Compass Product Manual

Adelaide Brisbane Canberra Melbourne Newcastle Perth Sydney Townsville Wollongong

D E L I V E R I N G E L E C T R I C A L

P R O D U C T I N N O V AT I O N

PRODUCT mANUAL 2015-16

TM

Disclaimer

The companies accept all orders on the condition that they will be invoiced at the prices ruling at the date of dispatch. Products offered in this publication are subject to our standard conditions of sale, applicable at the date the order is placed. Our standard conditions of sale can be viewed by requesting a copy from your local office. The products described in this publication should only be installed and used in accordance with any accompanying instruction sheets. To the full extent permitted by law, Colterlec Electrical Engineering Ltd exclude all and any liability arising from installation or use of the products which is not in accordance with the relevant instruction manual. While all care has been taken in preparing this catalogue, no responsibility can be accepted for errors or omissions. Please email all errors to [email protected].

C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S

TM

A d e l A i d e

T E L : ( 0 8 ) 8 3 4 6 9 1 6 1 F A X : ( 0 8 ) 8 3 4 6 3 7 6 2 E : s a l e s @ c o l t e r l e c - a d e l a i d e . c o m . a u

B r i s B A n e

T E L : 0 4 8 8 5 1 5 3 0 1 E : s a l e s @ c o l t e r l e c - b r i s b a n e . c o m . a u

C A n B e r r A

T E L : 0 4 2 8 2 3 4 5 5 2 E : s a l e s @ c o l t e r l e c - w o l l o n g o n g . c o m . a u

M e l B o u r n e

T E L : 0 4 1 8 4 9 8 8 2 6 E : s a l e s @ c o l t e r l e c - m e l b o u r n e . c o m . a u

n e w C A s t l e

T E L : ( 0 2 ) 4 9 6 0 0 0 7 7 F A X : ( 0 2 ) 4 9 6 0 0 0 8 8 E : s a l e s @ c o l t e r l e c . c o m . a u

P e r t h

T E L : ( 0 8 ) 9 2 0 0 1 8 8 1 F A X : ( 0 8 ) 9 2 0 0 1 8 8 2 E : s a l e s @ c o l t e r l e c - p e r t h . c o m . a u

s y d n e y

T E L : ( 0 2 ) 9 1 2 5 0 5 2 5 F A X : ( 0 2 ) 9 1 2 5 0 5 8 5 E : s a l e s @ c o l t e r l e c - s y d n e y . c o m . a u

t o w n s v i l l e

T E L : ( 0 7 ) 4 7 5 5 0 1 6 2 F A X : ( 0 7 ) 4 7 5 5 0 1 6 3 E : s a l e s @ c o l t e r l e c - t o w n s v i l l e . c o m . a u

w o l l o n g o n g

T E L : ( 0 2 ) 4 2 6 0 7 3 0 0 F A X : ( 0 2 ) 4 2 7 1 7 0 0 8 E : s a l e s @ c o l t e r l e c - w o l l o n g o n g . c o m . a u

5C o l t e r l e C e l e C t r i C A l e n g i n e e r i n g P r o d u C t s |


CONTENTs

JOSLYN CLARK VACUUM CONTACTORSpage 224

1011

INDUSTRIAL DECONTACTORS & CONNECTOR SYSTEMSpage 268

12

INDUSTRIAL NETwORKSpage 320

1314

POwER ELECTRONICS & TRANSFORMERSpage 344

15

INDUSTRIAL AUTOMATIONpage 362

16

THE SIGNAL CONDITIONING SPECIALISTSpage 222

3 METERING & PROTECTIONpage 464 VARIABLE SPEED DRIVES & SOFT STARTERSpage 1105 SPECIALISED DATA LOGGERSpage 1406 EARTHING, LIGHTNING & SURGE PROTECTIONpage 14478

PROCESS EQUIPMENTpage 420

CABLE ACCESSORIES

PRODUCT NUMBER INDEX

page 446

page 502

TEST TOOLS & INSTRUMENTSpage 194

9

UNINTERRUPTIBLE POwER SUPPLIESpage 61

CONTACT INFORMATIONpage 519

contact

R

AUSTRALIA

mega ec

CONTROL AND POwER SwITCHESpage 232

BLUE LINE switchgear

index

TM

"Having had exposure to the range of Alpha UPS systems, I am delighted to see that the company commitment, passion and drive for excellence is still thriving. Thanks."

David JonesElec trical Net work EngineerPWCS Assets Depar tment

Alpha Power systems / uninterruptible Power supplies


7C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S |

1

Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

seC tion 1

1 uninterruPtiBle Power suPPliesC O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S

TM

U n i n t e r r u p t i b l e P o w e r S u p p l i e s

uPs Alpha Power systems

CONTENTs

AlPhA Power s ysteMs

Capabilities Statement ................................................................................................................................................................................ 10

high teMPer Ature uPs

HTU UPS 1,0006,000VA ............................................................................................................................................................................. 11

UA-HT 1,5003,000KVA ............................................................................................................................................................................... 12

rw uPs

RW 13kVA Dual R/T Mount ......................................................................................................................................................................... 13

RW Series 6K10K 1+1 ................................................................................................................................................................................ 15

Modul Ar uPs

TRIMOD HE Modular High Efficiency UPS .................................................................................................................................................... 17

High Levels of Redundancy .......................................................................................................................................................................... 19

ARCHIMOD Three-Phase Modular UPS ........................................................................................................................................................ 20


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

9C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S |

1

For more information, visit our website at www.alphapower.com.au or contact us directly at:

Alpha Power Systems Pty Ltd Phone: 02 9602 8331 18/30 Heathcote Road Fax: 02 9602 9180 Moorebank NSW 2170 Email: [email protected]

We design cabinet systems for industrial telecommunications powering in remote locations

We design entire solar and outdoor systems for powering needs of off-grid homes, farms, shops and hotels.

Our Solar Interactive Energy Storage System utilises solar and utility power - for domestic appliances - with solar priority to minimise energy costs.

A l p h a P o w e r S y s t e m s

TM


Alpha Power systems

Capabilities statement

Alpha Power Systems, with over 40 years of expertise, is an established company in the design, manufacture, service and installation of powering solutions for the telecom, traffic, security, and renewable energy industries.

Alpha Power Systems provides a range of products, ser vices and custom conf iguration for power protection and sustainability for low voltage applications.

We are an Australian owned and run designer and distributer of total power solutions for high per formance industr y applications. Our product range includes stand-alone UPS units and systems, DC powering systems, batteries and surge protection devices, as well as renewable energy stand-alone powering solutions for communication, remote powering and other customizable turnkey systems.

Quality systems

All supplied equipment is built & tested in accordance with AU/NZ standards and ISO9001 quality control

Key Policies

Providing high quality emergency powering systems for a range of customers

Key users

Optus, Telstra, Essential Energy, GNB, UGL, Metro Trains, Vodafone, Ausnet, VLine, RMS, QMR, Aldridge Traffic Controllers, Westinghouse Signal, John Holland, Invensys Rail, and many more


1 1C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S |

1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

high temperature uPs

The HTU UPS is a durable, high operating temperature UPS, ideal for outdoor applications.

HTU UPs 1,0006,000VA

HTU UPS

Model CapacityHTU-1k 1kWHTU-1.5k 1.5kWHTU-2k 2kWHTU-3k 3kW

HTU-4k 4kW

HTU-5k 5kW

HTU-6k 6kW

The HTU UPS is a durable, high operating temperature UPS, ideal for outdoor applications. It is a combination of an inver ter, batter y charger and AC transfer switch in one complete system with a peak conversion ef f iciency of 88%. It has an overload capacity of 300% for 20sec to suppor t tools and equipment longer.

The HTU features power factor corrected, sophisticated multi-stage charging and pure sine wave output with a high surge capacity, meeting power needs of inductive loads without exceeding equipment limitations.

When AC utility power is lost the transfer relay is de-energised and the load is automatically transferred to the UPS output, conversely, once the utility power is restored and voltage is within the UPS range, the relay is re-energised and the load is automatically connect to utility power.

Another impor tant feature is the customizable batter y priority switch to ex tract maximum power from the batter y/s.

Features

Ambient operating temperature up to 60C (up to 70C de-rated)

Dry contact relay alarms, RS232 and SNMP optional

High overload capacity 300% rated power for 20 seconds

Low quiescent current, power saving mode 4-step intelligent battery charging, power

factor correction 8 pre-set battery type selector & de-sulphation

for flat batteries Powerful charge rate up to 110A selectable

0 100% 4-10ms transfer time 15s delay before transfer when utility power is

restored Allows start-up and through power when

batteries depleted Cooling fan 13VDC battery recovery point, dedicated for

renewable energy systems


TM


high temperature uPs

The UA-HT, with its durable design, is a high temperature, true-online UPS designed for high performance applications.

UA-HT 1,5003,000KVA

UA-HT

Model Capacity

UA-HT1500-1&21500VA1050W

UA-HT2200-1&22200VA1540W

UA-HT3000-1&23000VA2100W

The UA-HT, with its durable design, is a high temperature, true-online UPS designed for high per formance applications. The UA-HT of fers excellent solutions in the militar y, traf f ic control equipment, communication, mining, highway signalling, railway, various solar applications as well as any outdoor powering applications.

