41819 Catalog

2014-07-05

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Catalogue

2013

PowerLogic System

Energy management, revenue metering and power quality monitoring

Electrical network management

PowerLogic technology forms one part of your total energy

management solution from Schneider Electric. As the global

energy management specialist, we offer end-to-end power,

building and process management solutions that help you

optimise energy use and costs, improve performance,

enhance comfort and safety, and deliver uninterrupted service

while taking responsible care of our planet.

Our expert services can help you audit your energy use and

build your energy action plan. From power factor correction

systems, harmonic ltering and variable speed drives to HVAC

and lighting controls, we offer a complete range of energy

efcient technologies.

Schneider Electric believes every business can increase

productivity while consuming less and achieving energy

savings of 10% to 30%.

Saving energy reduces costs and pollution, but you need the

tools to uncover all opportunities, avoid risks, track progress

against goals, and verify success. Schneider Electric

provides these tools via the world’s most advanced energy

intelligence technology: PowerLogic.

The PowerLogic range of meters and software help manage

all energy assets, every second of the day. A PowerLogic

system enables all stakeholders, from CEO to facility and

engineering managers, to respond quickly to potential

problems and manage energy in nancial and environmental

terms.

PowerLogic technology delivers the key performance

indicators and analytics that you need to strategically balance

emissions, efciency, reliability and cost.

PowerLogic System is…

2013

General contents

Gain energy insight and control with PowerLogic™

Market segments

Panorama of the PowerLogic range

General information on power-monitoring software

Index of catalogue numbers

Current transformers 17

Basic panel meters 21

iAMP iVLT iFRE AMP/VLT iCH/iCI

Basic energy meters 31

iEM2000 iEM3000 iME1

Power-monitoring units specification guide 38

Multi-circuit metering 42

BCPM EM4800

Basic multi-function metering 53

iON6200 PM3000 PM5000

Intermediate metering 78

PM800 ION7330/7350

Advanced metering 94

ION7550/ION7650 CM4000T

Advanced utility metering 108

ION8650 ION8800

Communications 123

Energy Server Com'X 200 EGX100/300 ION7550 RTU

Monitoring software 137

StruxureWare Power Monitoring Expert StruxureWare PowerSCADA Expert

2013

Gain energy insight and control with PowerLogic™

PowerLogic energy and power management systems

Energy insight = energy control

PowerLogic solutions help energy consumers and suppliers world-wide make the most of their energy. They enable businesses to improve their

competitiveness by giving them a complete understanding their organisation's unique energy landscape. PowerLogic technology also provides

hands-on tools to improve energy efciency, reduce operating costs, enhance productivity, and increase power system reliability. Comprising

metering, communication hardware and advanced analysis software, a PowerLogic solution acts like a layer of intelligence across all of your

energy assets. It monitors key energy points and inputs 24 hours a day, then processes and delivers that data as timely and relevant information to

everyone that needs it.

Industry

Critical

infrastructure

Utilities

Buildings

Utility

Intelligent energy

and power quality

meters

PowerLogic

software

The PowerLogic advantage

PowerLogic solutions are the world’s largest and most advanced range of energy management products.

Thousands of organisations world-wide choose PowerLogic systems because of key advantages:

bA fast, quantiable return on investment through both a low total cost of ownership and

rich functionality that returns multiple nancial benets

bA comprehensive portfolio of modular, scalable components that enable

affordable system expansion as needs dictate and budgets allow

bEnd-to-end interoperability offering seamless integration with business, accounting, BAS and SCADA applications

bA complete range of compatible, complementary, single-sourced Schneider Electric power and automation solutions

bSupport for numerous global metering accuracy and power quality monitoring standards.

• generating stations

• transmission substations

• distribution substations

• tenants

• service entrance

• HVAC

• processes

• onsite generation

• power distribution

• servers

• branch circuits

• UPS

2013

Cutting-edge technology to increase protability

PowerLogic technology converts the complex dynamics governing the relationship between power generation and distribution on the utility

side, and energy consumption, cost and reliability on the consumer side, into timely, easily understood information. Businesses can use this

powerful to improve tactical actions and strategic decision making.

From a single facility to an entire enterprise, PowerLogic meters monitor key distribution points 24 hours a day. Whether from generators,

substations, service entrances, mains, feeders, loads or 3rd party equipment and systems, PowerLogic technology tracks, records and reports

all real-time conditions and historical performance data. Intuative web-based interfaces give stakeholders access to this data as well as

advanced analytics, alarm annunciation and control capabilities. It supports comprehensive energy management programs by tracking

performance and empowering you to make effective decisions.

Power availability

and reliability

bValidate that power quality

complies with the energy contract

bVerify the reliable operation of

power and mitigation equipment

bImprove response to power-

related problems

bLeverage existing infrastructure

capacity and avoid over-building

bSupport proactive maintenance

to prolong asset life

Energy efciency

and cost savings

bMeasure efciency, reveal

opportunities and verify

savings

bManage green house gas

emissions

bAllocate energy costs to

departments or processes

bReduce peak demand and

power factor penalties

bEnable participation in load

curtailment programs

(e.g. demand response)

bStrengthen rate negotiation

with energy suppliers

bIdentify billing discrepancies

bSub-bill tenants for energy

costs

Energy availability

and reliability

bImprove T&D network

reliability

bEnhance substation

automation

bMaximise the use of your

existing infrastructure

Revenue metering

and power quality

bMaximise metering accuracy

at all interchange points

bVerify compliance with new

power quality standards

bAnalyse and isolate the source

of power quality problems

Gain energy insight and control with PowerLogic™

(cont.)

Applications

2013

Industry

From nance to engineering, PowerLogic technology gives industry professionals

the energy intelligence and control they need to support strategic decisions and

establish best energy practices. It will help you reduce operational costs and meet

new emissions standards without compromising production schedules or product

quality. Key points are monitored throughout your power distribution, building and

backup systems. Enterprise-level software helps you maximise the use of your

existing energy assets, increase energy efciency and avoid demand or power

factor penalties. Use it to uncover hidden power problems that can shorten

equipment life or cause costly downtime.

Market segments

Buildings

Building managers through operations staff can cut energy and maintenance costs

without effecting the comfort or productivity of their tenants, employees, students,

patients or customers. A PowerLogic system will track all utilities and equipment

conditions, and enterprise-level software will help you analyse and improve electrical

reliability. You can forecast energy requirements, optimise multi-site contracts and

accurately allocate or sub-bill costs. Key performance indicators help you nd and

sustain energy savings, reduce emissions and meet “green” building standards in

order to increase asset value and attract or retain tenants.

• cost allocation

• procurement optimisation

• power factor correction

• measurement and

verication

• infrastructure optimisation

• power quality analysis

• tenant sub-billing

• cost allocation

• energy efciency /

benchmarking

• procurement optimisation

• power availability

• demand response / load

curtailment

2013

Critical infrastructure

PowerLogic technology helps keep your systems operating continuously and

securely with an economical supply of energy. Whether you manage data,

communication, transportation or environmental services, minimising the risk of

power-related downtime and keeping costs under control is a priority. A

PowerLogic solution monitors all power and cooling systems and accurately tracks

their energy consumption. Enterprise-level software delivers insightful diagnostics

and metrics to help verify the reliability of your backup systems and maximise the

use of existing capacity to defer new capital investments. You can also reveal

energy inefciencies and strengthen energy procurement across multiple sites.

Utilities

Today’s energy market is more complex than ever before. Whether you generate,

transmit or distribute electricity, more stakeholders need shared access to timely,

accurate energy data from more exchange points and you need to maintain power

availability and reduce price volatility in the face of rising demand and transmission

congestion. A PowerLogic energy information system helps you meet all of these

challenges by:

bMetering all key interchange points with the highest possible accuracy

bImproving the quality of power delivered to your customers

bEssuring the reliability and efciency of your network and equipment.

From advanced energy and power quality metering systems to enterprise-level

analytic software, PowerLogic solutions deliver business-critical information that

conventional metering, SCADA and billing systems cannot. It gives you the energy

intelligence and control needed to track performance, stay informed of critical

conditions and empower you to make strategic decisions. It will help you increase

reliability, maximise the use of resources and improve service.

• infrastructure optimisation

• power quality analysis compliance

• alarming and event notication

• energy efciency

• cost allocation

• procurement

optimisation

• revenue metering

• power availability and reliability

Market segments (cont.)

2013

Panorama of the PowerLogic

range

Product selection guide

Current transformers Basic panel meters Basic energy meters

CT Name iAMP / iVLT AMP / VLT iFRE iCH / iCI iEM2000 Series iME1 iEM3000 Series

current transformer Function ammeter, voltmeter frequency meter hour counter

pulse counter

kilowatt-hour meters

Installation

b�insulated cable,

diameter 21 to 35 mm,

through transformer

b�busbar through transformer

b�cable connections

Applications

Panel instrumentation

Panel instrumentation I / U I / U Fhours /pulses E

Energy efciency and cost

Sub billing and cost allocation

Demand and load management

Billing analysis

Power availability and reliability

Compliance monitoring

Sag/swell, transient

Harmonics

Revenue metering

Revenue meter

Characteristics Characteristics

b�transformation ratio:

40/5 A to 6000/5 A

b�accuracy: class 0.5 to 3

b�maximum rated

operational voltage: 720 V AC

b�tropicalised

Measurement accuracy class 1.5 ± 0.5 % ± 1 digit class 1.5 ± 0.5 % ± 1 digit class 1

Installation

DIN rail

4 x 18 mm modules

DIN rail

2 x 18 mm modules

ush mounted

72 x 72 mm

96 x 96 mm

DIN rail

2 x 18 mm modules

CI, CH: DIN rail

2 x 18 mm modules

CH: ush mount

DIN rail

1.2 or 4 x 18 mm modules

Voltage measurement VLT:

500 V AC direct

or external VT

VLT:

600 V AC direct

or external VT

VLT:

500 V AC direct

or external VT

400 V AC direct 400 V AC direct

Current measurement AMP:

30 A direct

or external CT

AMP:

10 A direct

or external CT

AMP:

external CT

40 to 63 A direct

or external CT

Communication ports

Inputs / Outputs

Memory capacity

page 17 page 21 page 22 page 23 page 22 page 27 page 31 page 31 page 34

2013

Panorama of the PowerLogic

range (cont.)

Product selection guide

Current transformers Basic panel meters Basic energy meters

CT Name iAMP / iVLT AMP / VLT iFRE iCH / iCI iEM2000 Series iME1 iEM3000 Series

current transformer Function ammeter, voltmeter frequency meter hour counter

pulse counter

kilowatt-hour meters

Installation

b�insulated cable,

diameter 21 to 35 mm,

through transformer

b�busbar through transformer

b�cable connections

Applications

Panel instrumentation

Panel instrumentation I / U I / U Fhours /pulses E

Energy efciency and cost

Sub billing and cost allocation

Demand and load management

Billing analysis

Power availability and reliability

Compliance monitoring

Sag/swell, transient

Harmonics

Revenue metering

Revenue meter

Characteristics Characteristics

b�transformation ratio:

40/5 A to 6000/5 A

b�accuracy: class 0.5 to 3

b�maximum rated

operational voltage: 720 V AC

b�tropicalised

Measurement accuracy class 1.5 ± 0.5 % ± 1 digit class 1.5 ± 0.5 % ± 1 digit class 1

Installation

DIN rail

4 x 18 mm modules

DIN rail

2 x 18 mm modules

ush mounted

72 x 72 mm

96 x 96 mm

DIN rail

2 x 18 mm modules

CI, CH: DIN rail

2 x 18 mm modules

CH: ush mount

DIN rail

1.2 or 4 x 18 mm modules

Voltage measurement VLT:

500 V AC direct

or external VT

VLT:

600 V AC direct

or external VT

VLT:

500 V AC direct

or external VT

400 V AC direct 400 V AC direct

Current measurement AMP:

30 A direct

or external CT

AMP:

10 A direct

or external CT

AMP:

external CT

40 to 63 A direct

or external CT

Communication ports

Inputs / Outputs

Memory capacity

page 17 page 21 page 22 page 23 page 22 page 27 page 31 page 31 page 34

2013

Multi-circuit metering Basic multi-function metering Intermediate metering Advanced metering Advanced utility metering

Name BCPM EM4800 ION6200 PM3000 Series PM5100/PM5300/

PM5500

PM810 PM820/

PM850

PM870 ION7330/7350

ION7550 ION7650

CM4000T ION8650 ION8800

A B C A B C

Function branch circuit monitor

IEC 61036 Class 1

multi-circuit energy

meter

Class 0.5 ANSI C12.1,

C12.20

Class 0.5S IEC

62053-22

metering & sub-metering

Class 0.5S

IEC 60687

metering & sub-metering

Class 0.5S IEC 62053-22

Class 1 IEC 62053-21

Class 2IEC 62053-23

metering & sub-metering

Class 0.5S

IEC 62053-22

Class 0.2S (PM55xx)

IEC 62053-22

Class 1/2 IEC 62053-24

energy and basic PQ power meter

IEC 61557-12

PMD/SD/K70/0.5

PMD/SS/K70/0.5

ANSI 12.20 Class 0.2S real energy

energy and basic PQ power

meter

IEC 61557-12

PMD/SD/K70/0.5

PMD/SS/K70/0.5

ANSI 12.20 Class 0.2S real

energy

energy and power quality

meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30 Class A

energy and

power quality

meter

IEC 62053-22

ANSI 12.20

Class 0.2S real

energy

energy and power

quality meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30 Class A

energy and power quality

meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30

Applications

Panel instrumentation

Panel instrumentation I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E, THD, Min/Max,

harm, alarm, I/O (I, U unbalance,

demand, clock/cal (PM810 w/

PM810LOG))

I, U, F, P, Q, S, PF, E, THD,

harm, alarm, I/O

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E (demand, minimum

and maximum values)

I, U, F, P, Q, S, PF, E (demand, minimum and

maximum values)

Energy efciency and cost

Sub billing and cost allocation

Demand and load management

Billing analysis

Power availability & reliability

Harmonics w/PM810LOG

Dip/swell, transient dip/swell

Compliance monitoring PM850 only

Revenue metering

Characteristics

Measurement accuracy

(active energy)

class 1 (mains active

energy)

Class 0.5S Class 0.5 Class 0.5 Class 0.2S (PM55xx)

Class 0.5S

ANSI 62053-22 Class 0.5S

ANSI 12.20 Class 0.2S

Class 0.5S Class 0.2S Class 0.2S Class 0.2S Class 0.2S

Installation

Installed in panel or

enclosure

Installed in panel or

enclosure

Flush mount

106.7 mm x 106.7 mm

DIN rail Flush mount

96 mm x 96 mm

Flush & DIN rail mount

96 mm x 96 mm

Flush & DIN rail mount

96 mm x 96 mm

TRAN 60 x 100 x 164.5 mm

DIN 192

standard cutout

(186 x 186 mm)

ANSI socket mount 9S,

35S, 36S, 39S and 76S;

FT21 switchboard case

DIN 43862 rack

Voltage measurement 90 – 277 V Line to

Neutral voltage Inputs

80 - 480 V AC L-L without

PTs, Up to 999 kV with

external PTs

60 - 400 V AC L-N

50V to 330V AC (Ph-N)

80V to 570V AC (Ph-Ph)

up to 1MV AC (ext VT)

20 V L-N / 35 V L-L to

277 V L-N /480 V L-L

/600 V L-L (PM55xx)

600 V AC L-L / 347 V AC L-N

50-347 VAC L-N 3P (87-600 L-L)

50-300 VAC L-N 1P (100-600 L-L)

57-347V L-N AC or

100-600V L-L AC

0 to 600 V AC

0 to 1200 kV

AC (ext. VT)

57-277V L-N AC

(9S, 36S);

120-480 V L-L AC (35S)

57-288V L-N AC or

99-500V L-L AC

Current measurement CT strips for branch

circuits and external CTs

for mains

Split- or solid-core CTs external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT

Communication ports 1 for main 2 1 1 2 3 3 3 3 3 5 3 5 5

Inputs / Outputs 2 2 4 I/O

6 I/O (PM55xx)

18 I/O 18 I/O 18 I/O 8 I/O 8 I/O up to 32 I/O up to 25 I/O up to 22 I/O up to 16 I/O

Memory capacity 256 kb

1.1 MB (PM55xx)

80 kbytes with

PM810 LOG

80 / 800 kbytes 800 kbytes 300 kbytes

300 kbytes up to 10 MB up to 32 MB 10 MB 4 MB 2 MB up to 10 MB

page 42 page 50 page 53 page 60 page 71 page 78 page 92 page 98 page 105 page 112 page 120

Panorama of the PowerLogic

range (cont.)

Product selection guide

2013

Multi-circuit metering Basic multi-function metering Intermediate metering Advanced metering Advanced utility metering

Name BCPM EM4800 ION6200 PM3000 Series PM5100/PM5300/

PM5500

PM810 PM820/

PM850

PM870 ION7330/7350

ION7550 ION7650

CM4000T ION8650 ION8800

A B C A B C

Function branch circuit monitor

IEC 61036 Class 1

multi-circuit energy

meter

Class 0.5 ANSI C12.1,

C12.20

Class 0.5S IEC

62053-22

metering & sub-metering

Class 0.5S

IEC 60687

metering & sub-metering

Class 0.5S IEC 62053-22

Class 1 IEC 62053-21

Class 2IEC 62053-23

metering & sub-metering

Class 0.5S

IEC 62053-22

Class 0.2S (PM55xx)

IEC 62053-22

Class 1/2 IEC 62053-24

energy and basic PQ power meter

IEC 61557-12

PMD/SD/K70/0.5

PMD/SS/K70/0.5

ANSI 12.20 Class 0.2S real energy

energy and basic PQ power

meter

IEC 61557-12

PMD/SD/K70/0.5

PMD/SS/K70/0.5

ANSI 12.20 Class 0.2S real

energy

energy and power quality

meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30 Class A

energy and

power quality

meter

IEC 62053-22

ANSI 12.20

Class 0.2S real

energy

energy and power

quality meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30 Class A

energy and power quality

meter

IEC 62052-11

IEC 62053-22/23

Class 0.2S

IEC 61000-4-30

Applications

Panel instrumentation

Panel instrumentation I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E, THD, Min/Max,

harm, alarm, I/O (I, U unbalance,

demand, clock/cal (PM810 w/

PM810LOG))

I, U, F, P, Q, S, PF, E, THD,

harm, alarm, I/O

(Power demand and

current demand)

I, U, F, P, Q, S, PF, E (demand, minimum

and maximum values)

I, U, F, P, Q, S, PF, E (demand, minimum and

maximum values)

Energy efciency and cost

Sub billing and cost allocation

Demand and load management

Billing analysis

Power availability & reliability

Harmonics w/PM810LOG

Dip/swell, transient dip/swell

Compliance monitoring PM850 only

Revenue metering

Characteristics

Measurement accuracy

(active energy)

class 1 (mains active

energy)

Class 0.5S Class 0.5 Class 0.5 Class 0.2S (PM55xx)

Class 0.5S

ANSI 62053-22 Class 0.5S

ANSI 12.20 Class 0.2S

Class 0.5S Class 0.2S Class 0.2S Class 0.2S Class 0.2S

Installation

Installed in panel or

enclosure

Installed in panel or

enclosure

Flush mount

106.7 mm x 106.7 mm

DIN rail Flush mount

96 mm x 96 mm

Flush & DIN rail mount

96 mm x 96 mm

Flush & DIN rail mount

96 mm x 96 mm

TRAN 60 x 100 x 164.5 mm

DIN 192

standard cutout

(186 x 186 mm)

ANSI socket mount 9S,

35S, 36S, 39S and 76S;

FT21 switchboard case

DIN 43862 rack

Voltage measurement 90 – 277 V Line to

Neutral voltage Inputs

80 - 480 V AC L-L without

PTs, Up to 999 kV with

external PTs

60 - 400 V AC L-N

50V to 330V AC (Ph-N)

80V to 570V AC (Ph-Ph)

up to 1MV AC (ext VT)

20 V L-N / 35 V L-L to

277 V L-N /480 V L-L

/600 V L-L (PM55xx)

600 V AC L-L / 347 V AC L-N

50-347 VAC L-N 3P (87-600 L-L)

50-300 VAC L-N 1P (100-600 L-L)

57-347V L-N AC or

100-600V L-L AC

0 to 600 V AC

0 to 1200 kV

AC (ext. VT)

57-277V L-N AC

(9S, 36S);

120-480 V L-L AC (35S)

57-288V L-N AC or

99-500V L-L AC

Current measurement CT strips for branch

circuits and external CTs

for mains

Split- or solid-core CTs external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT external CT

Communication ports 1 for main 2 1 1 2 3 3 3 3 3 5 3 5 5

Inputs / Outputs 2 2 4 I/O

6 I/O (PM55xx)

18 I/O 18 I/O 18 I/O 8 I/O 8 I/O up to 32 I/O up to 25 I/O up to 22 I/O up to 16 I/O

Memory capacity 256 kb

1.1 MB (PM55xx)

80 kbytes with

PM810 LOG

80 / 800 kbytes 800 kbytes 300 kbytes

300 kbytes up to 10 MB up to 32 MB 10 MB 4 MB 2 MB up to 10 MB

page 42 page 50 page 53 page 60 page 71 page 78 page 86 page 94 page 101 page 108 page 116

Panorama of the PowerLogic

range (cont.)

Product selection guide

2013

Panorama of the PowerLogic

range (cont.)

Product selection guide

Communications Monitoring Software

Name Com'X 200 EGX100 EGX300 ION7550 RTU StruxureWare

Power Monitoring

Expert

StruxureWare

PowerSCADA

Expert

Function Ethernet GPRS

data logger

Ethernet gateway Integrated

gateway-server

Ethernet

gateway-server +

onboard I/O

Power management Network protection

and control

Features

RS485 / Ethernet gateway

Devices supported

EM3000 Series,

iEM3000 Series,

PM800 Series,

ION6200,

ION7300,

Acti 9 Smartlink

Masterpact,

PM5000 Series,

Compact NSX,

iEM1,

iEM2000,

iEM3000,

PM3000 Series

PM800 Series,

CM4000 Series,

Sepam Series

Acti 9 Smartlink,

BCPM Series,

CM Series

PM800 Series,

CM4000 Series,

DM6000, DM6300,

iEM3000 Series,

ION6200, ION8600,

ION8800,

ION7550/7650,

PM1000, PM200,

PM300, PM5350,

PM700,

PM800,Sepam

Series,

Compact NSX,

Vigilohm IM20/

IM20-H

ION8800,

ION7550/7650,

ION6200,

Modbus devices

ION8800,

ION8650,

ION7550/7650,

ION7550RTU,

ION6200,

PM800 Series,

EM1200,

EM5600,

CM4000 Series,

BCPM,

Sepam Series,

Compact NSX,

Vigilohm IM20,

Modicon Mementum M1

- TR8,

Twido Modular PLC

Sepam Series 40

PM800 Series

BCPM/BCM42

CM4000 Series

Web server with

standard HTML pages

(Conguration only) (Conguration only)

Web server with

custom HTML pages

Real time data

Historical data

Export to Internet

database server

Automatic notication

Alarm and event logs

Waveform display

Custom animated graphics

Manual/automatic reports

Characteristics

Ethernet ports

Modbus TCP/IP protocol

210/100 Base

TX port

10/100 Base

TX port

10/100 Base

TX port

RS485 (2-wire / 4-wire) ports

Modbus protocol

1111

Number of devices

connected directly

32 modbus

devices

6 pulse meters (or

dry contacts) – 2

32 64 64

RS232 conguration ports 111

Miscellaneous Connectivity: WiFi,

GPRS,or Ethernet

Serial line to

Ethernet

connectivity

Entry-level Energy

Management in a

box

modem port

I/O (24 I/30 O max)

Installation DIN rail DIN rail DIN rail DIN 192 cutout

(186 x 186 mm)

page 125 page 127 page 129 page 139 page 145

2013 13

General information on

power-monitoring software

Product selection guide

Software, a tool serving site operation.

A site can be compared to a living organism.

The power system manager has no control over the

changes that affect this organism, but must ensure that

it continues to receive the energy it requires.

Similar to a doctor, the power system manager must

carry out preventive measures and diagnose and

remedy any problems that occur. The goal is to

maintain the site in a healthy state, without generating

any secondary effects.

Software enables managers to diagnose the causes of

most problems encountered on electrical systems.

More and more devices are capable of communicating.

The number of available measurements is also on the rise, creating the need for a

tool to successfully manage all the information.

The main purpose of software is to simplify complex sites so that they can be

managed by humans:

bmake the site and its operation intelligible

bmake the power system tangible and visible.

The role of software

All measurements at a single location

All measured values may be accessed via a PC.

Organisation and use of measurements

Before they may be used, certain measurements must be organised, processed or

integrated in special tools.

Device setup

Simple devices may be set up on their front panels.

For devices with advanced functions, local setup is often difcult and even

impossible for some functions.

Software greatly facilitates device setup.

Automatic tasks

Software can execute tasks automatically, triggered by:

b�a date

b�an event

b�an alarm.

These tasks may concern devices (reset, start of a particular function) or system

users (transmission of an e-mail, etc.).

Manual commands

Power-monitoring software can also be used to control devices (e.g. open or close a

circuit breaker).

Certain control/monitoring functions (automatic action on electrical-distribution

system) are carried out by PLCs integrated in the PowerLogic System architecture.

Access via the Web

Information must be adapted to user needs and then made available to them.

Software can handle the adaptation by preparing custom reports.

These reports can then be accessed by any PC on the site using a standard

Web browser.

Software and architecture

Software must be capable of meeting a large number of needs:

b�single-user or multi-user operation

b�data organisation according to user proles

b�adaptation to different site topologies

b�data exchange with other systems, etc.

This set of constraints means that a single product is not sufcient; a range of

software products is required.

PE86194

2013

Index of catalogue numbers

Cat. no. Description Page

15100

15125 CMV voltmeter selector switch, DIN rail 25

15126 CMA ammeter selector, DIN rail 25

15200

15201 iVLT digital voltmeter, DIN rail 22

15202 iAMP direct reading digital ammeter, DIN rail 22

15208 iFRE digital frequency meter, DIN rail 22

15209 iAMP multi-rating digital ammeter, DIN rail 22

15400

15440 iCH hour counter, DIN rail (230 V AC) 27

15443 iCI impulse counter, DIN rail 28

15600

15607 CH hour counter, 48 x 48 (24 V AC) 27

15608 CH hour counter, 48 x 48 (230 V AC) 27

15609 CH hour counter, 48 x 48 (12 to 36 V DC) 27

16000

16003 AMP analogue ammeter, 72 x 72, for motor feeders

(delivered without dial)

16004 AMP analogue ammeter, 72 x 72, for standard

feeders (delivered without dial)

16005 VLT analogue voltmeter, 72 x 72 23

16006 Dial, 0-30-90 A, for AMP 16003 23

16007 Dial, 0-75-225 A, for AMP 16003 23

16008 Dial, 0-200-600 A, for AMP 16003 23

16009 Dial, 0-50 A, for AMP 16004 23

16010 Dial, 0-100 A, for AMP 16004 23

16011 Dial, 0-200 A, for AMP 16004 23

16012 Dial, 0-400 A, for AMP 16004 23

16013 Dial, 0-600 A, for AMP 16004 23

16014 Dial, 0-1000 A, for AMP 16004 23

16015 Dial, 0-1250 A, for AMP 16004 23

16016 Dial, 0-1500 A, for AMP 16004 23

16017 CMA ammeter selector switch, 48 x 48 25

16018 CMV voltmeter selector switch, 48 x 48 25

16019 Dial, 0-2000 A, for AMP 16004 25

16029

iAMP analogue ammeter for direct connection, DIN

rail

16030 iAMP analogue ammeter for connection to TC

(delivered without dial), DIN rail

16031 Dial, 0-5 A, for iAMP 16030 26

16032 Dial, 0-50 A, for iAMP 16030 26

16033 Dial, 0-75 A, for iAMP 16030 26

16034 Dial, 0-100 A, for iAMP 16030 26

16035 Dial, 0-150 A, for iAMP 16030 26

16036 Dial, 0-200 A, for iAMP 16030 26

16037 Dial, 0-250 A, for iAMP 16030 26

16038 Dial, 0-300 A, for iAMP 16030 26

16039 Dial, 0-400 A, for iAMP 16030 26

16040 Dial, 0-500 A, for iAMP 16030 26

16041 Dial, 0-600 A, for iAMP 16030 26

16042 Dial, 0-800 A, for iAMP 16030 26

16043 Dial, 0-1000 A, for iAMP 16030 26

16044 Dial, 0-1500 A, for iAMP 16030 26

16045 Dial, 0-2000 A, for iAMP 16030 26

16060 iVLT analogue voltmeter (0-300 V), DIN rail 26

16061 iVLT analogue voltmeter (0-500 V), DIN rail 26

16073 AMP analogue ammeter, 96 x 96, for motor feeder

(delivered without dial)

16074 AMP analogue ammeter, 96 x 96, for standard feeder

(delivered without dial)

16075 VLT analogue voltmeter, 96 x 96 24

16076 Dial, 0-30-90 A, for AMP 16073 24

16077 Dial, 0-75-225 A, for AMP 16073 24

16078 Dial, 0-200-600 A, for AMP 16073 24

16079 Dial, 0-50 A, for AMP 16074 24

16080 Dial, 0-100 A, for AMP 16074 24

16081 Dial, 0-200 A, for AMP 16074 24

16082 Dial, 0-400 A, for AMP 16074 24

16083 Dial, 0-600 A, for AMP 16074 24

Cat. no. Description Page

16084 Dial, 0-1000 A, for AMP 16074 24

16085 Dial, 0-1250 A, for AMP 16074 24

16086 Dial, 0-1500 A, for AMP 16074 24

16087 Dial, 0-2000 A, for AMP 16074 24

16088 Dial, 0-2500 A, for AMP 16074 24

16089 Dial, 0-3000 A, for AMP 16074 24

16090 Dial, 0-4000 A, for AMP 16074 24

16091 Dial, 0-5000 A, for AMP 16074 24

16092 Dial, 0-6000 A, for AMP 16074 24

16400

16451 TC 50/5 tropicalised transformer for cables 18

16452 TC 75/5 tropicalised transformer for cables 18

16453 TC 100/5 tropicalised transformer for cables 18

16454 TC 125/5 tropicalised transformer for cables 18

16455 TC 150/5 tropicalised transformer for cables 18

16456 TC 200/5 tropicalised transformer for cables 18

16459 TC 150/5 tropicalised transfo. for cables and busbars 18

16460 TC 200/5 tropicalised transfo. for cables and busbars 18

16461 TC 250/5 tropicalised transfo. for cables and busbars 18

16462 TC 300/5 tropicalised transformer for cables 18

16463 TC 400/5 tropicalised transfo. for cables and busbars 18

16464 TC 500/5 tropicalised transfo. for cables and busbars 18

16465 TC 600/5 tropicalised transfo. for cables and busbars 18

16468 TC 250/5 tropicalised transfo. for cables and busbars 18

16469 TC 300/5 tropicalised transfo. for cables and busbars 18

16470 TC 400/5 tropicalised transfo. for cables and busbars 18

16471 TC 500/5 tropicalised transfo. for cables and busbars 18

16473 TC 500/5 tropicalised transformer for busbars 18

16474 TC 600/5 tropicalised transformer for busbars 18

16476 TC 200/5 tropicalised transformer for busbars 18

16477 TC 250/5 tropicalised transformer for busbars 18

16478 TC 300/5 tropicalised transformer for busbars 18

16479 TC 400/5 tropicalised transformer for busbars 18

16480 TC 500/5 tropicalised transformer for busbars 18

16481 TC 600/5 tropicalised transformer for busbars 18

16482 TC 800/5 tropicalised transformer for busbars 18

16483 TC 1000/5 tropicalised transformer for busbars 18

16500

16500 TC 40/5 tropicalised transformer for cables 18

16534 TC 1250/5 tropicalised transformer for busbars 18

16535 TC 1500/5 tropicalised transformer for busbars 18

16537 TC 1250/5 tropicalised transformer for busbars 18

16538 TC 1500/5 tropicalised transformer for busbars 18

16540 TC 1250/5 tropicalised transformer for busbars 18

16541 TC 1500/5 tropicalised transformer for busbars 18

16542 TC 2000/5 tropicalised transformer for busbars 18

16543 TC 2500/5 tropicalised transformer for busbars 18

16544 TC 3000/5 tropicalised transformer for busbars 18

16545 TC 2500/5 tropicalised transformer for busbars 18

16546 TC 3000/5 tropicalised transformer for busbars 18

16547 TC 4000/5 tropicalised transformer for busbars 18

16548 TC 5000/5 tropicalised transformer for busbars 18

16549 TC 6000/5 tropicalised transformer for busbars 18

16550 Cylinder Ø 8.5 mm for TC transformer 18

16551 Cylinder Ø 12.5 mm for TC transformer 18

16552 Lead-sealable cover for TC transformer 18

16553 Lead-sealable cover for TC transformer 18

A9M17065 ME1 digital kilowatt-hour meter 31

A9M17066 iME1z digital kilowatt-hour meter 31

A9M17067 iME1zr digital kilowatt-hour meter 31

A9MEM2000T iME2000T single-phase kilowatt-hour meter 31

A9MEM2000 iME2000 single-phase kilowatt-hour meter 31

A9MEM2010 iME2010 single-phase kilowatt-hour meter 31

A9MEM3100 iEM3100 basic energy meter 37

A9MEM3110 iEM3110 energy meter with pulse output 37

A9MEM3115 iEM3115 multi-tariff energy meter 37

2013 15

Index of catalogue numbers

(cont.)

