BIOSHIELD™ COMMERCIAL UV DISINFECTION SYSTEMS

STANDARD FEATURES

UV DISINFECTION SYSTEM

www.pentaircommercial.com

Establishing a bio-secure swimming facility begins at the pool design stage. Low-pressure UV systems are a proven solution to harmful waterborne pathogen problems and irritating chloramines. Pentair BioShield Commer-cial UV systems provide instant protection against Cryptosporidium, Giardia and remove chloramines.

• InstantprotectionagainstCryptosporidiumandother harmful waterborne pathogens.

• Significantlyreduceschemicalodorswithinenclosed pool area.

• ConserveFree-Chlorinebyasmuchas30%comparedto medium pressure UV systems

• Standardsizesavailableupto2,335GPMandNSF50Certified to150PSI.

• UL508AListed.

• Cost-effectiveSchedule80solventweldedPVCplastic vessels stand up to corrosive Chlorine environments.

• HighqualityAmericanmadelow-pressure,AmalgamUV lampsofferupto12,000hoursofcontinuousoperation.

• Lowtemperaturelampsconserveenergyandnegatethe needforquartzsleevewipersystems.

• Choiceofinput/outputpipingconnections.

MICROPROCESSOR FEATURESAllNSF-50BioShieldUVsystemmodelsfeatureouruser-friendly,microprocessor-basedcontroller/monitor.This sophisticated instrumentation features a menu-driven digital interface with touch pad controls for easy command initiation.

STANDARD FEATURES• Menudriven,digitalinterfacewithtouch-padfor easy command initiation.

• IncomingACVoltageMonitor–Alarmswhenvoltage falls outside factory set threshold.

• Digitallydisplayed,resettabletotaloperating hour meter.

• IndividualLampStatusandLampLifeMonitor– 72-hourre-occuringalarmtriggereduponend-of- useful-lamp-life(12,000hours).

• Powersupplyenclosuretemperaturesensor/alarm– Protects internal components from temperatures exceeding140˚F.

•UVVesselwatertemperaturesensor/alarm–Protects vesselfromtemperaturesexceeding120˚F.

• UVIntensitysensor/alarm–MonitorsUVintensity inside the reactor vessel and measures UV-C lamp outputpercent(1-100%).

• OutputAlarmRelay–100mA,normallyopen“FormA” dry contact for enunciation of above alarm conditions to external controller.

• ThermoplasticNEMA12enclosure.

AVAILABLE OPTIONS• WaterFlowMeter–tomeasureanddisplayUVsystemwater flowrate in either GPM or LPM.

• WaterpHMeter–featuresalarmset-point,anywhereon 0-10pHscale.

• Ethernetcommunicationsport–usingsuppliedmapof I/O,allowshostcontrollertomonitorindividualalarm/lamp conditions via Modbus RTU protocol.

• 4-20mAoutputport.

BIOSHIELD™ UV SYSTEM ADDITIONAL FEATURES• Single-endUVlampandquartzsleeveaccessfor easy servicing.

• Enhanced,state-of-the-artelectronicballast,sized preciselytothelamp’spowerrequirement,ensures optimal UV-C output and maximum lamp life.

• Water-tightdesignprotectsallelectricalhardware from water damage.

• Compactfootprintmodelsreducerequired operating space.

• 6ft.powercordandupto20ft.lampcables.

CLP41A6-XN 1/130 40 49 33 2" - 2.1/1.0 56” x 6” x 47” 16" x 14" x 8.4" 150

CLP42A6-XN 2/130 80 90 60 2" *64 3.9/2.0 56” x 6” x 47” 16" x 14" x 8.4" 150 3" - CLP43A6-XN 3/130 120 125 83 3" - 5.8/2.9 56” x 6” x 47” 16" x 14" x 8.4" 150

CLP43A8-XN 3/130 120 167 111 3" *144

5.8/2.9 62” x 8” x 51” 16" x 14" x 8.4" 150 4" - CLP44A8-XN 4/130 160 227 151

3" *144 7.5/3.7 62” x 8” x 51” 20.2" x 16.3" x 8.4" 150 4" -

CLP45A8-XN 5/130 200 272 181 4" *251

9.4/4.7 62” x 8” x 51” 24.6" x 20.2" x 10.6" 150 6" - CLP46A10-XN 6/130 240 365 244