The pure sine wave output ensures the UA-HT is also suitable for powering medical instruments, computers, telecommunication equipment and other industrial systems.

Features

High Temperature operation 65C True on-line double conversion technology Input power factor correction Wide input voltage window Precision output voltage regulation Surge and transient protection Remote emergency power off Additional 5A charger Advanced monitoring and UPS management

features Monitoring and management software RS232 and USB standard with OPTIONAL SNMP



1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

rw uPs

Ranging: 1kVA3kVA Working mode: High frequency on-line Application: Workstation, Network Server, Computer Framework

RW 13kVA Dual R/T mount

RW 1-10kVA Dual R/T Mount

software and hardware integration designThe RW UPS uses an innovation sof tware procedure control model, not only to reduce the volume, but also to reduce the failure rate. With the RS232 por ts, you can modif y the output voltage and frequency without opening the machine.

high input power factorThe power input uses power factor correction technology (PFC), which makes the input power factor over 0.95 and completely removes the UPSs pollution to mains.

wide input voltage and frequenc y rangeThe input voltage range is 120-300VAC (-45% +40%). This is useful where the power environment is not well regulated. Moreover it reduces discharge time of the batter y and enables an ex tended batter y life. The wide input power range (47-53Hz) ensures that the UPS can supply power together with the generator. The UPS output is pure and steady.

strong charge abilityWhen the UPS is connected to the mains, there is a 5-10A initial charging current to batter y.

Automatic start-upUpon a power failure, should the batteries totally discharge and the UPS shut down, upon return of mains power, the RW will automatically restar t and goes to normal operation without manual inter vention.

sine wave outputWhether under the mains inver t or batter y mode, the output wave is always low distor tion and pure sine wave. It can protect loading equipment.

rack mount uPs lCd display (horizontal or vertical)The LCD display is adjustable by a button for horizontal or ver tical display to rack mount variable placement.

Features

Several languages to choose Microprocessor Control Input power factor rectify Start-up self check Intelligent by-pass output Generator connection RJ45 LAN network protection Remote control management


TM


Part no. Battery voltage (dC) Power FactorCharger (Amp) Packing size (mm) Package weight (kg)

All uPs are with Australian socket and usB adaptor, which plugs in the rs232 port.

RW1KS7-10 min Backup Time

36VDC 0.8 1A 650 x 530 x 260 11

RW2KS+0607B7-10 min Backup Time

72VDC 0.8 8A 650 x 530 x 260x2 33


72VDC 0.8 8A 650 x 530 x 260x2 39

Model rw1Kl rw1Ks rw2Kl rw2Ks rw3Kl rw3KsCapacity 1kVA 2kVA 3kVA

INPUT

Input Voltage 220/230VAC one phase three lineVoltage Range 120VAC ~ 300VACFrequency Range 45 ~ 55 (55 ~ 65) HzPower Factor 98%

BATTERY

Type Sealed, maintenance free, lead acidDC Voltage 36VDC 72VDC 72VDCAmount 3PCS

external3PCSinternal

6PCSexternal

6PCSexternal

6PCSexternal

6PCSexternal

Current Built-in Charger 7A 1A 8A 1A 8A 1A

OUTPUT

Nominal Voltage 220VAC 2% one phase three lineFrequency 50Hz 0.5%/ 60Hz 0.5%Active Power 0.7kW 1.4kW 2.1kWVoltage harmonic distortion

< 3% linear load< 5% non-linear load

Overload Capacity 100% - 130% 30 s130% > 200ms

Crest factor 3:1

PARAMETER

Efficiency 85%Transfer Time 0msNoise < 45dBPanel Display LED, LCDAlarm Power cut, once every 4 s; lack of batterys voltage, once every 1 s; UPS abnormity, continuous

COMMUNICATION

RS232 Providing connection cable and on-line download of software; possessing monitor function of mains abnormity, power down, battery capacity, turn on or off the UPS and so on.

SNMP Card OptionalRJ45 Interface Providing protection to LAN

ENVIRONMENTTemperature 0C ~ 40CHumidity 20% ~ 90%

Different Backup times available on request - Please contact your local office.

rw 13kvA dual r / t Mount continued



1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

rw uPs

RW series 6K10K 1+1

RW6-10K (1 in/1 out)

static bypassOnline static bypass technology provides strong anti-overload ability and protection when UPS fault.

n + X parallel redundant systemThis means more than one UPS will protect your load at any time. In this system when a UPS faulters, the other UPS will provide stable and uninterruptable power for the load. This will improve the reliability of the system and ex tend the life of the UPS.

high efficienc y of operationThe ef f iciency is nearly 90% when the UPS is run with full load which reduces the cost of operation greatly. This series UPS adopts IGBT technology to gain high ef f iciency of the inver ter and allows the customer to choose work mode to reduce the cost of operation.

wide input rangeThe wide input range from 176VAC to 276VAC or 304VAC to 476VAC can suit harsh environments.

unique designThis UPS series is based on the new concepts of UPSs. The modern and compact models adopt advanced control technology, greatly improve the density of power and provide the best power protection for the network.

dsP control technologyThis series UPS adopts DSP and MCU to control and inspect the UPS. This includes UPS operation, batter y management, auto star t and turn of f UPS, load tests and some other processes. The UPS transfer between bypass and inver ter will not af fect the load. When there is a UPS fault, it will transfer to bypass by itself and alarm.

Advanced displayUPS can display the operation information accurately and can set some parameters by the panel. It can display all UPS parameters monitored by remote panel; set the discharge time, inspects faults automatically and displays them on LCD. The other information is input and output voltage; input and output current; the peak of input current; charge voltage and current PFC voltage etc.

Features

Several languages to choose Highest reliability and maximum performance

for power sharing and redundancy Full microprocessor controlled, Auto

diagnostics, Automatic battery test Complete power protection from an on-line

double conversion automatic static bypass design for overload and fault conditions

Wide input voltage range to minimize battery working time and thus extend the battery life

Auto static by-pass, Manual maintenance bypass

High level remote monitoring and control using RS232 & SNMP slot interface Intelligent temperature control fan

High reliability and low maintenance, MTBF (mean time between failure) of 200,000 hours, and MTTR (mean time of repair) of 20 minutes

Energy saving (Power-save) mode

Ranging: 6kVA10kVA Working mode: High frequency on-line Application: Workstation, Network Server, Computer Framework


TM


Part no. Battery voltage (dC) Power FactorCharger (Amp) Packing size (mm)

Package weight (kg)

All uPs are with Australian socket and usB adaptor, which plugs in the rs232 port.


240VDC 0.7 4A 615 x 770 x 315 x 2 74


240VDC 0.7 4A 615 x 770 x 315 x 2 76

Model rw6Kl(s) rw10Kl(s)Output capacity 6000VA 10000VA

Parallel/ redundant connection up to 3pcs

INPUT

Voltage 176VAC ~ 276VAC/ 94VAC ~ 160VACFrequency 46 ~ 54Hz (56 ~ 64Hz)Power Factor > 0.98

BATTERYDC Voltage 240VDC 240VDCStandard equipment 12V/7Ah x 20Pcs 12V/7Ah x 20Pcs

OUTPUT

Voltage 220VAC 1% (110 1%)Frequency 50/ 60Hz 0.2% (battery mode)Distortion resistance load thd < 3%; non linear load THD < 5%Dynamic response 4% Full load 4%Wave form SinewaveCrest factor > 3:1Power factor 0. 0.7 LAGAC/AC > 0.85

TRANSFER TIMEAC fault 0msUPS fault 0ms

ALARM

Battery low voltage alarm every 1 secsUPS over load continuouslyUPS fault continuously

PROTECTION

Over load 105% ~ 130% 10 min, > 130% 1 secShort circuit Shut off inverter and bypass outputOver temperature The switch can be changed to bypass when temperature is high

Computer Interface RS232 and SNMP

ENVIRONMENTTemperature 0C ~ 40CHumidity No condensing

remote monitor functionThis series has RS232, intelligent slot. SNMP enables you to manage the UPS centralised via a remote monitor.

economical modeWhen the mains is stable, the DSP and MCU control system will work in low power consumption mode to solve power problems and protect the load.

110v input/outputW6k-W10k provides 110V input/output, we only need to add separate transformer in UPS to make 110V output, but the parameter will not change.

Different Backup times available on request - Please contact your local office.

rw series 6K10K 1+1 continued



1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

Modular uPs

TRIMOD UPS

Part no. Model description dimensions w x d x h

trimod three phase uPs high Frequency, no isolation transformer, with internal batteries

UTRI10K-3/3 Trimod 10kVA 3/3 phase UPS

Trimod 10kVA 3 phase UPS with 5 min internal batteries

414 x 628 x 1345



414 x 628 x 1345



414 x 628 x 1345



414 x 628 x 1645



414 x 628 x 1645

In this way, it is possible to manage three-phase or single-phase input- or output voltages of fering the classic options of three/three phase, three/single phase, single/three phase and single/single phase versions and much more: you can have both single-phase and three-phase output lines at the same time, or two or more single-phase lines, even with dif ferent powers.

For each of these conf igurations, you can have complete or par tial redundancy, for example a normal (or redundant) three-phase output line can coexist with a redundant (or normal) single-phase output line. Each module is f it ted with a micro controller capable of super vising the electronic circuit boards main functions, monitoring correct operation, dialoguing with the main control board and signalling any malfunction.