Cat. no. Description Page

CM4MA Circuit monitor CM4000T 101

CNV100 Circuit monitor CM4000T 101

EBX200 Com'X 200 Ethernet data logger 125

EBXA-USB-WIFI

Com'X 200 WiFi USB stick 125

EBXA-GPRS-SIM

Com'X 200 GPRS modem with SIM card 125

EBXA-GPRS Com'X 200 GPRS modem without SIM card 125

EBXA-ANT-5M Com'X 200 External GPRS antenna 125

EGX100MG EGX100 Ethernet gateway 127

EGX300 EGX300 Ethernet server 127

IE7PRIMARY StruxureWare Power Monitoring Primary server

(DVD, includes all available languages)

147

IE7DLS Individual Device Licence for High-End Devices.

Compatible with all device types.

147

IE7DLM Individual Device Licence for Mid-Range Devices.

Compatible with Mid- and Entry-range devices.

147

IE7DLE Individual Device Licence for Entry-Range

Devices. Compatible with Entry range devices.

147

IE7ENGCLIENT Engineering Client Licence (DVD) - Access to

Management Console, Vista, Designer, Reporter

and Web applications; one licence per user.

147

IE7WEBCLIENT

Web Client Licence - Access to Diagrams, Tables,

Alarms, Reports, Dashboard; one licence per user.

147

IE7UNLCLIENT Unlimited Licence for unlimited number of users

(Engineering or Web applications); mandatory for

public displays or Internet hosting.

147

IE7OPCSERVER

OPC DA Server for StruxureWare Power Monitoring 147

IE7SECONDARY

Secondary Server for StruxureWare Power Monitoring

Upgrades from earlier versions

147

IE7PRIMARYUPG

StruxureWare Power Monitoring UPGRADE

software (DVD, includes all available languages)

147

IE7DLSUPG Upgrade DL-S device licence 147

IE7DLMUPG Upgrade DL-M device licence 147

IE7DLEUPG Upgrade DL-E device licence 147

IE7ENGCLIENTUPG

Engineering Client Upgrade Licence - Access to

Management Console, Vista, Designer, Reporterand

Web applications; one licence per user.

147

IE7WEBCLIENTUPG

Web Client Upgrade Licence - Diagrams, Tables,

Alarms, Reports; one licence per user

147

IE7UNLCLIENTUPG

Unlimited Client Upgrade Licence for unlimited

number of users (Engineering or Web applications);

mandatory for public displays or internet hosting.

147

IE7SECONDARYUPG

Secondary Server Upgrade for StruxureWare

Power Monitoring Technical Documentation

147

LVCT00102S

100 A 46

LVCT00202S

200 A 46

LVCT00302S

300 A 46

LVCT00403S

400 A 46

LVCT00603S

600 A 46

LVCT00803S

800 A 46

LVCT00804S

800 A 46

LVCT01004S

1000 A 46

LVCT01204S

1200 A 46

LVCT01604S

1600 A 46

LVCT02004S

2000 A 46

LVCT02404S

2400 A 46

M7550 ION7550 energy and power quality meter 98,

129

M6200T1A0B0A0A0R

ION6200 energy meter 53

M6200T1A0B0A0A0P

ION6200 energy meter 53

M6200R1A0B0A0B0R

ION6200 energy meter 53

M6200M0A0B0A0B0R

ION6200 energy meter 53

M6200M0A0B0A0A0R

ION6200 energy meter 53

M6200A0A0B0Z0A0P

ION6200 energy meter 53

M6200A0A0B0Z0A0N

ION6200 energy meter 53

M6200A0A0B0A0B0R

ION6200 energy meter 53

M6200A0A0B0A0A0R

ION6200 energy meter 53

M6200A0A0B0A0A0P

ION6200 energy meter 53

Cat. no. Description Page

A9MEM3135 iEM3135 advanced multi-tariff energy meter &

electrical parameter plus M-Bus comm port

A9MEM3150 iEM3150 energy meter & electrical parameter

plus Modbus RS485 comm port

A9MEM3155 iEM3155 advanced multi-tariff energy meter & electrical

parameter plus Modbus RS485 comm port

A9MEM3165 iEM3165 advanced multi-tariff energy meter & electrical

parameter plus Modbus, BACnet MS/ TP comm port

A9MEM3175 iEM3175 advanced multi-tariff energy meter & electrical

parameter plus LON TP/FT-10 comm port

A9MEM3200 iEM3200 basic energy meter 37

A9MEM3210 iEM3210 energy meter with pulse output 37

A9MEM3215 iEM3215 multi-tariff energy meter 37

A9MEM3235 iEM3235 advanced multi-tariff energy meter &

electrical parameter plus M-Bus comm port

A9MEM3250 iEM3250 energy meter & electrical parameter plus

RS485 comm port

A9MEM3255 iEM3255 advanced multi-tarrif energy meter &

electrical parameter plus RS485 comm port

A9MEM3265 iEM3265 advanced multi-tariff energy meter & electrical

parameter plus Modbus, BACnet MS/ TP comm port

A9MEM3275 iEM3275 advanced multi-tariff energy meter & electrical

parameter plus LON TP/FT-10 comm port

BCPMA042S 42 circuit BCPM 3/4" CT spacing - Advanced 45

BCPMA084S 84 circuit BCPM 3/4" CT spacing - Advanced 45

BCPMA142S 44 circuit BCPM 1" CT spacing - Advanced 45

BCPMA184S 84 circuit BCPM 1" CT spacing - Advanced 45

BCPMB042S 42 circuit BCPM 3/4" CT spacing - Intermediate 45

BCPMB084S 84 circuit BCPM 3/4" CT spacing - Intermediate 45

BCPMB142S 42 circuit BCPM 3/4" CT spacing - Intermediate 45

BCPMB184S 84 circuit BCPM 1" CT spacing - Intermediate 45

BCPMC042S 42 circuit BCPM 3/4" CT spacing - Basic 45

BCPMC084S 84 circuit BCPM 3/4" CT spacing - Basic 45

BCPMC142S 42 circuit BCPM 1" CT spacing - Basic 45

BCPMC184S 84 circuit BCPM 1" CT spacing - Basic 45

BCPMCOVERS Circuit board cover BCPM 45

BCPMSCA30S 30 split-core CTs, Advanced BCPM 45

BCPMSCA42S 42 split-core CTs, Advanced BCPM 45

BCPMSCA60S 60 split-core CTs, Advanced BCPM 45

BCPMSCA84S 84 split-core CTs, Advanced BCPM 45

BCPMSCADPBS

Adapter bord, for split core BCPM 45

BCPMSCB30S 30 split-core CTs, Intermediate BCPM 45

BCPMSCB42S 42 split-core CTs, Intermediate BCPM 45

BCPMSCB60S 60 split-core CTs, Intermediate BCPM 45

BCPMSCB84S 84 split-core CTs, Intermediate BCPM 45

BCPMSCC30S 30 split-core CTs, Basic BCPM 45

BCPMSCC42S 42 split-core CTs, Basic BCPM 45

BCPMSCC60S 60 split-core CTs, Basic BCPM 45

BCPMSCC84S 84 split-core CTs, Basic BCPM 45

BCPMSCCT0 Split core CTs, BCPM 50 A 45

BCPMSCCT0R20

Split core CTs, BCPM 50 A 45

BCPMSCCT1 Split core CTs, BCPM 100 A 45

BCPMSCCT1R20

Split core CTs, BCPM 100 A 45

BCPMSCCT3 Split core CTs, BCPM 200 A 45

BCPMSCCT3R20

Split core CTs, BCPM 200 A 45

CAB4 PM/CM <-> display connection cable (1.25 m) 85

CAB12 PM/CM <-> display connection cable (3.65 m) 85

CAB30 PM/CM <-> display connection cable (9.14 m) 85

CBL008 Fiat Ribbon cable for BCPM 49

CBL016

Fiat Ribbon cable for BCPM 49

CBL017 Fiat Ribbon cable for BCPM 49

CBL018 Fiat Ribbon cable for BCPM 49

CBL019 Fiat Ribbon cable for BCPM 49

CBL020

Fiat Ribbon cable for BCPM 49

CBL021 Fiat Ribbon cable for BCPM 49

CBL022 Round Ribbon cable for BCPM 49

CBL023 Round Ribbon cable for BCPM 49

CBL024 Round Ribbon cable for BCPM 49

CD-TECHDOC Latest version of technical documentation for

StruxureWare Power Monitoring

143

2013

Index of catalogue numbers

Cat. no. Description Page

M620DR1 ION6200 energy meter 57

M620DN1 ION6200 energy meter 57

M7330 ION7330 energy and power quality meter 95

M7350 ION7350 energy and power quality meter 95

M7550 ION7550 energy and power quality meter 98

M7650 ION7650 energy and power quality meter 98

M8650A ION8650A energy and power quality meter 112

M8650B ION8650B energy and power quality meter 112

M8650C ION8650C energy and power quality meter 112

M8800A ION8800A energy and power quality meter 120

M8800B ION8800B energy and power quality meter 120

M8800C ION8800C energy and power quality meter 120

METSEEM480525

PowerLogic E4800 multi-circuit energy meter 50

METSEEM483325

PowerLogic E4800 multi-circuit energy meter 50

METSEEM488025

PowerLogic E4800 multi-circuit energy meter 50

METSEEM480516

PowerLogic E4800 multi-circuit energy meter 50

METSEEM483316

PowerLogic E4800 multi-circuit energy meter 50

METSEEM488016

PowerLogic E4800 multi-circuit energy meter 50

METSEEM480526

PowerLogic E4800 multi-circuit energy meter 50

METSEEM483326

PowerLogic E4800 multi-circuit energy meter 50

METSEEM488026

PowerLogic E4800 multi-circuit energy meter 50

METSEPM3200 PM3200 basic power meter 60

METSEPM3210 PM3210 power meter with pulse output 60

METSEPM3250 PM3250 power meter with RS485 port 60

METSEPM3255 PM3255 power meter with 2 DI, 2 DO, RS485 port 60

METSEPM5100 PM5100 power meter 71

METSEPM5110 PM5110 power meter 71

METSEPM5111 PM5111 power meter 71

METSEPM5310 PM5310 power meter 71

METSEPM5320 PM5320 power meter 71

METSEPM5330 PM5330 power meter 71

METSEPM5331 PM5331 power meter 71

METSEPM5340 PM5340 power meter 71

METSEPM5341 PM5341 power meter 71

METSEPM5560 PM5560 power meter 71

METSEPM5561 PM5561 power meter 71

METSEPM5563 PM5563 power meter 71

OPTICAL-PROBE

Optical communication interface 113

PLS101110-11

PowerSCADA Expert 75-150 Server Lic. pt expansions 153

PLS101111

PowerSCADA Expert 150 Server licences 153

PLS101111-12

PowerSCADA Expert 150-500 Server Lic. pt expansions 153

PLS101112

PowerSCADA Expert 500 Server licences 153

PLS101112-13

PowerSCADA Expert 500-1500 Server Lic. pt expansions 153

PLS101113

PowerSCADA Expert 1500 Server licences 153

PLS101113-14

PowerSCADA Expert 1500-5000 Server Lic. pt expansions 153

PLS101114

PowerSCADA Expert 5000 Server licences 153

PLS101114-15

PowerSCADA Expert 5000-15000 Server Lic. pt

expansions

153

PLS101115

PowerSCADA Expert 15000 Server licences 153

PLS101115-99

PowerSCADA Expert 15000-unlimtd. Server Lic. pt

expansions

153

PLS101199

PowerSCADA Expert unlimited Server licences 153

PLS102010

PowerSCADA Expert 75 Control Client licences 153

PLS102010-11

PowerSCADA Expert 75-150 Control Lic. pt expansions 153

PLS102011-12

PowerSCADA Expert 150-500 Control Lic. pt expansions 153

PLS102012

PowerSCADA Expert 500 Control Client licences 153

PLS102012-13

PowerSCADA Expert 500-1500 Control Lic. pt expansions 153

PLS102013

PowerSCADA Expert 1500 Control Client licences 153

PLS102013-14

PowerSCADA Expert 1500-5000 Control Lic. pt

expansions

153

PLS102014

PowerSCADA Expert 5000 Control Client licences 153

PLS102014-15

PowerSCADA Expert 5000-15000 Control Lic. pt

expansions

153

PLS102015

PowerSCADA Expert 15000 Control Client licences 153

PLS102015-99

PowerSCADA Expert unlimited Control Lic. pt expansions 153

PLS102088

PowerSCADA Expert Redundant (CC oating

licence)

153

Cat. no. Description Page

PLS102099

PowerSCADA Expert unlimited Control Client

licences

153

PLS102210

PowerSCADA Expert 75 Web Control licences 153

PLS102210-11

75 - 150 Serveur licence point expansion 153

PLS102211

PowerSCADA Expert 150 Web Control licences 153

PLS10211-12

150 - 500 Serveur licence point expansion 153

PLS102212

PowerSCADA Expert 500 Web Control licences 153

PLS102212-13

500 - 1500 Serveur licence point expansion 153

PLS102213

PowerSCADA Expert 1500 Web Control licences 153

PLS102213-14

1500 - 5000 Serveur licence point expansion 153

PLS102214

PowerSCADA Expert 5000 Web Control licences 153

PLS102214-15

5000 - 15000 Serveur licence point expansion 153

PLS102215

PowerSCADA Expert 15000 Web Control licences 153

PLS102215-99

15000 unlimited Serveur licence point expansion 153

PLS102288

PowerSCADA Expert Redundant (WC oating

licence)

153

PLS102299

PowerSCADA Expert unlimited Web Control licences 153

PLS103088

PowerSCADA Expert Redundant (VOC

oatingLicence)

153

PLS103099

PowerSCADA Expert View Only Client Licence 153

PLS103288

PowerSCADA Expert Redundant WVOC (oating

licence)

153

PLS103299

PowerSCADA Expert Web View Only Client Licence 153

PLS109101

Gold 1 year support, renewal 153

PLS109102

Silver 1 year support, rst year, compulsory 153

PLS109103

Gold 1 year support, rst year 153

PLS109122

Silver 1 year support, renewal 153

PLS109139

Subscription 1 year support renewal 153

PLS109401

Reprogramming free - Authorisation code 153

PLS109911

PowerSCADA Expert additional Parallel key 153

PLS109912

PowerSCADA Expert box with DVD and Parallel key 153

PLS109921

PowerSCADA Expert additional USB key 153

PLS109922

PowerSCADA Expert box with DVD and USB key 153

PM810LOG Optional logging module for on-board data recording

for PM810

PM810MG PM810 Power Meter with integrated display 83

PM810RDMG Meter and remote display kit 83

PM810UMG PM810 Power Meter without display 83

PM820MG PM820 Power Meter with integrated display 83

PM820RDMG Meter and remote display kit 83

PM820UMG PM820 Power Meter without display 83

PM850MG PM850 Power Meter with integrated display 83

PM850RDMG Meter and remote display kit 83

PM850UMG PM850 Power Meter without display 83

PM870MG PM870 Power Meter with integrated display 83

PM870RDMG Meter and remote display kit 83

PM870UMG PM870 Power Meter without display 83

PM8ECC PM8ECC module for PM Series 800 83

PM8M22 PM8M22 module for PM Series 800 83

PM8M26 PM8M26 module for PM Series 800 83

PM8M2222 PM8M2222 module for PM Series 800 83

PM8RDA Remote display and adapter alone

PM8RDMG Remote display and adapter with a 3.55 m cable 83

RJ11EXT RJ11 Extender kit to mount RJ11 jack in panel door 85

2013 17 17

CT current transformers

Current transformers

Function

The Ip/5A ratio current transformers deliver at the secondary a current of 0 to 5 A that

is proportional to the current measured at the primary. They are available in two

major families:

b cable current transformers

b bar current transformers.

This allows them to be used in combination with measurement instruments:

ammeters, kilowatt-hour meters, measurement units, control relays, etc.

Common technical data

b Secondary current: 5 A

b Max. voltage rating Ue: 720 V

b Frequency: 50/60 Hz

b Safety factor (sf):

v 40 to 4000 A: sf y 5

v 5000 to 6000 A: sf y 10.

b Degree of protection: IP20

b Operating temperature: tropicalised range, -25°C to +60°C, relative

humidity > 95 %

b Compliance with standards: IEC 60044-1 and VDE 0414

b Secondary connection (as per model):

v by terminals for lug

v by tunnel terminals

v by screws.

Connection

DB114266

DB114269

CT with let-through primary.

DB114267

DB114268

CT with primary connection by screw and nut.

Use of cylinder 16550 or 16551.

The three references 16482, 16483 and 16534 have a double connection output at the

secondary: twice S1 and twice S2. The terminals are in parallel, as there is only one secondary

winding.

The unused secondary outputs must not be connected.

056853NMD-2

16453.

056854NMD-2

16462.

056852NMD-2

16542.

PB100316

16453 + 16550.

056855MD-2

Sealable cover.

CT current transformers (cont.)

Current transformers

Catalogue numbers

Rating Power (VA) Insulated cable: Dimension Weight (g) Cat. no.

Ip/5 A Accuracy class: maximum

diameter (1)

(mm)

maximum

cross-section (1)

(mm2)

opening for

bars

Tropicalised CT Cylinder (2) Sealable cover

0.5 1 3

40 A - - 1 21 120 - 200 16500 16550 (3) built-in

50 A - 1.25 1.5 21 120 - 200 16451 16550 built-in

75 A - 1.5 2.5 21 120 - 200 16452 16550 built-in

100 A 2 2.5 3.5 21 120 - 200 16453 16550 built-in

125 A 2.5 3.5 4 21 120 - 200 16454 16550 built-in

150 A 3 4 5 21 120 - 200 16455 16550 built-in

1.5 5.5 6.5 22 150 30 x 10 270 16459 16551 (4) 16552

200 A 4 5.5 6 21 120 - 200 16456 16550 built-in

4 7 8.5 22 150 30 x 10 270 16460 16551 16552

- 2 5 - - 65 x 32 600 16476 - built-in

250 A 6911 22 150 30 x 10 270 16461 16551 16552

2.5 5 8 35 240 40 x 10 430 16468 - 16553

146- - 65 x 32 600 16477 - built-in

300 A 7.5 11 13.5 22 150 30 x 10 270 16462 16551 16552

4 8 12 35 240 40 x 10 430 16469 - 16553

1.5 6 7 - - 65 x 32 600 16478 - built-in

400 A 10.5 15 18 22 150 30 x 10 270 16463 16551 16552

8 12 15 35 240 40 x 10 430 16470 - 16553

4 8 10 - - 65 x 32 600 16479 - built-in

500 A 12 18 22 22 150 30 x 10 270 16464 16551 16552

10 12 15 35 240 40 x 10 430 16471 - 16553

246- - 64 x 11

51 x 31

500 16473 - built-in

8 10 12 - - 65 x 32 600 16480 - built-in

600 A 14.5 21.5 26 22 150 30 x 10 270 16465 16551 16552

468- - 64 x 11

51 x 31

500 16474 - built-in

8 12 15 - - 65 x 32 600 16481 - built-in

800 A 12 15 20 - - 65 x 32 600 16482 - built-in

1000 A 15 20 25 - - 65 x 32 600 16483 - built-in

1250 A 15 20 25 - - 65 x 32 600 16534 - built-in

12 15 20 - - 84 x 34 700 16537 - built-in

8 12 - - - 127 x 38 1500 16540 - built-in

1500 A 20 25 30 - - 65 x 32 600 16535 - built-in

15 20 25 - - 84 x 34 700 16538 - built-in

10 15 - - - 127 x 38 1000 16541 - built-in

2000 A 15 20 - - - 127 x 38 1000 16542 - built-in

2500 A 20 25 - - - 127 x 38 1000 16543 - built-in

30 50 60 - - 127 x 52 1300 16545 - built-in

3000 A 25 30 - - - 127 x 38 1000 16544 - built-in

40 60 60 - - 127 x 52 1300 16546 - built-in

4000 A 50 60 60 - - 127 x 52 1300 16547 - built-in

5000 A 60 120 - - - 165 x 55 5000 16548 - built-in

6000 A 70 120 - - - 165 x 55 5000 16549 - built-in

(1) Cable(s) that can be routed through the CT

(2) For CT with primary connection by screw and nut.

(3) Cylinder with inner dia. 8.5 mm, L = 32 mm

(4) Cylinder with inner dia. 12.5 mm, L = 62 mm

Fastening mode

CT cat. no. Adapter for

DIN rail

Mounting

plate

Insulated locking screw

16451...16456 bb-

16459...16471 bbb

16473 and 16474 -bb

16476...16483 --b

16500 bb-

16534...16549 --b

2013

CT current transformers (cont.)

Current transformers

Choosing a current transformer

Choice of a CT depends on 2 criteria:

b the Ip/5 A ratio

b the installation type.

The Ip/5 A ratio

We recommend that you choose the ratio immediately higher than the maximum

measured current (In).

Example: In = 1103 A; ratio chosen = 1250/5.

For small ratings from 40/5 to 75/5 and for an application with digital devices, we

recommend that you choose a higher rating, for example 100/5.

This is because small ratings are less accurate and the 40 A measurement, for

example, will be more accurate with a 100/5 CT than with a 40/5 CT.

The installation type

Choice of a CT model depends on the installation type:

b insulated cables

b mounting on bars.

Important precaution

Never open the secondary circuit of a current transformer when the primary circuit is

energised.

Prior to working on the secondary circuit, the secondary terminals of the current

transformer must be short-circuited.

Determining the accuracy class of a CT

The accuracy class depends on the apparent power (VA) of the transformer and on

consumption of the complete measurement system.

The latter allows for consumption of all the devices and the connecting cables.

For a given accuracy class, consumption of the measurement system must not

exceed apparent power (VA) of the CT transformer.

Copper cable cross-section (mm2)Power in VA per doubled meter at 20°C

1.5 0.685

2.5 0.41

40.254

60.169

10 0.0975

16 0.062

For each temperature variation per 10°C bracket, the power drawn up by the cables increases by

4 %.

Schneider Electric device Consumption of the current input in VA

Ammeter 72 x 72 / 96 x 96 1.1

Analogue ammeter 1.1

Digital ammeter 0.3

PM800, CM4000 0.15

Example: consumption of a measurement system at 20°C

PM800 0.15 VA

4 meters of 2.5 mm2 doubled wires +1.64 VA

i.e. a measurement system consumption =1.79 VA

Based on the result, the CT accuracy class is determined (see previous page):

b class 3 for a 75/5 ratio CT

b class 0.5 for a 100/5 ratio CT

2013 19

2013

Specic case of the motor starter

To measure motor starter current, you must choose a CT with primary current

Ip = Id/2 (Id = motor starting current).

Practical advice

Use a current transformer to measure a nominal current of 50 A.

DB109834

DB109835

50/5 A CT: Imax = 50 A 100/5 A CT, 2 cable openings: Imax = 50 A

To divide by 2 the nominal current of a transformer, you only need to pass the current

to be measured twice through this transformer.

CT current transformers (cont.)

Current transformers

Dimensions

DB109814

DB109815

DB109816

Cat. no. 16500, 16451 to 16456 Cat. no. 16459 to 16465 Cat. no. 16468 to 16471

DB109817

DB109818

DB109819

Cat. no. 16473 and 16474 Cat. no. 16534 to 16535, 16476 to 16483 Cat. no. 16537 and 16538

DB109820

DB109821

DB114270

Cat. no. 16540 to 16544 Cat. no. 16545 to 16547 Cat. no. 16548 and 16549

Cylinders

DB109823

DB109824

Cat. no. 16550 Cat. no. 16551

2013 21

DIN rail analogue ammeters and

voltmeters0

Basic panel meters

Function

iAMP

Ammeters measure the current owing through an electric circuit in amps.

iVLT

Voltmeters measure the potential (voltage) difference of an electric circuit in volts.

Common technical data

Accuracy: class 1.5.

b Complies with standards IEC 60051-1, IEC 61010-1 and IEC 61000-4.

b Ferromagnetic device.

b Pseudo-linear scale over 90°.

b Ammeters (except catalogue number 16029):

v connection on CT, ratio In/5, to be ordered separately

v interchangeable dials.

b Temperature:

v operating temperature: -25°C to +55°C.

v reference temperature: 23°C.

b Inuence of temperature on accuracy: ±0.03 % /°C.

b Utilisation frequency: 50/60 Hz.

b Consumption:

v AMP: 1.1 VA

v VLT catalogue number 15060: 2.5 VA

v VLT catalogue number 16061: 3.5 VA.

b Permanent overload:

v AMP: 1.2 In

v VLT: 1.2 Un.

b Maximum overload for 5 s:

v AMP: 10 In

v VLT: 2 Un.

b Connection: tunnel terminals for 1.5 to 6 mm2 rigid cables.

Catalogue numbers

Type Scale Connection

with CT

Width in mod.

of 9 mm

Cat. no.

iAMP with direct connection

0-30 A no 8 16029

iAMP with connection on CT

Basic device

(delivered without dial)

X/5 8 16030

Dial 0-5 A 16031

0-50 A 50/5 16032

0-75 A 75/5 16033

0-100 A 100/5 16034

0-150 A 150/5 16035

0-200 A 200/5 16036

0-250 A 250/5 16037

0-300 A 300/5 16038

0-400 A 400/5 16039

0-500 A 500/5 16040

0-600 A 600/5 16041

0-800 A 800/5 16042

0-1000 A 1000/5 16043

0-1500 A 1500/5 16044

0-2000 A 2000/5 16045

iVLT

0-300 V 816060

0-500 V 816061

DB119006

iAMP.

DB119005

iVLT.

21 21

2013

DIN rail digital ammeters,

voltmeter and frequency meter

Basic panel meters

Function

iAMP

Ammeters measure in amps the current owing through an electric circuit.

iVLT

Voltmeters measure in volts the potential (voltage) difference of an electric circuit.

iFRE

The frequency meter measures in hertz the frequency of an electric circuit from 20 to

600 V AC.

Common technical data

Supply voltage: 230 V.

Operating frequency: 50/60 Hz.

Display by red LED: 3 digits, h = 8 mm.

Accuracy at full-scale: 0.5 % ±1 digit.

Consumption: max. 5 VA or rated 2.5 VA.

Degree of protection:

v IP40 on front face

v IP20 at terminal level.

Connection: tunnel terminals for 2.5 mm2 cables.

Specic data

10 A direct reading ammeter

Minimum value measured: 4 % of rating.

Measurement input consumption: 1 VA.

Multi-rating ammeter

Ratings:

v in direct reading: 5 A

v by CT (not supplied) congurable on the front face of the ammeter: 10, 15, 20, 25,

40, 50, 60, 100, 150, 200, 250, 400, 500, 600, 800, 1000, 1500, 2000, 2500, 4000,

5000 A.

Minimum value measured: 4 % of rating.

Measurement input consumption: 0.55 VA.

Voltmeter

Direct measurement: 0...600 V.

Input impedance: 2 MW.

Minimum value measured: 4 % of rating.

Frequency meter

Minimum value measured: 20 Hz.

Maximum value measured: 100 Hz.

Full-scale display: 99.9 Hz.

Compliance with standards

Safety: IEC/EN 61010-1.

EMC electromagnetic compatibility: IEC/EN 65081-1 and IEC/EN 65082-2.

Catalogue numbers

Type Scale Connection

with CT

Width in mod.

of 9 mm

Cat. no.

Direct reading iAMP

0-10 A No 4 15202

Multi-rating iAMP

0-5000 A As per rating 415209

iVLT

0-600 V 415201

iFRE

20-100 Hz 415208

059623N-40_c

iAMP.

059624N-40_c

iVLT.

059625N-40_c

iFRE.

2013 23

Function

The 72 x 72 measurement devices are designed for ush-mounted installation on

doors, wicket doors and front plates of enclosures and cubicles.

AMP

The ammeters measure in amps the current owing through an electrical circuit.

VLT

The voltmeter measure in volts the potential difference (voltage) of an electrical

circuit.

