Table of Contents

Section 4
Power Monitoring and Control

PowerLogic™ Energy and Power Management Systems

Introduction 4-2, 4-3
Power Monitoring Software
PowerLogic ION Enterprise Software 4-4
Remote Energy Management 4-4
PowerLogic Scada 4-5
PowerLogic ION EEM Enterprise Energy 4-6
Management Software
Remote Energy PowerLogic Metering
Management ION8650 4-7
ION-E software
ION7550/7650 4-7
ION7350/7330/7300 4-8
ION6200 4-8
PowerLogic ION and Power and Energy Meter 4-9
Selection
DM6200 Panel Meter 4-10
PM1200 Multifunctional Power Meter 4-10
Series 700 Power Meter 4-10
Series 800 Power Meter 4-10
Series 4000 Circuit Monitor 4-11
Submetering
Tenant Metering Software 4-13
PowerLogic E5600 Socket Meter 4-13
CM4000 ION7650 High Density Meter Enclosures (HDM) 4-14
Multi Circuit Energy Meters 4-14
Energy Meter 4-15
Enercept™ Meter 4-15
Split Core Current Transformers 4-15
Branch Circuit Power Meter 4-16
Branch Current Monitor 4-16
Multi-Circuit Meter 4-16
Submeter Display 4-16
Remote Energy Management Solutions 4-17
PowerLogic Energy Profiler Online 4-18
Communications
Ethernet Gateways 4-19
Web Page Generator 4-19
Engineering Services
Consulting & Analysis 4-20
Industrial Energy Efficiency 4-20
Sepam series 80 Power Monitoring Applications 4-21
Power System Control Applications 4-21
HDM4 Panel System Integration 4-21
Factory Assembled Enclosures 4-22
Technical Support 4-23
Power Management University 4-23
Sepam Digital Protective Relays
Series 80, 60, 40 & 20 Features 4-24
Series 80, 60, 40, 20 & 10 Applications 4-25
Arc Flash Protection and Mitigation Systems
VAMP 221 4-26
ReactiVar™ Reactive Power Compensation and
Harmonic Mitigation Solutions
POWER MONITORING AND

Reactive Power Compensation and Harmonic Mitigation Solutions 4-28

Low Voltage Fixed Capacitor 4-29
Low Voltage Automatic Capacitor Banks 4-31
CONTROL

LV Transient Free Reactive Compensation Banks 4-32

Low Voltage Active Harmonic Medium Voltage Capacitors 4-33
Automatic Capacitor Filter Accusine™ PCS Active Harmonic Filter 4-34
Bank Hybrid VAR Compensator (HVC) 4-36
4

© 2012 Schneider Electric

All Rights Reserved 4-1
 PowerLogic™

www.powerlogic.com

Three dimensions of energy and power management savings

Volatile energy prices and stringent emissions standards have made it more challenging to
control operational costs thus putting profits at risk. Square D PowerLogic™ energy and
power management systems will help you make the most of your energy by:
Reducing Utility Costs & Increasing Energy Efficiency
Achieve significantly reduced direct consumption-related costs through improved efficiency,
lower emissions and more accountability. And if you're a property manager, you can
increase the accuracy of energy settlements that can help attract or retain tenants. By
simply installing a PowerLogic™ power monitoring system, our customers over the past
twenty years have reported realizing a 2–4% savings in utility costs-but that's just the “tip of
the iceberg” in terms of your potential savings.
Optimizing Equipment Utilization
Avoid or defer capital costs by better utilizing existing electrical infrastructure typically
results in another 2–5% savings. By monitoring key points and collecting system loading
information, engineering is able to make decisions on a plant's capacity to handle new
production lines or to determine if additional distribution equipment is required for a building
expansion.
Improving System Reliability & Safety
Typically, another 10% can be found by discovering power system reliability improvements
with powerful PowerLogic™ metering that offers extremely accurate and high speed event
capture information. Once detected, future power disturbances are often correctable and
can help facilities avoid expensive and often hidden risks to productivity. As an added
benefit, PowerLogic monitoring system information is accessible from the safety of your
personal computer. This offers improved worker safety since it is not necessary to suit up in
personal protective equipment to access energized equipment over the network.
PowerLogic™ systems give you the power to achieve this kind of savings, resulting in a
quick return on your investment. We pride ourselves on reliable products, innovative
systems, expert engineering services, and our ability to provide single-source energy and
power management solutions. It's not just a concept to us, it's a legacy and a promise-for
companies that seek an edge in productivity. That's why leaders turn to Schneider Electric.
4
POWER MONITORING AND
CONTROL

4-2 © 2012 Schneider Electric

All Rights Reserved
 PowerLogic™
www.powerlogic.com

Table 4.1:
Data Presentment & Management Data Acquisition, Alarms & Monitoring

Online Supervisory Control &

Enterprise Energy Power Monitoring System Tenant Submetering
Data Acquisition
Analysis

Data Centers; Water/Wastewater, Heavy Industrial, large Commercial Buildings,

Industrial Buildings, Property Utilities Process Industry, Data commercial buildings, Government Buildings,
Management, Utilities Centers, Critical Power Military Bases, Healthcare Military Bases
For products see DIGEST section: 4–6 4–17 4–5 4–4 thru 4–12 4–13 thru 4–16
For services see DIGEST section: 4–20 4–20 4–21 4–21 4–22
Meter Application
Automatic Meter Reading • •••• ••
Revenue Metering • •••• ••
WAGES Utility Pulses •••
Sub-billing ••• ••• ••••
Measurement & Verification •••• •• •••
Cost Allocation & Utility Billing
Energy Usage Analysis •••• ••• • •• •
Reduce Energy
Costs & Energy Procurement Optimization •• ••• • •
Efficiency
Allocate Energy Costs • •
Interval Benchmarking & Profiling •••• ••• • ••
Total Load Aggregation ••••
Energy Efficiency
Emissions Tracking •• •••
Power Factor Correction • • •••
Peak Demand Reduction •• • ••• •••
Demand Response & Curtailment ••• •••
Improve Maintenance Practices
Commissioning & Troubleshooting ••• ••••
Equipment Monitoring: transformers, MCCs,
switchgear, switchboards, circuit breaker status, ••• ••••
protective equipment, capacitors, generators,
panelboards, PDU, UPS, etc.
Facility Planning
Optimize
Equipment Identify Equipment Capacity •••
Utilization
Determine Transformer Stress •••
Equipment Asset Optimization •• •• •••
Improve Efficiency
Balance Circuit Loading •••
Balance Generator Usage •••
Optimize Chiller & Mechanical Equipment •
System Monitoring & Analysis
Transient Voltage Detection ••••
Sag/Swell Disturbance Monitoring ••••
Power Quality & Harmonic Analysis ••••
Improve
Reliability & Power Quality Compliance •••• • •••
Safety
Alarm & System Diagnositics
Electrical Distribution Alarm & Event Analysis • ••• ••••
Waveform capture viewing ••••
Remote alarm notification •••• •••
Energy Services
see section
Total Energy Control Services •••• 4–20 for •••
Engineering
Services see section 4–20 for
Peak Shaving/Generator Control •••• •• Engineering Services
Load Management/Shedding see section 4–20 for Engineering Services •••• ••
POWER MONITORING AND

