent LampsAs the industry’s leading systems company, OSRAM SYLVANIA offers the most comprehensive data on how QUICKTRONIC® electronic ballasts will perform with various combinations of lamps.

172



QUICKSYSTE

MS

CF70WDT/E 1 5200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 71 120 0.57 >.98 <10% 0.92 4785CF70WDT/E 1 5200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 71 277 0.25 >.98 <10% 0.92 4785

CF57WDT/E 1 4300 51843 QTP2X26/32/42CF/UNV DM PROStart Series 62 120 0.53 >.98 <10% 1.00 4300CF57WDT/E 1 4300 51843 QTP2X26/32/42CF/UNV DM PROStart Series 62 277 0.23 >.98 <10% 1.00 4300

CF42DT/E 1 3200 51833 QTP2X26CF/UNV DM PROStart Series 45 120 0.38 >.98 <10% 1.00 3200CF42DT/E 1 3200 51833 QTP2X26CF/UNV DM PROStart Series 45 277 0.17 >.98 <10% 1.00 3200

CF42DT/E 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 94 120 0.80 >.98 <10% 0.95 6080CF42DT/E 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 94 277 0.35 >.98 <10% 0.95 6080CF42DT/E 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 94 120 0.90 >.98 <10% 0.95 6080CF42DT/E 2 3200 51843 QTP2X26/32/42CF/UNV DM PROStart Series 94 277 0.40 >.98 <10% 0.95 6080

CF32DT/E 1 2400 51833 QTP2X26CF/UNV DM PROStart Series 35 120 0.30 >.98 <10% 0.98 2350CF32DT/E 1 2400 51833 QTP2X26CF/UNV DM PROStart Series 35 277 0.13 >.98 <10% 0.98 2350

CF32DT/E 2 2400 51843 QTP2X26/32/42CF/UNV DM PROStart Series 69 120 0.59 >.98 <10% 0.96 4610CF32DT/E 2 2400 51843 QTP2X26/32/42CF/UNV DM PROStart Series 69 277 0.25 >.98 <10% 0.96 4610

FPC Circline T5 Fluorescent Lamps

FPC22 1 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 26 120 0.22 >.98 <10% 1.03 1855FPC22 1 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 26 277 0.11 >.85 <15% 1.03 1855FPC22 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 26 120 0.21 >.98 <10% 0.97 1745FPC22 1 1800 51833 QTP2X26CF/UNV DM PROStart Series 25 277 0.09 >.97 <15% 0.97 1745

FPC22 2 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 50 120 0.42 >.98 <10% 1.04 3745FPC22 2 1800 49111 QTP2X39-24T5HO/UNV PSN PROStart Series 50 277 0.19 >.96 <10% 1.04 3745FPC22 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 48 120 0.40 >.98 <10% 0.96 3455FPC22 2 1800 51833 QTP2X26CF/UNV DM PROStart Series 46 277 0.17 >.98 <10% 0.96 3455

Other FPC Circline data on page 170.

* All data shown for NAED (Item#) 51843 is the same for 51863:51843 QTP2X26/32/42CF/UNV DM 51863 QTP2X26/32/42CF/UNV DM PEM

*All data shown for NAED (Item#) 51833 is the same for 51898:51833 QTP2X26CF/UNV DM 51898 QTP2X26CF/UNV DM PEM



173

DULUX® Compact and FPC Circline T5 Fluorescent LampsQUICKSYSTEMSSystem Performance Guide


NOTE

S

174

Notes

www.sylvania.com

NOTE

S


Notes

QUICK 60+®

Limited Warranty

Q60

+WARRANTY

176


The Heart of a Comprehensive System Service ProgramCompare lighting system warranties – you’ll see that our QUICK 60+ warranty offers better coverage, more service options and,more important, peace of mind.

Combination Lamp and Ballast System Limited WarrantyOSRAM SYLVANIA Products Inc. (“OSPI”) warrants SYLVANIA lampsinstalled on QUICKTRONIC® ballasts to be free from defects in materialand workmanship and to operate from the date of installation (or dateof manufacture if installation date is not known or available) for the timeperiods and subject to the Terms and Conditions specified below. If

lamps fail to operate for the warranty period, OSPI will provide a freereplacement lamp (but no labor allowance). If a QUICKTRONIC ballastfails to operate within the warranty period, OSPI will provide a freereplacement ballast and labor allowance in accordance with the “LaborOptions” set forth below.