Common technical data

b Accuracy: class 1.5.

b Compliance with standard IEC 60051-1, IEC 61010-1 and IEC 61000-4.

b Ferromagnetic device.

b Scale length: 62 mm over 90°.

b Mounting in enclosure or in cubicle.

b Degree of protection: IP52.

b Maximum operating position: 30° / vertical.

b Temperature:

v operation: -25°C to +50°C

v reference: 23°C.

b Inuence of temperature on accuracy: ±0.003 % /°C.

b Utilisation frequency: 50/60 Hz.

AMP specic technical data

b Needs a In/5 CT to be ordered separately.

b Interchangeable dials to be ordered separately.

b Consumption: 1.1 VA.

b Permanent overload: 1.2 In.

b Maximum overload for 5 s: 10 In.

VLT specic technical data

b Consumption: 3 VA.

b Permanent overload: 1.2 Un.

b Maximum overload for 5 s: 2 Un.

Catalogue numbers

Type Scale Connection

on CT

Cat. no.

AMP for standard feeder

Basic device (delivered without dial) X/5 16004

1.3 In dial 0-50 A 50/5 16009

0-100 A 100/5 16010

0-200 A 200/5 16011

0-400 A 400/5 16012

0-600 A 600/5 16013

0-1000 A 1000/5 16014

0-1250 A 1250/5 16015

0-1500 A 1500/5 16016

0-2000 A 2000/5 16019

AMP for motor feeder

Basic device (delivered without dial) X/5 16003

3 In dial 0-30-90 A 30/5 16006

0-75-225 A 75/5 16007

0-200-600 A 200/5 16008

VLT

0-500 V 16005

PB101118-30_c

AMP for standard feeder.

PB101119-30_c

AMP for motor feeder.

PB101116-30_c

VLT.

Basic panel meters 72 x 72 analogue ammeters and

voltmeter

2013

Function

The 96 x 96 measurement devices are designed for ush-mounted installation on

doors, wicket doors and front plates of enclosures and cubicles.

AMP

The ammeters measure in amps the current owing through an electrical circuit.

VLT

The voltmeter measure in volts the potential difference (voltage) of an electrical

circuit.

Common technical data

b Accuracy: class 1.5.

b Compliance with standard IEC 60051-1, IEC 61010-1 and IEC 61000-4.

b Ferromagnetic device.

b Scale length: 80 mm over 90°.

b Mounting in enclosure or in cubicle.

b Degree of protection: IP52.

b Maximum operating position: 30° / vertical.

b Temperature:

v operation: -25°C to +50°C

v reference: 23°C.

b Inuence of temperature on accuracy: ±0.003 % /°C.

b Utilisation frequency: 50/60 Hz.

AMP specic technical data

b Needs a In/5 CT to be ordered separately.

b Interchangeable dials to be ordered separately.

b Consumption: 1.1 VA.

b Permanent overload: 1.2 In.

b Maximum overload for 5 s: 10 In.

VLT specic technical data

b Consumption: 3 VA.

b Permanent overload: 1.2 Un.

b Maximum overload for 5 s: 2 Un.

Catalogue numbers

Type Scale Connection

on CT

Cat. no.

AMP for standard feeder

Basic device (delivered without dial) X/5 16074

1.3 In dial 0-50 A 50/5 16079

0-100 A 100/5 16080

0-200 A 200/5 16081

0-400 A 400/5 16082

0-600 A 600/5 16083

0-1000 A 1000/5 16084

0-1250 A 1250/5 16085

0-1500 A 1500/5 16086

0-2000 A 2000/5 16087

0-2500 A 2500/5 16088

0-3000 A 3000/5 16089

0-4000 A 4000/5 16090

0-5000 A 5000/5 16091

0-6000 A 6000/5 16092

AMP for motor feeder

Basic device (delivered without dial) X/5 16073

3 In dial 0-30-90 A 30/5 16076

0-75-225 A 75/5 16077

0-200-600 A 200/5 16078

VLT

0-500 V 16075

PB101118-40_c

AMP for standard feeder.

PB101119-40_c

AMP for motor feeder.

PB101116-40_c

VLT.

Basic panel meters 96 x 96 analogue ammeters and

voltmeter

2013 25

Basic panel meters

Function

The 48 x 48 selector switches are designed for ush-mounted installation on doors,

wicket doors and front plates of enclosures and cubicles.

CMA

The ammeter selector switch uses a single ammeter (by means of current

transformers) for successive measurement of the currents of a three-phase circuit.

CMV

The voltmeter selector switch uses a single voltmeter for successive measurement

of the voltages (phase-to-phase and phase-to-neutral) of a three-phase circuit.

Common technical data

b Durability:

v electrical: 100 000 operations

v mechanical: 2 000 000 operations.

b AgNi contact.

b Operating temperature: -25°C to +50°C.

b Compliance with standards IEC/EN 60947-3.

b Degree of protection:

v IP65 on front face

v IP20 at terminal level.

Catalogue numbers

Type Rating

(A)

Voltage

(V)

Number of

positions

Cat. no.

CMA 20 4 16017

CMV 500 7 16018

Connection

DB117274

CMA.

DB114275

CMV.

Reading 3 phase-to-earth voltages + 3 phase-to-phase voltages.

Note: when connecting do not remove the pre-cabling.

050740-25_c

CMA.

050741-25_c

CMV.

48 x 48 CMA and CMV

selector switches0

2013

DIN rail iCMA and iCMV selector

switches0

Basic panel meters

Function

iCMA

This 4-position ammeter selector switch uses a single ammeter (using current

transformers) for successive measurement of the currents of a three-phase circuit.

iCMV

This 7-position voltmeter selector switch uses a single voltmeter for successive

measurement of voltages (phase-to-phase and phase-to-neutral) of a three-phase

circuit.

Common technical data

b Rotary handle.

b Maximum operating voltage: 440 V, 50/60 Hz.

b Nominal thermal current: 10 A.

b Operating temperature: -20°C to +55°C.

b Storage temperature: -25°C to +80°C.

b Mechanical durability (AC21A-3 x 440 V): 2 000 000 operations.

b Degree of protection:

v IP66 on front face

v IP20 at terminal level.

b Electrical durability: 1 000 000 operations.

b Connection: jumper terminals with captive screws, for cables up to 1.5 mm2.

b Complies with standards: IEC/EN 60947-3.

Catalogue numbers

Type Rating

(A)

Voltage

(V AC)

Width in

mod. of 9 mm

Cat. no.

iCMA 10 415 4 15126

iCMV 10 415 4 15125

Connection

DB114272

iCMA.

DB114273

iCMV.

059197_c

iCMA.

059198_c

iCMV.

2013 27

iCH hour counters

Function

Electromechanical counter that counts the operating hours of a machine or piece of

electrical equipment. Giving a precise indication of operating time, the counter is

used to decide when to carry out preventive maintenance.

Common technical data

b Electromechanical display.

b Maximum display: 99999.99 hours.

b Display accuracy: 0.01 %.

b Without reset.

b Storage temperature: -25°C to +85°C.

b Connection: tunnel terminals for 2.5 mm2 cable.

Specic technical data

iCH "DIN"

b Consumption: 0.15 VA.

b Operating temperature: -10°C to +70°C.

b Mounting on DIN rail.

CH "48 x 48"

b Consumption:

v 15607: 0.25 VA

v 15608: 0.15 VA

v 15609: 0.02 VA to 12 V and 0.3 VA to 36 V.

b Operating temperature: -20°C to + 70°C.

b Degree of protection: IP65 on front face.

b Mounting on front face of monitoring switchboards.

Catalogue numbers

Type Voltage

(V)

Width in mod.

of 9 mm

Cat. no.

iCH "DIN" 230 V AC ± 10 %/50 Hz 415440

CH "48 x 48" 24 V AC ± 10 %/50 Hz 15607

230 V AC ± 10 %/50 Hz 15608

12 to 36 V DC 15609

Connection

DB114262

DB114263

iCH "DIN". CH "48 x 48".

DB119002

iCH "DIN".

DB119003

CH "48 x 48".

load load

Basic panel meters

2013

iCI impulse counter

Function

Electromechanical counter designed to count impulses emitted by: kilowatt hour

meters, temperature overrun detectors, people meters, speed meters, etc.

Common technical data

b Supply and metering voltage: 230 V AC ± 10 %, 50/60 Hz.

b Consumption: 0.15 VA.

b Maximum display: 9 999 999 impulses.

b Without reset.

b Metering data:

v minimum impulse time: 50 ms

v minimum time between 2 impulses: 50 ms.

b Storage temperature: -25°C to +85°C.

b Operating temperature: -10°C to +70°C.

b Connection: tunnel terminals for 2.5 mm2 cable.

Catalogue number

Type Width in mod.

of 9 mm

Cat. no.

iCI 415443

Connection

DB114271

DB119004

load

Basic panel meters

2013 29

Analogue ammeters and voltmeters

DB103473

Digital ammeters, voltmeter and frequency meter

DB103474 converti

iCMA and iCMV selector switches

DB103475 converti

72 x 72 analogue ammeters and voltmeter

DB103476

96 x 96 analogue ammeters and voltmeter

DB103481

Protection cover

Capot de protection

Terminal

Protection cover

Capot de protection

Terminal

Dimensions

Ammeters, voltmeters, selector switches,

impulse counter, hour counters

Basic panel meters

2013

Dimensions (cont.)

Ammeters, voltmeters, selector switches,

impulse counter, hour counters

Basic panel meters

48 x 48 CMA and CMV selector switches

DB103477

iCI impulse counter and iCH hour counter

DB103479 converti

48 x 48 CH hour counters

DB109825 converti

3.2 (or 4.8)

24.1 (or 33)

22.3 (or 30.5)

(with adapter)

2013 31

Kilowatt-hour meters

Basic energy meters

Function

Digital kilowatt-hour meters designed for sub-metering of active energy (rms)

consumed by a single-phase or three-phase electric circuit with or without distributed

neutral.

iEM2000T

40 A single-phase kilowatt-hour meter without display, with remote transfer of

metering impulses (static output).

iEM2000

40 A single-phase kilowatt-hour meter.

iEM2010

40 A single-phase kilowatt-hour meter with remote transfer of metering impulses

(static output).

iME1

Single-phase kilowatt-hour meter.

iME1z

Single-phase kilowatt-hour meter with partial meter.

iME1zr

Single-phase kilowatt-hour meter with partial meter and remote transfer of metering

impulses (relay output).

Catalogue numbers

Type Rating

(A)

Voltage

(V AC)

Tolerance

(V AC)

Width in

mod. of

9 mm

Cat. no.

Single-phase circuit (1L + N)

iEM2000 40 230 ±20 2A9MEM2000

iEM2010 40 230 ±20 2A9MEM2010

iEM2000T 40 230 ±20 2A9MEM2000T

iME1 63 230 ±20 4A9M17065

iME1z 63 230 ±20 4A9M17066

iME1zr 63 230 ±20 4A9M17067

Main technical data

iEM2000T iEM2000/iEM2010 iME

Accuracy class 1 1 1

Frequency 48/62 Hz 48/62 Hz 48/62 Hz

Consumption <10VA <10VA 2.5 VA

Operating temp -10°C to +55°C -10°C to +55°C -25°C to +55°C

Connection by

tunnel terminals

Top terminals: 4 mm2Top terminals: 4 mm2Top terminals: 6 mm2

Bottom terminals:

10 mm2

Bottom terminals:

10 mm2

Bottom terminals:

16 mm2

Compliance

with standard

IEC 61557-12 :

- PMD/DD/K55/1

IEC 61557-12 :

- PMD/DD/K55/1

IEC 61557-12 :

- PMD/DD/K55/1

IEC 62053-21

(accuracy)

IEC 62053-21

(accuracy)

IEC 62053-21 (accuracy)

Sealable screw

shield

Yes Yes Yes

MID Compliance No Yes No

PB110836

iEM2000T

PB108400

PB108401

iEM2000 iEM2010

iME1_IMAGE.eps

iME1zr.

2013

DB115816

iEM2010

DB118760_i

iME1zr.

DB118815

Circuit-breaker

Contactor

Circuit-breaker

Contactor

Load Load

Kilowatt-hour meter

Example: meter on a load switching

Description

iEM2000, iEM2010, iEM2000T

1 Remote transfer pulse output (iEM2000T, iEM2010).

2 Green power-on indicator light.

3 Yellow metering indicator light (ashing).

4 Display unit (iEM2000, iEM2010).

5 Seal.

6 Allow the comb busbar to pass.

iME1, iME1z, iME1zr

1 Pulse output for remote transfer (iME1zr).

2 Flashing meter indicator.

3 Total or partial meter display (iME1z, iME1zr).

4 Wiring error indicator.

5 Push-button: total or partial meter display, reset partial meter (ME1z, ME1zr).

6 Sealing connection.

Installation

b The front panel of the product is IP40 and its housing is IP20.

b Its installation must be appropriate to the operating conditions.

b The protection must not be less than IP65 for outdoor use.

Use with a contactor

A measurement instrument is normally continually supplied.

For a non-continuous supply (load switching), we recommend that you place the

breaking device downstream from the measurement instrument to limit disturbances

on the module inputs.

These disturbances, particularly on inductive loads, may result in early ageing of the

device.

You must also place the measurement instrument at a distance from the breaking

device to limit the risk of disturbance.

Kilowatt-hour meters (cont.)

Basic energy meters

2013 33

Kilowatt-hour meters (cont.)

Basic energy meters

Specic technical data

iEM2000, iEM2010, iEM2000T, iME1, iME1z and iME1zr specic technical data

iEM2000 iEM2010 iEM2000T iME1 iME1z iME1zr

Direct measurement Up to 40 A Up to 63 A

Metering and activity indicator light

(yellow)

3,200 ashes per kWh 1,000 ashes per kWh

Wiring error indicator Yes

Total meter (max. capacity) on one

phase

999 999.9 kWh 999.99 MWh

Total meter display In kWh with 7 signicant digits (not for iEM2000T) In kWh or MWh with 5 signicant digits. No decimal point in

kWh; 2 digits after the decimal point in MWh

Partial meter (max. capacity) on one

phase with RESET

- - 99.99 MWh

Partial meter display - - In kWh or MWh with 4 signicant digits. No

decimal point in kWh; 2 digits after the decimal

point in MWh

Remote transfer -By static output:

- ELV insulation voltage: 4 kV, 50 Hz

- 20 mA/35 V DC max.

- 100 impulses of 120 ms per kWh

--By NO impulse contact:

- ELV insulation voltage: 4 kV, 50 Hz

- 18 mA/24 V DC, 100 mA/230 V AC

- 1 impulse of 200 ms (contact

closing) per kWh

Connection

Single-phase circuit

DB118858

to impulse meter

(iME1zr)

iEM2010 iME1 / iME1z / iME1zr.

Caution

b Do not earth the CT secondary (S2). b You must comply with the routing direction of power cables in the current

transformer primary. Cables enter in "P1" and leave in "P2" to the loads.

DB114265

DB114264

2013

Acti 9 iEM3000 Series Energy Meters

Functions and characteristics

Basic energy meters

PB108410

bThe Acti 9 iEM3000 Energy Meter Series offers a cost-attractive, competitive range of

DIN rail-mounted energy meters ideal for sub-billing and cost allocation applications.

Combined with communication systems, like Smart Link, the Acti 9 iEM3000 Series

makes it easy to integrate electrical distribution measurements into customer’s facility

management systems. It’s the right energy meter at the right price for the right job.

Two versions are available: 63A direct measure (iEM3100 models) and current

transformers associated meter (iEM3200 models). For each range, eight versions

are available to satisfy basic to advanced applications:

b iEM3100/iEM3200: kWh meter with partial counter

b iEM3110/iEM3210: kWh meter with partial counter and pulse output. MID certied.

b iEM3115/iEM3215: multi-tariff meter controlled by digital input or internal clock, MID

certied.

b iEM3135/iEM3235: energy meter, four quadrant, multi-tariffs with partial counter

and current, voltage, power measurement. M-Bus communication, digital I/O and MID

certied.

b iEM3150/iEM3250: kWh meter with partial counter and current, voltage, power

measurement. Modbus communication.

b iEM3155/iEM3255: energy meter, four quadrant, multi-tariffs with partial counter

and current, voltage, power measurement. Modbus communication, digital I/O, MID

certied.

b iEM3165/iEM3265: energy meter, four quadrant, multi-tariffs with partial counter

and current, voltage, power measurement. BACnet communication, digital I/O and

MID certied.

b iEM3175/iEM3275: energy meter, four quadrant, multi-tariffs with partial counter

and current, voltage, power measurement. LON communication, digital input and

MID certied.

Innovative design makes the meters smart and simple:

b Easy to install for panel builders

b Easy to commission for contractors and installers

b Easy to operate for end users

Applications

Cost management applications

b�Bill verication

b�Sub-billing, including WAGES view (four user-dened tariffs)

b�Cost allocation, including WAGES view

Network management applications

b�Basic electrical parameters like current, voltage and power

b Onboard overload alarm to avoid circuit overload and trip

b Easy integration with PLC systems by input/output interface

Market segments

b�Buildings & Industry

b�Data centres and networks

b�Infrastructure (airports, road tunnels, telecom)

Characteristics

b�Self-powered meters

b�Chain measurement (meters + CTs) accuracy class 1

b�Compliance with IEC 61557-12, IEC 62053-21/22, IEC 62053-23, EN50470-3

b Compact, 5 module width

b Graphical display for easy viewing

b�Onboard Modbus, LON, M-Bus or BACnet communication

b�Easy wiring (without CTs) Acti 9 iEM3100 models

b�Double xation on DIN rail (horizontal or vertical)

b�Anti-tamper security features ensure the integrity of your data

b�MID compliant (selected models) providing certied accuracy and data security

Acti 9 iEM3100 energy meter

PB108432

Acti 9 iEM3255 energy meter

Front of meter parts

1 Conguration mode

2 Values and parameters

3 Unit

4 Cancellation

5 Conrmation

6 Selection

7 Date and time

8 Tariff currently used (iEM3235,

iEM3255, iEM3265, iEM3275)

9 Functions/Measurements

2013 35

Function guide

iEM3100

iEM3110

iEM3115

iEM3135

iEM3150

iEM3155

iEM3165

iEM3175

iEM3200

iEM3210

iEM3215

iEM3235

iEM3250

iEM3255

iEM3265

iEM3275

Direct measurement (up to 63 A) bbbbbbbb

Measurement inputs through CTs (1 A, 5A) bbb bbbbb

Measurement inputs through VTs bbbbb

Active energy measurements class (total & partial kWh) bbbbbbbbbbbbbbbb

Four Quadrant Energy measurements b b b b b b b b

Electrical measurements (I, V, P, etc.) bbbbb bbbbb

Multi-tariff (internal clock) 44 444 44 444

Multi-tariff (external control) 42 222 42 222

Measurement display (number of lines) bbbbbbbbbbbbbbbb

Digital inputs Programmable (Tariff control or WAGES input) 1 1 1 1 1 1 1 1

Tariff control only 2 2

Digital ouputs Programmable (kWh pulse or kW alarm) 1 1 1 1 1 1

kWh pulse only 1 1

kW overload alarm b b b b b b b b

M-Bus b b

Modbus b b b b

BACnet b b

LON b b

MID (legal metrology certication) bbb bbb bbb bbb

Width (18 mm module in DIN Rail mounting) 5555555555555555

PB108410

Connectivity advantages

Programmable digital input External tariff control signal (4 tariffs)

Remote Reset partial counter

External status, e.g. breaker status

Collect WAGES pulses

Programmable digital output kWh overload alarm (iEM3135, iEM3155, iEM3165

iEM3235, iEM3255, iEM3265)

kWh pulses

Graphic LCD display Scroll energies

Current, voltage, power, frequency, power factor

Communication Serial communication options are available with M-Bus,

Modbus, BACnet or LON protocols

Standards

IEC standards IEC 61557-12, IEC 61036, IEC 61010, IEC 62053-21/22

Class 1 and Class 0.5S, IEC 62053-23

MID EN 50470-1/3

Acti 9 iEM3100 models direct connected (63 A)

Multi-tariff capability

The Acti 9 iEM3000 Series allows arrangement of kWh consumption in four different

registers. This can be controlled by:

b Digital Inputs. Signal can be provided by PLC or utilities

b Internal clock programmable by HMI

b Through communication

This function allows users to:

b Make tenant metering for dual source applications to differentiate backup source or

utility source

b Understand well the consumption during working time and non working time, and

between working days and weekends

b Follow up feeders consumption in line with utility tariff rates

Acti 9 iEM3200 models (1 A / 5 A CT connected)

PB108424

Acti 9 iEM3000 Series Energy Meters

Functions and characteristics

Basic energy meters

2013

Acti 9 iEM3000 Series Energy Meters

Functions and characteristics

Basic energy meters

Specication guide iEM3100 Models

iEM3100 iEM3110 iEM3115 iEM3135 iEM3150 iEM3155 iEM3165 iEM3175

Current (max.) Direct connected 63 A

Meter constant LED 500/kWh

Pulse output Up to

1000p/kWh

Up to

1000p/kWh

Up to

1000p/kWh

Multi-tariff 4 tariffs 4 tariffs 4 tariffs

Communication M-bus Modbus Modbus BACnet LON

DI/DO 0/1 2/0 1/1 1/1 1/1 1/0

MID (EN50470-3) bbb bbb

Network 1P+N, 3P, 3P+N

Accuracy class Class 1 (IEC 62053-21 and IEC61557-12) Class B (EN50470-3)

Wiring capacity 16 mm²

Display max. LCD 99999999.9kWh

Voltage (L-L) 3 x 100/173 Vac to 3 x 277/480 Vac (50/60 Hz)

IP protection IP40 front panel and IP20 casing

Temperature -25°C to 55°C (K55)

Product size 10 steps of 9mm

Overvoltage and

measurement

Category III, Degree of pollution 2

kWh bbbbbbbb

kVARh b b b b

Active power bbbbb

Reactive power b b b b

Currents and voltages bbbbb

Overload alarm b b b b

Hour counter b b b b

Specication guide iEM3200 Models

iEM3200 iEM3210 iEM3215 iEM3235 iEM3250 iEM3255 iEM3265 iEM3275

1 A / 5 A CTs (max current) 6 A

Meter constant LED 5000/kWh

Pulse output frequency Up to

500p/kWh

Up to

500p/kWh

Up to 500p/kWh

Multi-tariff 4 tariffs 4 tariffs 4 tariffs

Communication M-bus Modbus Modbus BACnet LON

DI/DO 0/1 2/0 1/1 1/1 1/1 1/0

MID (EN50470-3) bbb bbb

Network 1P+N, 3P, 3P+N

support CTs

1P+N, 3P, 3P+N

support CTs & VTs

Accuracy class Class 0.5S (IEC 62053-22 and IEC61557-12) Class C (EN50470-3)(1)

Wiring capacity 6 mm² for currents and 4 mm² for voltages

Display max. LCD 99999999.9kWh or 99999999.9MWh

Voltage (L-L) 3 x 100/173 Vac to 3 x 277/480 Vac (50/60 Hz)

IP protection IP40 front panel and IP20 casing

Temperature -25°C to 55°C (K55)

Product size 10 steps of 9mm

Overvoltage & measurement Category III, Degree of pollution 2

kWh bbbbbbbb

kVARh b b b b

Active power bbbbb

Reactive power b b b b

Currents and voltages bbbbb

Overload alarm b b b b

Hour counter b b b b

(1) For 1 A CTs Class 1 (IEC6253-21 and IEC61557-12 Class B (EN50470-3)

2013 37

iEM3000 series dimensions

PB105302

PB105303

Acti 9 iEM3000 Series front aps open and closed

PB105305

PB105306

iEM3x50 and iEM3x55 Comm./terminal parts

1. Digital input for tariff control (iEM3155 / iEM3255)

2. Digital output (iEM3155/iEM3255)

3. Communication port

4. Yellow indicator for communication diagnosis

5. Display for measurement and conguration

6. Cancellation

7. Conrmtion

8. Selection

9 Flashing yellow meter indicator to check accuracy

10 Green indicator: on/off, error

Note: For further information please see the Installation Guide

and User Guide documents for these products.

Acti 9 iEM3000 Series parts

1. Digital inputs for tariff control (iEM3115 / iEM3215)

2. Display for measurement and conguration

3. Pulse out for remote transfer (iEM3110 / iEM3210)

4. Cancellation

5. Conrmation

6. Selection

7. Flashing yellow meter indicator to check accuracy

8. Green indicator: on/off, error

Meter model and description Current measurement Part no.

iEM3100 basic energy meter Direct connected 63 A A9MEM3100

iEM3110 energy meter with pulse output Direct connected 63 A A9MEM3110

iEM3115 multi-tariff energy meter Direct connected 63 A A9MEM3115

iEM3135 advanced multi-tariff energy meter &

electrical parameter plus M-Bus comm port

Direct connected 63 A A9MEM3135

iEM3150 energy meter & electrical parameter

plus Modbus RS485 comm port

Direct connected 63 A A9MEM3150

iEM3155 advanced multi-tariff energy meter &

electrical parameter plus Modbus RS485 comm

port

Direct connected 63 A A9MEM3155

iEM3165 advanced multi-tariff energy meter &

electrical parameter plus BACnet MS/TP comm

port

Direct connected 63 A A9MEM3165

iEM3175 advanced multi-tariff energy meter &

electrical parameter plus LON TP/FT-10 comm

port

Direct connected 63 A A9MEM3175

iEM3200 basic energy meter Transformer connected 5 A A9MEM3200

iEM3210 energy meter with pulse output Transformer connected 5 A A9MEM3210

iEM3215 multi-tariff energy meter Transformer connected 5 A A9MEM3215

iEM3235 advanced multi-tariff energy meter &

electrical parameter plus M-Bus comm port

Transformer connected 5 A A9MEM3235

iEM3250 energy meter & electrical parameter

plus Modbus RS485 comm port

Transformer connected 5 A A9MEM3250

iEM3255 advanced multi-tariff energy meter &

electrical parameter plus Modbus RS485 comm

port

Transformer connected 5 A A9MEM3255

iEM3265 advanced multi-tariff energy meter &

electrical parameter plus BACnet MS/TP comm

port

Transformer connected 5 A A9MEM3265

iEM3275 advanced multi-tariff energy meter &

electrical parameter plus LON TP/FT-10 comm

port

Transformer connected 5 A A9MEM3275

PB105313

PB1053241

Acti 9 iEM3000 Series Energy Meters

Functions and characteristics

Basic energy meters

2013

Product selection according

to measurement functions

(1) Measurement sensors included.

(2) Available with Micrologic E associated to Compact NS630b...3200, Masterpact NT, Masterpact NW.

(3) Active power or reactive power or apparent power.

Power-monitoring units

specification guide

Multi-circuit Metering Basic multi-function Metering Intermediate Metering Advanced Metering Advanced Utility Metering

BCPM EM4800 ION6200

PM3200/PM3210/

PM3250/PM3255

PM5100/PM5300/

PM5500

PM810/PM820/

PM850/PM870

ION7330/7350 ION 7550 ION 7650 CM4000T ION8650 ION8800

A B C A B C

General selection criteria

Installation Inside panel On DIN rail Flush mount Flush mount Flush mount Flush or DIN rail

mount

Flush mount DIN 192 standard

cutout–186x186 mm

Backplate mount ANSI socket, mount 9S, 35S, 36S;

FT21switchboard case

DIN 43862 rack

Use on LV distribution systems b b b b b b b b b b b

Use on LV and HV distribution systems

- - - - b b b b b b b

Current / voltage accuracy 1 % 0.5 % 0.5 % 1 % 0.5 % current

0.2 % voltage

0.5 % reading 0.1 % reading 0.07 % 0.1 % reading 0.1 % reading

Power / active energy accuracy 1 % 1 % Class 1 IEC 62053-21

Class 1 IEC 61557-12

Class 1

IEC 62053-21

Class 2

IEC 62053-23

Class 0.5 S

IEC 62053-22

For PM55xx:

Class 0.2 S

IEC 62053-22

For PM51/53xx:

Class 0.5 S

IEC 62053-22

Class 0.5S IEC

62053-22

Class 0.2S ANSI

12.20

0.5 % 0.20 % 0.20 % 0.20 % 0.20 %

Instantaneous rms values

Current b Phases b b b b b b b b b b b

b Neutral b b b b b b b b b b b

b Extended

Measurement

range

- - - - - - - b b - -

3 - Phase Voltage b b bb b b b b b b b

Voltage per phase b b bbb b b b b b b

Frequency b b bb b b b b b b b

Total power b Active b b bbb b b b b b b

b Reactive -bbbb b b b b b b

b Apparent -bbb b b b b b b b

Power per phase b Active b b bbb b b b b b b

b Reactive -bbbb b b b b b b

b Apparent - - bbb b b b b b b

Power factor b Total b b bbb b b b b b b

b Per phase b-bbb b b b b b b

Energy values

Active energy b b bbbIn/Out b b b b b

Reactive energy -bbbbIn/Out b b b b b

Apparent energy - - bb b b b b b b b

User-set accumulation mode - - - - - b b b b b b

Demand values

Current - Present and maximum values b-bbb b b b b b b

Total active power - Present and

maximum values

b b (3) bb b b b b b b b

Total reactive power - Present and

maximum values

-b (3) bb b b b b b b b

Total apparent power - Present and

maximum values

-b (3) bb b b b b b b b

Total predicted demand - kW, kVAR, kVA - - - - - b b b b b b

Synchronisation of calculation window - - - - - b b b b b b

User-set calculation mode - - - 1 parameter b b b b b b b

Other measurements

Hour counter -bbiEM31552and

iEM3255

b b - - - - -

2013

Product selection according

to measurement functions

(cont.)