4" *251 11.2/5.6 64” x 10” x 51” 24.6" x 20.2" x 10.6" 120 6" -

CLP47A10-XN 7/130 280 430 287 6" - 13.3/6.5 64” x 10” x 51” 24.6" x 20.2" x 10.6" 120

CLP47A12-XN 7/130 280 492 328 6" - 13.3/6.5 69” x 12” x 51” 24.6" x 20.2" x 10.6" 90

CLP48A12-XN 8/130 320 555 369 6" - 15.0/7.5 69” x 12” x 51” 30.5" x 24.1" x 12.6" 90 CLP61A6-XN 1/320 98 113 75

2" *64 3.2/1.6 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 3" -

CLP62A6-XN 2/320 196 200 133 3" *144

6.0/3.0 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 4" -

CLP63A6-XN 3/320 294 279 186 4" *251

9.0/4.5 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 6" - CLP63A8-XN 3/320 294 372 247

4" *251 9.0/4.5 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150 6" -

CLP64A8-XN 4/320 392 505 336 6" - 12.0/6.0 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150

CLP65A8-XN 5/320 490 606 403 6" *569

15.0/7.5 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150 8" - CLP66A10-XN 6/320 588 814 542

6" *569 18.0/9.0 88” x 10” x 76” 30.5" x 24.1" x 12.6" 120 8" -

CLP67A10-XN 7/320 686 953 638 6" *569

11.01 88” x 10” x 76” 30.5" x 24.1" x 12.6" 120 8" -

CLP67A12-XN 7/320 686 1095 729 8" *996

11.01 90” x 12” x 76” 30.5" x 24.1" x 12.6" 90 10" - CLP68A12-XN 8/320 784 1235 823 8" *996 13.01 90” x 12” x 76” 30.5" x 24.1" x 12.6" 90 10" -

CLP69A14-XN 9/320 882 1462 974 8" *996 14.01 92” x 14” x 76” 30.5" x 24.1" x 12.6" 50 10" - CLP610A16-XN 10/320 980 1690 1127 10" *1567 16.01 94” x 16” x 76” 30.5" x 24.1" x 12.6" 50 12" -

CLP611A18-XN 11/320 1078 1963 1308 10" *1567 17.01 96” x 18” x 76” 40.4" x 32.5" x 12.6" 50 12" - 10" *1567 CLP612A20-XN 12/320 1176 2335 1555 12" *2218 19.01 98” x 20” x 76” 40.4" x 32.5" x 12.6" 50 14" -

Model2 Lamps/Watts

PortSize

UV-C Spectrum

OutputWatts

UV VesselDimensions3

(A x B x C)

Power EnclosureDimensions(H x W x D)

Max Flowfor

Port Size

Amps MaxLoad @120/230

VAC

Max Flow Rate @ 90% UVT 40 mJ/cm2

(GPM)

Max Flow Rate @ 90% UVT 60 mJ/cm2

(GPM)

MaxPSI

UV Dose Commercial Application40 mJ/cm2 Inactivation of Cryptosporidium and other chlorine tolerant pathogens60 mJ/cm2 Additional breakdown of Chloramines for greatly improved air and water quality

1 230V Only2 When ordering: Replace 'X' in part number with requested flange size; eg. '2' for two-inch flange.3 Vessel dimension "C" represents clearance requirement for glassware maintenance.

CLP41A6-XN 1/130 40 49 33 2" - 2.1/1.0 56” x 6” x 47” 16" x 14" x 8.4" 150

CLP42A6-XN 2/130 80 90 60 2" *64 3.9/2.0 56” x 6” x 47” 16" x 14" x 8.4" 150 3" - CLP43A6-XN 3/130 120 125 83 3" - 5.8/2.9 56” x 6” x 47” 16" x 14" x 8.4" 150

CLP43A8-XN 3/130 120 167 111 3" *144

5.8/2.9 62” x 8” x 51” 16" x 14" x 8.4" 150 4" - CLP44A8-XN 4/130 160 227 151

3" *144 7.5/3.7 62” x 8” x 51” 20.2" x 16.3" x 8.4" 150 4" -

CLP45A8-XN 5/130 200 272 181 4" *251

9.4/4.7 62” x 8” x 51” 24.6" x 20.2" x 10.6" 150 6" - CLP46A10-XN 6/130 240 365 244

4" *251 11.2/5.6 64” x 10” x 51” 24.6" x 20.2" x 10.6" 120 6" -

CLP47A10-XN 7/130 280 430 287 6" - 13.3/6.5 64” x 10” x 51” 24.6" x 20.2" x 10.6" 120