WAGES •••
Advanced Reliability Services
Engineering Auto Throw Over (ATO) •••• ••
Services
CONTROL

Emergency Power Supply System Test Reporting ••••

Sequence of Events Recording (1ms time/stamp) •••• ••• see section 4–20 for
see section 4–20 for Engineering Services
GPS Time Stamping •••• ••• Engineering Services

Power System Control •••• •

Network Protection •••• ••
Consulting Services
System Studies (SC/TCC/Arc Flash)
see section 4–20 for Engineering Services
Power System Assessments
4

© 2012 Schneider Electric 4-3

All Rights Reserved
 PowerLogic™ PowerLogic Operations Software

www.powerlogic.com

ION Enterprise Software Remote Energy Management

PowerLogic ION Enterprise Software

PowerLogic ION Enterprise software is an all-in-one package for operational power system monitoring, analysis and
control that helps you reduce energy-related costs. It offers control capabilities, comprehensive power quality and
reliability analysis and helps reduce energy related costs. The software is a suite of applications that allows you to
collect, process, analyze, store, and share data across your entire enterprise. PowerLogic ION Enterprise software is
designed to give you the information and analysis tools you need to make sound decisions. Its cutting-edge flexibility
and compatibility allow you to extend your energy management system at your own pace, adding newer components
as they become available, without interrupting or impacting existing functions. PowerLogic ION Enterprise collects
data through serial, wireless, modem or Ethernet links and can manage a single site or, through the Internet, connect
a global network of devices.

Table 4.2: PowerLogic ION Enterprise Software Ordering Information

Description Catalog No. $ Price
Core Software Productsa
ION Enterprise Base software IE60BASEENG 1079.00
ION Enterprise Device license (For 100+ devices, please call the factory for volume pricing) IE60DLS 252.00
ION Enterprise Client license IE60CL 1079.00
ION Enterprise Quantity 50 Pack Device licenses IE60DLS50 10080.00
ION Enterprise v6.0 Device licenses IE60DLUNLTD 24750.00
OPC Server support for ION Enterprise IONEOPCV1 3055.00
SQL Server 2005 bundle option (CD and 1-CPU license) IONESQL2005 3509.00
SQL Server 2005 additional CPU license IONESQL2005CPU 2157.00
PQDIF Exporter for ION Enterprise IONEPQDIFV1 3660.00
Upgrades to PowerLogic ION Enterprise 6.0
ION Enterprise Base Upgrade from v5.5 or later IE60BASEENGUPG 288.00
ION Enterprise Single Device License Upgrade IE60DLSUPG 126.00
ION Enterprise Quantity 50 Pack Device Licenses Upgrade IE60DLS50UPG 5040.00
ION Enterprise v6.0 Unlimited Device License Upgrade IE60DLUNLTDUPG 12375.00
ION Enterprise Client license upgrade IE60CLUPG 520.00
Related Items
ION Enterprise Replacement CD IONE60REPCD 215.00
a Every new system must be ordered with 1 IONE56-Base software and a minimum of 5 IONE56-DL device licenses.
Note: Software versions may have upgraded since release of this digest. Please check with your Schneider Electric Sales Rep or local distributor for latest
ION Enterprise version.

Remote Energy Management Web-Hosted Service

Schneider Electric Remote Energy Management (REM) is a web-hosted service that easily turns energy usage data
into actionable information, accessible via any standard web browser. With REM, users can easily identify energy
waste, reduce energy consumption, save on utility bills, and measure, report on and implement energy and emission
reduction initiatives...all easily made available through predefined reports and customizable dashboards

• Compare energy usage among similar facilities to establish • Optimize equipment run hours and setting to avoid setting
benchmarks and identify poorly performing facilities. costly new demand peaks.
• Normalize consumption against weather, production, hours • Compare consumption data between different meters or a
4

of operation, sq footage, and occupancy. group of meters.

• Measure the effectiveness of various energy efficiency • Identify exceptional usage patterns.
efforts. • Track, report, and analyze information from all utility sources
• View carbon emissions reports. including water, gas, electric, and steam.
POWER MONITORING AND

• Easily view all monitored sites around the globe on a single • Compare usage to utility bills to verify correct billing from the
screen through the Enterprise Map View. utility.
• Use “what if” analysis tools to make accurate assessments of
CONTROL

what utility costs would be on different utility rates.

Contact your local Schneider Electric sales office for pricing and availability.

4-4 PM1 PL1 Discount © 2012 Schneider Electric

Schedule All Rights Reserved
 PowerLogic™ SCADA Software
www.powerlogic.com

PowerLogic Scada Software

PowerLogic SCADA
PowerLogic™ SCADA software was created to meet the requirement for real-time monitoring and control of electrical
distribution systems, including fast response times and high reliability through redundancy. PowerLogic SCADA is
powered by Citect™ SCADA technology but is specifically designed for electrical power systems applications. The
complete PowerLogic supervisory control and data acquisition (SCADA) solution includes a dynamic graphical user
interface, enhanced alarm management, one second response times for control operation and status, transparent
redundancy, and reliable communications (through hardware components and network topology). The system also
features Sequence of Events Recorder (SER) logs with time stamps of 1ms resolution. PowerLogic SCADA software
includes a web-based client for remote viewing capability. The graphical user interface consists of animated objects
which change according to status information. The flexible graphics editor includes both ANSI and IEC electrical
symbols to facilitate easy one-line diagram creation. Real-time and historical trending is also supported.
For pricing information, please contact your local PowerLogic representative.

POWER MONITORING AND

4 CONTROL

© 2012 Schneider Electric Discount 4-5

All Rights Reserved
PL1 Schedule
 PowerLogic™ ION EEM Enterprise Energy Management Software

www.powerlogic.com
PowerLogic ION EEM is a complete enterprise
energy management solution that unites
business and energy strategies across your
entire enterprise by unifying and extending the
benefits of your existing energy-related data
resources. Stakeholders from management to
operations will be empowered by actionable
energy intelligence to reveal opportunities,
isolate problems and drive cost and risk
reduction strategies.
PowerLogic ION EEM automatically acquires
Personalized dashboards
data from power monitoring and control
help management and
systems, building and process automation
operations personnel
systems, utility information systems, weather
monitor all aspects of
services, spot-market energy pricing feeds, and
energy use and respond to
enterprise business applications, cleanses and
opportunities or threats.
warehouses it. Personalized, browser-based
dashboards and innovative visualization and
modeling tools then make the information
available to whomever needs it, so you can
accurately monitor, validate, predict and control
energy-related expenses.
From operational cost reductions to procurement support through cost allocation, benchmarking and budgeting, key
performance indicators and advanced analytics, PowerLogic ION EEM helps you manage energy in financial terms. It
also helps you gain unique insight into the impacts of power quality on your business and all energy assets. From the
service entrance to the boardroom, PowerLogic ION EEM software allows energy to be managed as a variable cost.
Key features
• True enterprise-level software architecture: data quality assurance, data warehouse, web framework
Produce aggregate billing, • Web portal: personalized dashboards, key performance indicators, charts, trends, real-time conditions
load profile, cost allocation, • Reporting: rich and customized content, support for complex data and graphics, scheduled distribution
power quality, forecasting or • Trending: advanced visualization, dimensional analysis, prediction, statistical rollups
budget reports to help inform • Modeling: regression analysis, normalization, correlation, integration of all relevant drivers and contextual data
stakeholders and track • Billing: built-in rate engine and rate wizard
results against goals. • Power quality analysis: wide-area event monitoring, classification, filtering, correlation
• Alarms and events: triggering on complex conditions, notification, logging
• Integration: data acquisition systems, weather and pricing feeds, other enterprise applications (e.g. BAC, ERP)
• CO2 Report