Multi-circuit Metering Basic multi-function Metering Intermediate Metering Advanced Metering Advanced Utility Metering

BCPM EM4800 ION6200

PM3200/PM3210/

PM3250/PM3255

PM5100/PM5300/

PM5500

PM810/PM820/

PM850/PM870

ION7330/7350 ION 7550 ION 7650 CM4000T ION8650 ION8800

A B C A B C

General selection criteria

Installation Inside panel On DIN rail Flush mount Flush mount Flush mount Flush or DIN rail

mount

Flush mount DIN 192 standard

cutout–186x186 mm

Backplate mount ANSI socket, mount 9S, 35S, 36S;

FT21switchboard case

DIN 43862 rack

Use on LV distribution systems b b b b b b b b b b b

Use on LV and HV distribution systems

- - - - b b b b b b b

Current / voltage accuracy 1 % 0.5 % 0.5 % 1 % 0.5 % current

0.2 % voltage

0.5 % reading 0.1 % reading 0.07 % 0.1 % reading 0.1 % reading

Power / active energy accuracy 1 % 1 % Class 1 IEC 62053-21

Class 1 IEC 61557-12

Class 1

IEC 62053-21

Class 2

IEC 62053-23

Class 0.5 S

IEC 62053-22

For PM55xx:

Class 0.2 S

IEC 62053-22

For PM51/53xx:

Class 0.5 S

IEC 62053-22

Class 0.5S IEC

62053-22

Class 0.2S ANSI

12.20

0.5 % 0.20 % 0.20 % 0.20 % 0.20 %

Instantaneous rms values

Current b Phases b b b b b b b b b b b

b Neutral b b b b b b b b b b b

b Extended

Measurement

range

- - - - - - - b b - -

3 - Phase Voltage b b bb b b b b b b b

Voltage per phase b b bbb b b b b b b

Frequency b b bb b b b b b b b

Total power b Active b b bbb b b b b b b

b Reactive -bbbb b b b b b b

b Apparent -bbb b b b b b b b

Power per phase b Active b b bbb b b b b b b

b Reactive -bbbb b b b b b b

b Apparent - - bbb b b b b b b

Power factor b Total b b bbb b b b b b b

b Per phase b-bbb b b b b b b

Energy values

Active energy b b bbbIn/Out b b b b b

Reactive energy -bbbbIn/Out b b b b b

Apparent energy - - bb b b b b b b b

User-set accumulation mode - - - - - b b b b b b

Demand values

Current - Present and maximum values b-bbb b b b b b b

Total active power - Present and

maximum values

b b (3) bb b b b b b b b

Total reactive power - Present and

maximum values

-b (3) bb b b b b b b b

Total apparent power - Present and

maximum values

-b (3) bb b b b b b b b

Total predicted demand - kW, kVAR, kVA - - - - - b b b b b b

Synchronisation of calculation window - - - - - b b b b b b

User-set calculation mode - - - 1 parameter b b b b b b b

Other measurements

Hour counter -bbiEM31552and

iEM3255

b b - - - - -

Power-monitoring units

specification guide

2013

Product selection according

to measurement functions

(cont.)

(4) Maximum only.

(5) Self-powered.

(6) The ION8600 and ION8800 do trending with software but not from the meter's front panel.

(1) With PM810LOG

(2) Congurable.

(3) Except for interharmonics, signalling voltage, icker and transients.meter's

front panel.

Power-monitoring units

specification guide

Multi-circuit Metering Basic multi-function Metering Intermediate Metering Advanced Metering Advanced Utility Metering

BCPM EM4800 ION6200

PM3200/PM3210/

PM3250/PM3255

PM5100/PM5300/

PM5500

PM810/PM820/

PM850/PM870

ION7330/7350 ION 7550 ION 7650 CM4000T ION8650 ION8800

A B C A B C

Power quality measurement

Interharmonics - - - - - - - - b- - b

Total harmonic

distortion

Voltage - - b b b b b b b b b

Current b b b b b b b

Individual harmonic content

(current & voltage)

- - - - b31 (1) b b b b b

Waveform capture - - 0.5 % 1 % -0.5 % reading -b0.07 % b-b

Detection of voltage sags and swells - - Class 1 IEC 62053-21

Class 1 IEC 61557-12

-b - 0.5 % b0.20 % b b

Programmable (logic and mathematical

functions)

- - b-b-b b b b b

Detection & capture of transients - - - b b -b-20 µs b78 µs -20 µs -

Flicker - - - - - - - - b b b -b-

EN 50160 compliance checking - - - b b -b-b b b -b-

IEC 61000-4-30 compliance - - - bb-b-b b - - b-

True rms measurement

Maximum harmonic number

- 15 - b b 63 b63 b63 63

Sampling rate

Points per cycle

- - b32 b128 b256 1024 b256 1024

Data recording

Min/Max of instantaneous values - - bbb b b b b b b

Data logging - - bbb2 (1) b b b b b

Event logging - - bb b b b b b b b

Trend curves - - - - - - bb- - (6) -

Alarms b- - - - b bb-b b

Alarm notication via email - - - - - Optional with

PM8ECC Card

bb-b b

Sequence of Events Recording - - - - - - bb-b b (7

Date and time stamping - - - - - b (1) bb-b b

GPS time synchronisation - - - - - b (1) bb-b b

Storage capacity - - - - 256 kB / 1.1 MB 80 kB (1) 300 kB Up to 10 MB -10 MB 4 MB 2 MB Up to 10 MB

Display, sensors, inputs/outputs

Front-panel display -bbbb b b b b b b

Built-in current and voltage sensors - - bb b -b-b- -

Digital or analogue inputs

(max. number)

- 2 bb2/4 13 digit. / 4

analogue

4 20 b11 3

Pulse outputs -1 (PM9P) 2b1 1 4 1 b2 1

Digital or analogue outputs (max. number

including pulse outputs)

- - 2 - 2 5 digit. / 4

analogue

4 12 b14 13

Direct voltage connections

without external VT

277 V L-N

480 V L-L

277 V L-N

480 V L-L

400 V L-N

690 V L-L

-277 V L-N

400 V L-L

347 V L-N

600 V L-L

347 V L-N

600 V L-L

347 V L-N

600 V L-L

b277 V L-N (9S, 36S)

480 V L-L (35S)

288 V L-N

500 V L-L

Power supply

AC/DC version AC 90 - 277 V 100 - 240 V 20 V L-N / 35 V L-L

to 277 V L-N /480 V

L-L

115 to 415 ±10 %

V AC, 15 VA

45-67 Hz or

350-450 Hz

115 to 415 ±10 %

V AC, 15 VA

45-67 Hz or

350-450 Hz

95 - 240 VAC (+ 10%),

(47 - 440 Hz)

85 to 240 V -

120 to 227 V, 120 to 480 V (35S) /

57 to 70 V / 65 to 120 V / 160 to 277 V

85 to 240 V (+/- 10 %)

47-63 Hz

DC - 110 - 300 V 100 - 300 V 125-250V DC

±20%

125 to 250 ±20 %

V DC, 10W

120 - 310 VDC (+ 10%)

0.2 A worst case loading

(12 W) at 100 VAC at 25°C

110 to 300 V -

80 to 160 V / 200 to 350 V

110 to 270 V (+/- 10 %)

DC version -- - ---- - - - -

Communication

RS 485 port b-Option b b 2- wire (on board) 1/2 b-bOption

Infra-red port -- - - - -bb-b b

RS 232 port -- - - - With remote

display

-b-bOption

Modbus (M) M M M M M M M M - M M

2013

Multi-circuit Metering Basic multi-function Metering Intermediate Metering Advanced Metering Advanced Utility Metering

BCPM EM4800 ION6200

PM3200/PM3210/

PM3250/PM3255

PM5100/PM5300/

PM5500

PM810/PM820/

PM850/PM870

ION7330/7350 ION 7550 ION 7650 CM4000T ION8650 ION8800

A B C A B C

Power quality measurement

Interharmonics - - - - - - - - b- - b

Total harmonic

distortion

Voltage - - b b b b b b b b b

Current b b b b b b b

Individual harmonic content

(current & voltage)

- - - - b31 (1) b b b b b

Waveform capture - - 0.5 % 1 % -0.5 % reading -b0.07 % b-b

Detection of voltage sags and swells - - Class 1 IEC 62053-21

Class 1 IEC 61557-12

-b - 0.5 % b0.20 % b b

Programmable (logic and mathematical

functions)

- - b-b-b b b b b

Detection & capture of transients - - - b b -b-20 µs b78 µs -20 µs -

Flicker - - - - - - - - b b b -b-

EN 50160 compliance checking - - - b b -b-b b b -b-

IEC 61000-4-30 compliance - - - bb-b-b b - - b-

True rms measurement

Maximum harmonic number

- 15 - b b 63 b63 b63 63

Sampling rate

Points per cycle

- - b32 b128 b256 1024 b256 1024

Data recording

Min/Max of instantaneous values - - bbb b b b b b b

Data logging - - bbb2 (1) b b b b b

Event logging - - bb b b b b b b b

Trend curves - - - - - - bb- - (6) -

Alarms b- - - - b bb-b b

Alarm notication via email - - - - - Optional with

PM8ECC Card

bb-b b

Sequence of Events Recording - - - - - - bb-b b (7

Date and time stamping - - - - - b (1) bb-b b

GPS time synchronisation - - - - - b (1) bb-b b

Storage capacity - - - - 256 kB / 1.1 MB 80 kB (1) 300 kB Up to 10 MB -10 MB 4 MB 2 MB Up to 10 MB

Display, sensors, inputs/outputs

Front-panel display -bbbb b b b b b b

Built-in current and voltage sensors - - bb b -b-b- -

Digital or analogue inputs

(max. number)

- 2 bb2/4 13 digit. / 4

analogue

4 20 b11 3

Pulse outputs -1 (PM9P) 2b1 1 4 1 b2 1

Digital or analogue outputs (max. number

including pulse outputs)

- - 2 - 2 5 digit. / 4

analogue

4 12 b14 13

Direct voltage connections

without external VT

277 V L-N

480 V L-L

277 V L-N

480 V L-L

400 V L-N

690 V L-L

-277 V L-N

400 V L-L

347 V L-N

600 V L-L

347 V L-N

600 V L-L

347 V L-N

600 V L-L

b277 V L-N (9S, 36S)

480 V L-L (35S)

288 V L-N

500 V L-L

Power supply

AC/DC version AC 90 - 277 V 100 - 240 V 20 V L-N / 35 V L-L

to 277 V L-N /480 V

L-L

115 to 415 ±10 %

V AC, 15 VA

45-67 Hz or

350-450 Hz

115 to 415 ±10 %

V AC, 15 VA

45-67 Hz or

350-450 Hz

95 - 240 VAC (+ 10%),

(47 - 440 Hz)

85 to 240 V -

120 to 227 V, 120 to 480 V (35S) /

57 to 70 V / 65 to 120 V / 160 to 277 V

85 to 240 V (+/- 10 %)

47-63 Hz

DC - 110 - 300 V 100 - 300 V 125-250V DC

±20%

125 to 250 ±20 %

V DC, 10W

120 - 310 VDC (+ 10%)

0.2 A worst case loading

(12 W) at 100 VAC at 25°C

110 to 300 V -

80 to 160 V / 200 to 350 V

110 to 270 V (+/- 10 %)

DC version -- - ---- - - - -

Communication

RS 485 port b-Option b b 2- wire (on board) 1/2 b-bOption

Infra-red port -- - - - -bb-b b

RS 232 port -- - - - With remote

display

-b-bOption

Modbus (M) M M M M M M M M - M M

Product selection according

to measurement functions

(cont.)

Power-monitoring units

specification guide

2013

PowerLogic BCPM

Functions and characteristics

PE86166

PowerLogicTM BCPM board

The ideal solution for data centre managers, engineers and operational executives

who are responsible for delivering power to critical applications. In corporate and

hosted data centre facilities, this technology helps you plan and optimise the critical

power infrastructure to meet the demands of continuous availability.

The PowerLogic BCPM is a highly accurate, full-featured metering product designed

for the unique, multi-circuit and minimal space requirements of a high performance

power distribution unit (PDU) or remote power panel (RPP).

The BCPM monitors up to 84 branch circuits with a single device and also monitors

the incoming power mains to provide information on a complete PDU. Full alarming

capabilities ensure that potential issues are dealt with before they become problems.

Unlike products designed for specic hardware, the exible BCPM will t any PDU or

RPP design and supports both new and retrot installations. It has exceptional

dynamic range and accuracy, and optional feature sets to meet the energy

challenges of mission critical data centres.

Applications

Data Centre load monitoring and alarming

Comprehensive monitoring of lighting control panels

Maximise uptime and avoid outages.

Optimise existing infrastructure.

Effectively plan future infrastructure needs.

Improve power distribution efciency.

Track usage and allocate energy costs.

Enable accurate sub-billing.

Main characteristics

Monitor up to 84 branch circuits with a single BCPM.

Ideal for installation in both new PDUs and retrot projects

New installations: BCPM with solid core CTs monitors up to 84 branch circuits

using 2 or 4 CT strips. Solid core CTs are rated to 100 A CTs and are mounted on

strips to simplify installation. CT strips are available with 12, 15 or 21 CTs per strip on

18 mm spacings. 21 CT strips with 3/4” or 1” spacings are also available.

Retrot projects: BCPMSC with split core CTs is ideal for retrots. Any number of

split core CTs, up to 84 maximum, can be installed with a single BCPM. Three sizes

of CT are supported (50 A, 100 A, and 200 A) and all three CT sizes can be used on a

single BCPM. Adapter boards with terminals for split-core CTs can be mounted using

DIN-rail, Snaptrack or on a common mounting plate with the main board (42 ch Y63

models only).

IEC Class 1 metering accuracy

Accurately monitor very low current levels, down to a quarter-Amp.

Easily differentiate between the ow of low current and a trip where no current ows.

Designed to t any PDU or RPP design

Lowers your total installation costs as well as the cost per meter point by supporting

both new and retrot installations.

Modbus RTU protocol

Integrates easily into existing networks using Modbus communications. Optional

Ethernet interfaces:

Optional Ethernet interfaces

Add Modbus TCP support with a Modbus gateway (EGX) or BACnet IP (and MS/TP)

with the E8950*.

Compatible with PowerLogic power monitoring software

Easily turn the large amount of data collected by the devices into useful decision-

making information.

Flexible Conguration capability

Set the ordering and orientation of CT strips, assign individual CT size and phases,

support for 1, 2, and 3-pole breakers.

Multi-circuit metering

PowerLogicTM BCPM split core 12, 18, and 21 CTs strips

PE86281

PowerLogicTM BCPM split core CT

4242

2013

PowerLogic BCPM

Functions and characteristics (cont.)

PowerLogic BCPM

1 50-pin ribbon cable connectors (data acquisition board).

2 Auxiliary inputs.

3 Control (mains) power connection.

4 Control power fuse.

5 Alive LED.

6 Voltage taps.

7 Communications address DIP switches.

8 Communications settings DIP switch.

9 RS-485 2 connection.

10 RS-485 LEDs.

Selection guide BCPMA BCPMB BCPMC

General

Use on LV systems b b b

Power and energy measurements

Mains b b -

Branch circuits b- -

Instantaneous rms values

Current, voltage, frequency b b -

Active power Total and per phase bb (mains only) -

Power factor Total and per phase bb (mains only) -

Energy values

Active energy bb (mains only) -

Demand values

Total active power Present and max.

values

bb (mains only) -

Power quality measurements

Detection of over-voltage/under-voltage b b -

Sampling rate Points per cycle 2560 Hz 2560 Hz 2560 Hz

Alarming

Alarms b b b

Power supply

AC version 90-277 V ac 90-277 V ac 90-277 V ac

Communication

RS 485 port 1 1 1

Modbus protocol b b b

Modbus RTU (Ethernet) optional, add EGX b b b

BACnet IP (Ethernet) optional, add E8950 b b b

BACnet MS/TP (RS 485) optional, add E8950 b b b

BCPM part numbers

Item Code Description

1 Model BCPM BCPM with solid core CTs. Highly accurate

meter that monitors branch circuits and the

incoming power mains and includes full

alarming capabilities

Example BCPM with solid core CTs part number. 2Feature set AAdvanced - Monitors power & energy per

circuit & mains

1 Model.

2 Feature set.

3 CT spacing (solid-core models only)

4 Number of circuits.

5 Brand.

BIntermediate - Monitors current per circuit,

power and energy per mains

CBasic - Monitors current only per circuit & mains

3CT spacing 019 mm CT spacing

126 mm CT spacing

218 mm CT spacing

4Number of circuits 84 84 circuits, (4) 21CT strips

72 72 circuits, (4) 18CT strips (18 mm spacing only)

42 42 circuits, (2) 21CT strips

5 Brand S Schneider Electric

BCPM with split core CTs

Model BCPMSC BCPM with split core CTs. Highly accurate

meter that monitors branch circuits and the

incoming power mains and includes full

alarming capabilities

2Feature set AAdvanced - Monitors power and energy per

circuit and mains

BIntermediate - Monitors current per circuit,

power and energy per mains

CBasic - Monitors current only per circuit and mains

4Number of circuits 142 circuits (no CTs, order separately)

284 circuits (no CTs, order separately)

Y63 42 circuits with main and adapter boards on

single mounting plate

30 30 split core CTs (50 A)

42 42 split core CTs (50 A)

60 60 split core CTs (50 A)

84 84 split core CTs (50 A)

5 Brand S Schneider Electric

Multi-circuit metering

BCPM A0

84 S

The PowerLogic BCPM uses .333 VAC output split-core

CTs for the auxiliary inputs. These CTs are ordered

separately from the BCPM.

PE86168

43 43

2013

PowerLogic BCPM

Functions and characteristics (cont.)

Multi-circuit metering

PowerLogic BCPM specications

Electrical characteristics

Type of measurement

Accuracy Power/energy IEC 62053-21 Class 1, ANSI C12.1-2008

Voltage ±0.5% of reading 90-277V line-to-neutral

Solid Core CT:

50A Split-Core CT:

100A Split-Core CT:

200A Split-Core CT:

±0.5%

±1%

±0.5%

±1%

Data update rate 1.8 seconds

Input-voltage

characteristics

Measured voltage 150 – 480 V ac L-L (1) 90

– 277 V ac L-N (1)

Measurement range 150 – 480 V ac L-L (1) 90

– 277 V ac L-N (1)

Power supply AC 90 – 277 V ac (50/60 Hz)

Mechanical characteristics

Weight 1.5 kg

Dimensions Circuit board 288 x 146 mm

Environmental conditions

Operating temperature 0 to 60ºC

Storage temperature -40ºC to 70ºC

Installation category CAT III

Safety

Europe IEC 61010

U.S. and Canada UL 508 Open type device

Communication

RS 485 Baud rate: DIP-switch selectable 9600, 19200,

38400

DIP-switch selectable 2-wire or 4-wire RS-485

Protocol Modbus RTU. Modbus TCP can be added with

optional gateway (EGX). BACnet MS/TP and

BACnet IP available with optional gateway

(E8950) (2)

Firmware characteristics

Detection of over-voltage/under-voltage User-dened alarm thresholds for over-voltage

and under-voltage detection

Alarms Four alarm levels: high-high, high, low and

low-low (users dene the setpoints for each).

Each alarm has a latching status to alert the

operator that an alarm has previously occurred.

High and Low alarms have instantaneous status

to let the operator know if the alarm state is still

occurring.

Firmware update Update via the RS-485 port

(1) Feature sets ‘A’ and ‘B’ only.

(2) E8950 supports the BCPMAxx42,BCPMBxxx, BCPMCxxxx, BCPMSCBxx, and

BCPMSCCxx - (BCPMAx84 and BCPMSCAxx models are not supported).

1/3 V low-voltage CT (LVCT) specications

Electrical characteristics

Accuracy 1% from 10% to 100% of rated current

Frequency range 50/60 Hz

Leads 18 AWG, 600 V ac, UL 1015 twisted pair, 1.8m

standard length

Max. voltage L-N sensed conductor 600 V ac

Environmental conditions

Operating temperature -15ºC to 60ºC

Storage temperature -40ºC to 70ºC

Humidity range 0 to 95% non-condensing

4444

2013

PowerLogic BCPM

Functions and characteristics (cont.)

Multi-circuit metering

BCPM part numbers for solid and split core CTs (contd.)

Part number Description

BCPMA084S BCPM Advanced feature set, 84 solid core 100 A CTs, 19 mm CT spacing

BCPMA184S BCPM Advanced feature set, 84 solid core 100 A CTs, 26 mm CT spacing

BCPMA042S BCPM Advanced feature set, 42 solid core 100 A CTs, 19 mm CT spacing

BCPMA142S BCPM Advanced feature set, 42 solid core 100 A CTs, 26 mm CT spacing

BCPMA224S BCPM Advanced feature set, 24 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMA236S BCPM Advanced feature set, 36 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMA242S BCPM Advanced feature set, 42 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMA248S BCPM Advanced feature set, 48 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMA272S BCPM Advanced feature set, 72 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMA284S BCPM Advanced feature set, 84 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMB084S BCPM Intermediate feature set, 84 solid core 100 A CTs, 19 mm CT spacing

BCPMB184S BCPM Intermediate feature set, 84 solid core 100 A CTs, 26 mm CT spacing

BCPMB042S BCPM Intermediate feature set, 42 solid core 100 A CTs, 19 mm CT spacing

BCPMB142S BCPM Intermediate feature set, 42 solid core 100 A CTs, 26 mm CT spacing

BCPMB224S BCPM Intermediate feature set, 24 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMB236S BCPM Intermediate feature set, 36 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMB242S BCPM Intermediate feature set, 42 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMB248S BCPM Intermediate feature set, 48 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMB272S BCPM Intermediate feature set, 72 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMB284S BCPM Intermediate feature set, 84 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMC084S BCPM Basic feature set, 84 solid core 100 A CTs, 19 mm CT spacing

BCPMC184S BCPM Basic feature set, 84 solid core 100 A CTs, 26 mm CT spacing

BCPMC042S BCPM Basic feature set, 42 solid core 100 A CTs, 19 mm CT spacing

BCPMC142S BCPM Basic feature set, 42 solid core 100 A CTs, 26 mm CT spacing

BCPMC224S BCPM Basic feature set, 24 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMC236S BCPM Basic feature set, 36 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMC242S BCPM Basic feature set, 42 solid core 100 A CTs (2 strips), 18 mm CT spacing

BCPMC248S BCPM Basic feature set, 48 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMC272S BCPM Basic feature set, 72 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPMC284S BCPM Basic feature set, 84 solid core 100 A CTs (4 strips), 18 mm CT spacing

BCPM with split core

BCPMSCA1S BCPM feature set A, 42 circuit split core CT power and energy meter, CTs sold

separately

BCPMSCA2S BCPM feature set A, 84 circuit split core CT power and energy meter, CTs sold

separately

BCPMSCA30S BCPM feature set A, 30 circuit split core CT power and energy meter, CTs rated to 50 A

BCPMSCA42S BCPM feature set A, 42 circuit split core CT power and energy meter, CTs rated to 50 A

BCPMSCA60S BCPM feature set A, 60 circuit split core CT power and energy meter, CTs rated to 50 A

BCPMSCAY63S BCPM feature set A, 42 circuit split core power and energy meter - all boards on

backplate, 50A CTs

BCPMSCA84S BCPM feature set A, 84 circuit split core CT power and energy meter, CTs rated to 50 A

BCPMSCB1S BCPM feature set B, 42 circuit split core CT branch current, mains power meter, no CTs

BCPMSCB2S BCPM feature set B, 84 circuit split core CT branch current, mains power meter, no CTs

BCPMSCB30S BCPM feature set B, 30 circuit split core CT branch current, mains power meter, 50 A CTs

BCPMSCB42S BCPM feature set B, 42 circuit split core CT branch current, mains power meter, 50 A CTs

BCPMSCB60S BCPM feature set B, 60 circuit split core CT branch current, mains power meter, 50 A CTs

BCPMSCBY63S BCPM feature set B, 42 circuit split core CT branch current, mains - all boards on backplate,

50 A CTs

BCPMSCB84S BCPM feature set B, 84 circuit split core CT branch current, mains power meter, 50 A CTs

BCPMSCC1S BCPM feature set C, 42 circuit split core CT current meter, CTs sold separately

BCPMSCC2S BCPM feature set C, 84 circuit split core CT current meter, CTs sold separately

BCPMSCC30S BCPM feature set C, 30 circuit split core CT current meter, CTs rated to 50 A

BCPMSCC42S BCPM feature set C, 42 circuit split core CT current meter, CTs rated to 50 A

BCPMSCC60S BCPM feature set C, 60 circuit split core CT current meter, CTs rated to 50 A

BCPMSCCY63S BCPM feature set C, 42 circuit split core CT current meter , all boards on backplate,

50A CTs 50 A

BCPMSCC84S BCPM feature set C, 84 circuit split core CT current meter, CTs rated to 50 A

PE86284

cbl022.jpg

Flat ribbon cable

Round ribbon cable

Cabling and connection

Round ribbon cable is recommended for use

when

the BCPM printed circuit board will be mounted

outside of the PDU that is being monitored.

Round ribbon cable is the prefered choice when

the ribbon cable will be threaded through

conduit.

Flat ribbon cable is recommended for projects

where the BCPM printed circuit board will be

installed inside of the PDU that is being

monitored.

Flat ribbon cable is more exible than round

ribbon cable and is the preferred choice if the

ribbon cable will not be threaded through conduit.

45 45

2013

PowerLogic BCPM

Functions and characteristics (cont.)

Multi-circuit metering

BCPM split core accessories

BCPMSCADPBS BCPM adapter boards, quantity 2, for split core BCPM

BCPMSCCT0 BCPM 50 A split core CTs, Quantity 6, 1.8 m lead lengths

BCPMSCCT0R20 BCPM 50 A split core CTs, quantity 6, 6 m lead lengths

BCPMSCCT1 BCPM 100 A split core CTs, Quantity 6, 1.8 m lead lengths

BCPMSCCT1R20 BCPM 100 A split core CTs, Quantity 6, 6 m lead lengths

BCPMSCCT3 BCPM 200 A split core CTs, Quantity 1, 1.8 m lead lengths

BCPMSCCT3R20 BCPM 200 A split core CTs, Quantity 1, 6 m lead lengths

Additional accessories for use with BCPM products

BCPMCOVERS BCPM circuit board cover

BCPMREPAIR CT repair kit for solid core BCPM (includes one CT)

H6803R-0100 Additional 108 split core CT for use with solid core repair kit

E8950 Modbus to BACnet protocol converter

CBL008 Flat Ribbon cable (quantity 1) for BCPM, length = 0.45 m

CBL016 Flat Ribbon cable (quantity 1) for BCPM, length = 1.2 m

CBL017 Flat Ribbon cable (quantity 1) for BCPM, length = 1.5 m

CBL018 Flat Ribbon cable (quantity 1) for BCPM, length = 1.8 m

CBL019 Flat Ribbon cable (quantity 1) for BCPM, length = 2.4 m

CBL020 Flat Ribbon cable (quantity 1) for BCPM, length = 3.0 m

CBL021 Flat Ribbon cable (quantity 1) for BCPM, length = 6.1 m

CBL022 Round Ribbon cable (quantity 1) for BCPM, length = 1.2 m

CBL023 Round Ribbon cable (quantity 1) for BCPM, length = 3 m

CBL024 Round Ribbon cable (quantity 1) for BCPM, length = 6.1 m

CBL033 Round Ribbon cable (quantity 1) for BCPM, length = 2.4 m

1/3 V low-voltage CT part numbers

Part number Amperage rating Inside dimensions

LVCT00102S 100 A 31 mm x 100 mm

LVCT00202S 200 A 31 mm x 100 mm

LVCT00302S 300 A 31 mm x 100 mm

LVCT00403S 400 A 62 mm x 132 mm

LVCT00603S 600 A 62 mm x 132 mm

LVCT00803S 800 A 62 mm x 132 mm

LVCT00804S 800 A 62 mm x 201 mm

LVCT01004S 1000 A 62 mm x 201 mm

LVCT01204S 1200 A 62 mm x 201 mm

LVCT01604S 1600 A 62 mm x 201 mm

LVCT02004S 2000 A 62 mm x 201 mm

LVCT02404S 2400 A 62 mm x 201 mm

Solid core CT part numbers

Part number Amperage rating Inside dimensions

E682A051V3 50A 10 mm

E682A101V3 100A 10 mm

E682C201V3 200A 25 mm

E682D401V3 400A 33 mm

PE86183

E682large

PowerLogicTM BCPM split core CTs

PowerLogicTM BCPM solid core CTs (small, medium, large)

E682small

E682medium

The PowerLogicTM BCPM uses .333 VAC output

split-core CTs for the auxiliary inputs. These

CTs are ordered separately from the BCPM.

4646

2013

PowerLogic BCPM 0

Dimensions and connection

Multi-circuit metering

PowerLogic BCPM dimensions

Small form factor

100/200/300 Amp

A = 96 mm

B = 30 mm

C = 31 mm

D = 30 mm

E = 100 mm

F = 121 mm

Large form factor

800/1000/1200/

1600/2000/2400 Amp

A = 125 mm

B = 139 mm

C = 62 mm

D = 30 mm

E = 201 mm

F = 151 mm

Medium form factor

400/600/800 Amp

A = 125 mm

B = 73 mm

C = 62 mm

D = 30 mm

E = 132 mm

F = 151 mm

PE86183

1/3 V low-voltage CT form factor

Solid core CT dimensions

47 47

2013

Multi-circuit metering PowerLogic BCPM 0

Dimensions and connection

211 mm

146 mm

122 mm

184 mm

228 mm

PowerLogic BCPM dimensions

PE86183

1.0”

(26 mm)

1.0”

(26 mm)

2.75”

(70 mm)

4.6”

(117 mm)

PE86286

PowerLogic BCPM adapter board (one board

per 21 split core branch CTs)

4848

2013

Multi-circuit metering

PowerLogic BCPM with solid core CT strips installation details

PE86171

PowerLogic BCPM with split core CTs installation details

PE86287

Mains monitoring

(CTs ordered separately)

BCPM PCB

Transducers (1/3 Vac)

Circuit monitoring

4 CT strips monitor 84 circuits

PowerLogic BCPM 0

Dimensions and connection

49 49

EM4800 series

Functions and characteristics

Multi-circuit energy meters

PE86326 PE86325

EM4800 series multi-circuit energy meter

front (above), installed in panel (below)

The compact PowerLogic EM4800 series multi-circuit energy meter from Schneider

Electric enables reliable metering of individual tenants with a low installation

cost-per-point by combining revenue-accurate electricity sub-metering with

advanced communications technology.

The EM4800 is ideal for multi-tenant or departmental metering applications within

ofce towers, condominiums, apartment buildings, shopping centres and other

multi-user environments.

The PowerLogic EM4800 series meters monitor up to 24 tenants with a single

device. Multiple meters can be combined to support an unlimited number of suites.

Three meter models offer a choice of CT secondary ratings and installation options:

PowerLogic EM4805: 5 A, split- or solid-core CTs

PowerLogic EM4833: 0.333 V, split- or solid-core CTs

PowerLogic EM4880: 80 mA, solid-core CTs

Applications

Multi-tenant metering.

Energy management.

Energy cost allocation.

Utility bill verication.

Main characteristics

Compact, maintenance-free design

Requires no oor space.

Hi-density, exible connection

From single-pole to single- or three-phase metering -- supports up to 24 circuits.

Select the connection type using an intuitive conguration tool.

Direct connection

For 100 - 300 V ac L-N electrical distribution systems:

120/240 V, 120/208 V, 230/240 V, 220/380 V, 240/415 V, 277/480 V

Multiple CT types

Support a variety of needs in both new and retrot installations.

1/3 V output CT option does not require shorting blocks, making it the ideal choice for

retrot installations.