The modular philosophy has also been applied to the batteries, supplied in individual slide out drawers. This makes for ex tremely easy maintenance/replacement, with no need to switch the UPS of f (hot-swappable drawers) as well as making it ex tremely easy to select and/or expand UPS autonomy.

The modular conf iguration drastically simplif ies the question of technical ser vice, which becomes limited to replacing the power and/ or batter y drawers and only takes a few minutes time. Not only this: as the work is being done, there is no ef fect on the customer thanks to the maintenance by-pass f it ted as standard on ever y product.

The TRIMODs are a modular, uninterruptible power supply whose basic module can be individually programmed with the preferred input/output configuration.

TRImOD HE modular High Efficiency UPs


TM


Model triMod 8 triMod 10 triMod 16 triMod 20 trMod 30 triMod 45 triMod 60

GENERALSPEC.

Nominal Power 8kVA 10kVA 16kVA 20kVA 30kVA 45kVA 60kVA

Active Power 6,4KW 8KW 12,8KW 16KW 24KW 36KW 48KW

Technology On-Line, Double Conversion (VFI)

Input/OutputConfiguration

3/3, 3/1, 1/3, 1/1(user selectable during installation)

3/3

UPS Architecture Modular, Scalable, Redundant N + X with 2700, 3400 & 5000VA power modules, housed in only one cabinet

INPUT

Voltage 230V (Single-phase)/ 400V (Three-phase + N) 400V (Three-phase + N)

Voltage Range 230V: +15% - 20%/ 400V: +15% - 20% 400V: +15% - 20%

Current THD 3%

Power Factor >0,99

Frequency 50Hz/ 60Hz (Autosensing)

OUTPUT

Voltage 230V 1%/ 400V 1% 400V 1%

wave Form Sinusoidal

Crest Factor 3,5:1

Efficiency on mains (AC/AC on line) 93% maxon mains (AC/AC ECO Mode) 98%on battery (DC/AC) 93% max

Overload Capacity 125% for 2 min. - 150% for 30 secs.

BATTERIESRuntime Refer to extended runtime table

Runtime Extendibility

Yes, internally or with external battery cabinet

SPECIAL FEATURES

By-pass Static and electromechanical on each module, independet of each otherGeneral automaticManual (maintenance)

Signals & Alarms Wide backlit 4-line, 20 characters, alphanumeric display with real-time monitoring of UPS status. Multicolour status indicator. Acoustic warning.

Communication ports

2 RS232 ports; 1 Logic level port; 4 Dry contact ports (relay contacts, NC/NO selectable); 1 slot for SNMP adapter connection

Software UPS Communicator

Protection Electronic protection against overloads, short circuits and excessive battery discharge. Operation blocked at end of runtime. Inrush limitation when switching on. EPO contact (emergency power off)

Input/Output Connectivity

Terminal board on Omega bar

Isolation Transformer

Optional

MECH. SPEC.

Installed Power Modules

3 x 2,7kVA 3 x 3,4kVA 6 x 2,7kVA 6 x 3,4kVA 9 x 3,4kVA 9 x 5kVA 12 x 5kVA

Installed Battery Drawers

subject to selected runtime.

ENVIRON.SPECS.

working Temperature

0-40C

Relative Humidity 20-80% non condensing

Acoustic Noise @ 1m

42-46dBA

STANDARD EN 62040-1-1, EN 50091-2, EN 62040-3

Modular uPs triMod he Modular high ef f icienc y uPs continued



1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

Modular uPs

High Levels of Redundancy

Thanks to the construction technology of the TRIMOD HE UPS systems, you can set various redundancy levels so that maximum continuity of service is always guaranteed.

In a system with a threephase power supply and a single-phase load there will be no power loss if one of the modules fails, as the power will be delivered by the other operational modules.

In a system with three independent outputs, it is possible to set the redundancy on the single phases. If one of the power modules fails, the modules in the same phase take over for the defective module.

redundanc y on single-phase load

redundanc y on the phases


TM


Modular uPs

ARCHIMOD UPS

Expandable, modular architecture UPS, power from 20 to 120kVA, in a 19" rack cabinet.

ARCHImOD Three-Phase modular UPs

The system comprises a set of standard, pre-assembled components which simplif y and optimise the design and building of infrastructures.

Control moduleEquipped with a microprocessor, it manages 3 power modules. If it is used with a power expansion module, it can manage up to 6 power modules, thus increasing the power from 20 to 40kVA. It has a screen and a multifunction keypad for monitoring the operating parameters of the UPS and for conf iguring numerous functions. It can be connected in parallel to other control modules and used with power expansion modules. The front panel has a backlit status indicator for immediate checking of the operating status of the system and an RS 232 por t for connecting a PC for maintenance.

Power modulesThe power modules (nominal power 6.7kVA) are ex tremely compact and easy to handle. They have a plug-in hot swap system, making them quick to install and maintain. They work in parallel with all modules that are present to ensure optimum system per formance.

Power expansion moduleThis must be used with a control module. It increases the power from 20 to 40kVA and can be used to establish individual redundancy on each phase.

Battery modulesEach module contains batteries that can be connected in series, forming separate strings. The compactness and functionality of the single (plug-in) module make it easy to handle, and expansion operations are possible without any modif ication of the structure of the installed system.

distribution moduleThis is used to conf igure the distribution type of the UPS (three-phase/three-phase, three-phase/single phase, single phase/single phase or single phase/ three-phase). It has I/O connection blocks, handling and protection devices, and the connection for additional batter y cabinets. The power supply can be conf igured on two separate input sources (main and backup).

Cable entrySpecial sleeves enable entr y and exit of the input and output cables, via the top and via the bottom.

Features

Efficiency up to 95% when operating in ON LINE MODE

Plug-in modules with self-configuring Plug&Play system

Power factor at the input close to 1 at 20% load Multiple I/O to obtain different three-phase/

single phase configurations as required



1


Un

inte

rr

up

tib

le P

ow

er

Su

pp

lie

s

Configurations

20

Power: 20kVABackup time: 65 min1 Cabinet1 Control module3 Power modules30 Battery modules1 Distribution module

40

Power: 40kVABackup time: 21 min1 Cabinet2 Control modules6 Power modules24 Battery modules1 Distribution module

60

Power: 60kVABackup time: 8 min1 Cabinet3 Control modules9 Power modules18 Battery modules1 Distribution module

80

Power: 80kVABackup time: 14 min2 Cabinets3 Control modules1 Power expansion module12 Power modules36 Battery modules1 Distribution module

100

Power: 100kVABackup time: 10 min2 Cabinets3 Control modules2 Power expansion modules15 Power modules36 Battery modules1 Distribution module

120

Power: 120kVABackup time: 8 min2 Cabinets3 Control modules3 Power expansion modules18 Power modules36 Battery modules1 Distribution module

Modular uPs ArChiMod three-Phase Modular uPs continued

NOTE: The backup times, expressed in minutes, are measured underoptimum operating conditions.


TM

Readings Engineering use & recommend APCS Signal Conditioning Products in their machines .

APCS is a quality Australian manufactured product we have been using for the last 30 years or more, and our machines are sent all over the world in mining environments, so reliability is of the utmost importance, and the service provided by Colterlec has been excellent.

Glen OgstonReadings Lismore

A.P.C.s. / the signal Conditioning specialists


TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS

C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S | 2 3

2seC tion 2the signAl Conditioning sPeCiAlists

22C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T SC O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S

TM

APCs - the signAl Conditioning sPeCiAlists

CONTENTs

Signal Isolator SI231 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

Quad Loop Powered Isolator QLPI731 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Signal Isolator SL332 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Dual Isolator DI739 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Signal Splitter SL335 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Single Trip Alarm STA138 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Quad Alarm QAU775 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Pulse Frequency Converter PFC750 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Pulse Splitter PLS257 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Thermocouple Transmitter TCT286 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Thermocouple Splitter TCS726 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

RTD Transmitter RTDT285 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Resistance Transmitter SWT240 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Resistance Transmitter RT124 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

5kV Isolator HVI237 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Strain Gauge Transmitter WT127 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Stall Monitor STM156 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Universal Signal Conditioner USC701 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Field Calibrator FC051 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

T H E S I G N A L C O N D I T I O N I N G S P E C I A L I S T S

The SI231 is a loop powered transmitter that combines signal isolation and conversion in one compact package. The SI231 is ideal for in field enclosures or as a space saver in larger control cabinets.

signal Isolator sI231

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

SI231

ModelSI231-5110SI231-7110SI231-8110

The base unit features link select-ability for standard process inputs. No special tools or components are required for range changing in the field. Reverse or direct action mode is easily changed by solder pads on the base board. Standard output is 4 - 20mA with a wide supply range of 7.5 to 40Vdc. This enables the SI231 to be used in 12V battery supply in automotive applications. Other factory set output configurations are 10 - 50 mA loop powered and 0 - 10 mA, 0 - 20 mA or voltage output in 3-wire connection. Reference for 3-wire connection is the negative supply. Double surge protection is standard with all Series 200 loop powered transmitters to prevent failure due to spikes induced by DC switched inductive loads. Final calibration is trimmed using the front accessible zero and span 15-turn trim adjustments. A front mounted L.E.D. and a test socket verify module function and assist in calibration checks without disconnection of output wires.

specificationsSize 23.5W x 71.5H x 109D (mm)Mounting Clip for 35mm DIN railHousing material ABSConnection Screw terminalsWeight 0.120kgProtection class IP40Calibration Accuracy

TM

Quad Loop Powered Isolator QLPI731The QLPI731 is a four channel loop powered isolator that combines signal isolation and conversion in one compact package.