CLP47A12-XN 7/130 280 492 328 6" - 13.3/6.5 69” x 12” x 51” 24.6" x 20.2" x 10.6" 90

CLP48A12-XN 8/130 320 555 369 6" - 15.0/7.5 69” x 12” x 51” 30.5" x 24.1" x 12.6" 90 CLP61A6-XN 1/320 98 113 75

2" *64 3.2/1.6 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 3" -

CLP62A6-XN 2/320 196 200 133 3" *144

6.0/3.0 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 4" -

CLP63A6-XN 3/320 294 279 186 4" *251

9.0/4.5 85” x 6” x 76" 24.6" x 20.2" x 10.6" 150 6" - CLP63A8-XN 3/320 294 372 247

4" *251 9.0/4.5 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150 6" -

CLP64A8-XN 4/320 392 505 336 6" - 12.0/6.0 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150

CLP65A8-XN 5/320 490 606 403 6" *569

15.0/7.5 86” x 8” x 76” 24.6" x 20.2" x 10.6" 150 8" - CLP66A10-XN 6/320 588 814 542

6" *569 18.0/9.0 88” x 10” x 76” 30.5" x 24.1" x 12.6" 120 8" -

CLP67A10-XN 7/320 686 953 638 6" *569

11.01 88” x 10” x 76” 30.5" x 24.1" x 12.6" 120 8" -

CLP67A12-XN 7/320 686 1095 729 8" *996

11.01 90” x 12” x 76” 30.5" x 24.1" x 12.6" 90 10" - CLP68A12-XN 8/320 784 1235 823 8" *996 13.01 90” x 12” x 76” 30.5" x 24.1" x 12.6" 90 10" -

CLP69A14-XN 9/320 882 1462 974 8" *996 14.01 92” x 14” x 76” 30.5" x 24.1" x 12.6" 50 10" - CLP610A16-XN 10/320 980 1690 1127 10" *1567 16.01 94” x 16” x 76” 30.5" x 24.1" x 12.6" 50 12" -

CLP611A18-XN 11/320 1078 1963 1308 10" *1567 17.01 96” x 18” x 76” 40.4" x 32.5" x 12.6" 50 12" - 10" *1567 CLP612A20-XN 12/320 1176 2335 1555 12" *2218 19.01 98” x 20” x 76” 40.4" x 32.5" x 12.6" 50 14" -

Model2 Lamps/Watts

PortSize

UV-C Spectrum

OutputWatts

UV VesselDimensions3

(A x B x C)

Power EnclosureDimensions(H x W x D)

Max Flowfor

Port Size

Amps MaxLoad @120/230

VAC

Max Flow Rate @ 90% UVT 40 mJ/cm2

(GPM)

Max Flow Rate @ 90% UVT 60 mJ/cm2

(GPM)

MaxPSI

UV Dose Commercial Application40 mJ/cm2 Inactivation of Cryptosporidium and other chlorine tolerant pathogens60 mJ/cm2 Additional breakdown of Chloramines for greatly improved air and water quality

1 230V Only2 When ordering: Replace 'X' in part number with requested flange size; eg. '2' for two-inch flange.3 Vessel dimension "C" represents clearance requirement for glassware maintenance.

SIZING YOUR BIOSHIELD™ UV SYSTEM1. Establishing flow rate requirements in GPM is critical to selecting the correct UV system for your application.2.Know your UVT and Target Dose.ParticlessuspendedinwaterwillabsorborreflectUV,evenifthewaterlooks“clear”.UVTisameasureofhowmuchUV-C(at254nm)willpassthroughthespecificwatertobetreated.Pentairhasselected90%UVTasareasonablyconservativevalueinoursizingcharts.OthermanufacturersmayuseahigherUVT%whichwillgreatlyoverratetheirflowcapacitycomparedtothatat90%UVT.ThebestwaytoknowyourUVTistomeasureit.TargetDosedependsontheintendedpurposeoftheUVreactor.Whilethiscanbecomplicated,thefollowingrules-of-thumbareoftenusedatminimum:

3.Choose your BioShield UV System model. Select desired UV dose column below. Identify maximum flow rate that meets systemflowraterequirement.CompletethisstepformodelCLP4orCLP6andwithprovidedvesselandpowerenclosuredimen-sions,choosethebestmodelsuitedforthemechanicalspace.*Note:Smallportsizemayrestrictactualmaximumflowrate.