Typical applications
• Manage all utilities (electricity, gas, water, etc.) and emissions through a single, unified interface
• Benchmark facility performance across an entire enterprise to identify energy inefficiencies
• Measure and verify savings from energy conservation projects or performance contracts
• Reduce operational costs, improve processes, and prolong asset life
• Meet corporate environmental stewardship goals or mandated impact targets
• Manage demand control schemes, load shedding, peak shaving, base loading or on-site generation
• Enable participation in real-time pricing and load curtailment programs
• Optimize procurement by forecasting and budgeting for energy needs and comparing utility rates
Use advanced billing
• Identify utility billing errors and validate contract compliance
functions to support energy
• Allocate and recover utilities costs from tenants, departments, processes, etc.
procurement and manage • Maximize the use of existing infrastructure capacity and avoid overbuilding
load or generation assets in • Identify and reduce risks to uptime
response to curtailment or Data presentation tier
pricing signals.
Web portal delivers enterprise-wide access
through personalized dashboards, reports,
detailed analytics, and integration of views
from third-party systems. Schedule information
and report distribution to the people who need
it, for use on their desktop or mobile devices.
Business applications tier
Standard and optional modules tailor
4

functionality to specific needs. Advanced

analytics and reporting on every driver and
relationship affecting energy cost and
reliability.
POWER MONITORING AND

Data management tier

Integration of data from many sources: power
monitoring and control systems (PowerLogic or
CONTROL

third party), utility metering systems (water, air,

gas etc.), Internet weather, real-time energy
pricing feeds, manual input, energy assets
(power distribution and reliability equipment,
generators), line-of-business systems (BAC,
Monitor power quality risk DCS, ERP, EAM, accounting). Data quality
factors, benchmark module assures complete and reliable data
performance, determine from all inputs.
impacts, validate contract
compliance, isolate problem For price and ordering information, contact your local PowerLogic Sales Specialist or PowerLogic
sources, and confirm your Inside Sales at 615-287-3535.
return-on-investment.

4-6 © 2012 Schneider Electric

All Rights Reserved
 PowerLogic™ ION8650/7550/7650 Power and Energy Meters
www.powerlogic.com
ION8650/7550/7650 Power and Energy Meters
The web-enabled PowerLogic ION8650 is used to monitor electric distribution networks, service entrances and substations. It enables businesses
to manage complex energy supply contracts that include power quality guarantees. Low-range current accuracy makes it ideal for independent
power producers and cogeneration applications that require the accurate bi-directional measurement of energy. It is well suited to load curtailment,
equipment monitoring and control and energy pulsing and totalization applications. Integrate it with PowerLogic ION EEM enterprise energy
management software, PowerLogic ION Enterprise operations software or other energy management and SCADA systems.
PowerLogic ION8650 Power and Energy Meter Features
Feature set C includes: • Password protection and anti-tamper seal protection
• 9S, 35S, 36S socket and switchboard cases • Built-in I/O: 4 KYZ digital outs and 3 form A digital ins, 4 KYZ
• True RMS 3-phase voltage, current, power and meets stringent ANSI digital outs and 1 form A digital out and 1 form A digital in, an
revenue metering standards including ANSI C12.20 0.2 and Class 2, optional external I/O expander provides additional I/O
10, & 20 Feature set B adds the following to feature set C:
• Power quality: sag/swell, individual, even, odd, total harmonics to the • Harmonics—individual, total even, total odd up to the 63rd
31st and symmetrical components • 64MB standard memory
• 32MB log/event memory, min/max for any parameter, historical logs up • Historical logs up to 320 channels
to 64 channels, timestamp resolution to 0.001 seconds and GPS time • Modbus RTU Master on serial ports
synchronization • Cycle setpoint minimum response time
• Transformer/line loss compensation and Instrument transformer Feature set A adds the following to feature sets C and B:
correction
• Communications: Ethernet, Serial, Modem, Internet and Ethernet to • Waveform capture up to 1024 samples/cycle, PQ compliance
serial gateway and ION, DNP 3.0, Modbus RTU, Modbus TCP, MV-90 monitoring, flicker to EN50160, IEC 61000-4-7/4-15 (also
protocols, IEC 61850 configurable to IEEE 519-1992, IEEE159, SEMI) CBEMA/ITIC
• Dial-out capability when memory is near full • Transient detection to 6517µs at 60Hz;
• Multi-user, multi-level security with control and customized access to • Harmonics: magnitude, phase and inter-harmonics to the 50th
sensitive data for up to 16 users • 128MB standard memory
• Data push capability through SMTP (email) • Max 96 cycles of waveform logs and 800 channels of historical
• 65 setpoints — math, logic, trig, log, linearization formulas logs

Table 4.3: Typical PowerLogic ION8650 Power and Energy Meter Ordering Configurations
Description Catalog No. $ Price
ION8650, feature set A, 9S socket base, 5 A nominal current inputs, 10MB memory, 127–177 Vac, 60 Hz, communications card with: 10BaseT, RS-232/485, RS-485, S8650A0C0E6E0B0A 7077.00
Optical port, 4 Digital Outputs, 3 Digital Inputs
ION8650, feature set A, 35S socket base, 5 A nominal current inputs, 10MB memory, 120–480 Vac, 60 Hz, communications card with: 10Base T, RS-232/485, RS-485, S8650A1C0E6E0B0A 7077.00
Optical port, 4 Digital Outputs, 3 Digital Inputs
ION8650, feature set C, 9S socket base, 5 A nominal current inputs, 2MB memory, 120–277 Vac, 60 Hz, communications card with: RS-232/485, RS-485, Optical port, S8650C0C0E6A0B0A 2889.00
4 Digital Outputs, 3 Digital Inputs
ION8650, feature set C, 35S socket base, 5 A nominal current inputs, 2MB memory, 120–277 Vac, 60 Hz, communications card with: RS-232/485, RS-485, Optical port, S8650C1C0E6A0B0A 2889.00
4 Digital Outputs, 3 Digital Inputs