The QLPI731 is a four channel loop powered isolator that combines signal isolation and conversion in one compact package. Standard output is 4 - 20mA with a wide supply range of 7.5 to 38Vdc enabling 12V batter y supply in automotive applications. A wide range of bipolar and unipolar input ranges are available from 200mV to 100V. Double surge protection is standard with all series 700 loop powered transmitters to prevent failure due to spikes induced by DC switched inductive loads. Final calibration is trimmed using internal zero and span trim adjustments. Front mounted LEDs verif y the function of each channel.

QLPI731

specificationsMounting 35mm DIN rail

Termination Plug-in screw terminals

Weight 0.300kg

Protection class IP40 (IP65 Enclosure optional)

Size 60w x 70H x 110D (mm)

Housing material ABS, aluminium

Calibration accuracy 10M (10V)

Overload continuous (Zero suppression/ elevation) 500% of rated input

Internal Zero adjustment 1%

Internal Span adjustment 2%

Noise immunity 130dB CMRR

Input/ output isolation >2kV r.m.s.Electromagnetic compatibility AS/ NZS 4251.1 (EN 50081.1)

ordering Code: QlPi731 - X X X X X 0

output all channels:1 = 4 - 20mA

input 1:

input 2:

input 3:

input 4:

Codes for inputs 1-41 = 4 20mA (default) 2 = 0 20mA3 = 0 1V4 = 0 5V5 = 1 5V6 = 0 10V9 = Other unipolar (200mV to 100V max.)B = -10...+10VC = Other bipolar (+/-100mV to +/-100Vdc max.)

*) *) *)

*) = Price Extra


The SL332 is a field configurable isolating converter providing true 3-way galvanic isolation up to 2500V rms for standard process signals. Input and output range are set using two 16 position encoder switches that are accessed under a door flap mounted on the front of the module.

signal Isolator sL332

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

SL332

Features: Smaller case style. Wide range ac/dc power supply. Capable of changing ranges and settings

without using test equipment or opening the case.

switch iP and oP selections

IP Input

0 Button Cal

1 0-1mA

2 0-10mA

3 0-20mA

4 4-20mA

5 0-50mA

6 0-1V

7 0-2V

8 0-5V

9 1-5V

A 0-10V

B 2-10V

C 0-20V

D 0-50V

E 0-100V

F 0-200V User range

OP Input

0 Button Cal

1 0-1mA

2 0-10mA

3 0-20mA

4 4-20mA

5 0-1V

6 0-2V

7 0-5V

8 1-5V

9 0-10V

A 2-10V

B 0-20V

C

D

E

F User range

AccessoriesModel descriptionCOA703-02 USB to Serial Cable for Programming

specificationsSize 12.4W x 113H x 108D (mm)

Mounting Clip for 35mm DIN rail

Housing material ABS/ Polycarbonate blend

Connection Pluggable screw terminals

Weight 114g (including packaging)

Protection class IP40

Calibration accuracy

The DUAL ISOLATOR DI739 combines two fully independent isolator channels in one housing. Optional 10A rated trip point for monitoring and alarming is available on channel 2.

Dual Isolator DI739

TM

21 to 70 see input codes71 = Range splitting (specify split point)72 = Splitter (one input, two outputs)

Features: Two channel isolation and any mix of signals. Isolation and conditioning of two field sensors. Signal splitting (one input and two isolated

outputs). Range splitting where output 1 responds to

0-50% of input, output 2 to 50-100% of input.

The inputs are factor y conf igured to customer requirement. Both outputs are coding plug conf igurable for common process signals (Factor y default is 4-20mA out). Final calibration can be trimmed by using the front accessible SPAN (S) and ZERO (Z) potentiometers. The optional alarm point on channel 2 is also set by potentiometer utilising the adjacent test socket. The voltage at the test socket (referenced to terminal 13) gives a 0-5V trip set range representing 0-100% input. The wide swing DC/DC conver ter allows for two power supply ranges: 10-60Vdc (16-42Vac), 80-280Vac (80-300Vdc). Isolation is 2kVr.m.s. between all 6 por ts. Connection is via unpluggable 8-way screw terminals.

DI739

specificationsSize 60W x 70H x 110D (mm)Mounting 35mm DIN railHousing material ABS, aluminiumTermination Plug-in screw terminalsWeight 0.300kgProtection class IP40 (IP65 Enclosure optional)Calibration Accuracy

The SL335 is a field configurable isolating converter/splitter providing true 4-way galvanic isolation up to 1800V rms for standard process signals. Input and output ranges are set using three 16 position encoder switches that are accessed under a door flap mounted on the front of the module.

signal splitter sL335

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

SL335

Features: Small case style. Wide range ac/dc power supply. Set switch IP to required input range, set

switch OP1 to desired output 1 range and, set switch OP2 to desired output 2 range. No test equipment or recalibration is required.

specificationsSize 12.6W x 113H x 108D (mm)Mounting Clip for 35mm DIN railHousing material ABSConnection Pluggable screw terminalsWeight 85gProtection class IP40Calibration accuracy

The STA138 is an alarm relay suitable for standard process signals and common sensor types. The alarm directly accepts DC voltage or current input signals (0.1V up to 2kV, 0.1mA up to 2A) while low-level sensor or AC input signals require a factory fitted input-conditioning card.

single Trip Alarm sTA138

TM

STA138

ordering Code: - X X X XPower supply: 0 = Signal powered (see inputs) 1 = 90 - 280Vac, 50/60Haz (65 - 280Vdc) 3 = 16 - 48Vac, 50/60Hz (10 - 60Vdc)

input: 01 = 0 - 0.1V (100k) 02 = 0 - 1V (100k) 03 = 0 - 2V (100k) 04 = 0 - 5V (200k) 05 = 0 - 10V (500k) 06 = 0 - 1mA ( 1k) 07 = 0 - 10mA (100R)#08 = 0 - 20mA, 4 - 20mA (100R)*)09 = Other signal specify

# = Includes 24Vdc/ 25mA auxiliary supply on terminal 8= Order input 11 or 12 when a 20mA input and 2 change-over contacts are required, second contact is supplied as C/O for 2-wire inputs and N/O for 3-wire inputs*) = Price Extra

Contac t Conf iguration: 1 = Dir (High) C/O (8A/250Vac resistive)*) 2 = Rev (Low) C/O (8A/250Vac resistive)*) 3 = Dir (High) 2nd contact (8A/250Vac resistive)*) 4 = Rev (Low) 2nd contact (8A/250Vac resistive)

options:*) 00 = None*) 01 = Thermocouple input*) 02 = RTD input*) 03 = Frequency input: Calibration range 0-10Hz...0-5kHz (Sine,

Triangle). Sensitivity: 200mVpp. (70mV rms) min. 22Vpp. max. (Square, Pulse)

*) 04 = Pulse from proximity sensor or passive device (Specify:- Auxiliary supply (8 to 24Vdc), Calibration range

(0-10Hz0-5kHz), Device (NAMUR, Contact, NPN, PNP)*) 05 = AC input (current via external shunt)*) 06 = Bipolar/ millivolt input. (0.5mV to 2kV bipolar) (1mV to 2kV unipolar). It may be more cost effective to use an

alternate range 07 = Resistance input (constant current excitation) 08 = Customised response time 09 = pH/Electrochemical sensor input 10 = Adder or Subtractor 2 inputs, 4 - 20mA floating*) 12 = True rms (any wave form)

*) 4 = 8 - 60Vdc*) 9 = Other (specify)

10 = Optional input, see options below11 = 4 - 20mA. (2-wire +24V on pin10)12 = 4 - 20mA (externally sourced ) 20 = 80 -160Vac signal power 21 = 180 260Vac signal power*) 22 = 8 60Vdc signal power*) 23 = 60 160Vdc signal power*) 29 = Other signal power (specify)

*) 5 = Dir N/O solid state relay (2A/70-260Vac)*) 6 = Rev N/O solid state relay (2A/70-260Vac)*) 9 = Other (specify)

Note: Specify type of sensor and calibration details.

*) 13 = AC current (internal CT)*) 14 = Conductivity (50S/cm to 100mS/cm [K=1])*) 15 = Dissolved oxygen input*) 16 = Vibration piezo transducer*) 17 = Load cell input*) 18 = pH/ORP with Pt100 Temp Comp*) 19 = Resistivity with ac excitation (100R to 2M specify)*) 33 = External APCS current transformer, specify one

[SCT007(50A), SCT012(100A), SCT008(200A), SCT009(600A)] and scaling.