WATERWATER WATER

H

W

LOW PRESSURE UV IS THE PROVEN GREEN SOLUTIONTwoUVtechnologiesexist:Low-pressure(LP)andMedium-pressure(MP).BothUVtechnologiesinactivatedangerous pathogens and irritating Chloramines but MP UVsystemscostalmost3xmoretooperatethanLP.Inthe past, Medium-pressure UV systems were believed to be more effective than Low-pressure due to MP’s high UV-C light output and compact package, but over the years LP UV lamp technology has improved to the point whereLPlampsarenow5xmorepowerfulthantheywere initially. Today, LP UV lamp technology continues to evolve and has significantly narrowed the gap of number oflampsrequiredbetweenMPandLPUVsystems.TheresultisthatLPUVsystemsnowcostnearly3xlesstooperate than MP UV systems.

2000

4

8

12

16

Wavelength, nm

Spec

tral

Em

itta

nce

, rel

Low-Pressure Lamp Power Distribution

280250 300 350 400315 450 500 550 600 650 700 750 780

Medium-Pressure Lamp Power Distribution

Absorption DNA (Germicidal Curve)

Free-ChlorineUV AbsorptionSpectra 290 nm

Tri-chloramineUV AbsorptionSpectra 340 nm

250 nm-280 nm

MonochloramineUV AbsorptionSpectra 246 nm

Di-chloramineUV AbsorptionSpectra 297 nm

UV-C UV-A VISIBLE LIGHTUV-B

264 nm Peak Germicidal Efficiency

LP and MP UV lamps operate very differently. MP UV lampsconvert11-15%oftheirinputelectricityintoUV-Clight.LPUVlampsconvert35-40%,makingthemmuchmore effective and cost-efficient at germicidal disinfec-tion and Chloramine control.

Spectra AbsorptionThe data displayed in the Spectral Absorbance chart below is universal according to the laws of science; it applies to all Low-pressure and Medium-pres-sure UV systems. The chart also identifies several materi-als associated with swimming pool water at the specific wavelengths that inactivate them.

MONEY-SAVING FACTS

Conserve Free-ChlorineMP UV lamps decay Free-Chlorine (see Spectral Absor-banceChart)whichincreasesoperationalcost.LPUVlamps are proven to conserve Free-Chlorine by as much as30%,savingyoumoney.

Low Heat OutputLPAmalgamlampsoperateat180°F,MPlampsat1,600°F.TheextremeheatgeneratedbyMPUVlampsintensifiestheproblemofquartzsleevefouling and createstheneedforexpensiveandproblematicquartzsleeve wiping systems. This ultimately complicates equipmentmaintenance.BioShieldAmalgamUVlampsoperate at a fraction of that heat output and do not re-quiretheadditionofaquartzsleevewipingsystem.

Longest Lamp-LifeLPUVlamplifeof12,000hours,outlastMPlampsbyasmuchas3times.Evenwiththeneedforadditionallamps compared to MP, the high cost and short life of MPmakeLPUVupto3timeslesscostlytomaintain.

2000

4

8

12

16

Wavelength, nm

Spec

tral

Em

itta

nce

, rel

Low-Pressure Lamp Power Distribution

280250 300 350 400315 450 500 550 600 650 700 750 780

Medium-Pressure Lamp Power Distribution

Absorption DNA (Germicidal Curve)

Free-ChlorineUV AbsorptionSpectra 290 nm

Tri-chloramineUV AbsorptionSpectra 340 nm

250 nm-280 nm

MonochloramineUV AbsorptionSpectra 246 nm

Di-chloramineUV AbsorptionSpectra 297 nm

UV-C UV-A VISIBLE LIGHTUV-B

264 nm Peak Germicidal Efficiency

Forexample:a288,000gallonpoolusingaMPUV system,operatingat800GPM,anddeliveringaUV doseto60mJ/cm2, replaces MP UV lamps annually atacostof$1,120each($3,300).Comparethattoa LP UV system which replaces 7 lamps annually at a costof$160each($1,120).

Proof Is In The Science Regardless of UV system manufacturer claims, the Spectra Chart below clearly illustrates just how much more efficient LP UV technology is compared to MP at inactivating waterborne pathogens and Chloramines. The chart reveals the spectral output of both LP and MP UV lamps and the specific light-spectra that inactivates pathogen-DNA, Chloramines and Free-Chlorine.