PowerLogic ION7550 and ION7650 Power and Energy Meters

Used at key distribution points and sensitive loads, the web-enabled PowerLogic ION7550 and PowerLogic ION7650 meters combine a wealth of
advanced features from power quality analysis capabilities, revenue accuracy and multiple communications options, through web compatibility, and
control capabilities. Both are compatible with PowerLogic ION EEM enterprise energy management software, PowerLogic ION Enterprise
operations software can be integrated with other energy management or building control systems through multiple communication channels and
protocols.
The meters are ideal for compliance monitoring, disturbance analysis, cost allocation and billing, demand and power factor control and equipment
monitoring and control. The meters have a high visibility, adjustable front panel display that can depict TOU, harmonics, event logs, phasers, and
instantaneous power parameters. They meet stringent ANSI C12.20 0.2, Class 10 & 20 revenue metering standards.
PowerLogic ION7550 and ION7650 Power and Energy Meter Features
The PowerLogic ION7550 includes: • Multi-user, multi-level security with control and customized
• 3.5” x 4.5” (87 x 112 mm) backlit LCD display access to sensitive data for up to 16 users
• True RMS 3-phase voltage, current, and power that meets stringent ANSI • 65 configurable 1/2 cycle setpoints for single, multi-condition and
C12.20 0.2, Class 2, 10, & 20 dial out on alarm and math, logic, trig, log, linearization formulas
• Power quality: sag/swell, harmonics - individual, even, odd, total to the • Password protection and anti-tamper seal protection enhance
63rd, waveform capture at 256 samples/cycle meter security
• 5MB log/event memory (10MB optional), waveform logging up to 96 • Extensive standard I/O includes: 8 digital inputs, 4 digital outputs
cycles, up to 800 channels historical, min/max, timestamp resolution to and 3 onboard relays
0.001 seconds, GPS time synchronization and historical trends through The ION7650 has all the features of the ION7550 and adds:
front panel • Waveform capture up to 1024 samples/cycle
• Communications: fiber, Ethernet, serial, internal modem, optical port, and • Transient detection to 17µs at 60Hz
a gateway functionality, ION, DNP 3.0, Modbus RTU - master & slave, • Harmonics: magnitude, phase and inter-harmonics to the 40th
Modbus TCP, MV-90, and IEC 61850. IEC 61850 only available with 5MB • Flicker to EN50160 and IEC 61000-4-7/4-15 (also configurable
memory and Ethernet options for IEEE 519-1992, IEEE159, SEMI), plus CBEMA/ITIC
• Dial-out capability when memory is near full • Symmetrical components
• Data push capability through SMTP (email) • Power quality measurements per IEC 61000-4-30 Class A, Ed. 2

Table 4.4: Typical PowerLogic ION7550/7650 Power and Energy Meter Ordering Configurations
POWER MONITORING AND

Description Catalog No. $ Price

Typical PowerLogic ION7550 Power and Energy Meter Ordering Configurations
Integrated display, with 256 samples/cycle, 5 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type 2 S7550A0C0B6E0A0A 6318.00
CONTROL

optical port) plus Ethernet, standard I/O

Integrated display, with 256 samples/cycle, 5 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type 2 S7550A0C0B6A0A0A 5589.00
optical port), standard I/O
Typical PowerLogic ION7650 Power and Energy Meter Ordering Configurations
Integrated display, with 1024 samples/cycle, 10 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type S7650B1C0B6E0A0E 9279.00
2 optical port) plus Ethernet, standard I/O, EN50160 compliance monitoring
Integrated display, with 512 samples/cycle, 5 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type 2 S7650A0C0B6E0A0A 7869.00
optical port) plus Ethernet, standard I/O
Integrated display, with 512 samples/cycle, 5 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type 2 S7650A0C0B6C1A0A 8409.00
optical port) plus Ethernet and 56k modem, standard I/O
Integrated display, with 512 samples/cycle, 5 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type 2 S7650A0C0B6A0A0A 7140.00
optical port), standard I/O
Integrated display, with 1024 samples/cycle, 10 MB logging memory, 5 A inputs, standard power supply, standard comms. (1 RS232/RS485 port, 1 RS485, 1 Type S7650B1C0B6E0A0A 9279.00
2 optical port) plus Ethernet, standard I/O
4

Note: Please refer to powerlogic.com for the most complete and up-to-date list of feature availability. Some features are optional.

© 2012 Schneider Electric Discount 4-7

All Rights Reserved
PM1 Schedule
 PowerLogic™ ION7350/7330/7300/6200 Power and Energy Meters

www.powerlogic.com
Used in diverse applications such as feeder monitoring and sub-metering, the PowerLogic ION7300 series meters are also
suitable for high-accuracy power and energy metering, bill verification, cost allocation and billing, demand and power factor
control, load studies, circuit optimization, equipment monitoring and control and preventative maintenance. They are ideal
replacements for analog meters, with a multitude of power and energy measurements, analog and digital I/O,
communication ports and industry-standard protocols. The ION7330 meter adds 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. They are compatible with PowerLogic ION EEM enterprise energy management
software, PowerLogic ION Enterprise operations software or can be integrated with other energy management or building
control systems through multiple communication channels and protocols.
PowerLogic ION7350, ION7330 and ION7300 Power and Energy Meter Features
The PowerLogic ION7300 includes: The ION7330 adds the following features:
• Multiple form factors: transducer integrated and • Time of use - multi-year scheduling, hourly activity profiles
remote display models • 4 digital inputs for status monitoring and pulse counting
• True RMS 3-phase voltage, current, and power that • Communications: a second RS-485 port, internal modem, DNP 3.0
meets stringent ANSI C12.16, Class 10 through serial, modem and I/R ports, EtherGate and ModemGate,
• Power quality: harmonics—individual, even, odd, total data/alarms via e-mail and MV-90 on serial and Ethernet ports
to the 15th, maximum 32 samples/cycle • 12, one second setpoints for single, multi-condition alarms, plus math,
• Communications: 1 RS-485 port, 1 optional Ethernet logic, trig, log, and linearization formulas
port, 1 ANSI Type 2 infrared optical port, 1 PROFIBUS • Non-volatile onboard memory capacity of 300kb, min/max logging,
DP port (ION7300 only), onboard web server min/max logging, up to 32 channels of historical logs, timestamp
• Supported protocols include : ION, Modbus RTU slave resolution to 0.001 seconds
on serial, modem, I/R ports, Modbus TCP through The ION7350 includes the following additional features:
Ethernet • Power Quality: sag/swell, individual, even, odd, total harmonics up to
• Extensive standard I/O includes: 4 analog inputs, 31st , maximum 64 samples/cycle
4 analog outputs, 4 digital relay outputs • Up to 96 channels of logs and up to 48 cycles of waveform logs
• Minimum/maximum recording • Alarm notifications via e-mail
- -

Table 4.5: Typical PowerLogic ION7350/7330/7300 Power and Energy Ordering Configurations
Description Catalog No. $ Price
Typical PowerLogic ION7350 Power and Energy Meter Ordering Configurations
Integrated display with optical port, 5 A inputs, standard power supply, standard comms, (two RS-485 ports) plus 10BaseT Ethernet S7350A0B0B0E0A0A 3567.00
Integrated display with optical port, 5 A inputs, standard power supply, standard comms, (two RS-485 ports) S7350A0B0B0A0A0A 2906.00
Typical PowerLogic ION7330 Power and Energy Meter Ordering Configurations
Integrated display with optical port, 5 A inputs, standard power supply, standard comms, (two RS-485 ports) plus 10BaseT Ethernet S7330A0B0B0E0A0A 2800.00
Integrated display with optical port, 5 A inputs, standard power supply, standard comms, (two RS-485 ports) S7330A0B0B0A0A0A 2159.00
Typical PowerLogic ION7300 Power and Energy Meter Ordering Configurations
Integrated display with optical port, 5 A inputs, standard power supply, standard comms, (one RS-485 port) S7300A0B0B0A0A0A 1436.00