System3,4 Lamp Ballast Warranty Period8 Lamp Warranty Period*QUICKTRONIC® T81 OCTRON XPS®, XP & XP/SS2, 3 60 mos. 36 mos.QUICKTRONIC T81 OCTRON XP/XL & XP/XL/SS family 60 mos. 48 mos.QUICKTRONIC T81 OCTRON family 60 mos. 30 mos.QUICKTRONIC T8 High Ambient1, 9 OCTRON XP, XP/SS2, 3 36/60mos.@<90°/70°C 36 mos.QUICKTRONIC 59 OCTRON FO96/XP, FO96/XP/SS 60 mos. 30 mos.QUICKTRONIC 59 OCTRON FO96 60 mos. 24 mos.QUICKTRONIC 86/T8HO High Ambient1 OCTRON FO96HO 36/60mos.@<90°/70°C 30 mos.QUICKTRONIC 96IS/96HO & 40T12 N/A 60 mos. N/AQUICKTRONIC T51, T5/HO1 PENTRON® Family 60 mos. 24 mos.QUICKTRONIC 54T5HO1 High Ambient PENTRON® FP54/HO, FP54/C/HO 36/60 mos.@<90°/70°C 36 mos.QUICKTRONIC 54T5/HO1 PENTRON® FP54/HO, FP54/C/HO 60 mos. 36 mos.QUICKTRONIC 54PHO & DL40 DULUX® FT55DL, FT40DL & FT40/28SS 60 mos. 12 mos.QUICKTRONIC CF1 DULUX® D/E, T/E, T/E/IN, T/E/C 60 mos. 12 mos.QUICKTRONIC FM FM 24 mos. 6 mos.QUICKTRONIC ICE1, 5 ICETRON® 60 mos. 60 mos.QUICKTRONIC MH7 METALARC® Family6 (7K-12K hrs. avg. rated life) 36/60 mos. 6 mos.QUICKTRONIC MH7 METALARC® Family6 (15K-20K hrs. avg. rated life) 36/60 mos. 12 mos.*NOTE: Fluorescent lamp warranty periods are based on a 3 hour minimum cycle, unless otherwise noted, with a maximum of 4000 hours per year. Other operating cycles may affect warranty period. Lamp warranty can renew when installation is group relamped, contact OSRAM SYLVANIA for details.

1 Occupancy sensor application, 15 minute/start minimum, allowed with QUICKTRONIC PROStart® and with QUICKTRONIC ICE ballasts.2 OCTRON SUPERSAVER® bipin lamps operate on Instant Start & PROStart (non-dimming) models only.3 QUICKTRONIC, Professional Series and High Efficiency Series including all IS, PS & DIM models where applicable.4 Labor options must be pre-approved by OSPI. Any labor option or cost that is not pre-approved will not be eligible for reimbursement.5 ICETRON Lamp Warranty Period allows up to 8760 hrs per year (continuous operation).6 Contact OSRAM SYLVANIA for detailed specifications of METALARC® lamps.7 QUICKTRONIC MH ballasts warranty is 36 or 60 months, depending on maximum case temperature. Refer to product specifications for

details. Electronic HID system warranty period is based on a minimum cycle of 10hr/start up to a maximum operation of 6,000 hours/year.8 Maximum Case Temperature <70°C, for normal environmental operating conditions (40°C max. ambient) unless noted.

Refer to product specifications for details.9 QUICKTRONIC T8 High Ambient (HT) Series

TERMS AND CONDITIONS

SYLVANIA lamps and QUICKTRONIC ballasts must be installedtogether as a system and be installed and operated undersuitable environmental conditions and in accordance with thelatest National Electrical Code, Underwriters LaboratoryBulletins, and ANSI Specifications. This warranty will not apply

in the event of conditions demonstrating abnormal use or

stress, such as operating temp eratures in excess of

maximum rated temperatures, under/over voltage condi-

tions, excessive switching cycles (see above Note #1) or

operating hours, dirty or cracked sockets, or improper lamp

or ballast installation. Replacement of SYLVANIA lamps withlamps of other manufacturers will void the lamp portion of thiswarranty. Replacement of the QUICKTRONIC ballast with anyother ballast will void the entire warranty.WARRANTY ACTIVATION / SERVICE CLAIMS

The QUICK 60+ warranty is automatically activated after OSPIreceives a completed QUICK 60+ warranty registration formwithin 30 days after installation. An acknowledgment will be sentfor each registration along with a reference number for futurecorrespondence. Service claims can be made by contacting 1-800-LIGHTBULB to initiate the process for problem resolution. LABOR OPTIONS (Ballast and ICETRON lamps only)

No labor allowance is made for any lamp replacement

except ICETRON, during the warranty period. OSPI providesfor several labor options for service under the QUICK 60+warranty program.