1620HAWKINSAVE.SANFORD,NC27300800.831.7133WWW.PENTAIRCOMMERCIAL.COMAll Pentair trademarks and logos are owned by Pentair or one of its global affiliates. BioShield™andEcoSelect®aretrademarksand/orregisteredtrademarksofPentairWaterPoolandSpa,Inc.and/oritsaffiliatedcompaniesintheUnitedStatesand/orothercountries.Unlessexpresslynoted,namesandbrandsofthirdpartiesthatmaybeusedinthisdocumentarenotusedtoindicateanaffiliationorendorsementbetweentheownersofthesenamesandbrandsandPentairWaterPoolandSpa,Inc.Thosenamesandbrandsmay be the trademrks or registered trademarks of those third parties. Because we are continuously improving our products and services, Pentair reserves the right to change specificationswithoutpriornotice.Pentairisanequalopportunityemployer.4/15Part#PCA-102©2015PentairPoolandSpa,Inc.Allrightsreserved.

Safe and healthy swimming isamatterofcleanwaterandairconditions.Whetheryouswiminaresidential or public pool, pool waterandairqualitycanmakeyousick.UVhasproventobethesolutionfordangerousRWI’s(RecreationalWaterIllnesses)andChloramines(ChemicalIrritants).UVTreatment is as natural as sunlight. More specifically, UV-C light is a natural component of the electromagnetic radiation that the Sunemits.MuchoftheSun’sradiationisabsorbedbyozoneintheEarth’supperatmosphere,butsomeUV-Clightpassesthroughand acts as a natural disinfectant. UV-C light inactivates exposed microorganisms, including those found in surface waters.

UV systems operate the same way. Inside a UV system, UVlampsemitUV-Clight(wavelengthrange240-280nm).Waterbornepathogensinthewatercirculatingthrough the UV vessel are exposed to the UV-C light for a determined amount of time and become inactivated.

Solution For Germs That Cause RWI’sUV is instant germicidal disinfection, Free Chlorine is not. UV disinfection inactivates germs (Cryptosporidium,GiardiaandE.Coli.)mostcommonlyassociatedwithRWI’s.UVdisinfectionprovidesinstant(single-pass)treatmentunlikeFree-Chlorineandozone.UVsystemsarea“Green”Technologyanddelivermultiplebenefitscontributingtohealthyswimwater.

THE PROVEN SOLUTION

Chlorine Disinfection Is Not Instant

E. Coli 0157:H7Bacterium << 1 minute

approximately 16 minutes

approximately 45 minutes

approximately 15300 minutes (10.6 days)

Hepatitis AVirus

GiardiaParasite

CryptosporidiumParasite

* 1 mg/L (1ppm) free chlorine at pH 7.5 and 25º C (77º F)* These disinfectant times are only for pools that do not use chlorine stabilizers such as cyanuric acid. Disinfection times would be expected to be longer in the presence of a chlorine stabilizer.

AGENTDisinfectant Times for FecalContaminants in Chlorinated Water*

UV Disinfection Is InstantRequired Microorganism UV Dose

E. Coli6.6mJ/cm2

Cryptosporidium sp.oocysts36 mJ/cm2

Giardia intestinalis(cysts)34 mJ/cm2

UV Dosage in mJ/cm2

Bacteria

Protozoa

Protozoa

0 10 20 30 40 50

Reduced ChloraminesIf you have swimmers and pool staff suffering from eye and nasal irritation or respiratory difficulties, it’s most likely the result of highChloraminelevels(DichloramineandTrichloramine).Chloramines,by-productsofFree-Chlorinedisinfection,formwhentheFree-Chlorinereactswithammonia(sweat,urineandotherwastefromswimmers)inthepoolwater.AsChloraminelevelsbuild,theyreleaseintotheatmosphere.Warmtemperatures,unacceptablepH,highbatheruseandinadequateturn-over(filtering)arethe most common causes of high Chloramine levels. The typical solution pool operators use to solve their out-of-control Chlora-minesproblemis“Super-Chlorination”,whichistoincreaseFree-Chlorinefrom1.0mg/lto5.0mg/l,butUVsystemsareamuchsafer and effective solution.

UV Systems Are Proven To Be Very Effective In The Treatment of ChloraminesSpecific wavelengths of UV light will break down the bonds of chloramine molecules, effectively destroying them, and eliminating irritating odors and unhealthy respiratory conditions.