External CT's are ordered separately*) 42 = Potentiometer 3W voltage excited*) 50 = Time delay (Specify:- Time: 0.5 to 10Sec, Function: ON, OFF

or POWER ON)*) 99 = Other specify

The trip circuit is operated from the pre-conditioned input circuit. The trip-point is adjusted by the 15-turn trim potentiometer from the front of the module. Trip status is indicated by a red LED. The action of trip operation, e.g. high or low alarm is internally selectable by a coding plug. The standard output conf iguration provides a changeover contact output rated at 8A/250Vac. An optional second 8A/250Vac contact is available as change over for all 2-wire inputs and normally open for 3-wire inputs. Dead band is adjustable from 0.5 to 30% via a front accessible trim pot.

specificationsSize 52W x 70H x 110D (mm)

Mounting DIN rail, gear plate

Housing material ABS

Termination Screw terminals

Weight 0.300kg


Operating temp. range -10...+60C

Storage temp. range -20...+70C

Repeatability 0.1% of range

Temperature drift of trip-point 0.01%/C

Relay contactChange-over 8A/250Vac resistive 3.5A/250Vac inductive

Contact isolation 2kVAuxiliary supply output 24Vdc, 25mA max.

Dead band 0.5% to 30%

Power requirements 3WElectromagnetic compatibility

Complies with AS/ NZS 4251.1 (EN 50081.1)

stA138


The Quad Alarm QAU775 will accept one input which can be almost any type of sensor or a high level process signal. Four individual trip points are then user adjusted over the specified range for the module.

Quad Alarm QAU775

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

QAU775

*) = Price Extra#) = Extreme caution should be used when using high voltage inputs and the retransmit output.

t yPe no. designAtion - X X X X

supply:

input:

1 = 80-300Vdc / 80-280Vac 50/60Hz 2 = 10V - 60Vdc / 16 - 42Vac 50/60Hz

01 = 4 - 20mA (51) *) 33 = Differential.02 = 0 - 20mA (51) *) 40 = Resistance 3-wire03 = 0 - 50mA (20) *) 41 = Resistance 2-wire (2 - 100k ohm).04 = 0 - 1mA (1k) *) 42 = Potentiometer 3-wire (400 min.).05 = 0 - 10mA (100) *) 43 = Watermark Soil Moisture Sensor SMS009.08 = 0 - 1Vdc (1M) *) 44 = RTD (3-wire).09 = 0 - 2Vdc (1M) *) 45 = Thermocouple (linearised).10 = 0 - 5Vdc (1M) *) 46 = Conductivity 50uS/cm to 100mS/cm (k=1.0)11 = 0 - 10Vdc (1M) *) 50 = Frequency (dc pulse).13 = 0 - 20Vdc (1M) *) 51 = Frequency (NAMUR, contact).14 = 1 - 5Vdc (1M) *) 52 = Frequency (NPN Prox 20V).19 = Other (100Vdc or 100mA max.) *) 53 = Frequency (PNP Prox 20V).21 = DC voltage up to 500V. *) *) 61 = Adder, 2 inputs 4 - 20mA floating.22 = DC millivolt,

The Pulse Frequency Converter PFC750 is designed to accommodate a variety of pulse signals / sensors in the one unit by connecting to the appropriate input terminals.

Pulse Frequency Converter PFC750

TM

Model descriptionPFC750-211110 10-60VdcPFC750-211120 10-60VdcPFC750-111110 80-280VacPFC750-111120 80-280Vac

specificationsMounting 35mm DIN rail

Termination Plug-in screw terminalsWeight 0.300kgProtection class IP40Size 60w x 70H x 110D (mm)Housing material ABS, aluminiumCalibration accuracy 2Hz

One input cycle time 500msec typical

Zero/ Span adjust Typically 20%Contact rating 10A/ 250Vac resistiveRelay trip repeatability

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2Pulse splitter PLs257The PLS257 is for applications where a pulse is required to be isolated, re-powered and repeated on two separate outputs (splitting) up to a maximum frequency of 100kHz. The output pulse width is adjustable (PW) to provide pulse stretching where the input pulse is very narrow.

Input signals of various types or from a variety of sensors can be accommodated:1) Low level ac, sine waves as produced by coil-type pick up (min 500mVpp).2) Low level pulse, any wave shape having a consistent frequency pattern (500mVpp up to 20Vpp).3) DC pulse, (500mVpp up to 50Vpp).4) NAMUR proximity sensor or pulsing contact - the sensor is directly connected to the PLS257 as the module provides the 8Vdc auxiliary supply.5) All types of 3-wire proximity sensors, optical sensors or any devices with NPN/PNP open collector transistor output requiring 5-24Vdc auxiliary supply at 20mA maximum.A pulse with a DC offset can also be accommodated using the front mounted TR or trigger level adjustment. The level of OUT1 (when ordered as pulse source) is set using a top accessible trim pot close to the power plug. The level of OUT2 (when ordered as pulse source) is set using the front accessible AMP trim pot. The module output is indicated by a front mounted LED which provides clear indication of module function and frequency output. The PLS257 provides galvanic isolation up to 1500Vdc between input, both outputs and supply circuitry. RF and power transient protections are standard as it is with all APCS modules. A wide range ac/dc power supply is available in two variations 10-60Vdc / 16-48V 50/60Hz or 60160Vdc / 48-150V 50/60Hz.

ModelPLS257-111110PLS257-161110PLS257-171110PLS257-181110

specificationsSize 23.5W x 71.5H x 109D (mm)



Termination (input/ output)Top mounted screw terminals

Termination (power)2-way plug-able screw terminal

Protection class IP40 (IP65 Enclosure Opt)

Weight 0.120kg

Operating temperature -10 to +50C

Frequency range up to 100kHzSupply/ Input/ Output 1/ Output 2 isolation 1.5kV rms

Output transistor rating 30V, 100mA

Output pulse drive 10mA maximum

Minimum input pulse width 5s

Output pulse width Adjustable 5s...500ms

Output pulse level 3-22V adjustable

Electromagnetic compatibility

Complies with AS/ NZS 4251.1 (EN 50081.1)

* Other configurations possible, please contact your local office

PLS257

*) = Price Extrat yPe no. designAtion - X X X X X X

supply:

input:

options:

1 = 10-60Vdc / 16-48V 50/60Hz2 = 60160Vdc / 48-150V 50/60Hz

(specify frequency & amplitude)1 = Sine, sawtooth or pulse (0.2 - 50Vdc), 24Vdc aux.3 = NAMUR proximity sensor or contact, 8Vdc aux.4 = 3-wire NPN proximity sensor 15Vdc auxiliary.5 = 3-wire PNP proximity sensor 15Vdc auxiliary.6 = 3-wire NPN proximity sensor 24Vdc auxiliary.7 = 3-wire PNP proximity sensor 24Vdc auxiliary.8 = 2-wire 24V DC/AC proximity sensor, 24Vdc aux.9 = Other (Specify).

Pulse type out 2:

output Pulse width1 = Adjustable 5 s (100kHz) to 500 s (1kHz), specify.2 = Adjustable 50 s (10kHz) to 5ms (100Hz), specify.3 = Adjustable 5ms (100Hz) to 500ms (1Hz), specify.4 = Pulse follower (100kHz max.)9 = Other (Specify)

0 = None.1 = Frequency DivisionFOUT = FIN/n Specify n, n = 1 to 99 (integer).9 = Other (Specify).

*)

*)

*)

1 = Sourced 3 22V Adjustable. 5V default, specify.2 = Sink9 = Other (Specify)*)

Pulse type out 1:

1 = Sink2 = Sourced 3 22V Adjustable. 5V default, specify.9 = Other (Specify)*)

If replacing a 'PLR255 - Pulse Repeater' it is recommended that OUT1 is ordered with sink mode and OUT 2 with source mode.

Note:

Pls257

A P C S

TM

Thermocouple Transmitter TCT286The TCT286 is a separately powered isolating transmitter that converts a thermocouple signal to a standard process signal that represents temperature.

Final calibration is trimmed using the front accessible zero and span 15-turn trim adjustments and a link selectable output range. A wide range ac/dc supply powers the input and the output circuit with three way power/input/output isolation.

TCT286

specificationsSize 23.5w x 71.5H x 109D (mm)


Housing material ABSTermination Screw terminalsWeight 0.106kg


Front SPAN adjust 25% typical

Front ZERO adjust +20/-10% typical

Output drive 10mA into 0 - 2k 20mA into 0-1k

Calibration accuracy 1M

Operating temperature range -10...+65C

Temperature drift error < 0.5% within operating range

Supply/ Input/ Output isolation > 2kV rms

Electromagnetic compatibility Complies with AS/ NZS 4251.1 (EN 50081.1)

ordering Code: - X X X X X

Power supply:1 = 85-265Vac, 50/60Hz (90-280Vdc)2 = 16-42Vac, 57/60Hz (10-60Vdc)

input:

output:

Action:

options:

1 = Thermocouple, specify type (J, T, K, R, N, S or E)Calibration range: ? - ? CBurn out: (upscale or downscale)Z = Other (specify)

0 = Link selectable9 = Other (specify)

1 = Direct2 = Reverse

0 = None Z = Other (specify)

*) = Price Extra

output table 5

lK2

output 1 2 3 4 5 64-20mA X X

0-20mA X

0-10mA X

0-5V X X

1-5V X X X

0-10V X X

thermocouple Conditioning Features: Automatic cold junction compensation. Front-end zero suppression. Upscale or downscale burnout. Linearised measurement for thermocouple

types K, J, T, N, R and S.