1. OSPI will provide full service coverage through SYLVANIALIGHTING SERVICES at no cost to the user of the ballast, or2. OSPI will contact a service provider and coordinate replacementat no cost to the user of the ballast, or3. OSPI will reimburse the purchaser reasonable, customary andnecessary labor charges required to install the ballast replacement.4. Labor options must be pre-approved by OSPI. Any labor

option or cost that is not pre-approved will not be eligible for

reimbursement.

RETURN OF DEFECTIVE PRODUCT

After contacting OSRAM SYLVANIA and receiving a return AUTHO-RIZATION NUMBER, the user shall promptly return the product atthe user’s expense to OSRAM SYLVANIA after receiving instructionsas to if, when and where to ship product. Failure to follow thisprocedure shall void this warranty.REPLACEMENT OF PRODUCT, LIMITS OF LIABILITY

The foregoing shall constitute the sole and exclusive remedy of thepurchaser and the sole and exclusive liability of OSPI. NOWARRANTY OF MERCHANTABILITY OR FITNESS FOR APARTICULAR PURPOSE IS MADE OR IS TO BE IMPLIED. OSPIwill not, under any circumstance, whether as a result of breach ofcontract or warranty, tort, or otherwise, be liable for any incidental,special or consequential damages, including lost profits or revenuesor any other costs or damages.OSPI reserves the right to examine all failed lamps and/or ballastsand reserves the right to be the sole judge as to whether any lampsand/or ballasts are defective and covered under this warranty.

Please call customer service at 1-800-654-0089 or contact ayour local OSRAM SYLVANIA representative.QUESTIONS?

Photocopy the form below and use it to register any installation featuring QUICKTRONIC® ballast systems. Also available,is our on-line version which you may find by visiting our web site at www.sylvania.com. The warranty coverage begins from the date of installation, but you must register an installation in order to receive warranty service.

Installation InformationLocation Name:__________________________________________________________________________________________________

Address:_________________________________________City: __________________________State:______________Zip:__________

Send Registration To: _____________________________________________________________________________________________

Address:_________________________________________City: __________________________State:______________Zip:__________

Contact Name:____________________________________________Phone: ________________________________________________

Email: __________________________________________________________________________________________________________

Operating Hours:______________hours/day ________________days/year Installation Date: ______________________________

Occupancy Sensors: ❑ Yes ❑ No

Comments______________________________________________________________________________________________________

Type &Quantities (Description and NAED Item # as Shown on label (or packaging)

Ballast NAED Lamp NAEDDescription Item # Quantity Description Item # Quantity Comments

Please Complete and Return To:OSRAM SYLVANIAAttn: Warranty Dept.18725 N. Union Street, Westfield, IN 46074Tel #: 800/654-0089 Email: [email protected]

Or Complete and Fax To:OSRAM SYLVANIAFax #: 866/632-9674Also available, is our on-line version which you mayfind by visiting our web site at www.sylvania.com.

e.g. QTP2X32T8/UNV ISN-SC 49943 800 FO32/830/XP/ECO 21759 1600__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

__________________________________________________________________________________________________________________

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United StatesOSRAM SYLVANIAHeadquarters100 Endicott StreetDanvers, MA 01923 USA1-800-LIGHTBULBwww.sylvania.com

CanadaOSRAM SYLVANIA LTD./LTÉEHeadquarters2001 Drew RoadMississauga, Ontario L5S 1S41-800-LIGHTBULBwww.sylvania.com

MexicoOSRAM MEXICOHeadquartersTuItitlan/Edo DeMexico011-52-55-58-99-18-50www.sylvania.com

For Orders andGeneral Informationin the United States:

OSRAM SYLVANIANational CustomerService and Sales Center18725 N. Union StreetWestfield, IN 46074

OEM/Specialty MarketsPhone: 800-762-7191Fax: 800-762-7192

National AccountsPhone: 800-562-4671Fax: 800-562-4674


Consumer ProductsPhone: 800-842-7010Fax: 800-842-7011



For Orders andGeneral Informationin Canada:

OSRAM SYLVANIA LTD./LTÉE2001 Drew RoadMississauga, Ontario L5S 1S4

OEM/Special MarketsPhone: 800-265-2852Fax: 800-667-6772


Consumer MarketsPhone: 800-720-2852Fax: 800-667-6772



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Ballast TechnologyApplications &Specification GuideSYLVANIA QUICKTRONIC®

Electronic Ballasts

www.sylvania.com

Documents

OS-BallastTechnology