No rewiring required

Use existing wiring to connect to existing panels.

Integrated communications

Onboard Ethernet and modem allows for easy integration into existing

communications networks.

Part numbers

Model Description Part number

EM4805 24 x 5 A inputs, 230/240 V control power, 50 Hz METSEEM480525

24 x 5 A inputs, 120 V control power, 60 Hz METSEEM480516

24 x 5 A inputs, 230/240 V control power, 60 Hz METSEEM480526

EM4833 24 x 333 mV inputs, 230/240 V control power, 50 Hz METSEEM483325

24 x 333 mV inputs, 120 V control power, 60 Hz METSEEM483316

24 x 333 mV inputs, 230/240 V control power, 60 Hz METSEEM483326

EM4880 24 x 80 mA inputs, 120 V control power, 60 Hz METSEEM488016

24 x 80 mA inputs, 230/240 V control power, 60 Hz METSEEM488026

2013

EM4800 series

Functions and characteristics (cont.)

PE86327A

PowerLogic EM4800 series digital panel meter.

Selection guide EM4805 EM4833 EM4880

General

Use on LV systems b b b

Accuracy +/- 0.5% b b b

Accuracy compliance ANSI C12.1 and C12.20 Class

0.5;

IEC 62053-22, Class 0.5S

b b b

Maximum circuits:

single-pole / single phase /

three-phase

24 / 12 / 8 b b b

Instantaneous rms values

Energy real, kWh received/delivered b b b

reactive, kvarh received/

delivered

b b b

apparent, VAh b b b

Voltage b b b

Pulse counts b b b

Voltage and current V rms, I rms per phase b b b

Power real, reactive, apparent b b b

Power factor b b b

Measurements available for data logging

Energy real, kWh received/delivered b b b

reactive, kvarh received/

delivered

b b b

apparent, VAh b b b

Voltage b b b

Display

Backlit LCD display 2 lines of 16 characters b b b

Optional remote modular display available b b b

Communication

Ethernet port b b b

V.90 modem port b b b

Pulse inputs 2b b b

Protocols: Modbus TCP/IP, HTTP, BACnet/IP, FTP, and SNTP b b b

Installation options

5 A CTs b

0.333 V CTs b

80 mA CTs b

Split core CT b b

Solid core CT b b b

Remore modular display b b b

Multi-circuit energy meters

2013 51

EM4800 series

Functions and characteristics (cont.)

Multi-circuit energy meters

Electrical characteristics

Input-voltage

characteristics

Inputs V1, V2, V3, Vn

Measured voltage 80 - 480 V AC L-L without PTs

Up to 999 kV with external PTs

Frequency range 50/60 Hz

Mechanical characteristics

Weight EM4805 approx. 5.4 kg

EM4833 / EM4880 approx. 4.0 kg

Dimensions EM4805 33.5 cm x 44 cm x 5.5 cm

(13.125 in x 17 in x 2.125 in)

EM4833 / EM4880 33.5 cm x 30.5 cm x 5.5 cm

(13.125 in x 12 in x 2.125 in)

Environmental conditions

Operating temperature -40°C to +70°C

Storage temperature -40°C to +70°C

Humidity rating 0% to 90 % RH non-condensing

Enclosure Type 1 (indoor or enclosed outdoor use)

Altitude 3000 m

Pollution degree 2

Safety and standards

UL Certied to IEC/EA/CSA 61010-1

CSA-C22.2 No 61010-1-04

FCC Part 15 Class B

ICES-003 EN55022, IEC 6100-4-5

ANSI/TIA968-A: 2002

Communication

Ports Ethernet

V.90 modem

Pulse inputs 2

Protocols: Modbus TCP/IP, HTTP, BACnet/IP,

FTP, and SNTP

Display characteristics

Integrated backlit LCD display 2 ines, 16 digits per line display;

R / L arrow buttons select metering point;

Display button cycles through measurements

per point.

2013

Basic multi-function metering

PE86127

The PowerLogic ION6200 meter offers outstanding quality, versatility, and

functionality in a low-cost, ultra-compact unit. The meter is simple to use and offers a

big, bright LED display for superior readability in poor lighting conditions.

Complete with four-quadrant power, demand, energy, power factor, and frequency

measurements, this versatile unit is easy to wire and mount. It offers an excellent

upgrade path that lets you start with a low-cost base model and add enhanced

functionality over the long term.

The ION6200 meter lets you upgrade functionality in the eld by activating the base

unit. Rather than carry a large inventory of pre-congured meters, genset and

electrical equipment manufacturers, panel shops, EMS manufacturers and energy

service providers can each adapt meter functionality to specic applications as

required.

Applications

Class 0.5S metering and sub-metering

Replace multiple analogueue meters

Basic metering

Cost allocation

Substation monitoring

Main characteristics

High visibility front panel display

The ION6200 displays all basic power parameters on a bright LED display with

twelve 19 mm high digits.

Megawatt option

The Megawatt option displays all power and energy values in millions (e.g.

megawatts) and volts in thousands (kilovolts), using a different front panel faceplate

than the standard meter, with labels for kV, MW, MVA, Mvar, MWh, MVAh and Mvarh.

Complete communications

Optional RS 485 port with standard Modbus RTU and ION compatible protocol; data

rates from 1,200 bps to 19,200 bps.

Modularity

The ION6200’s modular construction allows for simple retrot, allowing you to save

money by making a low initial investment that can be upgraded to meet future needs.

Easy to use

Fast setup via display or software; free conguration software; and a bright, easy to

read LED display make the ION6200 easy to use.

Accuracy certication

This meter offers IEC 60687 Class 0.5S accuracy for use as a tariff meter.

Revenue metering option

Provides power and energy measurements that are certied for revenue metering

and protection against unauthorized alteration of these measured quantities.

Flexible architecture

Patented ION® technology provides a modular, exible architecture that offers

extensive user programmability. It uniquely addresses complex monitoring and

control applications, and adapts to changing needs, avoiding obsolescence.

Multiple installation options

Supports Direct 4-wire Wye, 3-wire Wye, 3-wire Delta, Direct Delta and

single phase congurations

PowerLogic ION6200.

Part numbers

PowerLogic ION6200 meters

PowerLogic ION6200 M6200

See page 56 for part number descriptions and options.

ION6200

Functions and characteristics

2013 53

Basic multi-function metering

PE86079

1 Current inputs

2 COM1 port

3 Power supply

4 D2: Form A digital out

5 Voltage inputs

6 D1: Form A digital out

Selection guide ION6200

Standard

ION6200

EP #1*

ION6200

EP #2*

General (N) (P) (R)

Use on LV and HV systems b b b

Current and voltage accuracy(1) 0.3% 0.3% 0.3%

Energy and power accuracy 0.5% 0.5% 0.5%

Number of samples per cycle 64 64 64

Instantaneous RMS values

Current and voltage(2) b b b

Frequency - b b

Active power Total - b b

per phase - - b

Reactive and apparent power Total - - b

per phase - - b

Power factor Total - b b

per phase - - b

Energy values

Active energy(3) -b b

Reactive, apparent energy(3) - - b

Demand values

Current Present and max. -b b

Active power Present - - b

Max. - b b

Reactive and apparent power Present and max. - - b

Power quality measurements

Harmonic distortion(2) Current, voltage - - b

Display and I/O

LED display b b b

Pulse output b b b

Direct voltage connection (V ac) 400/690 400/690 400/690

Communication

RS-485 port b b b

ION compatibility b b b

Modbus RTU protocol b b b

(*) EP = ’Enhanced package.’

(1) For L-N only. L-L = 0.5% reading accuracy.

(2) Some values not available when Volts Mode is set to Delta or Delta Direct.

(3) Additional energy values available on Standard and EP#1 models through pulse output.

13456

ION6200

Functions and characteristics (cont.)

2013

Basic multi-function metering

PE86127

PowerLogic ION6200.

Electrical characteristics

Type of measurement True rms electrical parameters

Up to 64 samples/cycle

Measurement

accuracy

Current ≥ 5% of full scale: 0.3% reading

< 5% of full scale 0.3% reading + 0.05% full scale

I4 derivation 0.6% reading + 0.05% full scale

Voltage L-N 0.3% reading, L-L 0.5% reading

Power IEC 60687 Class 0.5

ANSI 12.20 Class 0.5

Frequency 0.1% reading

Power factor 1.0% reading

Energy IEC 60687 Class 0.5

ANSI 12.20 Class 0.5

Harmonic distortion Total harmonic distortion + 1.0%

Input-voltage

characteristics

Measured voltage(1) 60-400 LN (103.5-690 LL) V ac RMS (3 phase)

60-400 LN V ac (single phase)

Measurement range 60-400 LN V ac

Impedance 2 MW /phase

Inputs V1, V2, V3, Vref

Overload 1500 V ac RMS continuous

Dielectric withstand >3250 V ac RMS; 60 Hz for 1 minute

Input-current

characteristics

Rated Inputs(1) 5 A nominal /10 A full scale RMS (+20%

overrange with full accuracy, 300 V RMS to

ground)

Permissible overload 120 A RMS for 1 second, non-recurring

Starting current 0.005 A RMS

Burden 0.05 VA (typical) @ 5 A RMS

Inputs I1, I2, I3

Dielectric withstand 3000 V RMS for 1 minute

Power supply AC Standard: 100-240 V ac, 50-60 Hz

480 V: 480 V ac +/- 5%, 60 Hz

DC Standard: 110-300 V dc

Low Voltage DC: 20-60 V dc

Input/outputs Digital outputs 2 optically isolated digital outputs for KY pulsing

or control

Max forward current: 150 mA

Max voltage: 200 V

Max current: 150 mA

RS-485 port Optically isolated

Mechanical characteristics

Weight 0.68 kg (shipping)

IP degree of protection (IEC 60529) Meter with display: front IP 65, back IP 30;

Transducer unit (no integrated display): IP 30

Remote display unit: front IP 65; back IP 30

Dimensions Basic unit installed depth: 106.7x106.7x40.6 mm

Remote display: 106.7x106.7x22.9 mm

Environmental conditions

Operating temperature -20°C to 70°C ambient air

Storage temperature -40°C to 85°C

Humidity rating 5% to 95% non-condensing

Pollution degree 2

Installation category III (Distribution)

Electromagnetic compatibility

Electrostatic discharge IEC 61000-4-2 (EN61000-4-2/IEC801-2)

Immunity to radiated elds IEC 61000-4-3 (EN61000-4-3/IEC801-3)

Immunity to fast transients IEC 61000-4-4 (EN61000-4-4/IEC801-4)

Surge immunity IEC 61000-4-5 (EN61000-4-5/IEC801-5)

Conducted immunity IEC 61000-4-6 (EN61000-4-6/IEC801-6)

Electromagnetic compatibility for industrial

environments

IEC 61000-6-2

Safety

cUL compliant to CSA C22.2 No. 1010-1

IEC1010-1 (EN61010-1)

UL 3111-1

Communications

RS 485 port Up to 19 200 bps, Modbus RTU, ION compatible

protocol

Display characteristics

Bright LED display 19 mm high digits

Displays all basic power parameters

Easy setup for common conguration

parameters

Password protection on setup parameters

Password protection for demand reset

(1) The meter inputs can be used with PTs that have secondaries rated between 50 V ac and

347 V ac +25%. Use CTs that are compliant with the electrical safety code in your region.

ION6200

Functions and characteristics (cont.)

2013 55

Basic multi-function metering

Part Numbers

Item Code Description

PE86080

1 Model M6200 ION6200 Meter Kit: ION6200 Meter base, Options Card and

Power Supply

Example product part number.

1 Model.

2 Form factor.

3 Current inputs.

4 Voltage inputs.

5 Power supply.

6 System frequency.

7 Communications.

8 Onboard inputs/outputs.

9 Security.

10 Measurement package.

2Form Factor A0 Integrated display model

R1 Transducer model with DIN rail mount, Remote Display and

14-ft cable (RJ11, 6 conductor, 26 gauge)

R2 Transducer model with DIN rail mount, Remote Display and

6-ft cable (RJ11, 6 conductor, 26 gauge)

R3 Transducer model DIN rail mount, Remote Display and 30-ft

cable (RJ11, 6 conductor, 26 gauge)

T1 Transducer model with DIN rail mount (requires Comms or

pulse outputs)

3Current Inputs A10 Amp current inputs (12 Amp max)

4Voltage Inputs 0Autoranging (57-400 V ac L-N / 99-690 V ac L-L)

6System Frequency 0Calibrated for use with 50 Hz or 60 Hz systems

7Communications Z0 No communications

A0 Single RS-485 port (supports Modbus RTU protocol and

ION-compatible PML protocol)

8 I/O A No I/O

BThis option activates the two Form A digital outputs for kWh,

kvarh energy pulsing

9 Security 0 No hardware lock (setup is password protected)

2RMANSI: Revenue Meter approved for use in the United

States (ANSI C12.16 approved; meets ANSI C12.20 class 0.5

accuracy at 23°C; 10A current inputs only)

3RMICAN: Measurement Canada approved revenue meter for

use in Canada (10A current inputs only)

4**RMICAN-SEAL: Factory-sealed and Measurement Canada

approved revenue meter

10 Measurement

package

NStandard Measurements (Volts/Amps per phase and avg)

PEnhanced Package #1 (Standard Measurements plus

Energy/Power total, Frequency, Power Factor total, Neutral

Current

REnhanced Package #2 (all measurements)

Power supply

PE86081

Power supply P620PB Standard plug-in power supply (100-240 V ac / 50-60 Hz or

110-300 V dc)

P620PC Low voltage DC plug-in power supply (20-60 V dc)

P620PD 480V power supply (480 VAC, 60 Hz)

ION6200

Functions and characteristics (cont.)

2013

Basic multi-function metering

PE86082

MegaWatt options

MegaWatt option on meter base with integrated display. Not available for

RMICAN or RMICAN-sealed meters

MegaWatt option on Transducer model with DIN rail mount, Remote Display

and 14-ft cable (RJ11, 6 conductor, 26 gauge). Not available with Security

options RMICAN or RMICAN-SEAL.

MegaWatt option on Transducer model with DIN rail mount, Remote Display

and 6-ft cable (RJ11, 6 conductor, 26 gauge). Not available with Security

options RMICAN or RMICAN-SEAL.

MegaWatt option on Transducer model with DIN rail mount, Remote Display

and 30-ft cable (RJ11, 6 conductor, 26 gauge). Not available with Security

options RMICAN or RMICAN-SEAL.

PE86083

Options card

1Standard Measurements Z0A0N

2Enhanced Package #1 Z0A0P

3Enhanced Package #2 Z0A0R

4Standard Measurements, two pulse outputs Z0B0N

5Enhanced Package #1, two pulse outputs Z0B0P

6Enhanced Package #2, two pulse outputs Z0B0R

7Standard Measurements, RS-485 A0A0N

8Enhanced Package #1, RS-485 A0A0P

9Enhanced Package #2, RS-485 A0A0R

10 Standard Measurements, two pulse outputs, RS-485 A0B0N

11 Enhanced Package #1, two pulse outputs, RS-485 A0B0P

12 Enhanced Package #2, two pulse outputs, RS-485 A0B0R

Remote modular display (RMD)

Model M620D

Display Type Standard Display R

MegaWatt option - for use with Transducer meter base with

MegaWatt option

Cable Length No Cable 0

14-ft cable for connecting Remote Display Unit to the

ION6200 Transducer meter base

6-ft cable for connecting Remote Display Unit to the

ION6200 Transducer meter base

30-ft cable for connecting Remote Display Unit to the

ION6200 Transducer meter base

Cables for remote modular display

14-ft cable for connecting Remote Display Unit to the ION6200 transducer

meter base.

P620C1

6-ft cable for connecting Remote Display Unit to the ION6200 transducer

meter base.

P620C2

30-ft cable for connecting Remote Display Unit to the ION6200 transducer

meter base.

P620C3

ION6200

Functions and characteristics (cont.)

2013 57

ION6200

Dimensions and connections

ION6200 integrated model dimensions

PE86084

PE86085

ION6200 TRAN model dimensions

PE86086

PE86087

ION6200 RMD dimensions

PE86088

PE86085

Basic multi-function metering

2013

ION6200

Dimensions and connections (cont.)

Mounting integrated model - ANSI 4” (4 1/2” Switchboard)

PE86089

Mounting integrated model - DIN 96

PE86090

Mounting the TRAN model

PE86091

85.7 mm

4.67 mm

diameter

screw &

washer

85.7 mm

mounting

surface

101.6 mm

diameter

screws t in corners;

holes not required

92 mm x 92 mm

RMD port faces up

Basic multi-function metering

2013 59

Power Meter Series PM3200

Functions and characteristics

Basic multi-function metering

PB108433

This PowerLogic Power meter offers basic to advanced measurement capabilities.

With compact size and DIN rail mounting, the PM3200 allows mains and feeders

monitoring in small electrical cabinets. Combined with current transformers and

voltage transformers, these meters can monitor 2-, 3- and 4-wire systems. The

graphic display has intuitive navigation to easily access important parameters.

Four versions are available offering basic to advanced applications:

b PM3200

v Electrical parameters I, In, U, V, PQS, E, PF, Hz

v Power/current demand

v Min/max.

b PM3210

v Electrical parameters I, In, U, V, PQS, E, PF, Hz, THD

v Power/current demand, peak demand

v Min/max.

v 5 timestamped alarms

v kWh pulse output

b PM3250

v Electrical parameters I, In, U, V, PQS, E, PF, Hz, THD

v Power/current demand, peak demand

v Min/max.

v 5 timestamped alarms

v LED to indicate communications

v RS485 port for Modbus communication

b PM3255

v Electrical parameters I, In, U, V, PQS, E, PF, Hz, THD

v Power/current demand and peak demand

v Min/max. and 15 timestamped alarms

v LED to indicate communications

v Up to 4 tariffs management

v 2 digital inputs, 2 digital outputs

v Memory for load prole (demand 10mn to 60mn)

v RS485 port for Modbus communication

b Innovative design makes the meters smart and simple:

b Easy to install for panel builders

b Easy to commission for contractors and installers

b Easy to operate for end users

Applications

Cost management applications

b�Bill checking

b Sub-billing, including WAGES view

b Cost allocation, including WAGES view

Network management applications

b Panel instrumentation

b Up to 15 onboard timestamped alarms to monitor events

b Easy integration with PLC system by input/output interface

Market segments

b Buildings

b Industry

b Data centres and networks

b Infrastructure (airports, road tunnels, telecom)

Part numbers

Power Meter Series PM3200

PB108435

Power Meter Series PM3255

Meter model and description Performance Part no.

PM3200 basic power meter Basic power meter METSEPM3200

PM3210 power meter with pulse output Power, current, THD, peak demand METSEPM3210

PM3250 power meter with RS485 port Power, current, THD, peak demand METSEPM3250

PM3255 power meter plus 2 digital inputs,

2 digital outputs with RS485 port

Power, current, THD, peak demand,

memory for load prole

METSEPM3255

Front of meter parts

1 Control power

2 Display with white backlit

3 Flashing yellow meter indicator (to check accuracy)

4 Pulse output for remote transfer (PM3210)

5 Cancellation

6 Conrmation

7 Up

8 Down

2013

Basic multi-function metering Power Meter Series PM3200

Functions and characteristics (cont.)

PB108434

Connectivity advantages

Programmable digital input External tariff control signal (4 tariffs)

Remote Reset partial counter

External status like breaker status

Collect WAGES pulses

Programmable digital output Alarm (PM3255)

kWh pulses

Graphic LCD display Backlit graphic display allows smart navigation in relevant

information and in multi languages

Communication Modbus RS485 with screw terminals allows connection to a

daisy chain

Power Meter Series PM3210

Function guide PM3200 Range

PM3200 PM3210 PM3250 PM3255

Performance standard

IEC61557-12 PMD/Sx/K55/0.5 bbbb

General

Use on LV and HV systems bbbb

Number of samples per cycle 32 32 32 32

CT input 1A/5A bbbb

VT input bbbb

Multi-tariff 4 4 4 4

Multi-lingual backlit display bbbb

Instantaneous rms values

Current, voltage Per phase and average bbbb

Active, reactive, apparent power Total and per phase bbbb

Power factor Total and per phase bbbb

Energy values

Active, reactive and apparent energy; import and export bbbb

Demand value

Current, power (active, reactive, apparent) demand; present bbbb

Current, power (active, reactive, apparent) demand; peak bbb

Power quality measurements

THD Current and voltage bbb

Data recording

Min/max of the instantaneous values bbbb

Power demand logs b

Energy consumption log (day, week, month) b

Alarms with time stamping 5 5 15

Digital inputs/digital outputs 0/1 2/2

Communication

RS-485 port b b

Modbus protocol b b

2013 61

Power Meter Series PM3200

Functions and characteristics (cont.)

Basic multi-function metering

Specications PM3200 Range

Type of measurement True rms up to the 15th harmonic on three-phase (3P,3P+N) and single-phase

AC systems. 32 samples per cycle

Measurement accuracy

Current with x/5A CTs 0.3% from 0.5A to 6A

Current with x/1A CTs 0.5% from 0.1A to 1.2A

Voltage 0.3% from 50V to 330V (Ph-N), from 80V to 570V (Ph-Ph)

Power factor ±0.005 from 0.5A to 6A with x/5A CTs; from 0.1A to 1.2A with x/1A CTs and from

0.5L to 0.8C

Active/Apparent Power with x/5A CTs Class 0.5

Active/Apparent Power with x/1A CTs Class 1

Reactive power Class 2

Frequency 0.05% from 45 to 65Hz

Active energy with x/5A CTs IEC62053-22 Class 0.5s

Active energy with x/1A CTs IEC62053-21 Class 1

Reactive energy IEC62053-23 Class 2

Data update rate

Update rate 1s

Input-voltage characteristics

Measured voltage 50V to 330V AC (direct / VT secondary Ph-N)

80V to 570V AC (direct / VT secondary Ph-Ph)

up to 1MV AC (with external VT)

Frequency range 45Hz to 65Hz

Input-current characteristics

CT primary Adjustable from 1A to 32767A

CT secondary 1A or 5A

Measurement input range with x/5A CTs 0.05A to 6A

Measurement input range with x/1A CTs 0.02A to 1.2A

Permissible overload 10A continuous, 20A for 10s/hour

Control Power

AC 100/173 to 277/480V AC (+/-20%), 3W/5VA; 45Hz to 65Hz

DC 100 to 300V DC, 3W

Input

Digital inputs (PM3255) 11 to 40V DC, 24V DC nominal, <=4mA maximum burden, 3.5kVrms insulation

Output

Digital output (PM3210) Optocoupler, polarity sensitive, 5 to 30V, 15mA max, 3.5kVrms insulation

Digital outputs (PM3255) Solid state relay, polarity insensitive, 5 to 40V, 50mA max, 50Ω max,

3.5kVrms insulation

2013

Basic multi-function metering Power Meter Series PM3200

Functions and characteristics (cont.)

Specications (continued) PM3200 Range

Mechanical characteristics

Weight 0.26kg

IP degree of protection (IEC60529) IP40 front panel, IP20 meter body

Dimension 90 x 95 x 70mm

Environmental conditions

Operating temperature -25 ºC to +55 ºC

Storage temperature -40 ºC to +85 ºC

Humidity rating 5 to 95% RH at 50ºC (non-condensing)

Pullution degree 2

Metering category III, for distribution systems up to 277/480VAC

Dielectric withstand As per IEC61010-1, Doubled insulated front panel display

Altitude 3000m max

Electromagnetic compatibility

Electrostatic discharge Level IV (IEC61000-4-2)

Immunity to radiated elds Level III (IEC61000-4-3)

Immunity to fast transients Level IV (IEC61000-4-4)

Immunity to surge Level IV (IEC61000-4-5)

Conducted immunity Level III (IEC61000-4-6)

Immunity to power frequency magnetic elds 0.5mT (IEC61000-4-8)

Conducted and radiated emissions Class B (EN55022)

Safety

CE as per IEC61010-1 (1)

Communication

RS485 port Half duplex, from 9600 up to 38400 bauds, Modbus RTU (double insulation)

Display characteristics

Dimensions (VA) 43mm x 34.6mm

Display resolution 128 x 96 dots

Standard compliance

IEC61557-12, EN61557-12

IEC61010-1, UL61010-1

IEC62052-11, IEC62053-21, IEC62053-22, IEC62053-23

EN50470-1, EN50470-3

(1) Protected throughout by double insulation

Multi-tariff capability

The PM3200 range allows arrangement of kWh

consumption in four different registers. This can be

controlled by:

b Digital Inputs. Signal can be provided by PLC or utilities

b Internal clock programmable by HMI

b Through communication

This function allows users to:

b Make tenant metering for dual source applications to

differentiate backup source or utility source

b Understand well the consumption during working time

and non working time, and between working days and

weekends

b Follow up feeders consumption in line with utility tariff

rates

Power Meter Series PM3250

2013 63

Power Meter Series PM3200

Dimensions and connection

Basic multi-function metering

PM3200 series dimensions

PB105302

PM3200 top and lower aps PM3200 series easy installation

PB105446

2013

Basic multi-funtional metering PM5350

Functions and characteristics

PE86278

PowerLogic PM5350.

The PowerLogic PM5350 power meter offers all the measurement capabilities

required to monitor an electrical installation in a single 96 x 96 mm unit extending only

44 mm behind the mounting surface.

With its large display, all three phases and neutral can be monitored simultaneously.

The bright, anti-glare display features large characters and powerful backlighting

for easy reading even in extreme lighting conditions and viewing angles. The meter

menus are understood by all, with the availability of two languages (English/Chinese)

included standard in the PM5350.

Its compact size and high performance make the PowerLogic PM5350 suitable for

many applications.

Applications

Panel instrumentation.

Cost allocation or energy management.

Electrical installation remote monitoring.

Alarming with under/over, digital status, control power failure, meter reset,

self diagnostic issue.

Circuit Breaker monitoring and control with relay outputs and whetted digital inputs.

Main characteristics

Easy to install

Mounts using two clips, no tools required. Ultra compact meter with 44mm depth

connectable up to 480 VL-L without voltage transformers for installations compliant

with category III, as per IEC 61010-1. See specication table for UL voltage limits.

Easy to operate

Intuitive navigation with self-guided, language selectable menus, six lines, four

concurrent values. Two LEDs on the meter face help the user conrm normal

operation (heartbeat/communications indicator LED: green and other LED orange,

customizable either for alarms or energy pulse outputs).

Easy circuit breaker monitoring and control

The PM5350 provides two relay outputs (high performance) with capability to

command most of the circuit breaker coils directly. In addition, monitored switches

can be wired directly to the meter without external power supply.

System status at a glance

Bright, anti-glare, backlit display plus two LEDs; orange for energy pulse or alarm

and green for heartbeat/communications indication.

IEC 62053-22 class 0.5S accuracy for active energy

Accurate energy measurement for cost allocation.

Power Quality analysis

The PM5350 offers THD and TDD measurements as standard. Total Demand

Distortion is based on a point of common coupling (PCC), which is a common point

that each user receives power from the power source. The TDD compares the

contribution of harmonics versus the maximum demand load.

Load management

Peak demands with time stamping are provided. Predicted demand values can be

used in basic load shedding applications.

Alarming with time stamping

Over 30 alarm conditions, such as under/over conditions, digital input changes, and

phase unbalance inform you of events. A time-stamped log maintains a record of the

last 40 alarm events.

Load timer

Load timer setpoint adjustable to monitor and advise maintenance requirements.

Performance Standard Meets IEC 61557-12 PMD/S/K70/0.5.

66 2013

Basic multi-funtional metering PM5350

Functions and characteristics (cont.)

PE86323

General

Use on LV and MV systems b

Basic metering with THD and min/max readings b

Instantaneous rms values

Current Total, Phases and neutral b

Voltage Total, Ph-Ph and Ph-N b

Frequency b

Real, reactive, and

apparent power

Total and per phase Signed

True Power Factor Total and per phase Signed, Four Quadrant

Displacement PF Total and per phase Signed, Four Quadrant

Unbalanced I, VL-N, VL-L b

PE86324

Energy values Stored in

non-volatile

memory

Accumulated Active, Reactive and Apparent Energy Received/Delivered;

Net and absolute;

Demand values

Current average Present, Last, Predicted,

Peak, & Peak Date Time

Active power Present, Last, Predicted,

Peak, & Peak Date Time

Reactive power Present, Last, Predicted,

Peak, & Peak Date Time

Apparent power Present, Last, Predicted,

Peak, & Peak Date Time

Peak demand with timestamping D/T for current & powers b b

Demand calculation Sliding, xed and rolling block,

thermal

b b

Synchronization of the measurement window b b

Other measurements

I/O timer b b

Operating timer b b

Active load timer b b

Alarm counters b b

Power quality measurements

THD, thd (Total Harmonic Distortion) I,VLN, VLL

TDD, thd (Total Demand Distortion) b

Data recording

Min/max of instantaneous values, plus phase

identication

b b

Alarms with 1s timestamping Standard 29; Unary 4;

Digital 4

Alarms stored in non-volatile memory 40 events b

Inputs/Outputs

Digital inputs 4 (DI1, DI2, DI3, DI4)

Digital outputs 2 relay outputs (DO1,

DO2)

Display

White backlit LCD display, 6 lines, 4 concurrent values b

IEC or IEEE visualization mode b

Communication

Modbus RTU, Modbus ASCII, Jbus Protocol b

Firmware update via RS485 serial port

(DLF3000 via the Schneider Electric website:

www.schneider-electric.com)

PM5350 meter parts

A Retainer clips.

B Control power supply connector.

C Voltage inputs.

D Digital outputs.

E Rs485 port (COM1).

F Digital outputs.

G Optical revenue switch.

H Current inputs.

2013

Basic multi-funtional metering PM5350

Functions and characteristics (cont.)

Electrical characteristics

PE86292

Type of measurement True rms up to the 15th harmonic on three-phase

(3P, 3P + N)

32 samples per cycle, zero blind

Measurement

accuracy

Current, Phase (1)±0.30%

Voltage, L-N (1)±0.30%

Power Factor (1)±0.005

Power, Phase IEC 61557-12 Class 0.5; For 5 A nominal CT (for 1

A nominal CT when I > 0.15A)

±0.5% from 0.25 A to 9.0 A at COS φ = 1

±0.6% from 0.50 A to 9.0 A at COS φ = 0.5 (ind or cap)

Frequency (1)±0.05%

Real Energy IEC 62053-22 Class 0.5S; IEC 61557-12 Class 0.5;

For 5 A nominal CT (for 1 A nominal CT when I > 0.15A)

±0.5% from 0.25 A to 9.0 A at COS φ = 1

±0.6% from 0.50 A to 9.0 A at COS φ = 0.5 (ind or cap)

IEC 61557-12 Class 0.5

Reactive Energy IEC 62053-23 Class 3, IEC 61557-12 Class 2

For 5 A nominal CT (for 1 A nominal CT when I > 0.15A)

±2.0% from 0.25 A to 9.0 A at SIN φ = 1

±2.5% from 0.50 A to 9.0 A at SIN φ = 0.5 (ind or cap)

Data update rate 1 second nominal (50/60 cycles)

Input-voltage VT primary 1.0 MV AC max, starting voltage depends on VT ratio.