*)

*)

*)

tCt286


Thermocouple splitter TCs726The TCS726 is a cold junction compensated 4-wire transmitter that splits a thermocouple input into two fully independant outputs.

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

TCS726

The thermocouple split ter TCS726 takes one thermocouple input and provides two fully isolated outputs. Both outputs can retransmit the thermocouple or one can produce a linearised process signal (4-20mA) for remote data logging and super vision. Final calibration can be trimmed by using the front accessible SPAN (S) and ZERO (Z) potentiometers.

The optional alarm point is also set by potentiometer utilising the adjacent test socket. The voltage at the test socket (referenced to terminal 13) gives a 0-5V trip set range representing 0-100% input. The wide swing DC/DC conver ter allows for two power supply ranges: 10-60Vdc (16-42Vac), 80- 280Vac (80-300Vdc). Isolation is 2kV rms between all 5 por ts.

specificationsMounting 35mm DIN railTermination Plug-in screw terminalsWeight 0.300kgProtection class IP40 (IP65 Enclosure optional)Size 60w x 70H x 110D (mm)Housing material ABS, aluminiumAccuracy 0.2% of span for > 100C span.Linearity 0.15% of span.Repeatability 0.1% of span.Operating ambient 0...+60CStorage temp. range -20...+70CTemperature effect 0.02% per CCold junction compensation error 0.02% per C

Output drive 0 to 22mA (20V drive) 0 to 20V (100k min.)

Response time 500mS standard (5mS link)Zero/ Span adjust Typically 20%Contact rating 10A/ 250Vac resistiveTrip repeatability

The RTDT285 is an isolating transmitter that accepts inputs from any type of resistance bulb with a signal swing of 7 up to 230. In the case of the popular industry standard Pt100 this would represent a temperature span from 15C up to 650C.

RTD Transmitter RTDT285

TM

RTDT285

ordering Code: rdtd285 - X X X X X

Power supply:1 = 85 - 265Vac, 50/60Hz (90-280Vdc)2 = 16 - 42Vac, 50/60Hz (10 - 60Vdc)

input (Pt100):

options:

1 = -20...+20C2 = 0 - 20C3 = 0 - 50C4 = 0 - 100C5 = 0 - 150C6 = 0 - 200C7 = 0 - 300C8 = 0 - 400C9 = Differential RTD input (Specify range)A = 2 RTD Input average ([IN1 + IN2]/2)Z = Other (specify)

0 = None 3 = Downscale burn outZ = Other

*) = Price Extra

*)*)*)

output:0 = Link selectable *) Z = Other (specify)

Action:1 = Direct 2 = Revers

*)





Weight 0.106kg


Front zero adjust +20/ -10% typical

Front span adjust 25% typical

Calibration Accuracy

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2Resistance Transmitter sWT240The SWT240 is designed for SLIDEWIRE or potentiometer inputs ranging from 100 up to 20k with zero suppression up to 50% of range.

The SWT240 is designed for SLIDEWIRE or potentiometer inputs ranging from 100 up to 20k with zero suppression up to 50% of range. Standard output is 4 - 20mA with a minimum supply voltage of 7V and a maximum up to 40V. This enables the SWT240 to be used in 12V battery supply systems or in automotive applications. Other factory set output configurations are 10 - 50mA loop powered and 0 - 10mA, 0 - 20mA or voltage output in 3-wire connection. Reference for 3-wire connection is 0V. Double surge protection is standard with all Series 200 loop powered transmitters to prevent failure due to spikes induced by DC switched inductive loads.

Final calibration is trimmed using the front accessible zero and span 15-turn trim adjustments. A front mounted L.E.D. and a test socket verify module function and assist in calibration checks without disconnection of output wires.

SWT240





Weight 0.088kg

Protection class IP40 (IP65 refer to SWT540)Calibration Accuracy

TM

Resistance Transmitter RT124The RT124 is an isolator designed to convert a 3-wire slide-wire or potentiometer input into a standard link selectable process signal output. Final calibration is trimmed using the front accessible 'offs' and 'span' 15-turn trim adjustments.

The link selectable output signal level is indicated by a green LED on front, giving a clear indication of module function, presence of signal and output loop closed (for current outputs only). Various power supply choices are available var ying from 240Vac down to 8Vdc, all provide power isolation. Power transient protection is also standard as with all APCS modules.

RT124

specificationsSize 52w x 70H x 110D (mm)



Termination Screw terminals on front

Weight 0.300kg


Accuracy 0.2% of span.

Front 'OFFS' adjust 20% typical

Front 'SPAN' adjust 20% typical

Temperature effect 0.025% per C

Operating temperature -10...+60C

Input sensor supply (+V) 1V for 100 potentiometer 5V for potentiometers 500

Output load effect less than 0.2% up to max. load

Output loop drive 10mA into 0 - 1.8k 20mA into 0 - 900

Input/ output isolation 2kV rms

Power requirements 3w

Power supply isolation 2kV rms

Electromagnetic compatibility Complies with AS/ NZS 4251.1 (EN 50081.1)

ModelRT124-601400RT124-605400

RT124-101400

RT124-105400

ordering Code:

table 1: output selection - sw2

- X X X X 0 XPower supply:

input Potentiometer:

output:

option:

1 = 90 - 280Vac 50/60Hz (65 - 280Vdc)3 = 16 - 48Vac 50/60Hz (10 - 60Vdc)

6 = 8 - 60Vdc9 = Other (Specify)

01 = 10005 = 500 to 10k (Any value potentiometer from 500 to 10k)09 = Other (Specify)

4 = Link selectable specify range from table 1 (4 - 20mA is default setting)

5 = 0 - 50mA (900 max.)

0 = None3 = Fixed output (span adjust only)5 = Multi-turn dial fitted

7 = Single-turn dial with auto/manual relay9 = Other (Specify)

*) = Price Extra

* *)

*)

*)

*)

*)*)

*)

*)

*)

6 = 10 - 50mA (360 max.)9 = Other specify

output 1 2 3 4 5 6 7 8 9 104-20mA X X

0-20mA X

0-10mA X

0-1mA X

0-1V X X

0-2V X X

0-5V X X

1-5V X X X

0-10V X X

rt124


TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2APCs - the signAl Conditioning sPeCiAlists

5kV Isolator HVI237The 5KV Isolator HVI237 is an isolating converter providing true 3-way galvanic isolation up to 5kV r.m.s.

The 5KV Isolator HVI237 is an isolating converter providing true 3-way galvanic isolation up to 5kV r.m.s. The HVI237 produces two unipolar output signals from one input signal (no isolation between outputs). The high input output isolation makes the unit suitable for monitoring DC power supplies used in transport and mining machinery.

Final calibration is trimmed using the front accessible zero and span 15-turn trim adjustments. Maximum current drive is 20mA and maximum voltage drive is 16V. All units are fitted with a 500mS filter that can be changed on request. The unit is powered from a wide range auxiliary supply (10-60Vdc/16-48Vac or 80300Vdc/80-280Vac) through a removable side plug in connector.

ModelHVI237-11110

HVI237-11220

HVI237-12110

HVI237-13110

HVI237-14110

HVI237-211140

specificationsMaximum size 23.5w x 71.5H x 109D (mm)



Input/ Output termination Top mounted screw terminals

Power termination 2-way pluggable screw terminals

Protection class IP40 (IP55 Enclosure Opt)

Weight 0.120kg


Calibration accuracy

TM

type no. designation - X X X X X

Power supply:1 = 10-60Vdc / 16-48Vac 50/60Hz2 = 80300Vdc / 80-280Vac 50/60Hz

input:

1 = mA up to 100mAdc (4-20mA default) 2 = Vdc 100mV to 100Vdc (0-10V default)*) 3 = mV link selectable select range from +/- 100mV, 100mV, +/- 250mV, 0-250mV ---------------------------------- 4 = High dc voltage specify range 100V to 2000V*) 6 = 1000Vdc (1000V specified on top label) ----------------------------------*) 7 = 150/300V true RMS

*) 8 = 0-5A true RMS

*) 9 = Other. (Specify).*) A = acV true rms specify range input on terminals 1 and 2*) B = Two Input Vac selector (1% linearity) IN1 Cal = specify (60Vmin up to 300Vac) IN2 Cal = specify (60Vmin up to 300Vac)

options:

output 2:

output 1:

mv link selectable range onlyFour link selectable ranges are available when ordered with Input: = 3

input A B C d0-250mV X

0-100mV X X X

250mV X X

100mV X X X

*) = Price Extra

0 = None.*) 1 = Customised response time (Specify 250s to 5s).*) 4 = 24V aux on terminal 4 to power field sensor.*) 9 = Other.

1 = 4-20mA (source). 2 = 0-10V (source). 3 = 4-20mA (loop powered signal)*) 9 = Other specify

1 = 4-20mA (source). 2 = 0-10V (source). 3 = 4-20mA (loop powered signal)*) 9 = Other specify

5kv isolator hvi237 continued

hvi237


The WT127 is a 4-wire transmitter designed for inputs from any type of full bridge strain gauge such as loadcells or piezoresistive devices (pressure sensor).

strain Gauge Transmitter WT127

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

WT127

ordering Code: - X X X X X X

Power supply:1 = 90-280Vac, 50/60Hz (65-280Vdc) 3 = 16-48Vac, 50/60Hz (10-60 Vdc)6 = 8 - 60Vdc9 = Other (specify)

input:

options:

*) = Price Extra

*)*)

output:

excitation:1 = 1.0 - 5.0Vdc2 = 4.0 - 17.0Vdc

1 = 0 - 5V (50k min.) 2 = 0 - 10V (100k min.) 3 = 0 - 20mA (900 max.) 4 = 4 - 20mA (900 max.)