The modular PowerLogic ION6200 is a low-cost, ultra-compact meter that offers outstanding versatility and
functionality. It is simple to use, and has a big, bright LED display. It offers four-quadrant power, demand, energy,
power factor and frequency measurements, and is available in a variety of flexible configurations. It is available as a
low-cost base model to which enhanced functionality can be added over the long term. The PowerLogic ION6200 is
ideal for customers who need revenue-accurate and/or certified measurements and want easy integration with power
distribution assemblies and building automation systems. A Megawatt version is available for applications requiring
readings in megawatts and kilovolts. It is well suited for sub-metering, energy cost tracking load profiling, and
substation panel metering and is an ideal replacement for analog meters. It can be used for stand-alone metering in
custom panels, switchboards, switchgear, gensets, motor control centers and UPS systems.
The meter consists of a base unit with options card and a power supply pack, with a remote display being optional.
PowerLogic ION6200 Power and Energy Meter Features
• Only two inches deep, and fits a standard The standard ION6200 is available with the following parameters:
ANSI four-inch switchboard cutout, or as a
Voltage L-N average and per phase, Voltage L-L average and per phase,
TRAN model with no display and can be
Current average and per phase
fastened to a flat surface with a 4” (10cm)
ANSI bolt pattern or mounted to a DIN rail. Option EP#1, includes the standard measurements and provides the
A remote display module (RMD) can be following additional parameters:
ordered for the TRAN and mounted through I4, kW/mW total, kWh/mWh total, kW/mW peak, Current demand
an ANSI 4” (10cm) and DIN 96 cutout. average and per phase, Current peak demand average and per phase,
• LED display with twelve 3/4” (19mm) high Power factor total
digits that display all basic power parameters
• Pulse Outputs: optional kWh, kVARh and/or Optional Enhanced Package, includes the standard measurements
and provides the following additional parameters:
4

kVAh pulsing
• Via two Form A outputs kW/mW per phase, kVAR/mVAR total and per phase, kVA/mVA total and
• Communications: optional RS-485 port with per phase, kWh/mWh and del/rec per phase, kVARh/mVARh total and
Modbus RTU and ION compatible del/rec per phase, kVAh/mVAh total and per phase, kW/mW demand,
kVAR/mVAR demand and peak, kVA/mVA demand and peak, Power
POWER MONITORING AND

• 64 samples per cycle true RMS

• 3-phase voltage and current inputs Factor per phase, Voltage THD per phase, Current THD per phase
- -

Table 4.6: Typical PowerLogic ION6200 Power and Energy Meter Ordering Configurations
CONTROL

Description Catalog No. $ Price

Integrated display, 10 A inputs, standard 100–240 Vac power supply, RS485 port (Modbus RTU), 2 pulse outputs, Enhanced S6200A0A0B0A0B0R 1021.00
Package #2
TRAN Model, with remote display, 10 A inputs, standard 100–240 Vac power supply, RS485 port (Modbus RTU), 2 pulse outputs, S6200R1A0B0A0B0R 1055.00
Enhanced Package #2
TRAN Model, (no display), 10 A inputs, standard 100–240 Vac power supply, RS485 port (Modbus RTU), 2 pulse outputs, S6200T1A0B0A0B0R 831.00
Enhanced Package #2
Note: Please refer to powerlogic.com for the most complete and up-to-date list of feature availability. Some features are optional.

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 PowerLogic™ Circuit Monitor and Power Meter Selection
www.powerlogic.com

Table 4.7: PowerLogic ION Power and Energy Meter Selection

ION8650
Featuresb ION7650 ION7550 ION7350 ION7330 ION7300 ION6200
A B C
Inputs, outputs and control power
3-phase / single-phase •/• •/• •/• •/• •/• •/• •/• •/• •/•
Digital in and out / analog in and out 8,8 / 3,4 8,8 / 3,4 8,8 / 3,4 16,4 / 4,4 16,4 / 4,4 4,4 / 4,4 4,4 / 4,4 4,4 / 4,4 0,2 /
Power supply options AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC
Power and energy measurements
V, I, F, PF • • • • • • • •
Power, demand • • • • • • • • •
Energy / time-of-use (energy per shift) •/• •/• •/• •/• •/• •/• •/• •/ •/
ANSI energy accuracy class (% of reading) 0.2 0.2 0.2 0.2 0.2 0.5 0.5 0.5 0.5
Measurement Canada Approval • • • • • • •
Loss compensation • • • • •
Power quality analysis
Compliance monitoring (e.g. EN50160) • • •
Flicker measurement • • •
Transient disturbance capture • •
Sag and swell monitoring • • • • • •
Disturbance direction detection • •
Harmonics measurement 63 rd 63 rd 31st 63 rd 63 rd 31st 15th 15th THD
Waveform capture • • • •
Data and event logging
Trend / snapshot •/• •/• •/• •/• •/• • •
Min/max • • • • • • •
Events • • • • • • •
Timestamp resolution (seconds) 0.001 0.001 0.001 0.001 0.001 0.001 0.001
GPS sync • • • • •
Setpoints, alarms and control
Annunciation / call out on alarm •/• •/• •/• •/• •/• •/• •/
Trigger logging • • • • • • •
Trigger relay or digital output control • • • • • • •
Special features
Custom programming: arithmetic, boolean, • • • • • • •
object-oriented
Downloadable firmware • • • • • • • • •
Communications
Ethernet port / web / email •/•/• •/•/• •/•/• •/•/• •/•/• •/•/• •/•/• •/•/ •/ /
Telephone modem port • • • • • • •
Infrared port • • • • • • • •
RS485 / RS232 ports •/• •/• •/• •/• •/• •/ •/ •/ •/
Modbus / DNP / MV-90 protocols •/•/• •/•/• •/•/• •/•/• •/•/• •/•/• •/•/• •/ / •/ /
IEC 61850 protocol • • • • •
b Specifications represent maximum capabilities with all options installed. Some options are not available concurrently. This is not a complete feature list,
please refer to detailed product specifications.

POWER MONITORING AND

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PowerLogic DM6200 Panel Meter and PowerLogic PM1200 Multifunction Power Meter
The PowerLogic DM6200 digital panel meter and the PM1200 multifunction power meter provide all the basic features
needed to monitor an electrical panel or circuit affordably. Rugged enough to withstand industrial and commercial
environments, these meters will help save on energy and installation costs, are easy to use, and adapts to various circuit
requirements onsite.