U nom 277 V L-N

Measured voltage with

overrange & Crest Factor

IEC: 20 to 690 V AC L-L; 20 to 400 V AC L-N

UL: 20 to 300 V AC L-L

Permanent overload 700 Vac L-L, 404 Vac L-N

Impedance 10 M W

Front screen view of PM5350. Frequency range 45 to 70 Hz

Input-current CT ratings Primary Adjustable 1 A to 32767 A

Secondary 1A, 5 A nominal

Measured voltage with

overrange & Crest Factor

5 mA to 9 A

Withstand Continuous 20 A,10 sec/hr 50 A,1 sec/hr 500 A

Impedance < 0.3 mW

Frequency range 45 to 70 Hz

Burden < 0.024 VA at 9 A

AC control

power

Operating range 85 - 265 V AC

Burden 4.1 VA / 1.5 W typical, 6.7 VA / 2.7 W max at 120 V AC

6.3 VA / 2.0 W typical, 8.6 VA / 2.9 W max at 230 V AC

9.6 VA / 3.5 W maximum at 265 V AC

Frequency 45 to 65 Hz

Ride-through time 100 mS typical at 120 V AC and maximum burden

400 mS typical at 230 V AC and maximum burden

DC control

power

Operating range 100 to 300 V DC

Burden 1.4 W typical, 2.6 W maximum at 125 V DC

1.8 W typical, 2.7 W maximum at 250 V DC

3.2 W maximum at 300 V DC

Ride-through time 50 mS typical at 125 V DC and maximum burden

Real time clock Ride-through time 30 seconds

Digital output Number/Type 2 - Mechanical Relays

Output frequency 0.5 Hz maximum (1 second ON / 1 second OFF -

minimum times)

Switching Current 250 V AC at 2.0 Amps, 200 k cycles, resistive

250 V AC at 8.0 Amps, 25 k cycles, resistive

250 V AC at 2.0 Amps, 100 k cycles, COSΦ=0.4

250 V AC at 6.0 Amps, 25 k cycles, COSΦ=0.4

30 V DC at 2.0 Amps, 75 k cycles, resistive

30 V DC at 5.0 Amps, 12.5 k cycles, resistive

Isolation 2.5 kVrms

Status Digital

Inputs

Voltage ratings ON 18.5 to 36 V DC, OFF 0 to 4 V DC

Input Resistance 110 k W

Maximum Frequency 2 Hz (T ON min = T OFF min = 250 ms)

Response Time 10 ms

Isolation 2.5 kVrms

Whetting output Nominal voltage 24 V DC

Allowable load 4 mA

Isolation 2.5 kVrms

(1) Measurements taken from 45 Hz to 65 Hz, 0.5 A to 9 A, 57 V to 347 V & 0.5 ind to 0.5 cap

power factor with a sinusoidal wave.

68 2013

Basic multi-funtional metering PM5350

Functions and characteristics (cont.)

Mechanical characteristics

Weight 250 g

IP degree of protection (IEC 60529) IP51 front display, IP30 meter body

Dimensions W x H x D 96 x 96 x 44 mm (depth of meter from housing

mounting ange)

96 x 96 x 13 mm (protrusion of meter from housing ange)

Mounting position Vertical

Panel thickness 6.35 mm maximum

Environmental characteristics

Operating

temperature

Meter -25 °C to 70 °C

Display -20 °C to +70 °C

(Display functions to -25°C with reduced performance)

Storage temp. Meter + display -40 °C to +85 °C

Humidity rating 5 to 95 % RH at 50 °C (non-condensing)

Pollution degree 2

Altitude 3000 m max.

Electromagnetic compatibility

Electrostatic discharge IEC 61000-4-2(2)

Immunity to radiated elds IEC 61000-4-3(2)

Immunity to fast transients IEC 61000-4-4(2)

Immunity to impulse waves IEC 61000-4-5(2)

Conducted immunity IEC 61000-4-6(2)

Immunity to magnetic elds IEC 61000-4-8(2)

Immunity to voltage dips IEC 61000-4-11(2)

Radiated emissions FCC part 15 class A, EN 55011 Class A

Conducted emissions FCC part 15 class A, EN 55011 Class A

Harmonics IEC 61000-3-2(2)

Flicker emissions IEC 61000-3-3(2)

Safety

Europe e, as per IEC 61010-1

U.S. and Canada cULus as per UL61010-1, IEC 61010-1 (2nd Edition)

Measurement category (Voltage and current

inputs)

Per IEC 61010-1:

CAT III, 277 V L-N / 480 V L-L (1) nominal;

CAT II 400 V L-N / 690 V L-L (1) nominal

Per UL 61010-1 and CSA C22.2 No. 61010-1:

CAT III, 300 V L-L

Overvoltage Category (Control power) CAT III

Dielectric As per IEC 61010-1

Double insulated front panel display

Protective Class II

Communication

RS 485 port 2-Wire, 9600,19200 or 38400 baud, Parity - Even,

Odd, None, 1 stop bit if parity Odd or Even, 2 stop bits if

None; Modbus RTU, Modbus ASCII (7 or 8 bit), JBUS

Firmware and language le update Update via comunication port using DLF3000 software

Isolation 2.5 kVrms, double insulated

Human machine interface

Display type Monochrome Graphics LCD

Resolution 128 x 128

Backlight White LED

Viewable area (W x H) 67 x 62.5 mm

Keypad 4-button

Indicator Heartbeat / Comm activity Green LED

Energy pulse output / Active alarm indication (congurable)

Type Optical, amber LED

Wavelength 590 to 635 nm

Maximum pulse rate 2.5 kHz

(1) V L-L is limited to 700 V AC

(2) As per IEC 61557-12

2013

Basic multi-funtional metering PM5350 Power Meter

Dimensions and connection

Rear of meter - open

PE86279

Rear view retainers - installation

PE86274

For detailed installation instructions see the product's Installation guide.

70 2013

Basic multi-funtional metering PM5350 Power Meter

Dimensions and connection (cont.)

Rear view retainers - users

PE86275

For detailed installation instructions see the product's Installation guide.

2013

Basic multi-function metering PM5000 Series

Functions and characteristics

PB111776

PowerLogic™ PM5000 Series meter

Commercial reference numbers

PM5100 METSEPM5100

PM5110 METSEPM5110

PM5111 METSEPM5111

PM5310 METSEPM5310

PM5320 METSEPM5320

PM5330 METSEPM5330

PM5331 METSEPM5331

PM5340 METSEPM5340

PM5341 METSEPM5341

PM5560 METSEPM5560

PM5561 METSEPM5561

PM5563 METSEPM5563

PowerLogic™ PM5100, PM5300 and PM5500 series

The PowerLogic™ PM5000 power meter is the ideal t for cost management

applications. It provides the measurement capabilities needed to allocate energy usage,

perform tenant metering and sub-billing, pin-point energy savings, optimize equipment

efciency and utilization, and perform a high level assessment of the power quality of the

electrical network.

In a single 96 x 96 mm unit, with a graphical display, all three phases, neutral and

ground can be monitored simultaneously.

The bright, anti-glare display features large characters and powerful backlighting

for easy reading even in extreme lighting conditions and viewing angles.

Easy to understand menus, text in 8 selectable languages, icons and graphics create

a friendly environment to learn about your electrical network.

Highly accurate devices with global billing certications.

Applications

Cost management: Cost saving opportunities becomes clear once you understand

how and when your facility uses electricity. These meters are ideal for:

b Sub billing / tenant metering: allows a landlord, property management rm,

condominium association, homeowners association, or other multi-tenant property to

bill tenants for individual measured utility (electricity) usage. MID approved meters for

billing applications across Europe.

b Cost allocation: allocate energy costs between different departments (HVAC,

indoor and outdoor lighting, refrigeration, etc), different parts of an industrial process

or different cost centres. Cost allocation systems can help you save money by making

changes to your operation, better maintaining your equipment, taking advantage of

pricing uctuations, and managing your demand.

Network management: Improving reliability of the electrical network is key for

success in any business. Monitoring values such as voltage levels, harmonic

distortion and voltage unbalance will help you to ensure proper operation and

maintenance of your electrical network and equipment. PowerLogic™ PM5000 series

meters are the perfect tool for:

b Basic Power Quality monitoring: power quality phenomena can cause

undesirable effects such as heating in transformers, capacitors, motors, generators

and misoperation of electronic equipment and protection devices.

b Min/ Max monitoring (with timestamp): understanding when electrical

parameters, such as voltage, current and power demand, reach maximum and

minimum values will give you the insight to correctly maintain your electrical network

and assure equipment will not be damaged.

b Alarming: alarms help you to be aware of any abnormal behavior on the electrical

network in the moment it happens.

b WAGES monitoring: take advantage of the input metering on PM5000 meters to

integrate measurements from 3rd party devices such as water, air, gas, electricity or

steam, meters.

Main characteristics

Easy to install

Mounts using two clips, in standard cut out for DIN 96 x 96mm, no tools required.

Compact meter with 72mm (77mm for PM5500) depth connectable up to 690 VL-L

without voltage transformers for installations compliant with category III.

Easy to operate

Intuitive navigation with self-guided, language selectable menus, six lines, four

concurrent values. Two LEDs on the meter face help the user conrm normal

operation with a green LED - heartbeat/communications indicator, and the amber LED

- customizable either for alarms or energy pulse outputs.

Easy circuit breaker monitoring and control

The PM5300 provides two relay outputs (high performance Form A type) with

capability to command most of the circuit breaker coils directly. For Digital Inputs,

monitored switches can be wired directly to the meter without external power supply.

PM5500 series have 4 status inputs (digital) and 2 digital output (solid state) to use for

WAGES monitoring, control and alarm annunciation.

Accurate energy measurement for precise cost allocation:

PM5100 PM5300 PM5500

IEC 62053-22 (Active Energy) Class 0.5S Class 0.5S Class 0.2S

IEC 62053-24 (Reactive Energy) Class 2 Class 2 Class 1

72 2013

Direct metering of neutral current

The PM5500 has a fourth CT for measuring neutral current. In demanding IT

applications, where loads are non-linear (i.e. switching power supplies on computers/

servers), measuring neutral current is essential to avoid overload and resulting

outage. In addition, the PM5500 provides a calculated ground current value, not

available in meters with 3 CTs.

Power Quality analysis

The PM5000 offers Total Harmonic Distortion (THD/thd), Total Demand

Distortion (TDD) measurements and individual harmonics (odd) magnitudes and

angles for voltage and current:

These types of power quality parameters help to identify the source of harmonics

that can harm transformers, capacitors, generators, motors and electronic

equipment.

Load management

Peak demands with time stamping are provided. Predicted demand values can be

used in combination with alarms for basic load shedding applications.

Alarming with time stamping

A different combination of set point driven alarms and digital alarms with 1s time

stamping are available in the PM5000 family:

Alarms can be visualized as Active (the ones that have picked up and did not drop out

yet) or Historical (the ones that happened in the past).

Alarms can be programmed and combined to trigger digital outputs and mechanical

relays (PM5300).

The PM5000 series keeps an alarm log with the active and historical alarms with date

and time stamping.

Load timer

A load timer can be set to count load running hours based on a minimum current

withdraw, adjustable to monitor and advise maintenance requirements on the load.

High Performance and accuracy

IEC 61557-12 Performance measuring and monitoring devices (PMD)

Denes the performance expectation based on classes. It denes the allowable

error in the class for real and reactive power and energy, frequency, current, voltage,

power factor, voltage unbalance, voltage and current harmonics (odds), voltage

THD, current THD, as well as ratings for temperature, relative humidity, altitude, start-

up current and safety. It makes compliant meters readings comparable - they will

measure the same values when connected to the same load.

Meets IEC 61557-12 PMD/S/K70/0.5 for PM5100 and PM5300

Meets IEC 61557-12 PMD/S/K70/0.2 for PM5500

Legal billing compliance

MID compliance is compulsory for billing applications across Europe.

In addition to billing applications, for facility managers responsible for energy cost

MID means same level of quality as a billing meter.

MID ready compliance, EN50470-1/3 – Class C

Basic multi-function metering PM5000 Series

Functions and characteristics (cont.)

Certied according to MID

Directive, Annex "B" + Annex "D" for

legal metrology relevant to active

electrical energy meters (see Annex MI-003 of

MID). Can be used for scal (legal) metrology.

MID

PM5100 PM5300 PM5500

Individual Harmonics magnitudes

up to 15th

magnitudes

up to 31st

magnitudes

& angles

up to 63rd

PM5100 PM5300 PM5500

Set point driven alarms 29 29 29

Unary 4 4 4

Digital 2 2 4

Boolean / Logic – – 10

Custom deﬁned – – 5

PowerLogic™ PM5500 meter

PowerLogic™ PM5300 meter

PowerLogic™ PM5100 meter

2013

Basic multi-function metering PM5000 Series

Functions and characteristics (cont.)

General PM5100 PM5300 PM5500

Use on LV and MV systems b

Basic metering with THD and min/max readings b

Instantaneous rms values

Current per phase, neutral and ground

(PM5500)

Voltage Total, per phase L-L and L-N b

Frequency b

Real, reactive, and

apparent power

Total and per phase Signed, Four Quadrant

True Power Factor Total and per phase Signed, Four Quadrant

Displacement PF Total and per phase Signed, Four Quadrant

% Unbalanced I, VL-N, VL-L b

Direct monitoring of neutral current b

Energy values*

Accumulated Active, Reactive and Apparent Energy Received/Delivered; Net and absolute; Time Counters

Demand values*

Current average Present, Last, Predicted, Peak, and Peak Date Time

Active power Present, Last, Predicted, Peak, and Peak Date Time

Reactive power Present, Last, Predicted, Peak, and Peak Date Time

Apparent power Present, Last, Predicted, Peak, and Peak Date Time

Peak demand with time stamping D/T for current and powers b

Demand calculation Sliding, xed and rolling block,

thermal methods

Synchronization of the measurement window to input,

communication command or internal clock

Settable Demand intervals b

Demand calculation for Pulse input (WAGES) b

Other measurements*

I/O timer b

Operating timer b

Load timer b

Alarm counters and alarm logs b

Power quality measurements

THD, thd (Total Harmonic Distortion) I, VLN, VLL per phase I,VLN, VLL

TDD (Total Demand Distortion) b

Individual harmonics (odds) 15th 31st 63rd

Neutral Current metering with ground current calculation b

Data recording

Min/max of instantaneous values, plus phase identication* b

Alarms with 1s timestamping* b

Data logging 2 xed parameters kWh and

kVAh with congurable interval

and duration (e.g. 2 parameters

for 60 days at 15 minutes

interval)

Up to 14 selectable parameters

with congurable interval and

duration (e.g. 6 parameters for 90

days at 15 minutes interval)

Memory capacity 256 kB 1.1 MB

Min/max log b b b

Maintenance, alarm and event logs b b

Customizable data logs b

Inputs/Outputs/Relays

Digital inputs 2 (SI1, SI2) 4 (SI1, SI2, SI3, SI4) with WAGES

support

Digital outputs 1 (kWh only) 2 (conﬁgurable)

Form A Relay outputs 2

Timestamp resolution in seconds 1

Whetting voltage b

*Stored in non-volatile memory

74 2013

Basic multi-function metering PM5000 Series

Functions and characteristics (cont.)

Electrical characteristics* PM5100 PM5300 PM5500

Type of measurement: True rms on three-phase

(3P, 3P + N), zero blind

64 samples per cycle 128 samples per cycle

Measurement

accuracy

IEC 61557-12 PMD/S/K70/0.5 PMD/[SD|SS]/K70/0.2

IEC 62053-22 Active Energy Class 0.5S Class 0.2S

IEC 62053-24 Reactive Energy Class 2S Class 1S

Active Energy ±0.5% ±0.2%

Reactive Energy ±2% ±1%

Active Power Class 0.5 as per IEC 61557-12 Class 0.2 as per IEC 61557-12

Apparent Power Class 0.5 as per IEC 61557-12

Current, Phase Class 0.5 as per IEC 61557-12 ±0.15%

Voltage, L-N Class 0.5 as per IEC 61557-12 ±0.1%

Frequency ±0.05%

MID Directive EN50470-1, EN50470-3 Annex B and Annex D (Optional model references) Class C

Input-voltage

(up to 1.0

MV AC max,

with voltage

transformer)

Nominal Measured Voltage range 20 V L-N / 35 V L-L to 400 V L-N /690 V L-L

absolute range 35 V L-L to 760 V L-L

20 V L-N / 20 V L-L to 400 V L-N

/690 V L-L

absolute range 20 V L-L to 828 V L-L

Impedance 5 M W

F nom 50 or 60 Hz ±5% 50 or 60 Hz ±10%

Input-current

(congurable

for 1 or 5 A

secondary

CTs)

I nom 5 A

Measured Amps with over range and

Crest Factor

5 mA to 8.5 A Starting current: 5m A

Operating range: 50 mA to 10 A

Withstand Continuous 20 A,10 sec/hr 50 A

Impedance < 0.3 mW

F nom 50 or 60 Hz ±5% 50 or 60 Hz ±10%

Burden < 0.024 VA at 10 A

AC control

power

Operating range 100- 415 V AC L-L ±10%

CAT III 300V class per IEC 61010

100-480 V AC ±10%

CAT III 600V class per IEC 61010

Burden <5 W,11 VA at 415V L-L <5W/16.0 VA at 480 V AC

Frequency 45 to 65 Hz

Ride-through time 80 mS typical at 120V AC and maximum burden.

100 mS typical at 230 V AC and maximum burden

100 mS typical at 415 V AC and maximum burden

35 ms typical at 120 V L-N and

maximum burden

129 ms typical at 230 V L-N and

maximum burden

DC control

power

Operating range 125-250 V DC ±20%

Burden <4 W at 250 V DC typical 3.1W at 125 V DC, max. 5W

Ride-through time 50 mS typical at 125 V DC and maximum burden

Outputs Mechanical Max output frequency 0.5 Hz maximum (1 second ON /

1 second OFF - minimum times)

Switching current 250 V AC at 8.0 Amps, 25 k

cycles, resistive

30 V DC at 2.0 Amps, 75 k cycles,

resistive 30 V DC at 5.0 Amps,

12.5 k cycles, resistive

Isolation 2.5 kV rms

Digital

outputs

122

Max load voltage 40 V DC (AC not available) 30 V AC / 60 V DC

Max load current 20 mA 125 mA

On Resistance 50 W max 8 W

Meter constant from 1 to 9,999,999 pulses per kWh

Pulse width for Digital

Output

50% duty cycle

Pulse frequency for Digital

Output

25 Hz max.

Leakage current 0.03 micro Amps 1 micro Amps

Isolation 5 kV rms 2.5 kV rms

Optical outputs

Pulse width (LED) 200 ms

Pulse frequency 50 Hz. max. 2.5 kHz. max

Meter constant from 1 to 9,999,999 pulses per k_h

2013

Basic multi-function metering PM5000 Series

Functions and characteristics (cont.)

*Electrical Characteristics still under verication at time of printing of the catalogue, may be subject to change.

Electrical characteristics* (cont'd) PM5100 PM5300 PM5500

Status Inputs ON Voltage 18.5 to 38 V DC 30 V AC / 60 V DC max

OFF Voltage 0 to 4 V DC

Input Resistance 110 k Ω 100 k Ω

Maximum Frequency 2 Hz (T ON min = T OFF min =

250 ms)

25 Hz (T ON min = T OFF min =

20 ms)

Response Time 20 ms 10 ms

Opto Isolation 5 kV rms 2.5 kV rms

Whetting output 24 V DC/ 8mA max

Input Burden 2 mA @ 24 V AC/DC

Mechanical characteristics

Weight 380 g 430 g 450 g

IP degree of protection (IEC 60529) IP52 front display, IP30 meter body

Dimensions W x H x D [protrusion from cabinet] 96 x 96 x 72mm (77mm for PM5500) (depth of meter from housing mounting ﬂange) [13mm]

Mounting position Vertical

Panel thickness 6 mm maximum

Environmental characteristics

Operating

temperature

Meter -25 °C to 70 °C

Display (Display functions to -25º with

reduced performance)

-25 °C to +70 °C

Storage temp. -40 °C to +85 °C

Humidity range 5 to 95 % RH at 50 °C (non-condensing)

Polution degree 2

Altitude 2000 m CAT III / 3000 m CAT II 3000 m max. CAT III

Electromagnetic compatibility

Harmonic current emissions IEC 61000-3-2

Flicker emissions IEC 61000-3-3

Electrostatic discharge IEC 61000-4-2

Immunity to radiated elds IEC 61000-4-3

Immunity to fast transients IEC 61000-4-4

Immunity to surge IEC 61000-4-5

Conducted immunity 150kHz to 80MHz IEC 61000-4-6

Immunity to magnetic elds IEC 61000-4-8

Immunity to voltage dips IEC 61000-4-11

Radiated emissions FCC part 15, EN 55022 Class B

Conducted emissions FCC part 15, EN 55022 Class B

76 2013

Basic multi-function metering PM5000 Series

Functions and characteristics (cont.)

Safety PM5100 PM5300 PM5500

Europe CE, as per IEC 61010-1 Ed. 3 and IEC 62052-11

U.S. and Canada cULus as per UL61010-1 (3rd Edition)

Measurement category (Voltage and Current inputs) CAT III up to 277 V L-N / 480 V L-L ; CAT II up to 400 V L-N / 690 V L-L CAT III up to 400 V L-N / 690

V L-L

Dielectric As per IEC/UL 61010-1 Ed. 3

Protective Class II, Double insulated for user accessible parts

Communication

RS 485 port Modbus RTU, Modbus ASCII

(7 or 8 bit), JBUS

2-Wire, 9600,19200 or 38400 baud, Parity - Even, Odd, None, 1 stop bit if parity Odd or Even, 2 stop bits if

None; (Optional in PM51x and PM53x)

Ethernet port: 10/100 Mbps; Modbus TCP/IP 1 Optional 2 (for daisy chain only, one IP

address)

Firmware and language le update Meter rmware update via the communication ports

Isolation 2.5 kVrms, double insulated

Human machine interface

Display type Monochrome Graphics LCD

Resolution 128 x 128

Backlight White LED

Viewable area (W x H) 67 x 62.5 mm

Keypad 4-button

Indicator Heartbeat / Comm activity Green LED

Energy pulse

output / Active

alarm indication

(conﬁgurable)

Optical, amber LED

Wavelength 590 to 635 nm

Maximum pulse rate 2.5 kHz

PM5100 PM5300 PM5500

PE86288

Features and Options PM5100 PM5110 PM5310 PM5320 PM5330 PM5340 PM5560 PM5563

Installation

Fast installation, panel mount with integrated

display

b b b b b b b –

Fast installation, DIN rail mountable – – – – – – – b

Accuracy Display

Display CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.2 CI 0.2

Backlit LCD, multilingual, bar graphs, 6 lines,

4 concurrent values

b b b b b b b b

Power and energy metering

3-phase voltage, current, power, demand,

energy, frequency, power factor

b b b b b b b b

Multi-tariff – – 4 4 4 4 8 8

Power quality analysis

THD, thd, TDD b b b b b b b b

Harmonics, individual (odd) up to 15th 15th 31st 31st 31st 31st 63rd 63rd

I/Os and relays

I/Os 1DO 1DO 2DI/2DO 2DI/2DO 2DI/2DO 2DI/2DO 4DI/2DO 4DI/2DO

Relays 0 0 0 0 220 0

Alarms and control

Alarms 33 33 35 35 35 35 52 52

Set point response time, seconds 1 1 1 1 1 1 1 1

Single and multi-condition alarms – – b b b b b b

Boolean alarm logic – – – – – – b b

Communications

Serial ports with modbus protocol –1 1 – 1 – 1 1

Ethernet port with Modbus TCP protocol – – – 1 – 1 2** 2**

MID ready compliance,

EN50470-1/3, Annex B and Annex D

Class C

PM5111 PM5331 PM5341 PM5561

** 2 Ethernet ports for daisy chain, one IP address.

2013

Basic multi-function metering PM5000 Series

Dimensions and connection

PM5000 meter parts

A Menu selection buttons

B LED indicators

C Navigation or menu selections

D Maintenance and alarm

notication area

PM5000 Series meter ﬂush mounting

PM5000 Series meter dimensions

PB111276

PB111279

PB111278

PB111277

Please see the Installation Guide for accurate and complete information on the installation of this product.

PM5100 / PM5300 meter parts

E Relay output (PM5300 only)

F Voltage inputs

G Control power

H Current inputs

I Status inputs/digital outputs

J Communications port:

Ethernet (PM5300 only) or

RS-485)

PM5100 / PM5300 PM5500

PM5500 meter parts

E Voltage inputs

F RS-485 comms

G Digital inputs

H Current inputs

I Digital outputs

J Ethernet ports

K Control power

PM5500

PM5100 PM5300 PM5500

PE86288

Features and Options PM5100 PM5110 PM5310 PM5320 PM5330 PM5340 PM5560 PM5563

Installation

Fast installation, panel mount with integrated

display

b b b b b b b –

Fast installation, DIN rail mountable – – – – – – – b

Accuracy Display

Display CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.5 CI 0.2 CI 0.2

Backlit LCD, multilingual, bar graphs, 6 lines,

4 concurrent values

b b b b b b b b

Power and energy metering

3-phase voltage, current, power, demand,

energy, frequency, power factor

b b b b b b b b

Multi-tariff – – 4 4 4 4 8 8

Power quality analysis

THD, thd, TDD b b b b b b b b

Harmonics, individual (odd) up to 15th 15th 31st 31st 31st 31st 63rd 63rd

I/Os and relays

I/Os 1DO 1DO 2DI/2DO 2DI/2DO 2DI/2DO 2DI/2DO 4DI/2DO 4DI/2DO

Relays 0 0 0 0 220 0

Alarms and control

Alarms 33 33 35 35 35 35 52 52

Set point response time, seconds 1 1 1 1 1 1 1 1

Single and multi-condition alarms – – b b b b b b

Boolean alarm logic – – – – – – b b

Communications

Serial ports with modbus protocol –1 1 – 1 – 1 1

Ethernet port with Modbus TCP protocol – – – 1 – 1 2** 2**

MID ready compliance,

EN50470-1/3, Annex B and Annex D

Class C

PM5111 PM5331 PM5341 PM5561

2013

Front view of PowerLogic PM800 series meter with

integrated display.

The PowerLogic PM800 series meters offers many high-performance capabilities

needed to meter and monitor an electrical installation in a compact 96 x 96 mm unit.

All models include an easy-to-read display that presents measurements for all three

phases and neutral at the same time, an RS-485 Modbus communication port, one

digital input, one KY-type digital output, total harmonic distortion (THD) metering,

and alarming on critical conditions. Four models offer an incremental choice of

custom logging and power quality analysis capabilities. Expand any model with

eld-installable option modules that offer a choice of additional digital inputs and

outputs, analogue inputs and outputs, and Ethernet port.

Applications

b Panel instrumentation

b Sub-billing, cost allocation and energy management

b Remote monitoring of an electrical installation

b Power quality analysis

b Utility bill verication, utility contract optimization and load preservation.

Characteristics

Easy to install

Mounts using two clips, with no tools required. Direct connect the voltage inputs, with

no need for potential transformers (PTs) up to 600 VAC.

Easy to operate

Intuitive navigation with self-guided, language-selectable menus.

System status at a glance

Large, anti-glare display with back-light provides summary screens with multiple

values. Bar charts graphically represent system loading and I/O.

Custom alarming with time stamping

Over 50 alarm conditions, including over or under conditions, digital input changes,

phase unbalance and more. The models PM850 and PM870 offer boolean logic that

can be used to combine up to four alarms.

Power quality analysis

The PM800 series offers an incremental range of features for troubleshooting and

preventing power quality related problems. All models offer THD metering. The

PM810 with PM810LOG option and PM820 offer individual current and voltage

harmonics readings. The PM850 and PM870 offer waveform capture (PM870 is

congurable) and power quality compliance evaluation to the international EN50160

-ITI(CBEMA)/SEMI F-47 standards. The PM870 offers voltage and current

disturbance (sag/swell) detection.

Extensive on-board memory

All models offer billing (energy and demand), maintenance, alarm and customizable

data logs, all stored in non-volatile memory (PM810 requires PM810LOG option).

ANSI 12.20 Class 0.2S and IEC 62053-22 Class 0.5S accuracy for active energy

Accurate energy measurement for sub-billing and cost allocation.

IEC61557-12 performance standard

Meets PMD/SD/K70/0.5 and PMD/SS/K70/0.5 requirements for combined

Performance Measuring and monitoring Devices (PMD).

Trend curves and short-term forecasting

The models PM850 and PM870 offer trend logging and forecasting of energy and

demand readings to help compare load characteristics and manage energy costs.

Expandable I/O capabilities

Use the on-board or optional digital inputs for pulse counting, status/position

monitoring, demand synchronisation or control (gating) of the conditional energy

metering. Use the on-board or optional digital outputs for equipment control or

interfacing, controllable by internal alarms or externally through digital input status.

Use the optional analogue inputs and outputs for equipment monitoring or

interfacing.

Metering of other utilities (WAGES)

All models offer ve channels for demand metering of water, air, gas, electricity or

steam utilities (WAGES) through the pulse counting capabilities of the digital inputs.

Pulses from multiple inputs can be summed through a single channel.

Modular and upgradeable

All models offer easy-to-install option modules (memory, I/O and communications)

and downloadable rmware for enhanced meter capabilities.

Remote display

The optional remote display can be mounted as far as 10 m from the metering unit.

The adapter includes an additional 2- or 4-wire RS-485/RS-232 communication port.

PE86134PB101823-50

Rear view of PowerLogic PM800 series meter.

PowerLogic PM800 series meter display

screen showing bar graphs.

PE86229

PM800 series

Functions and characteristics

Intermediate metering

2013

Part Numbers

Description

Meter without display

Use the base meter unit without display to comply with voltage limitations for local regulations

when door mounting is not possible, or when meter voltage exceeds regulations, or when local

display is not required. When the meter is used without a display, conguration of the

communications port is limited to the default (address 1, 9600 baud, parity even). Requires

software to read data.

PM810 meter unit only, no display,

basic instrumentation, THD, alarming, 80 kB logging

(with PM810LOG)

PM810UMG

PM820 meter unit only, no display,

basic instrumentation, THD, alarming, 80 kB logging

PM820UMG

PM850 meter unit only, no display,

basic instrumentation, THD, alarming, 800 kB

logging, waveform capture

PM850UMG

PM870 meter unit only, no display,

basic instrumentation, THD, alarming, 800 kB

logging, congurable waveform capture and

disturbance detection.