*)

Action:

*) *) *) *) *)

0 = None1 = Remote tare (OFFS)3 = "Test" push button on front4 = Customised response time (speed limited by input chosen)9 = Other (specify)

10 = Link selectable < 200mV 11 = Specify span > 200mV

*)*)

12 = Isolated Link selectable < 200mV13 = Isolated specify span > 200mV*)

5 = 0 - 50mA (360 max.) 6 = 10 - 50mA (360 max.) 7 = 0 - 10mA (1.8k max.) 8 = 1 - 5V (50k min.) 9 = Other (specify)*)

1 = Direct 2 = Reverse

*)*)

4 = 1mA contact current9 = Other (specify)

*)

This transmitter combines an accurate excitation power supply and a millivolt pre-amplifier in one unit. Excitation voltage is front adjustable and will drive up to 4 loadcells (350) in parallel at 10Vdc.

The most common input mV-ranges are user selectable on the amplifier card by coding plugs. Final calibration is trimmed using the front accessible "OFFS" and SPAN 15-turn trim adjustments. The "OFFS" potentiometer can be wired out of the housing on request to provide remote tare adjustment. Front adjustments cover typically 20% of range. Output signal is indicated by the green LED on front, which gives a clear indication of module function. Three user selectable response times including a fast 5mS are available. Response times slower than 500mS are optional. Input to output isolation is also available.

specificationsSize 52W x 70H x 110D (mm)Mounting DIN rail, gear plateHousing material ABSTermination Screw terminals on frontWeight 0.300kgProtection class IP40Standard span ranges User set using coding plugs

1mV, 2mV, 3mV, 5mV, 7mV, 10mV, 12mV, 15mV, 20mV, 25mV, 30mV, 50mV, 60mV

Special Span < 200mV User specify at time of ordering. The standard link ranges are still available.

Special Span > 200mV User specify at time of ordering. The standard link ranges are not available.

Input/ output response 5ms, 50ms or 500ms set using coding plug, 500ms factory default

Input impedance >1MCalibration accuracy 0.1% of rangeFront 'OFFS' adjust 20% typicalFront 'SPAN' adjust 20% typicalFront 'TARE' adjust -50...+100% of spanRepeatability and long-term stability

The Stall Monitor STM156 provides an under/over speed alarm in monitoring applications such as conveyor systems and rotating shafts and will accept signals from various sensor types.

stall monitor sTm156

TM

STM156

*)

*)

*)

*)

The operation of the unit is to monitor the time between pulses and provide a relay contact output if a pulse is not detected within the time set via the trip speed adjustment. If the monitor times out before detecting the nex t pulse, the alarm will be activated, however it will be reset upon detection of the subsequent pulse. The STM156 provides indication of target detection and relay status via the LED's, a switch for reverse or direct action of relay operation and 15-turn trim-pots for trip speed and optional star t up delay.

specificationsSize 52W x 70H x 110D (mm)



Termination Screw terminals on front

Weight 0.300kg


Operating temp. range -10...+60C

Storage temp. range -20...+70C

Repeatability 0.5% of input span

Temperature effect 0.01% per C

Power requirements 3WElectromagnetic compatibility

AS/ NZS 4251.1 (EN 50081.1)

ordering Code: - X X X X X X

Power supply:1 = 90 - 280Vac, 50/60Haz (65 - 280Vdc)3 = 16 - 48Vac, 50/60Hz (10 - 60Vdc)

input:01 = Low level sine or sawtooth (200mVpp - 20Vpp)02 = 24Vdc pulse external source (0.2 - 50Vdc)03 = NAMUR proximity sensor or contact (8V)04 = 3-wire NPN proximity sensor 15V auxiliary05 = 3-wire PNP proximity sensor 15V auxiliary

*) = Price Extra

output:1 = Change over contact 5A/240Vac resistive2 = Optional 2nd contact (excluding start-up override)9 = Other (specify)

trip speed:

*) 6 = 8 - 60Vdc*) 9 = Other (specify)

typical Applications: Conveyor belt stall monitoring Conveyor belt under speed (overload) monitoring Stall or under speed monitoring on any slowly rotating shaft

1 = 0 - 10sec. 3 = 0 - 60sec2 = 0 - 30sec. 4 = 0 - 120sec

star t-up override delay:0 = Not fitted *) 2 = 0 - 60sec1 = 0 - 30sec *) 3 = 0 - 300sec

options:

*) = Price Extra

*)

*) *) *)

0 = None2 = Relay contact 16A/250Vac resistive4 = External trip speed adjust5 = External start-up delay adjust9 = Other (specify)

Features: Low level AC, sine waves as produced by coil-type pick up (min 200mVpp). Low level AC, any wave shape having a consistent frequency pattern

(200mVpp up to 20Vpp). DC pulse, zero going (200mVpp up to 50Vpp). NAMUR proximity sensor or pulsing contact - the sensor is directly

connected to the STM156 as the module provides the 8Vdc auxiliary supply. All types of 3-wire proximity sensors, optical sensors or any devices with

NPN/PNP open collector transistor output requiring 5 - 30Vdc auxiliary supply at 20mA maximum.

06 = 3-wire NPN proximity sensor 24V auxiliary07 = 3-wire PNP proximity sensor 24V auxiliary08 = 2-wire 24Vdc/ac proximity sensor 24V auxiliary09 = Other specify.

stM156


A universal signal conditioner that combines measurement and control functions in a single instrument to provide user selectable solutions for most signal conditioning applications.

Universal signal Conditioner UsC701

TH

E S

IGN

AL

CO

ND

ITIO

NIN

G S

PE

CIA

LIS

TS


2

USC701

The USC701 can be programmed directly using the Access Module or a personal computer. The user can also adjust basic calibration functions such as zero, span and trip point via a function switch and digital encoder accessible on the lid. The USC701 has a comprehensive range of user selectable hardware options. These include dual analogue inputs, dual digital inputs, current or voltage retransmission, sensor supply and isolated trip relays. The USC701 provides a substantial range of sof tware functionality. These include maximum demand control, dual input functions with A*B, A/B, A+B, A-B, largest of A and B, average of A and B, 100 point linearise, PID control, speed measurement, digital f ilter options.

specificationsSize 80w x 70H x 110D mmHousing material Polycarbonate, aluminiumMounting DIN rail, gear plateTermination Plug in screw terminalsWeight 0.3kgProtection class IP40 (IP65 Enclosure opt)Electromagnetic compatibility

Complies with AS/NZS 4251.1 (EN 50081.1)

Operating temp. range 0...+70 CStorage temp. range -20...+70 CIsolation 1000Vac r.m.s./ 1500VdcTemperature effect 0.02% per CMeasurement Linearity 0.01% of rangeMeasurement Accuracy typ 0.05%dc, 0.2%ac input rangeResolution 0.0025% of rangeUpdate time 16.6msec minimumFiltering/ averaging ProgrammablePower Supply -1 80-300Vdc/ 80-280 VacPower Supply -2 10-60 Vdc/ 16-42VacPower requirement 4VAInput Analogue

Digital2 2, 30V

Output Analogue Digital

1, 0-22mA/ 0-20V/ 45V Open Collector 2 Relays, N/O, 8A

Model descriptionUSC701-1001 80-300Vdc/ 80-280Vac

USC701-2001 10-60Vdc/ 16-42Vac

USC701-2101 10-60Vdc/ 16-42Vac, RS232 Modbus

AccessoriesModel descriptionAM702-02 Access Module

COA703-01 Computer Adaptor, Serial Port Isolator for USC701 programming

COA703-02 USB to Serial Converter for USC701 and SL series programming

* Other configurations possible, please contact your local office

Auxiliary excitation outputVoltage Source 3V to 18V @ 50mA max.

Current Source1 x 100A external 1 x 100A internal

Programmable rangesVoltage dc (400, 100, 30, 10, 4.5, 1Vdc)

mV dc (300, 100, 30mV)

Current dc (75, 30, 10, 1mA)

Voltage ac 300, 75, 25, 7, 3Vac (25-70Hz)

mV ac 700, 250, 75, 20mV (25-70Hz)

Current ac 50, 20, 7, 0.7mA (25-70Hz)

Resistance 30, 10, 3, 1, 0.3k (2, 3, or 4 wire)

Potentiometer 100 minimum

RTD (Pt100)Linearised to 0.1C 850C 0.2 C, 600 C 0.1C

Thermocouple

Linearised to 0.1C types: B, E, J, K, N, R, S, T accuracy depends on type & range cold junction comp 1C 0.05C Up/ downscale burn-out by external resistor

Mathematical Functions+, -, *, /, absolute value, minimum, maximum, scaling, taring; plus logical functions

A P C S

The FC051 combines a self-contained process signal source together with a 2-wire transmitter simulator in one instrument. Built-in batteries (2 x 9V PP9) make this calibrator ideal for use in the field.