DM6200 DM6200 Features PM1200 Features

Panel Meter • Measures basic measurements (V, A, Hz & PF). • Measures basic measurements (V, A, Hz & PF) PLUS
• Used for equipment monitoring, preventative maintenance scheduling, energy, power, demand, and THD.
monitoring load locally, and replacing multiple analog meters. • Used for energy and power monitoring, demand monitoring,
• Onsite configuration of CT and PT ratios and various other set points. load studies and circuit optimization, energy balancing and
• Configurable analog bar for at-a-glance check of lad on feeders. optimization, etc.
• Standard modbus output fo remote monitoring and data logging.
Table 4.8:
PM1200 Description Catalog No. $ Price
Multifunction Basic V, A, F, PF meter w/display, Modbus RS 485 comm port METSEDM6200 400.00
Power Meter Power Meter w/display basic readings, THD, demand, Modbus RS 485 comm port METSEPM1200 550.00

PowerLogic Series 700 Power Meter

The PowerLogic PM700 series power meters offer all of the measurement capabilities required to monitor an electrical
installation in a single 96 x 96 mm unit extending only 50 mm behind the mounting surface (less than 2 inches).
With its large display, you can monitor all three phases and neutral at the same time. The anti-glare display features large
11 mm high characters and powerful backlighting for easy reading, even in extreme lighting conditions and viewing angles.
• Panel instrumentation (OEMs) • Remote monitoring of an electrical installation
• Sub-billing and cost allocation • Harmonic monitoring (THD)

Power and current demand, THD and min/max reading in basic version
Series 700 A high-performance solution for trouble-free monitoring of your electrical installation.
Power Meter
Energy IEC 62053-22 Class 0.5S (PM750 Only) and IEC62053-21 Class 1 (PM710)
Suitable for sub-billing and cost-allocation applications.
Alarms and Digital I/O
The PM750 adds alarming functionality (no RTC) and two digital inputs and one output.
Table 4.9:
Description Catalog No. $ Price
Series 700 Power Meters
PM710 Class 1 (IEC62053-21) Power Meter with integrated display and RS-485 communications port PM710 710.00
PM750 Class 0.5S (IEC 62053-22) Power Meter with integraded display, alarms (no RTC), (2) digital inputs, (1) digital output and RS-485 PM750 950.00
communications port

PowerLogic Series 800 Power Meters

The PowerLogic PM800 series Power Meter is a high-performance power-monitoring unit able to provide advanced power
measurement capabilities in a compact 96x96 mm unit. Its large, easy to read display allows you to monitor all three phases
and neutral simultaneously. With its easy to use intuitive interface and self guiding menus, the large anti-glare and back lit
display makes this meter the easiest yet to navigate and use. The modular design allows for flexibility with an easy upgrade
path to grow the meter's capabilities with the addition of Communication and I/O Modules.
• Monitor current, voltage, power and energy simultaneously • Complies with ANSI C37.90 for Surge Withstand
• Trending/Forecasting Curves functionality (PM850/870) Capability (SWC) and IEC 61000-4-12 for Surge
• 128 samples/cycle-zero blind metering Immunity
Series 800 • Waveform capture (PM850), configurable waveform capture (PM870) • Available with 2 standard Digital I/O
Power Meter • Onboard logging (80k in PM820, 800k in PM850/PM870) • Field installable Digital and Analog I/O
• Detection of sub-cycle sags/swells on both voltage and current (PM870 Only) • THD measurement
• V & I individual harmonics up to 31st (PM820) or up to the 63rd for the PM850 and • Meets ANSI 12.20 Class 0.2 and IEC 62053-22
PM870. Class 0.5S accuracy for active energy.
• Five input metering channels WAGES • Optional field installable Ethernet communications
• PQ Advanced Evaluation (EN50160, ITI/CBEMA, SEMI F-47) for the PM850 and PM870 card with standard and custom web pages
• Type 12 Remote Display Compliant • GPS Time Synchronization

Table 4.10:
4

Description Catalog No. $ Price

Series 800 Power Meters
PM820 Power Meter with integrated display, THD, Alarming, 80 kb Logging PM820 2390.00
PM850 Power Meter with integrated display, THD, Alarming, 800 kb Logging, Waveform Capture PM850 3889.00
POWER MONITORING AND

PM870 Power Meter with integrated display, THD, Alarming, 800 kb Logging, configurable Waveform Capture, Sag/Swell Detection PM870 4799.00
PM820RD Power Meter with remote display, THD, Alarming, 80 kb Logging PM820RD 2550.00
PM850RD Power Meter with remote display, THD, Alarming, 800 kb Logging, Waveform Capture PM850RD 4058.00
PM870RD Power Meter with remote display, THD, Alarming, 800 kb Logging, configurable Wafeform Capture, Sag/Swell Detection PM870RD 4958.00
CONTROL

PM820 Meter unit only without display PM820U 2050.00

PM850 Meter unit only without display PM850U 3529.00
PM870 Meter unit only without display PM870U 4460.00
Series 800 Power Meter Accessories
PM800 Display for integrated meter unit PM8D 443.00
PM800 remote display and adapter with 12’ cable PM8RD 584.00
PM800 remote display adapter only PM8RDA 428.00
PM800 Module, 2 digital outputs (relays), 6 digital inputs PM8M26 635.00
PM800 Module, 2 digital out, 2 digital in, 2 analog out, 2 analog in PM8M2222 856.00
PM800 Mounting adapter for CM2000 PM8MA 267.00
PM8ECC Ethernet Communications Card; provides a 10/100 Base Tx 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 PM8ECC 1150.00
Metering Data, Configuration and Status of I/Os and Configuration and Status of Alarms, plus SNMP Trap generation in response to any PM8 on-board alarms.

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PowerLogic Series 4000 Circuit Monitor
The award winning, Web-enabled PowerLogic Series 4000 Circuit Monitor (CM4250) is the most advanced
permanently mounted circuit monitor in the industry today. Designed for critical power and large energy users who
cannot afford to be shut down, the CM4250 provides the ability to monitor, troubleshoot and preempt power quality
problems. Transients (disturbances lasting less than one cycle) are particularly difficult to detect, due to their short
duration. The CM4000T detects and captures oscillatory and impulsive transients (up to 10,000V peak, line-to-line at 5
MHz per channel) as short as one microsecond in duration. The CM4000T automatically performs a high-speed
transient waveform capture and a longer disturbance capture to show the conditions surrounding an event. The
CM4000T maintains a complete historical record of the number of transients per phase, along with the magnitude,
duration and time of occurrence of each. It also performs a stress calculation to determine the circuits that have
received the greatest stress from transient overvoltages.