PM870UMG

Meter with integrated display

Use the meter with integrated display for panel mounting when door space is available and when

voltage usage is within the local regulation limits.

PM810 meter with integrated display, PM810MG

PM820 meter with integrated display PM820MG

PM850 meter with integrated display PM850MG

PM870 meter with integrated display PM870MG

Meter with remote display

Conveniently packaged kit consist of a base meter (810, 820, 850 or 870) with a remote display,

remote display adapter, and remote display cable 3 m (9.ft 10 inches).

PM810 meter with remote display PM810RDMG

PM820 meter with remote display PM820RDMG

PM850 meter with remote display PM850RDMG

PM870 meter with remote display PM870RDMG

Parts and accessories

Remote display adapter with remote display and

a 3 m (9 ft 10 inch) cable

Use this combination of remote display, adapter, and

3 m cable to equip a base meter unit for use with a

remote display. In addition, the display can be carried

from meter to meter, enabling you to purchase one

display for multiple meters. Each base unit meter

must be equipped with a remote display adapter

(PM8RDA).

PM8RDMG

Remote display adapter alone

When added to the front of the base unit (PM8xxU),

the adapter brings two additional communication

ports: one for the remote display and one 4-wire/2-

wire RS 485/RS 232.

PM8RDA

Part number list continued on next page.

PowerLogic PM800 series meter without display.

PowerLogic PM800 series meter with remote display.

Remote display adapter with display and cable.

Remote display adaptor alone.

PB101819 -32

PE86135 PB101822 -68 PE86134 PB101814 -36

PowerLogic PM800 series meter with integrated display.

PM800 series

Functions and characteristics (cont.)

Intermediate metering

2013

PowerLogic PM870 with ECC module (bottom view

showing connectors and conguration switches).

ECC module (front view)

DB119012 DB119011

ECC module (side view

showing LED indicators).

DB119013

PowerLogic PM8M26 module.

PowerLogic PM800 with PM8M22 and

PM8M26 modules.

PB101824 -50 PB1018216 -34

Part Numbers - continued

Description

Optional modules

Ethernet communication module provides a 10/100BaseTx UTP port,

an RS-485 Modbus serial master port, Ethernet-to-serial line gateway

functionality, and an embedded web server that is fully compliant with

Transparent Ready - Level 1 (TRe1) systems.

The PM8ECC supports a private host PM8ECC MIB. Use of this MIB allows

the reading of Basic Metering Data, Conguration and Status of I/Os and

Conguration and Status of Alarms, plus SNMP Trap generation in response

to any PM8 on-board alarms.

PM8ECC

2 relay outputs, 2 digital inputs PM8M22

2 relay outputs, 6 digital inputs PM8M26

2 relay outputs, 2 digital inputs, 2 analogue outputs,

2 analogue inputs

PM8M2222

PM810 optional logging module for on-board data recording, uses a

non-volatile, battery-backed internal clock

PM810LOG

RJ11 Extender kit to mount RJ11 jack in panel door

(for use with PM800, CM3000, and CM4000 series meters)

RJ11EXT

Cable for remote display adapter 1.25 m (4 ft) CAB4

Cable for remote display adapter 3 m (9 ft 10 inch) CAB12

Cable for remote display adapter 9.14 m (30 ft) CAB30

Intermediate metering PM800 series

Functions and characteristics (cont.)

2013

Selection guide PM810 PM820 PM850 PM870

Performance standard

ANSI 12.20 Class 0.2S b b b b

IEC 61557-12 PMD/SD/K70/0.5 and PMD/SS/K70/0.5 b b b b

General

Use on LV and HV systems b b b b

Current and voltage accuracy 0.5 %/0.2% 0.5 %/0.2% 0.5 %/0.2% 0.2 %/0.2%

Active energy accuracy (5% to 200% of load) 0.2 % 0.2 % 0.2% 0.2%

Number of samples per cycle 128 128 128 128

Instantaneous rms values

Current, voltage, frequency b b b b

Active, reactive,apparent power Total & per phase b b b b

Power factor Total & per phase b b b b

Energy values

Active, reactive, apparent energy b b b b

Congurable accumulation mode b b b b

Demand values

Current Present & max. b b b b

Active, reactive, apparent

power

Present & max. b b b b

Predicted active, reactive, apparent power b b b b

Synchronisation of the measurement window b b b b

Demand calculation modeBlock, sliding, thermal b b b b

Other measurements

Hour counter b b b b

Power quality measurements

Harmonic distortion Current & voltage b b b b

Individual harmonics Current & voltage 31 (1) 31 63 63

Waveform capture - - bb (2)

EN50160 - ITI(CBEMA)/SEMI F-47 b (4) b

Sag and swell detection - - - b

Data recording

Min/max of instantaneous values b b b b

Data logs 2 (1) 2 4 4

Event logs -b b b

Trending / forecasting - - b b

GPS synchronisation b (1) b b b

Alarms b b b b

Time stamping b (1) b b b

Display and I/O

White backlit LCD display b b b b

Multilingual b b b b

Digital input (standard/optional) 1/12 1/12 1/12 1/12

Digital output (standard/optional) 1 KY/4 RY 1 KY/4 RY 1 KY/4 RY 1 KY/4 RY

Analogue inputs (standard/optional) 0/4 0/4 0/4 0/4

Analogue outputs (standard/optional) 0/4 0/4 0/4 0/4

Input metering capability (number of channels) 5 5 5 5

Communication

RS 485 port 2-wire 2-wire 2-wire 2-wire

Modbus protocol b b b b

RS 232/RS 485, 2- or 4-wire Modbus RTU/

ASCII (with addition of PM8RDA module)

b b b b

Ethernet 10/100Base Tx UTP port and RS485

Modbus serial master port with PM8ECC

b b b b

Option modules selection guide

The PM800 can be tted with 2 optional modules, unless otherwise indicated (3)

PM8ECC module

10/100BaseTx UTP port, RS-485 Modbus serial master port, Ethernet to serial line gateway,

embedded web server

Input/Output modules PM8M22 PM8M26* PM8M2222

Relay outputs 2 2 2

Digital inputs 2 6 2

Analogue outputs 4-20 mA 2

Analogue inputs 0-5 Vdc or 4-20 mA 2

* Includes a 24 Vdc Power Supply that can be used to power the digital inputs

(1) With PM810LOG, battery-backed internal clock and 80 kB memory. (2) Congurable. (3) Series 800

Power Meters supports up to two option modules. When PM8M2222 & PM8ECC are mounted together

with control power>370 V AC temperature rating must be reduced to -25°C to 50°C. Same applies when

using two PM8M2222. (4) PM850 does not include sag or swell detection.

PowerLogic PM800 series connectors.

1. Control power.

2. Voltage inputs.

3. Digital input/output.

4. RS 485 port.

5. Option module connector.

6. Current inputs.

7. Mounting clips.

DB109269

PowerLogic PM800 series meter with I/O module.

Intermediate metering PM800 series

Functions and characteristics (cont.)

2013

Electrical characteristics

Type of measurement 63rd harmonic, 128 samples per cycle

Measurement accuracy standard IEC 61557-12 compliant

Current 0.5% from 0.5 A to 10 A

Voltage 0.2% 10 V - 277 V

Power Factor +/- 0.002 from 0.500 leading to 0.500 lagging

Active Power 0.2%

Frequency +/- 0.01 Hz at 45 to 67 Hz

+/- 0.01 Hz at 350 to 450 Hz

Active Energy IEC 62053-22 Class 0.5S and

ANSI C12.20 Class 0.2S

Reactive Energy IEC 62053-23 Class 2

Data update 1 s

Input-voltage

characteristics

Measured voltage 0 to 600 V AC (direct L-L)

0 to 347 V AC (direct L-N)

up to 3.2 MV AC (with external VT)

Metering over-range 1.5 Un

Impedance 5 MW

Frequency measurement range 45 to 67 Hz and 350 to 450 Hz

Input-current

characteristics

CT ratings Primary Adjustable from 5 A to 32767 A

Secondary 1 A or 5 A

Measurement input range 5 mA to 10 A AC

Permissible overload 15 A continuous

50 A for 10 seconds per hour

500 A for 1 second per hour

Impedance < 0.1 W

Load < 0.15 VA

Control Power AC 115 to 415 ±10 % V AC, 15 VA with options at

45 to 67 Hz or 350 to 450 Hz

DC 125 to 250 ±20 % V DC, 10 W with options

Ride-through time 45 ms at 120 V AC or 125 V DC

Inputs/Outputs (2)

Standard

(meter unit)

1 digital KY pulse output 6 to 220 V AC ± 10% or 3 to 250 V DC ± 10%,

100 mA max. at 25 °C, 1350 V rms isolation

1 digital input 24 to 125 V AC/DC ±10 %, < 5 mA maximum

burden, 1350 Vrms isolation

PM8M22

option

2 relay outputs (1) 6 to 240 V AC or 6 to 30 V DC

2 A rms, 5 A max. for 10 seconds per hour

2 digital inputs 19 to 30 V DC, 5 mA max. at 24 V DC

PM8M26

option

2 relay outputs (1) 6 to 240 V AC, 6 to 30 V DC

2 A rms, 5 A max. for 10 seconds per hour

6 digital inputs 20 to 150 V AC/DC, 2 mA max.

24 V internal supply 20 - 34 V DC, 10 mA max. (feeds 6 digital inputs)

PM8M2222

option

2 relay outputs (1) 6 to 240 V AC, 6 to 30 V DC

2 A rms, 5 A max. for 10 seconds per hour

2 digital inputs 20 to 150 V AC/DC, 2 mA max.

2 analogue outputs 4 to 20 mA dc into 600 ohms maximum

2 analogue inputs Adjustable from 0 to 5 V DC or 4-20 mA

Switching

frequency

(digital I/O)

Standard Input/output 25 Hz, 50 % duty cycle (20 ms ON/OFF)

PM8M22 Input/output 1 Hz, 50 % duty cycle (500 ms ON/OFF)

PM8M26 and

PM8M2222

Input 25 Hz, 50 % duty cycle (20 ms ON/OFF)

Output 1 Hz, 50 % duty cycle (500 ms ON/OFF)

Mechanical characteristics

Weight (meter with integrated display) 0.6 kg

IP degree of protection (IEC 60529) IP52 integrated display. Type 12 compliant

remote display (with gasket). IP30 meter body

Dimensions Without options 96 x 96 x 70 mm (mounting surface)

With 1 option 96 x 96 x 90 mm (mounting surface)

Environmental conditions

Operating

temperature

Meter -25 °C to +70 °C (2)

Display -10 °C to +50 °C

Storage temp. Meter + display -40 °C to +85 °C

Humidity rating 5 to 95 % RH at 40 °C (non-condensing)

Pollution degree 2

Installation category III, for distribution systems up to 347 V L-N /

600 V AC L-L

Dielectric withstand As per EN 61010, UL508

Altitude 3000 m max.

(1) Mechanical endurance: 15 million operations, Electrical endurance:25000 commutations at

2 A / 250 V AC (2) Series 800 Power Meters supports up to two option modules. When

PM82222 & PM8ECC are mounted together with control power >370 V AC temperature rating

must be reduced to -25°C to 50°C. Same is true when using two PM8M2222.

Intermediate metering PM800 series

Functions and characteristics (cont.)

2013

Electromagnetic compatibility

Electrostatic discharge Level III (IEC 61000-4-2)

Immunity to radiated elds Level III (IEC 61000-4-3)

Immunity to fast transients Level III (IEC 61000-4-4)

Immunity to impulse waves Level III (IEC 61000-4-5)

Conducted immunity Level III (IEC 61000-4-6)

Immunity to magnetic elds Level III (IEC 61000-4-8)

Immunity to voltage dips Level III (IEC 61000-4-11)

Conducted and radiated

emissions

e industrial environment/FCC part 15 class A EN 55011

Harmonics emissions IEC 61000-3-2

Flicker emissions IEC 61000-3-3

Surge immunity IEC 61000-4-12

Surge withstand capability (SWC) ANSI C37.90.1.2002

Safety

Europe e, as per IEC 61010-1 i (1)

U.S. and Canada cULus (UL508 and CAN/CSA C22.2 No. 14-M95, Industrial

Control Equipment)

Onboard communications

RS 485 port 2-wire, up to 38400 baud, Modbus

Model-dependent characteristics

Data Logs PM810 with PM810LOG, PM820, PM850 and PM870:

- 1 billing log

- 1 customisable log

PM850 and PM870 only: 2 additional custom logs

Min./max. Worst min. and max. with phase indication for Voltages,

Currents, Voltage unbalance, and THD. Min. and max. values

for power factor (True and Displacement), power (P, Q, S) and

frequency

One event log Time stamping to 1 second

Trend curves

(PM850 and PM870 only)

Four trend curves: 1 minute, 1 hour, 1 day and 1 month. Min./

max./avg. values recorded for eight parameters:

- every second for one minute for the 1-minute curve

- every minute for one hour for the 1-hour curve

- every hour for one day for the 1-day curve

- every day for one month for the 1-month curve

Hour counter Load running time in days, hours and minutes

Energy per shift Up to three user-dened intervals per day

Available for all models (the PM810 requires the PM810LOG

module)

Forecasting

(PM850 and PM870 only)

Forecasting of the values for the trended parameters for the

next four hours and next four days

PM850 waveform capture Triggered manually or by alarm, 3-cycle, 128 samples/cycle on

6 user congurable channels

PM870 enhanced waveform

capture

From 185 cycles on 1 channel at 16 samples per cycle up to

3 cycles on 6 channels at 128 samples per cycle

Alarms Adjustable pickup and dropout setpoints and time delays,

numerous activation levels possible for a given type of alarm

Historical and active alarm screens with time stamping

Response time: 1 second

Boolean combination of four alarms is possible using

the operators NAND, AND, OR, NOR and XOR on PM850 and

PM870

Digital alarms: status change of digital inputs

Memory available for logging

and waveform capture (2)

80 kbytes in PM810 with PM810LOG and PM820

800 kbytes in PM850 and PM870

Firmware update (all models) Update via the communication ports

File download available free from www.powerlogic.com

Bar graphs (all models) Graphical representation of system performance

Display characteristics

Languages English, French, Spanish, German, Russian, Turkish and

Portuguese.

Display screen Back-lit white LCD (6 lines total, 4 concurrent values)

Dimensions Display screen viewable area 73 x 69 mm

Integrated display Overall 96 x 96 mm

Depth meter + display 69.4 mm + 17.8 mm

Remote display Overall 96 x 96 x 40 mm

Weight Meter with remote display adapter 0.81 kg

Remote display 0.23 kg

Intermediate metering PM800 series

Functions and characteristics (cont.)

2013

Intermediate metering Power Meter Series 800

Dimensions and connection

Power meter with integrated display

Dimensions

DB111765

DB111766

DB111767

Front-panel mounting (meter with integrated display)

DB111768

Spacing between units

DB111769

DB111770

2013

Intermediate metering Power Meter Series 800

Dimensions and connection (cont.)

Remote display door mounting

Flush mounting

DB111792

Surface mount

DB111793

Mounting in a Ø102 cutout (replace analogue device: ammeter, voltmeter, etc.)

DB111794

2013

ION7300 Series

Functions and characteristics

Intermediate metering

PE86151a

PowerLogic™ ION 7300 Series meter.

Used in enterprise energy management applications such as feeder monitoring and

sub-metering, ION7300 Series meters offer unmatched value, functionality, and

ease of use. ION7300 Series meters interface to PowerLogic StrxureWare software

or other automation systems to give all users fast information sharing and analysis.

ION7300 Series meters are an ideal replacement for analogue meters, with a

multitude of power and energy measurements, analogue and digital I/O,

communication ports, and industry-standard protocols. The ION7330 meter has

on-board data storage, emails of logged data, and an optional modem. The ION7350

meter is further augmented by more sophisticated power quality analysis, alarms and

a call-back-on-alarm feature.

Applications

Power monitoring and control operations.

Power quality analysis.

Cost allocation and billing.

Demand and power factor control.

Load studies and circuit optimisation.

Equipment monitoring and control.

Preventive maintenance.

Main characteristics

Accurate metering

Ensure metering accuracy with compliance to IEC 60687 class 0,5S standard.

Multiple communications options: Ethernet - Serial - Modem

Gateway functionality simplies communications architecture and reduces leased

line or connection costs. Concurrent, independent ports communicate with a variety

of protocols such as ION, DNP 3.0, Modbus RTU, and Modbus TCP.

Easy to read display

An easy-to-read front panel with a back-lit LCD screen supports local data display

and basic setup.

Set automatic alarms

Use congurable event priorities, logical operators, and setpoints to dene alarm

conditions and set alarms.

Integrate with software

Easily integrate ION7300 Series meters with an energy management or SCADA

system to provide remote display at a PC workstation, as well as remote

conguration and manual control capabilities.

Notication of alarms via email

Alarm notications sent via email to any workstation, cell phone, pager, or PDA.

Server for custom HTML pages

An on-board Web server combined with an Ethernet port offers quick and easy

access to real-time energy and basic power quality information without special

software.

Monitor dips and swells (ION7350)

Detect dips and swells on any voltage channel.

Interoperability expands existing networks

The ION7330/ION7350 concurrently communicates via multiple protocols, allowing

you to extend an existing Modbus, DNP, or Enterprise network.

Memory

Non-volatile memory (300kB) ensures that valuable information can be preserved

between intervals.

Part numbers

ION7300 series

ION7330 M7330

ION7350 M7350

Refer to the part number section for further explanations.

2013

ION7300 Series

Functions and characteristics (cont.)

Intermediate metering

PE86057

PowerLogic ION7330/ION7350

Selection guide ION7330 ION7350

General

Use on LV and HV systems b b

Current and voltage accuracy 0.25% + 0.05 % full scale

Power accuracy Real (kW) 0.5% reading

Apparent (kVA) 0.5% + 0.1%

Reactive (kvar) 1.5% reading

Energy accuracy Real (kWh) 0.5% reading

Apparent (kVAh) 1.0% reading

Reactive (kvarh) 1.5% reading

Number of samples per cycle 32 64

Instantaneous rms values

Current, voltage, frequency b b

Active, reactive, apparent power Total and per phase b b

Power factor Total and per phase b b

Energy values

Active, reactive, apparent energy b b

Settable accumulation modes b b

Demand values

Current Present and max. b b

Active, reactive, apparent power Present and max. b b

Predicted active, reactive, apparent power b b

1 Chassis Ground

2 Analogue Inputs

3 Internal Modem Port

4 Voltage Inputs

5 Digital Outputs

6 Current Inputs

7 Digital Inputs

8 RS-485 Bus

9 Power Supply

10 Ethernet Port

11 IR Port

Synchronisation of the measurement window b b

Setting of calculation mode Block, sliding b b

Power quality measurements

Harmonic distortion Current, voltage b b

Individual harmonics 15th 31st

Waveform capture -b

Detection of voltage dips and swells -b

Data recording

Min/max of instantaneous values b b

Historical logs max. # of channels 32 96

Waveform logs max. # of channels - 48

Trending / forecasting -b

Alarms b b

Time stamp resolution (s) 0.001 0.001

300 Kbyte memory b b

Display and I/O

Display b b

Wiring self-test b b

Analogue inputs / analogue outputs 4/4 4/4

Digital status inputs/counter 4 4

Digital relay outputs 4 4

Communication

RS-485 port 2 2

Disturbance waveform capture and power quality report. Modbus protocol b b

Ethernet (Modbus/TCP/IP protocols) 1 1

Ethernet gateway (EtherGate) b b

Internal modem 1 1

Modem gateway (ModemGate) b b

Infrared optical port 1 1

DNP 3.0 via serial, modem, IR ports b b

HTML page web server (WebMeter) b b

12345 678910 11

2013

ION7300 Series

Functions and characteristics (cont.)

Intermediate metering

PowerLogic ION7300 Series remote terminal display.

Electrical characteristics

PE86236

Type of measurement True rms up to the 15th harmonic (31st for ION7350)

32 samples/cycle (64 for ION7350)

Measurement

accuracy

Current and voltage 0.25% + 0.05%

Power Real: 0.5% reading

Apparent: 0.5% + 0.1%

Reactive (>5% FS): 1.5% reading

Frequency + 0.01 Hz

Power factor (at Unity PF) + 1.5% reading

Energy(1) kWh: 0.5% reading

kVAh: 1.0% reading

kvarh: 1.5% reading

Data update rate 1 second

Input-voltage

characteristics

Measured voltage 50 - 347 VAC L-N 3-phase (87-600 L-L)

50 - 300 VAC L-N single phase (100 - 600 L-L)

Metering over-range 25%

Overload withstand 1500 VAC continuous

3250 VAC for 1 second non-recurring

Impedance >2 M Ohms/phase (phase - Vref)

Frequency range 40 - 70 Hz

Input-current

characteristics

CT ratings 5 A nominal / 10 A full scale

Measurement range 20 mA - 10 A rms (+20%, 300 V rms to ground)

Overload withstand 20 A continuous

500 A for 1 second non-recurring

Burden Worst case (at 10 A): 0.0625 VA

Impedance > 2 M Ohms/phase (phase-Vref)

Power supply AC 95 - 240 VAC (+ 10%), (47 - 440 Hz)

DC 120 - 310 VDC (+ 10%)

0.2 A worst case loading (12 W) at 100 VAC at 25°C

P24 option 20 to 60 VDC (+ 10%)

Input/outputs 4 Digital status inputs

(7330/7350)

Self-excited (internal 30 VDC supply); Min pulse width:

25 msec; Max 40 transitions/sec

4 digital outputs Form A Solid State; Max forward current: 80 mA

Max voltage: 30 V

4 optional analogue

inputs

0-20 mA (scalable to 4-20 mA) option

Input impedence: 24.3 Ohms; Accuracy: < + 0.3% of

full-scale; Update rate: 1 second; Max common mode

voltage: 30 V; Sample rate: 16 samples/second

0-1 mA option same as above except:

Input impedence: 475 Ohms

4 optional analogue

outputs

0-20 mA (scalable to 4-20 mA) option

Max load drive capability: 500 Ohms; Accuracy: +

0.3% of full-scale; Max common mode voltage: 30 V

0-1 mA option same as above except:

Max load drive capability: 10 kOhms

Mechanical characteristics

Weight 1.8 kg

IP degree of protection Integrated display: front IP 50; back IP 40

Transducer unit (no display): IP 40

Dimensions Standard model 96 x 96 x 162.2 mm

TRAN model 60 x 100 x 164.5 mm

Environmental conditions

Operating temperature -20 to +60° C ambient air

Storage temperature -30 to +85°C

Humidity rating 5% to 95% non-condensing

Altitude Less than 2000 m above sea level

Installation category III, for distribution systems

Pollution degree 2

Dielectric withstand As per IEC 61010, UL3111

Electromagnetic compatibility

Electrostatic discharge EN 60687:1993

Immunity to electromagnetic HF elds EN 60687:1993

Immunity to fast transients IEC 61000-4-4

Conducted and radiated emissions EN 55014-1:1993

Safety

Europe IEC 1010-1

USA and Canada UL 3111 and CSA C22.2 No. 1010-1

(1) Accuracy complies with IEC 687 class 0.5S and ANSI 12.20 class 0.5 at 25ºC.

2013

Intermediate metering

PE86004

Communication

RS-485 ports Optically isolated

Up to 19,200 bauds

Protocols: ION, DNP 3.0, Modbus RTU, GPS

Ethernet port (Modbus TCP

protocol)

Up to 10 Mbps

With EtherGate

Optional 10Base-T

Infrared optical port Front panel ANSI Type 2

Up to 19,200 bauds

Protocols: ION, Modbus RTU, DNP 3.0

Internal modem From 300 to 33,600 bauds

ModemGate

Call-back feature(1)

Firmware characteristics

Data logs Scheduled or event driven

7330: Maximum of 2 data logs, 32 parameters

7350: Maximum of 6 data logs, 96 parameters

Example WebMeter page showing realtime values. Harmonic distortion Individual and total up to the 15th harmonic (31st for 7350)

Sag/swell detection (1) Detects dips and swells on any voltage channel

Instantaneous True rms, per phase, and total for:

- Voltage and current

- Active (kW), reactive (kvar), and apparent (kVA) power

- Power factor and frequency

- Voltage and current unbalance

Min/max logging Perform on any parameter, over any time interval

Min and max values for all basic power parameters:

- Voltage per phase

- Current per phase

- Active (kW), reactive (kvar), apparent (kVA) power

- Power factor & frequency

- Rolling block demand for kW, kvar, kVA

Waveform captures Simultaneous capture of events on all channels. up to 48

cycles each, 64 samples/cycle. Maximum of 6,900 cycles

for contiguous waveform capture

Alarms Single- and multi-condition alarms, call-out on alarms,

dene alarms conditions with congurable event priorities

Memory 300 kB standard

Display characteristics

Integrated display 4-parameter to single parameter large character displays,

back-lit LCD with adjustible contrast

Languages English

(1) Available on ION7350 only.

ION7300 Series

Functions and characteristics (cont.)

2013

Intermediate metering

Part numbers

Item Code Description

PE86059

Example and explanation of product part number.

1 Model M7350 ION7350: Advanced power meter with basic sag/swell

detection, waveform recording, harmonics (up to the 31st),

high-speed data logging and automatic modem dial-out,

multi-port communications, 4 digital inputs and 4 digital

outputs.

M7330 ION7330: Advanced power meter with over 200 high-

accuracy, 3-phase measurements, data logging, multiport

communications, 4 digital inputs and 4 outputs

2Form factor A0 Integrated display, with front optical port

R0 Transducer with RMD (remote display), with front optical port.

DOES NOT support Analogue Input and/or Analogue Output

options. Not available with Security options RMICAN or

RMICAN-SEAL.

R1 Same as R0, but with DIN rail mounts on the transducer. DOES

NOT support Analogue Input and/or Analogue Output options.

T0 Transducer (no display). Note you cannot use an RMD on this

meter if you order the Analogue Input and/or Analogue Output

options. Not available with Security options RMICAN or

RMICAN-SEAL.

T1 Transducer (no display) with DIN rail mount. Note you cannot

use an RMD on this meter if you order the Analogue Input and/

or Analogue Output options. Not available with Security

options RMICAN or RMICAN-SEAL.

3Current inputs B5 Amp nominal, 10 Amp full scale current input

4Voltage inputs 0Autoranging (50 to 347 VAC +25%)

5Power supply BP240 power supply (95-240 VAC/47-4f40 Hz/120-310 VDC)

CP24 power supply (20 to 65 VDC)

6System frequency 0Autoranging (50 and 60 Hz)

7 Communications Z0 No communications.

A0 Two RS-485 ports

C1 One RS-485 EtherGate port, one RS-485 ModemGate port,

10Base-T Ethernet (RJ45), 33.6k universal internal modem.

DOES NOT support Analogue Input and/or Analogue Output

options.

M1 One 33.6k universal internal modem (RJ11) port, one RS-485

port, one RS-485 ModemGate port.

E0 One RS-485 port, one 10Base-T Ethernet (RJ45)

8 Inputs/Outputs A No analogue inputs/outputs. You must choose this option if

ordering Display-only or RMD remote display options (Form

Factor types “D” or “R”), or Ethernet option (Communications

options “E0”).

MFour 0 to 1 mA analogue inputs & four 0 to 1 mA analogue

outputs. NOT AVAILABLE with RMD or Ethernet options

NFour 0 to 20 mA analogue inputs & four 0 to 20 mA analogue

outputs. NOT AVAILABLE with RMD or Ethernet options

9 Security 0 Password protected, no hardware lock

2Password protected with hardware lock enabled

3(ION7330 model only) RMICAN Measurement Canada

approved

4(ION7330 model only) RMICAN-SEAL Measurement Canada

approved, factory sealed(1)

6Password protected with security lock enabled, terminal cover

and UK OFGEM labels

10 Special order ANone

BPre-set to MODBUS (available for Form Factor T0, T1, T2 and

T3 only). Not available with Security options RMICAN or

RMICAN-SEAL.

CTropicalisation treatment applied

DTropicalisation treatment applied and pre-set to MODBUS

(available for Form Factor T0, T1, T2 and T3 only). Not

available with Security options RMICAN or RMICAN-SEAL.

(1)A completed ION7300 series RMICAN-SEAL checklist must accompany each RMICAN-

SEAL meter order.

ION7300 Series

Functions and characteristics (cont.)

2013

Intermediate metering ION7300 Series

Functions and characteristics (cont.)

Part numbers (cont’d)

Transducer unit

ION7330 TRAN No display T0

With DIN rail mount T1

ION7350 TRAN No display T0

With DIN rail mount T1

Communications

ION7330 Two RS-485 ports A0

One RS-485 EtherGate port, one RS-485

ModemGate port, 10Base-T Ethernet (RJ45),

33.6k universal internal modem1

One 10Base-T Ethernet (RJ45) port, one

RS-485 port, one RS485 EtherGate port1

One 33.6k universal internal modem (RJ11)

port, one RS-485 port, one RS-485 ModemGate

port

ION7350 Two RS-485 ports A0

One RS-485 EtherGate port, one RS-485

ModemGate port, 10Base-T Ethernet (RJ45),

33.6k universal internal modem (RJ11)1

One 10Base-T Ethernet (RJ45) port, one

RS-485 port, one RS-485 EtherGate port1

One 33.6k universal internal modem (RJ11)

port, one RS-485 port, one RS-485 ModemGate

port

Remote modular display

Remote Modular Display with 6 foot DB25 cable RMD-7330

Remote Modular Display with 6 foot DB25 cable RMD-7350

Terminal strip cover

Terminal strip cover TERMCVR-73XX

DB9 optical probe

Terminal strip cover. Optical probe (DB-9) for use with ION7300 Series meters OPTICAL-

PROBE

Water resistant gasket

Water resistant gasket GSKT

(1) Does NOT support Analogue Input and/or Analogue Output options.

2013

ION7300 Series 0

Dimensions and connection

Intermediate metering

ION7300 Series dimensions

PE86063

PE86064

ION7300 Series TRAN dimensions

PE86065

PE86066

ION7300 Series RMD dimensions

PE86063

PE86067

Ethernet port location (if equipped)

PE86068

Internal modem port location (if equipped)

PE86069

162

100

164

2013

Intermediate metering ION7300 Series 0

Dimensions and connection (cont.)

Front panel mounting

PE86070

2013

Used at key distribution points and sensitive loads, PowerLogic™ ION7550 and

ION7650 meters offer unmatched functionality including advanced power quality

analysis coupled with revenue accuracy, multiple communications options, web

compatibility, and control capabilities. Customise metering or analysis functions at your

work station, without hard wiring. Just link drag-and-drop icons or select default

settings. Integrate the meters with StruxureWare Power Monitoring software or share

data with SCADA systems via multiple communication channels and protocols.