Field Calibrator FC051

TM

FC051

The 3.5 digit, 10mm high LCD display provides direct read-out of mV or mA in sink or source mode. Output range is 0 - 22mA and 0 - 2200mV with display readability of 0 - 19.99mA and 0 - 1999mV. The display also provides LOW BATTERY indication and a mV sign when in mV output mode. The output is controlled by a precision 10-turn potentiometer allowing high resolution for adjustment. The standard calibrator is factory loaded with two heavy-duty 9V batteries. For in-house bench operation a 26Vdc-plug pack supply as battery eliminator. Optional Nickel-Mh batteries and a battery charger circuit are also available. A green LED close to the 3.5mm plug pack socket will be energised when charging using a 26Vdc-plug pack power supply.

Model source Current source voltage sink CurrentFC051-10100 0-19.99mA 0-1999mV 3-19.99mAFC051-10300 0-19.99mA 0-10.00V 3-19.99mAFC051-10500 0-19.99mA, +/0-199.9uA 0-1999mV 3-19.99mAFC051-10600 0-19.99mA, +/0-199.9uA 0-10.00V 3-19.99mA

specificationsSize 110W x 66H x 70D mm

Weight Dry cell 0.272kg, Nickel-Mh 0.290 kg

Case material High-impact polystyrene

Accuracy 0.1% FS or 1 digit

Ambient temp. effect 0.01%/ C

Operating temp. range 0-50 C

Storage temp. range -20...+50 C

Display 3.5 digit L.C.D. 10mm character height

Electromagnetic compatibility Complies with AS/NZS 4251.1 (EN 50081.1)

Current Output Source Range Sink Range

0-22.00mA (0-50mA optional) 3-23.00mA (3-50mA optional)

Resolution 0.01mA

Max. loop supply voltage 40V

Output load Source 0 - 800 Sink (Vs-6)/0.02 []

Millivolt Output Range Resolution Minimum load Source impedance

0-2200mV 1mV 10k 100

Battery life at full continuous output

Heavy duty 9V batteries Alkaline 9V batteries Ni-Mh batteries/ charge External power source

4 hrs. 8 hrs. 6 hrs. 26Vdc/ 30mA via 3.5mm phone plug tip (+).

AccessoriesModel descriptionA755-016 Carry Case

A755-002 Plug Pack 240 Vac/ 26Vdc

A755-003 1 x set of silicone test leads


C o l t e r l e C e l e C t r i C A l e n g i n e e r i n g P r o d u C t s | 4 5

Colterlec continues to serve the vertical markets of heavy industry, mining, waste water, automation, food & beverage and transport.

TM

We have used Crompton Instruments products for over 30 years, the build quality, reliability and service are second to none.

Nick Rowe ManagerBE Switchcraf t Pt y Ltd

Crompton instruments / Metering & Protection


Me

ter

ing

& P

ro

tec

tio

n


3seC tion 3Metering & ProteCtion

33C O L T E R L E C E L E C T R I C A L E N G I N E E R I N G P R O D U C T S

TM

CroMPton instruMents Metering & ProteC tion

CONTENTS

digital Metering systems

Integra Ci1 Energy Meter ....................................................... 49

Integra Ci3 Digital Metering System ....................................... 50

Integra Ri3 Digital Metering System ....................................... 51

Integra 1630 Digital Metering System ..................................... 52

Integra Ci5 DigitalMetering System ....................................... 53

Integra DL 1 Dual Load Digital Metering System ....................... 54

Digital Meters, 262 Series ...................................................... 56

Digital Meter Relays, 262 Series.............................................. 58

Plug-In Modules, 262-30 Series .............................................. 59

OM-LCD-LP 4 digit 2-wire loop powered indicator .................... 60

kWhr Meters Din Rail Mounted ............................................ 62

Current transformers

3-in-1 Current Transformers .................................................. 64

Split Core Current Transformers .............................................. 65

Moulded Case Current Transformers Ebony Series ................. 67

Summation Current Transformers Ebony Series ..................... 73

Moulded Case Current Transformers PE Series ........................74

Protec tor trip relays

Protector Trip Relays ............................................................. 77

AC Voltage with Adjustable Differential .................................. 78

Frequency ............................................................................ 80

Phase sequence and phase failure .......................................... 81

Phase Balance ...................................................................... 82

Earth Leakage Relays ............................................................ 83

Core Balance CTs ................................................................... 84

Analogue instruments

Analogue Instruments ........................................................... 85

Moving Iron AC Ammeters and Voltmeters .............................. 85

DIN Panel Meters - Short scale ............................................... 86

AC Ammeters 90, 48mm ....................................................... 86

AC Ammeters 90, 72mm ....................................................... 88

AC Ammeters 90, 96mm ....................................................... 89

AC Ammeters 90, 48mm with Overscale ................................. 90



AC Voltmeters 90 ................................................................. 93

Frequency Meters 90............................................................ 94

M Series Elapsed Time or Hours Run Meters ............................. 95

Moving Coil DC Ammeters and Voltmeters ............................... 96

DC Ammeters 90, 48mm ....................................................... 97

DC Ammeters 90, 72mm ....................................................... 98

DC Ammeters 90, 96mm ....................................................... 99

DC Voltmeters 90 ................................................................100

Shunts ................................................................................101

transducers Class 0.5

Transducers Class 0.5 ............................................................102

Current Average Sensing Self Powered ................................103

AC Current Average Sensing Auxiliary Powered ....................103

AC Voltage Average Sensing Self Powered ...........................104

AC Voltage Average Sensing Auxiliary Powered ....................104

Frequency Transducer ...........................................................105

Power Transducer.................................................................106

transducers Advantage Class 0.2

Universal Programmable Transducer ......................................107

test links

Metering Test Links with Current Transformers .......................108

M e t e r i n g & P r o t e c t i o n


The Integra Ci1 energy meter is specially designed and developed as a cost effective Watt hour and VAr hour meter to complement the current Integra Ci series.

Integra Ci1 Energy meter

Me

ter

ing

& P

ro

tec

tio

n


3

The Integra Ci1 self-contained 96mm DIN panel mounted Watt hour, VAr hour meter measures the real consumption of active and reactive energy to Class 1.0 accuracy.

The backlit LCD screen displays an eight character counter indicating Watt hour or VAr hour units. The optional modules enable transfer of energy measurements to building management systems (BMS) via pulsed or digital communication options.

displayDirect access to display the programmed set CT ratio, Watt hours impor t and expor t, VAr hours impor t and expor t and the phase sequence test routine for both voltage and current phases. During the accumulation of the Wh or VArh the running icon will f lash at a rate dependent on the display parameter.

Programmable FunctionsIntegra Ci1 provides simple programming to suit single phase 2-wire, three-phase three wire and three-phase four-wire un-balanced system conf igurations, CT ratio settings and conf iguration of selected communication options. To prevent unauthorised access to the product conf iguration settings, all set-up screens of fer password protection.

Plug-in ModulesPlug-in modules allow to f it either maximum of two isolated pulsed output relays or an RS485 communication module and one isolated pulsed output relay. The communication output module can be programmed internally to respond either to Modbus RTU or Johnson Controls.

Panel MountingIntegral retention clips allow fast, safe and secure panel mounting in various material thickness without the need for ex ternal screws or clips.

Part no. description

CI1-01 Integra Ci1 base unit

options

CI-PUL-01 Pulsed output

CI-MOD-01 RS485 communication Output

Accessories

3 G365 02 IP65 protective cover

3 C345 01 IP54 panel gasket

Crompton Ci1 (BACK)

Crompton Ci1 (FRONT)

| C r o m p t o n I n s t r u m e n t s


Integra Ci3 Digital metering system

TM

Crompton Ci3 (BACK)

Crompton Ci3 (FRONT)

Part no. descriptionCi3-01 Integra Ci3 base unitoptionsCI-PUL-01 Pulsed outputCI-MOD-01 RS485 communication output (Modbus RTU)

Accessories3 G365 02 IP65 protective cover3 C345 01 IP54 panel gasket

Programmable FunctionsIntegra Ci3 Digital Metering System is programmable to suit single-phase two-wire, three-phase three-wire and three-phase four-wire system conf igurations. Programmable CT ratios enable to display any current range.

displayThe parameters can be viewed on a backlit LCD screen. The 15 screens are accessible via four buttons on the front panel allowing to scroll between various screens making the navigation ver y user-friendly, intuitive and above all simple.

Plug-in ModulesIntegra Ci3 of fers two output por ts at the rear of the product, to allow the f it ting of either two isolated pulsed output relays or a RS485 communication module such as Modbus or Johnson Controls communication output. These are conf igurable via internal settings.

Panel MountingIntegra retention clips allow fast, safe and secure panel mounting in various material thickness without the need for ex ternal screws or clips.

The Integra Ci3 multifunction meter provides simple and practical display of electrical parameters.

M e t e r i n g & P r o t e c t i o n


Integra Ri3 Digital metering system

Me

ter

ing

& P

ro

tec

tio

n


3

Crompton Ri3 (FRONT)

Part no. descriptionRI3-01 Integra Ri3

Accurate and user-friendlyThe Integra Ri3 dms is an accurate and cost ef fective solution for measurement and display of all major electrical and power quality parameters. Its easy programming, mounting and user-friendly navigation make the Integra Ri3 dms an ideal choice for customers who require reliable energy measurement.

Documents

Compass Product Manual