• Waveform capture with up to 512 samples/cycle • Extended waveform capture (up to 110 seconds)
• Built-in Trending and Forecasting functionality allows you to • Field installable Digital/Analog I/O cards and flexible I/O
CM4000T with VFD Display forecast energy usage up to 4 days in advance extender modules
• Sag/Swell disturbance monitoring • Harmonic powerflows up to the 40th harmonic
• Two option card slots for field installable cards • Standard KYZ pulse output
• Optional field installable Ethernet communications card with • Standard 32 MB of non-volatile memory
standard and custom web pages • Integrated power quality standards including EN50160,
• Alarm Setpoint Learning feature allowing optimum threshold setting IEC 61000-4-15 (Flicker)
(patent pending) • Sequence of events recording using GPS synchronization
• Multiple alarms including standard, digital, Boolean, high-speed, technology
and disturbance alarms • Oscillatory transient detection and recording
• Waveshape alarm monitoring • UL Listed, CSA Approved, CE Marking, NOM Approved,
• High speed transient voltage detection at 5 MHz per channel with FCC compliant
field installable CVMT current/voltage module
• True RMS Metering through the 255th harmonic

PowerLogic Series 4000 Circuit Monitor Optional Displays

• High visibility remote VF (vacuum fluorescence) display
• Displays metering data, min/max values, alarms, inputs
• Remote LC (liquid crystal) display with backlighting also available
• Optional user configurable display screens
Table 4.11: Series 4000 Circuit Monitors
Description Catalog No. $ Price

Series 4000 Circuit Monitors

Instrumentation, On-board Data Logging, Waveform Capture, Disturbance Recording, Configurable I/O, 0.04% Accuracy CM4250 6386.00
Same as CM4250 plus Impulsive Transient Detection and Flicker (IEC 61000-4-15) CM4000T 8474.00
Series 4000 Circuit Monitor Accessories
Field installable I/O card with 3 relay outputs, 1 pulse output (KYZ) and 4 status inputs IOC44 796.00
I/O Extender module with 4 DC status inputs, 2 DC digital outputs, 1 analog input and 1 analog output IOX2411 1253.00
I/O Extender module with 4 status inputs and 4 analog inputs (4–20 mA) IOX0404 1650.00
ECC21 I/O Extender module with 8 status inputs IOX08 703.00
I/O Extender module with no pre-installed I/O a IOX 459.00
Ethernet Communications Card; 100 MB Fiber or 10/100 MB UTP Ethernet port and 1 RS-485 master port ECC21 1948.00
Current/Voltage module CVM42 2251.00
Current/Voltage module with high speed transient detectionb CVMT 5393.00
4-line x 20—character liquid crystal display with backlighting CMDLC 688.00
4-line x 20—character vacuum fluorescent display with proximity sensor CMDVF 1207.00
4 foot display cable CAB4 53.00
12 foot display cable CAB12 89.00
30 foot display cable CAB30 161.00
a Contact your nearest Square D/Schneider Electric sales office for additional I/O options.
b CM4250 is field upgradeable to provide additional features of specified module.

Table 4.12: SER Time Synchronization

IOC44 I/O Card
Description Catalog No. $ Price
PowerLogic Satellite Time System, Circuit Monitor and SEPAM GPS Time Synchronization, 100 microsecond accuracy STS3000 5348.00
Satellite Time Reference Module STRM 2827.00
CyTime Sequence of Events Recorder, 24 Vdc power / 24 Vdc inputs, 32 inputs, web server 9788SER3200 2700.00
SER 3200 EZ connector for IRIG-B signal 9788EZCIRIGB 115.00
Smart Antenna Module SAM 2292.00
Smart Antenna Module Interface Cable—200 FT SAIF200 611.00
POWER MONITORING AND

Power Supply, 24DC/50W, DIN-mountable PS080 558.00

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Table 4.13: PowerLogic Circuit Monitor and Power Meter Selection

Features CM4000T CM4250 PM870 PM850 PM820 PM750 PM710 PM1200 DM6200
Inputs, outputs and control power
3-phase / single-phase •/• •/• •/• •/• •/• •/• •/• •/• •/•
Digital in and out / analog in and out 24 / 4 24 / 4 18 / 8 18 / 8 18 / 8 3/
Power supply options AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC AC/DC
Power and energy measurements
V, I, F, PF • • • • • • • • •
Power, demand • • • • • • • •
Energy / energy per shift (time-of-use) •/• •/• •/• •/• •/• •/ •/ •/
Energy accuracy (%) 0.2 0.2 0.2 0.2 0.2 0.5 1.0 1.0
Standards compliance to ANSI / IEC •/• •/• •/• •/• •/• •/• •/• •/
Power quality analysis
Compliance monitoring (e.g. EN50160) • • • •
Flicker measurement •
High-speed transient disturbance capture •
(200 ns)
Transient disturbance capture • • sag/swell
Disturbance direction detection • •
Sag/swell monitoring • • •
Harmonics measurement • • • • • THD THD •
Uptime (number of 9's) calculation • •
Waveform capture • • • •
Waveshape alarm • •
Data and event logging
Trend / billing •/ •/ •/• •/• /•
Minimum and maximum • • • • • • •
Events / maintenance •/• •/• •/ •/ •/ •/ •/
Timestamp resolution (seconds) 0.001 0.001 1 1 1
GPS sync • • • • •
Setpoints, alarms and control
Annunciation / call out on alarm •/• •/• •/ •/ •/ •/
Trigger logging • • • • •
Trigger relay or digital ouput control • • • • •
Special features
Custom programming: arithmetic, boolean • •
Downloadable firmware • • • • • • •
Communications
Ethernet port / web / email •/•/• •/•/• •/•/• •/•/• •/•/•
RS485 / RS232 ports •/• •/• •/• •/• •/• •/ •/ • •
Modbus protocol • • • • • • • • •
4
POWER MONITORING AND
CONTROL

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PowerLogic Submetering
In today's increasingly competitive commercial property market, attracting and retaining
high-quality, long-term tenants by offering exceptional value is the primary goal. Balancing
these premium services and reliable infrastructure vs. the financial exposure to volatile
utility costs is the challenge.
Minimizing energy costs requires information on how energy usage translates into money
spent. PowerLogic energy sub-metering systems are specifically engineered to address the
measurement, verification and billing needs of multi-tenant properties.
• Residential high-rise and low-rise
• Campuses
• Shopping centers
• Malls / food courts
• Offices
• Commercial buildings
PowerLogic energy management and
metering systems are ideal for multi-tenant
buildings providing:
• Metering & Verification tools to assure
compliance to Energy Policy Act 2005
• Integrated approach from simple energy
allocation requirements to high-end power
quality
• Monitor energy usage and efficiency to
accurately recover the costs while providing
tenants with energy and a reliable
infrastructure
• Implement energy efficiency initiatives
essential to obtaining LEED certification

PowerLogic E5600 Socket Meter

The E5600 is a cost effective socket meter that combines high accuracy, superior quality
and wide-ranging capability in a device that is simple to install. The PowerLogic E5600
socket meter can help reduce electrical costs, increase property values and attract good
tenants by providing the information needed to manage energy costs. Track and allocate
costs by circuit or suite, accurately bill tenants for energy used, and verify energy
conservation efforts. It is a foundational component for LEED and Energy Star certification
as a part of green buildings. Green buildings enjoy higher tenant retention, higher tenant
quality, and recognition by the community while typically allowing property managers to
charge more for rent.
Unlike traditional sub-metering solutions, which must be manually read or may lack
software for effective sub-billing or comprehensive energy management, the PowerLogic
E5600 enables businesses to utilize their existing S-based socket infrastructure with a
low-cost meter that is part of an end-to-end solution for tenant sub-metering.
• Real, reactive, and apparent energy values.
• Onboard interval data logging (load profiles).
• Revenue grade accuracy – ANSI C12.20 0.2% / 0.5%.
• Automatic configuration of service type and voltage.
• Onboard diagnostics continually monitors for equipment failures, improper installation wiring, poor
load conditions, poor power quality conditions and tampering.
• S-base meter socket compatible.