Applications

Reduce energy costs.

Increase equipment utilisation.

Comply with environmental and regulatory requirements.

Improve power quality and reliability.

Improve customer satisfaction and retention.

Monitor and control equipment.

Integrated utility metering.

Allocate or sub-bill energy costs to departments, processes or tenants.

Main characteristics

Anticipate, diagnose and verify to increase efciency

Reveal energy inefciencies or waste and optimise equipment operation to increase

efciency. Isolate reliability risks, diagnose power-related equipment issues and

verify reliable operation.

Summarise power quality, set targets, measure and verify results

Consolidate all the power quality characteristics into a single trendable index.

Benchmark power quality and reliability and compare against standards, or compare

facilities or processes.

Easy to use, multilingual, IEC/IEEE congureable display

Bright LCD display with adjustable contrast. Screen-based menu system to

congure meter settings including IEC or IEEE notations. Multilingual support for

English, French, Spanish and Russian. 12/24 hour clock support in multiple formats.

Modbus Master functionality

Read information from downstream Modbus devices and view it via the front panel or

store in memory until you upload to the system level.

IEC 61850 protocol

Increase interoperability and decrease engineering time using standard protocol.

Gateway functionality

Access through the meter’s Ethernet port (EtherGate) or telephone network

(ModemGate) to Modbus communicating devices connected to meter serial ports.

Detect and capture transients as short as 20µs at 50Hz (17µs at 60 Hz)

Identify problems due to short disturbances, e.g. switching of capacitors, etc.

Power quality compliance monitoring

Monitor compliance with international quality-of-supply standards (IEC 61000-4-30

class A ed. 2(1), EN50160(1), IEC 61000-4-7(1), IEC 61000-4-15(1), IEEE 519, IEEE 1159,

and CBEMA/ITIC). Evaluate icker based on IEC 61000-4-15(1) and IEEE 1453(1).

Detect waveshape changes

Detection of phase switching phenomena (for example during the transfer of a

high-speed static switch) not detected by classical threshold-based alarms.

Record ultra-fast electrical parameters every 100 ms or every cycle

Preventive maintenance: acquisition of a motor startup curve, etc.

Trend curves and short-term forecasting

Rapid trending and forecasting of upcoming values for better decision making.

Disturbance direction detection

Determine disturbance location and direction relative to the meter. Results captured

in the event log, along with a timestamp and certainty level.

Alarm setpoint learning

The meter analyses the circuit and recommends alarm setpoints to minimise

nuisance or missed alarms.

Notify alarms via email

High-priority alarms sent directly to the user’s PC. Instant notication of power quality

events by email.(1) ION7650 only

Part numbers

ION7550 / ION7650

ION7550 M7550

ION7650 M7650

SE remote display M765RD

SE remote display w/power supply M765RDPS

ION7550 / ION7650

Functions and characteristics

Advanced metering

(1) ION7650 only

2013 95

PE86288

PowerLogic™ ION7550 / ION7650 rear view.

1 Current/voltage inputs

2 Digital inputs

3 Analogue inputs

4 Analogue outputs

5 Communications card

6 Power supply

7 Form C digital outputs

8 Digital inputs

9 Form A digital outputs

Selection guide ION7550 ION7650

General

Use on LV and HV systems b b

Current accuracy (1A to 5A) 0.1 % reading 0.1 % reading

Voltage accuracy (57V to 288V) 0.1 % reading 0.1 % reading

Energy accuracy 0.2 % 0.2 %

Nbr of samples/cycle or sample frequency 256 1024

Instantaneous rms values

Current, voltage, frequency b b

Active, reactive, apparent power Total and per phase b b

Power factor Total and per phase b b

Current measurement range (autoranging) 0.01 - 20A 0.01 - 20A

Energy values

Active, reactive, apparent energy b b

Settable accumulation modes b b

Demand values

Current Present and max. values b b

Active, reactive, apparent power Present and max. values b b

Predicted active, reactive, apparent power b b

Synchronisation of the measurement window b b

Setting of calculation mode Block, sliding b b

Power quality measurements

Harmonic distortion Current and voltage b b

Individual harmonics Via front panel 63 63

Via ION Enterprise 127 511

Waveform capture b b

Detection of voltage swells and sags b b

Detection and capture of transients -20 µs(1)

Flicker -b

Fast acquisition of 100 ms or 20 ms data b b

EN50160 compliance checking -b

Programmable (logic and math functions) b b

Data recording

Min/max of instantaneous values b b

Data logs b b

Event logs b b

Trending/forecasting b b

SER (Sequence of event recording) b b

Time stamping b b

GPS synchronisation (1 ms) b b

Memory (in Mbytes) 10 10

Display and I/O

PE86002

Front panel display b b

Wiring self-test b b

Pulse output 1 1

Digital or analogue inputs(max) 20 20

Digital or analogue outputs (max, including pulse output) 12 12

Communication

RS 485 port 1 1

RS 485 / RS 232 port 1 1

Optical port 1 1

Modbus protocol b b

IEC 61850 protocol b b

Ethernet port (Modbus/TCP/IP protocol, IEC 61850 (2))1 1

Ethernet gateway (EtherGate) 1 1

Alarms (optional automatic alarm setting b b

Disturbance waveform capture and power quality report Alarm notication via email b b

HTML web page server (WebMeter) b b

Internal modem 1 1

Modem gateway (ModemGate) b b

DNP 3.0 through serial, modem, and I/R ports b b

(1) For 50 Hz line frequency; 17µs for 60 Hz line frequency.

ION7550 / ION7650

Functions and characteristics (cont.)

Advanced metering

234

2013

PowerLogic ION7650

Electrical characteristics

PE86126

Type of measurement True rms to 1024 samples per cycle (ION7650)

Measurement

accuracy

Current and voltage ±0.01% of reading + ±0.025% of full scale

Power ±0.075% of reading + ±0.025% of full scale

Frequency ±0.005Hz

Power factor ±0.002 from 0.5 leading to 0.5 lagging

Energy: IEC62053-22 0,2S, 1A and 5A

Data update rate 1/2 cycle or 1 second

Input-voltage

characteristics

Measurement range Autoranging 57V through 347V LN / 600V LL

Impedance 5 MW/phase (phase - Vref)

Frequency measurement

range

42 to 69Hz

Input-current

characteristics

Rated nominal current 1A, 2A, 5A, 10A

Measurement range 0.005 - 20 A autoranging (standard range)

0.001 - 10 A autoranging (optional range)

Permissible overload 500 A rms for 1 s, non-recurring (5A)

50 A rms for 1s, non-recurring (1A)

Impedance 0.002 W per phase (5A)

0.015 W per phase (1A)

Burden 0.05 VA per phase (5 A)

0.015 VA per phase (1 A)

Power supply AC 85-240 V AC ±10% (47-63 Hz)

DC 110-300 V DC ±10%

DC low voltage (optional) 20-60 V DC ±10%

Ride-through time 100 ms (6 cycles at 60 Hz) min.

Burden Standard: typical 20 VA, max 45 VA

Low voltage DC: typical 15 VA, max 20 VA

Input/outputs(1) Standard 8 digital inputs (120 V DC)

3 relay outputs (250 V AC / 30 V DC)

4 digital outputs (solid state)

Optional 8 additional digital inputs

4 analogue outputs, and/or 4 analogue inputs

Mechanical characteristics

Weight 1.9 kg

IP degree of protection (IEC 60529) Integrated display, front: IP 50; back: IP 30

Transducer unit (no display): IP 30

Dimensions Standard model 192 x 192 x 159 mm

TRAN model 235.5 x 216.3 x 133.1 mm

Environmental conditions

Operating

temperature

Standard power supply -20 to +70 ºC

Low voltage DC supply -20 to +50 ºC

Display operating range -20 to +60 ºC

Storage

temperature

Display, TRAN -40 to +85 ºC

Humidity rating 5 to 95% non-condensing

Installation category III (2000m above sea level)

Dielectric withstand As per EN 61010-1, IEC 62051-22A(2)

Electromagnetic compatibility

Electrostatic discharge IEC 61000-4-2

Immunity to radiated elds IEC 61000-4-3

Immunity to fast transients IEC 61000-4-4

Immunity to surges IEC 61000-4-5

Conducted and radiated emissions CISPR 22

Safety

Europe IEC 61010-1

Communication

RS 232/485 port (1) Up to 115,200 bauds (57,600 bauds for RS 485),

ION, DNP 3.0, Modbus, GPS, EtherGate,

ModemGate, Modbus Master

RS 485 port (1) Up to 57,600 bauds, ION, DNP 3.0, Modbus,

GPS, EtherGate, ModemGate, Modbus Master

Infrared port(1) ANSI type 2, up to 19,200 bauds, ION, Modbus,

DNP 3.0

Ethernet port 10Base-T/100Base-TX, RJ45 connector, 100 m link

Fibre-optic Ethernet link 100 Base FX, SC duplex connector, 1300 nm,

FO multimode with gradient index 62.5/125 µm

or 50/125 µm, 2000 m link

(1) Consult the ION7550 / ION7650 installation guide for complete specications.

(2) IEC 62051-22B with serial ports only.

ION7550 / ION7650

Functions and characteristics (cont.)

Advanced metering

2013 97

PE86004

Communication (cont.)

Protocol ION, Modbus, TCP/IP, DNP 3.0, Telnet, IEC 61850(2)

EtherGate Communicates directly with up to 62 slave devices via

available serial ports

ModemGate Communicates directly with up to 31 slave devices

Ethernet port 10Base-T/100Base-TX, RJ45 connector, 100 m link

WebMeter 5 customisable pages, new page creation capabilities,

HTML/XML compatible

Firmware characteristics

High-speed data recording Down to 5ms interval burst recording, stores detailed

characteristics of disturbances or outages. Trigger

recording by a user-dened setpoint, or from external

equipment.

Harmonic distortion Up to 63rd harmonic (511th for ION7650 via ION Enterprise

software) for all voltage and current inputs

Sag/swell detection Analyse severity/potential impact of sags and swells:

- magnitude and duration data suitable for plotting on

voltage tolerance curves

- per phase triggers for waveform recording, control

Disturbance direction detection Determine the location of a disturbance more quickly and

accurately by determining the direction of the disturbance

relative to the meter. Analysis results are captured in the

event log, along with a timestamp and condence level

indicating level of certainty.

Instantaneous High accuracy (1s) or high-speed (1/2 cycle)

measurements, including true rms per phase / total for:

- voltage and current

- active power (kW) and reactive power (kvar)

- apparent power (kVA)

- power factor and frequency

- voltage and current unbalance

- phase reversal

Load proling Channel assignments (800 channels via 50 data

recorders) congurable for any measurable parameter,

including historical trend recording of energy, demand,

voltage, current, power quality, or any measured

parameter. Trigger recorders based on time interval,

calendar schedule, alarm/event condition, or manually.

Trend curves Access historical data at the front panel. Display, trend

and continuously update historical data with date and

timestamps for up to four parameters simultaneously.

Waveform captures Simultaneous capture of all voltage and current channels

- sub-cycle disturbance capture

- maximum cycles is 214,000 (16 samples/cycle x 96

cycles, 10Mbytes memory)

- 256 samples/cycle (ION7550)

- 512 samples/cycle standard, 1024 samples/cycle

optional (ION7650)

COMTRADE waveform format available direct from the

meter (Ethernet port option only)

PE86005

Alarms Threshold alarms:

- adjustable pickup and dropout setpoints and time

delays, numerous activation levels possible for a given

type of alarm

- user-dened priority levels

- boolean combination of alarms is possible using the

operators NAND, OR, NOR and XOR

Advanced security Up to 16 users with unique access rights. Perform resets,

time syncs, or meter congurations on user privileges

Transformer correction Correct for phase / magnitude inaccuracies in current

transformers (CTs), potential transformers (PTs)

Memory 5 to 10 Mbytes (specied at time of order)

Firmware update Update via the communication ports

Display characteristics

Integrated display Back lit LCD, congurable screens

Languages English, French, Spanish, Russian

Example showing instantaneous values and alarm. Notations IEC, IEEE

(1) All the communication ports may be used simultaneously.

(2) Only available with 5MB memory meters.

ION7550 / ION7650

Functions and characteristics (cont.)

Advanced metering

2013

ION7550 / ION7650

Functions and characteristics (cont.)

Advanced metering

Part numbers

Example ION7650 product part number.

Item Code Description

PE86020

1 Model M7650 Advanced meter with wide-range voltage inputs (57-347V

line-neutral or 100-600V line-line), transient detection, data and

waveform recording, IEC 61000-4-30 Class A & EN50160.

Supports ION, IEC 61850 (only for meters with 5MB memory and

Ethernet comm card) Modbus-RTU, and DNP 3.0.

M7550 Advanced meter with wide-range voltage inputs (57-347V

line-neutral or 100-600V line-line), sag/swell detection, data and

waveform recording. Supports ION, IEC 61850 (only for meters

with 5MB memory and Ethernet comm card) Modbus-RTU, and

DNP 3.0.

2Form Factor A0 Integrated display with front optical port, 5 MB logging memory,

and 512 samples/cycle resolution (ION7650) or 256 samples/

cycle (ION7550).

A1 ION7650 only. Integrated display with front optical port, 5 MB

logging memory, and 1024 samples/cycle resolution.

1 Model.

2 Form factor.

3 Current Inputs.

4 Voltage Inputs.

5 Power supply.

6 System frequency.

7 Communications.

8 Inputs/outputs.

9 Security.

10 Special order.

B0 Integrated display with front optical port, 10 MB logging memory,

and 512 samples/cycle resolution (ION7650) or 256 samples/

cycle (ION7550).

B1 ION7650 only. Integrated display with front optical port, 10 MB

logging memory, and 1024 samples/cycle resolution.

T0 Transducer (no display) version, with 5 MB logging memory, and

512 samples/cycle resolution (ION7650) or 256 samples/cycle

(ION7550).

T1 ION7650 only. Transducer (no display) version, with 5 MB logging

memory, and 1024 samples/cycle resolution.

U0 Transducer (no display) version, with 10 MB logging memory, and

512 samples/cycle resolution (ION7650) or 256 samples/cycle

(ION7550).

U1 ION7650 only. Transducer (no display) version, with 10 MB

logging memory, and 1024 samples/cycle resolution.

3Current Inputs C5 Amp nominal, 20 Amp full scale current input

E1 Amp nominal, 10 Amp full scale current input

F Current Probe Inputs (for 0-1 VAC current probes; sold separately)

G Current Probe Inputs with three Universal Technic 10A clamp on

CTs; meets IEC 1036 accuracy

4Voltage Inputs 057 to 347 VAC line-to-neutral / 100 to 600 VAC line-to-line

5Power Supply BStandard power supply (85-240 VAC, ±10%/47-63 Hz / 110-300

VDC, ±10%)

CLow voltage DC power supply (20-60 VDC)

6 System

Frequency

5Calibrated for 50 Hz systems

6Calibrated for 60 Hz systems

7 Communications A0 Standard communications (1 RS-232/RS-485 port, 1 RS-485 port).

Integrated display models include 1 ANSI Type 2 optical port.

C1 Standard communications plus 10Base-T/100Base-TX Ethernet

(RJ45), 56k universal internal modem (RJ11). Ethernet and

modem gateway functions each use a serial communications port.

D7 Standard communications plus 10Base-T/100Base-TX Ethernet

(RJ45) and 100BaseFX Ethernet Fiber, 56k universal internal

modem (RJ11). Ethernet/modem gateway uses serial port.

E0 Standard communications plus 10Base-T/100Base-TX (RJ45).

Ethernet gateway function uses a serial communications port.

F1 Standard communications plus 10Base-T/100Base-TX Ethernet

(RJ45) and 100Base-FX (SC male Fiber Optic connection).

Ethernet gateway function uses a serial port.

M1 Standard communications plus 56k universal internal modem

(RJ11). Modem gateway function uses a serial port.

8 I/O AStandard I/O (8 digital ins, 3 Form C relays, 4 Form A solid-state out)

E Standard I/O plus Expansion I/O card (8 additional digital inputs &

four 0 to 20 mA analogue inputs)

KStandard I/O plus Expansion I/O card (8 additional digital inputs &

four 0 to 20 mA analogue outputs)

NStandard I/O plus Expansion I/O card (8 additional digital inputs &

four 0 to 20 mA analogue inputs and four 0 to 20 mA outputs)

PStandard I/O plus Expansion I/O card (8 additional digital inputs &

four 0 to 1 analogue inputs and four -1 to 1 mA analogue outputs)

9 Security 0 Password protected, no hardware lock

1Password protected, hardware lockable (enabled/disabled via

jumper on comm card)

6Password protected with security lock enabled, terminal cover and

UK OFGEM labels

2013 99

ION7650 / ION7550

Functions and characteristics (cont.)

Part numbers (cont’d)

Item Code Description

10 Other options A None

CTropicalisation treatment applied

E ION7650 only. EN50160 compliance monitoring,

IEC61000-4-30 Class A measurements

F ION7650 only. EN50160 compliance monitoring, with

tropicalisation treatment, IEC61000-4-30 Class A measurements

Communications Card (1)

PE86021

Example order code. Use this group of codes when ordering

the PowerLogic™ ION7550/7650 communications or I/O

cards.

Item Code Description

1 Comm card P765C ION7550 / ION7650 communication card for eld retrot

installations

2Type A0 Standard communications (1 RS-232/RS-485 port, 1 RS-485

port). Front optical port support for meters with integrated

display.

C1 Standard communications plus 10Base-T/100Base-TX Ethernet

(RJ45), 56k universal internal modem (RJ11; the modem port is

shared with the front optical port). Ethernet and modem gateway

functions each use a serial communications port. IEC 61850

protocol (depending on rmware version).

1 Communications or I/O card.

2 Type

3 Special order.

D7 Standard communications plus 10Base-T/100Base-TX Ethernet,

100BaseFX Ethernet Fiber, 56k universal internal modem (RJ11;

the modem port is shared with the front optical port).

Ethernet and modem gateway functions each use a serial

communications port.IEC 61850 protocol (depending on

rmware version).

E0 Standard communications plus 10Base-T/100Base-TX Ethernet.

Ethernet gateway function uses a serial communications port.

IEC 61850 protocol (depending on rmware version).

F1 Standard communications plus 10Base-T/100Base-TX Ethernet,

100BaseFX Ethernet Fiber (SC male Fiber Optic connection).

Ethernet gateway function uses a serial communications port.

IEC 61850 protocol (depending on rmware version).

M1 Standard communications plus 56k universal internal modem

(RJ11; the modem port is shared with the front optical port).

Modem gateway function uses a serial communications port.

3Special order A None

CTropicalization treatment applied

Input/Output expansion card

Item Code Description

I/O card P760A Expansion I/O for eld retrot installations.

Type DExpansion I/O card with eight digital inputs, four 0 to 1 mA

analogue inputs

E Expansion I/O card with eight digital inputs, four 0 to 20 mA

analogue inputs

HExpansion I/O card with eight digital inputs, four -1 to 1 mA

analogue outputs

KExpansion I/O card with eight digital inputs, four 0 to 20 mA

analogue outputs

NExpansion I/O card with eight digital inputs, four 0 to 20 mA

analogue inputs & four 0 to 20 mA outputs

PExpansion I/O card with eight digital inputs, four 0 to 1 analogue

inputs and four -1 to 1 mA analogue outputs

Special Order A None

PE86019

CTropicalization treatment applied

ION7550 / ION7650 related items

Code Description

ADPT-37XX-7500 Adapter plate to t meter into a 3710 or 3720 ACM panel cutout

TERMCVR-7500 Terminal strip cover for the ION7550 or ION7650

M1UB10A1V-10A 10 A / 1 VAC Universal Technic Clamp On Current Probe

P32UEP813-1000A 1000 A / 1 VAC Universal Technic Clamp On Current Probe

P32UEP815-3000A 3000 A / 1 VAC Universal Technic Clamp On Current Probe

SCT0750-005-5A 5 A / 0.333 VAC Magnelabs Split Core Current Probe

SCT1250-300-300A 300 A / 0.333 VAC Magnelabs Split Core Current Probe

PowerLogic™ ION7550 TRAN

(1) Firmware version 350 or higher required.

C 1

Advanced metering

2013

100

ION7550 / ION7650

Dimensions and connection

ION7550/ION7650 dimensions

PE86022

PE86023

ION7550 / ION7650 TRAN dimensions

PE86024

PE86025

PE86026

Front-panel mounting

ION7550 and ION7650 meter can have integrated or remote

display. The meter with integrated display is designed to t DIN

standard 192 cutout (186 mm by 186 mm) . The remote display

is intalled through a circular cutout (22.5 mm diameter) at the

panel door and it has a front and a back module that is

connected to the meter mounted in a DIN rail at the back.

PE86027

Advanced metering

2013 101

Advanced metering

The PowerLogic Circuit Monitor Series 4000 offers high-performance digital

instrumentation, data acquisition and control capabilities. The products can integrate

easily in power monitoring and control systems due to their optional Ethernet

connections and embedded web server. They are Transparent Ready.

These devices are designed for applications where power quality and availability are

critical factors. They are generally used at service entrances and interconnection

points or on circuits feeding sensitive equipment. Due to their very wide range of

features, including transient detection (CM4000T only), it is possible to rapidly solve

problems related to poor power quality. EN 50160 compliance checking capability

makes these products ideal to meet new needs related to market deregulation.

The Circuit Monitor Series 4000 is available in two versions:

bCM4250, with detection of voltage sags, swells and other power quality indices

bCM4000T, with detection of voltage sags and swells together with transient

detection and icker measurements.

Applications

Panel instrumentation.

Sub-billing / cost allocation.

Remote monitoring of an electrical installation.

Extensive power-quality monitoring.

Contract and load curve optimisation.

EN 50160 electrical supply compliance checking.

Metering of other utilities.

Main characteristics

Disturbance direction detection

Indication of whether the source of a specic power quality event is upstream or

downstream from the meter.

Power quality summary

Consolidation of all the power quality characteristics into a single trendable index.

Adaptive waveform capture

Capture of long-duration events.

Shift energy summary

Indication of energy usage per shift up to three shifts a day.

Detection and capture of voltage sags and swells

Fast identication of problems causing production shutdown.

Detection and capture of short transients less than 1 µs

(optional, CM4000T only)

Identication of problems due to short disturbances, e.g. switching of capacitors, etc.

Flicker evaluation based on IEC 61000-4-15 and IEEE 1453 (CM4000T only)

Measurement of rapid voltage variations.

Electrical quality checking in compliance with EN 50160

Fast standardised check on the quality of the electricity supplied.

Detection of major waveform changes

Detection of phase switching phenomena (for example during the transfer of a

high-speed static switch) not detected by classical threshold-based alarms.

Ultra-fast recording of electrical parameters every 100 ms or every cycle

Preventive maintenance: acquisition of a motor startup curve, etc.

Trend curves and short-term forecasting

Rapid trending and forecasting of upcoming values for better decision making.

Automatic alarm setting

Alarm setpoint learning feature for optimum threshold settings.

Up to 32 Mbytes of memory (16 Mbytes standard)

For archiving of data and waveforms.

Ethernet 10/100 Mbits/s card and server for HTML pages

(with optional Ethernet card)

Rapid data transfers over an intranet or the internet, simply using a web browser.

Alarm notication via email

High-priority alarms sent directly to the user’s PC.

Instant notication of power quality events by email.

Up to 25 inputs/outputs to monitor the electrical installation

(with optional I/O cards)

Status of circuit breakers, as well as metering of other commodities, e.g. gas, water, etc.

IEC 62053-22 and ANSI C12.20 Class 0.2S for energy

Verication of consumption and load curves.

PE86140

CM4000 + vacuum uorescent display (VFD).

Circuit Monitor Series 4000

Functions and characteristics

2013

102

Advanced metering

Part numbers

Circuit Monitor Series 4000

Circuit Monitor CM4250 CM4250

Circuit Monitor CM4000T CM4000T

DB108168

CM4000 series.

1 Current/voltage module.

2 Control power-supply connector.

3 Maintenance LED indicator.

4 Power LED indicator.

5 RS 485 port with transmit and receive LED indicators.

6 Display communication port.

7 Slots for optional cards.

8 RS 232 port with transmit and receive LED indicators.

9 KYZ pulse output.

10 Sealable access door.

Selection guide CM4250 CM4000T

General

Use on LV and HV systems b b

Current and voltage accuracy 0.07 % 0.07 %

Energy and power accuracy 0.2 % 0.2 %

Nbr of samples/cycle or sample frequency 512 5 MHz

Instantaneous rms values

Current, voltage, frequency b b

Active, reactive, apparent power Total and per phase b b

Power factor Total and per phase b b

Energy values

Active, reactive, apparent energy b b

Settable accumulation modes b b

Demand values

Current Present and max. values b b

Active, reactive, apparent power Present and max. values b b

Predicted active, reactive, apparent power b b

Synchronisation of the measurement window b b

Setting of calculation mode Block, sliding b b

Power quality measurements

Interharmonics b-

Harmonic distortion Current and voltage b b

Individual harmonics Via monitor 63 63

Via SMS 255 255

Waveform capture b b

Detection of voltage swells and sags b b

Adaptive waveform capture (up to 64 s) b b

Detection and capture of transients (< 1 µs) -b

Flicker -b

Fast acquisition of 100 ms or cycle by cycle data b b

EN 50160 compliance checking (1) b b

Programmable (logic and math functions) b b

Data recording

E87306

Min/max of instantaneous values b b

Data logs b b

Event logs b b

Trending/forecasting b b

Alarms (optional automatic alarm setting) b b

Alarm notication via email ECC21 option

SER (Sequence of Event Recording) b b

Time stamping b b

GPS synchronisation (1 ms) IOC44 option

Memory expandable up to 32 Mbytes 32 Mbytes

Display and I/O

Display CMDLC or CMDVF option

Multilingual: English, French, Spanish, German, Italian, Polish b b

Wiring self-test b b

Pulse output b b

Disturbance waveform capture: detection of a voltage sag. Maximum number of I/Os 25 25

Input metering capability (number of channels) 10 10

Direct voltage connection 690 V 600 V

Communication

RS 485 port 2/4 wires 2/4 wires

RS 232 port b b

Modbus protocol b b

Ethernet card (Modbus/TCP/IP protocol) ECC21 option

HTML-page web server ECC21 option

Ethernet gateway for third-party products ECC21 option

(1) Except for interharmonics, signalling voltages, icker and transients.

Circuit Monitor Series 4000

Functions and characteristics (cont.)

2013 103

Advanced metering

The Circuit Monitor has two optional display units, an LCD display and a vacuum

uorescent display (VFD). They may be used for local circuit-monitor setup and

operation.

PE86143

CMDLC display

Back-lit LCD display with four lines and 20 characters per line. The display unit has

four navigation buttons, a contrast button and a red alarm LED.

It connects to the Circuit Monitor via a CAB12 cable, 4.2 metres long, supplied with

the display.

Part numbers

LCD display supplied with the CAB12 cable CMDLC

Connection cables:

Circuit Monitor <-> display

1.25 m (4 ft) CAB4

3.65 m (12 ft) CAB12

9.14 m (30 ft) CAB30

PE86142

CMDVF display

Vacuum uorescent display (VFD) with four lines and 20 characters per line.

The display unit has four navigation buttons, a contrast button, a red alarm LED.

The display comes with a cable for connection to the Circuit Monitor (CAB12 cable,

4.2 m long).

Part numbers

VFD supplied with the CAB12 cable CMDVF

Connection cables:

Circuit Monitor <-> display

1.25 m (4 ft) CAB4

3.65 m (12 ft) CAB12

9.14 m (30 ft) CAB30

E87288

1 Display screen.

2 Alarm LED.

3 Arrow buttons.

4 Menu button.

5 Proximity sensor (VFD display only).

6 Enter button.

7 Contrast button.

Display.

Circuit Monitor Series 4000

Functions and characteristics (cont.)

2013

104

Advanced metering

PE86141

CM4000 + options: ECC21, IOC44 and IOX2411.

Electrical characteristics

Type of measurement True rms up to the 255th harmonic

On three-phase AC system (3P, 3P + N)

Up to 512 samples per cycle

Up to 5 MHz for transient events (CM4000T only)

Measurement

accuracy

Current and voltage ±0.04 % of reading + ±0.025 % of full scale

Power ±0.075 % of reading + ±0.025 % of full scale

Frequency ±0.01 Hz from 45 to 67 Hz

±0.1 Hz from 350 to 450 Hz

Power factor ±0.002 from 0.5 leading to 0.5 lagging

Energy:

CM4250/CM4000T

IEC 62053-22 and ANSI C12.20 Class 0.2S

Data update rate 1 s in normal mode

Input-voltage

characteristics

Measured voltage 0 to 600 V AC on CM4000T (direct)

0 to 690 V AC on CM4250 (direct)

0 to 1200 kV AC (with external VT)

Measurement range 0 to 1.5 Un

Impedance > 2 MW

Frequency measurement

range

45 to 67 Hz and 350 to 450 Hz

Input-current

characteristics

CT ratings Adjustable from 5 A to 30 000 A

Measurement range

CM4250/CM4000T

5 mA to 10 A

Permissible overload 15 A continuous

50 A for 10 seconds per hour

500 A for 1 second per hour

Impedance < 0.1 W

Load < 0.15 VA

Power supply AC 100 to 275 V AC (±10 %), 50 VA

DC 125 to 250 V DC (±20 %), 30 W

Ride-through time 100 ms at 120 V DC

Input/outputs Pulse output Static output (240 V AC max, 96 mA max)

IOC44 card (optional) 4 digital inputs (20-138 V AC/DC),

3 relay outputs (5 A to 240 V AC)

1 static output (96 mA max to 240 V AC)

IOX extender (optional) Slots for 8 I/Os

IOX08 (optional) 8 digital inputs 120 V AC

IOX0404 (optional) (1) 4 dig. inputs 120 V AC, 4 analogue outputs 4-20

IOX2411 (optional) (1) 2 dig. outputs 120 V AC, 4 dig. inputs 32 V DC,

1 analogue input 0-5 V, 1 analogue output 4-20

Mechanical characteristics

Weight 1.9 kg

IP degree of protection (IEC 60529) IP52

Dimensions

CM4250/

CM4000T

Without IOX accessory 235.5 x 165.6 x 133.1 mm

With IOX accessory 235.5 x 216.3 x 133.1 mm

Environmental conditions

Operating

temperature

Circuit Monitor -25 °C to +70 °C

CMDLC display -20 °C to +60 °C

CMDVF display -20 °C to +70 °C

Storage

temperature

CM + displays -40 °C to +85 °C

Humidity rating 5 to 95 % RH at 40 °C

Pollution degree 2

Installation

41819 Catalog

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