Table 4.14:
Description Catalog No. $ Price
Form 2S, Single-Phase, Class 200, S Based Meter E5600020SQD 960.00
Form 9S, 3-Phase, Class 20, S Based Meter E5600090SQD 1080.00
Form 12S, 3-Phase, Class 200, S Based Meter E5600120SQD 1080.00
Form 16S, 3-Phase, Class 200, S Based Meter E5600160SQD 1080.00
Form 36S, 3-Phase, Class 20, S Based Meter E5600360SQD 1080.00
Form 45S, 3-Phase, Class 20, S Based Meter E5600450SQD 1080.00
Optional USB Optical Communications Probe OPTICALPROBEUSB 719.00
POWER MONITORING AND

PowerLogic E5600 Socket Meter

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PowerLogic High Density Metering
High Density Metering (HDM) is engineered to answer the metering and billing needs of multi-tenant
properties:

Features and Benefits

• HDM comes standard with the PowerLogic PM210, PM750, PM820 or ION6200 meters.
• Lockable, 16 gauge NEMA Type 1 enclosure provides tamper-resistant security.
• NEMA Type 3R also availalbe. Please consult factory.
• Mounting channel and surface-mount flanges simplify installation.
• Factory installed cover plates are included to cover empty meter spaces.
• Factory installed wiring harness simplifies installation of additional meters and provides future system expansion.
• Each High Density Metering cabinet is provided with standard RS485 Modbus®, and optional Modbus Ethernet TCP
communications are availalbe. For wireless communications, please consult factory.
• Available in the following configurations: 208 Y/120 V wye; 240 V delta, 48 = 480 Y/277 V wye (PM210, PM750, and
PM820), and with provided 2.5:1 CPT (control power transformer) 480 Y/277 V wye (6200); 480 V delta (6200,
PM210, PM750 or PM820).
• CTs required. Must select separately.
Table 4.15: High Density Metering Cabinet
Meter Voltage Phasing Enclosure # Enclosure
Category Series Description
Size Meters Rating
1 or 4 High Density Meter Enclosure with ION6200 meters; ideal for
High Density Metering factory assembled HDM ION6200 12, 4Ta 3 1 or 4 1-4b Rc or 1 outdoor as well as indoor applications at all voltage levels including
enclosure for multi-tenant properties 600V delta and 347/600 V wye systems
PM210 12, 48, 1 or 3 1, 4, 8, or 1-16b 8 or 16 High Density Meter Enclosure with PM210 meters; ideal for
HDM 1
4Ta 16 single or three phase indoor commercial building applications
12, 48, 1, 4, 8 or 1-16b 8 or 16 High Density Meter Enclosure with PM750 meters; ideal for
HDM PM750 3 1
4Ta 16 3 phase indoor commercial building applications
PM820 12, 48, 1, 4, 8 or 1-16b 8 or 16 High Density Meter Enclosure with PM750 meters; ideal for
HDM 3 1
4Ta 16 3 phase indoor commercial building applications
a Voltage Ordering Notes:
12 = 208 Y/120 V wye; 240 V delta. 48 = 480 Y/277 wye; (PM210/PM750)
4T = with provided 2.5:1 CPT (control power transformer); 480 Y/277 wye (6200); 480 V delta (6200, PM210 or PM750)
b Meters Ordering Notes: Please indicate the number of meters to be pre-installed when placing your order. You may order any number
of meters in the enclosure between one and the maximum number of meters each cabinet will hold.
c Please enter R as the last digit for Type 3R outdoor on 1 or 4 HDM enclosure with the 6200 series meter.
High Density Meter System includes:
• Enclosure
• Power Meters, installed
• Installation bulletin for Enclosure
• Wall hanging bracket
• Installation bulletin for Meters
Table 4.16: Accessories and Options
Description Catalog No. $ Price
8 meter configuration Auxiliary Wiring Harness for installation of additional meters HDMPMHKIT27 221.00
(includes connectors and shorting terminal blocks)
Cover plate for empty meter base HDMCVRPLT 5.90
Water and Gas Meters Consult factory for details
50 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT050S1 51.00
100 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT100S1 51.00
125 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT125S1 73.00
150 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT150S1 62.00
200 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT200S1 62.00
250 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT250S1 62.00
400 Amp HDM Solid Core Current Transformer, 1.13” window size HDMCT400S1 62.00
Power Meter with display, basic readings, Modbus RS485 communications porta PM210 550.00
a To order all other loose meters, please visit metering sections within digest related to particular meter.
Multi Circuit Energy Meters
The PowerLogic EM4800 multi-circuit energy meter combines accurate electricity sub-metering with
advanced communications technology. They are ideal for multi-tenant or departmental metering
applications within office towers, condominiums, apartment buildings, shopping centers and other multi-
point environments, metering up to 24 individual circuits from the same meter. The EM4800 series has an
accuracy of Class 0.5% for power and energy. Each meter is available separately or as part of a Scquare D
16 meter configuration integrated power center (IPC) for use in building retrofits or new construction.
Table 4.17:
4

Description Catalog No. $ Price

Energy measurement for 24 (1CT) or 12 (2CT) single-phase circuits or 8 (3CT) 3-phase circuits; Ethernet; METSQEM488016 3980.00
modem; onboard interval logging; compatible with 80mA low-power CTs (solid-core)
Energy measurement for 24 (1CT) or 12 (2CT) single-phase circuits or 8 (3CT) 3-phase circuits; Ethernet;
POWER MONITORING AND

METSQEM483316 3980.00
modem; onboard interval logging; compatible with 333mV low-power CTs (solid-core or split-core)
Energy measurement for 24 (1CT) or 12 (2CT) single-phase circuits or 8 (3CT) 3-phase circuits; Ethernet; METSQEM480516 5350.00
modem; onboard interval logging; compatible with standard 5A CTs (solid-core or split-core)
200 A current transformer (CT), 80 mA secondary, solid-core (1 CT) METSECT802000 38.00
CONTROL

50 A .333 V Split Core Current Transformer with 0.75 in Window Size ECT075050SC 90.00
100 A .333 V Split Core Current Transformer with 0.75 in Window Size ECT075100SC 90.00
150 A .333 V Split Core Current Transformer with 0.75 in Window Size ECT075150SC 90.00
200 A .333 V Split Core Current Transformer with 0.75 in Window Size ECT075200SC 90.00
100 A .333 V Split Core Current Transformer with 1.25 in Window Size ECT125100SC 141.00
150 A .333 V Split Core Current Transformer with 1.25 in Window Size ECT125150SC 141.00
200 A .333 V Split Core Current Transformer with 1.25 in Window Size ECT125200SC 141.00
400 A .333 V Split Core Current Transformer with 1.25 in Window Size ECT125400SC 141.00
200 A .333 V Split Core Current Transformer with 2.00 in Window Size ECT200200SC 171.00
400 A .333 V Split Core Current Transformer with 2.00 in Window Size ECT200400SC 171.00
600 A .333 V Split Core Current Transformer with 2.00 in Window Size ECT200600SC 171.00
600 A .333 V Split Core Current Transformer with 3 x 5 in Window Size ECT300600SC 241.00
800 A .333 V Split Core Current Transformer with 3 x 5 in Window Size ECT300800SC 241.00

4-14 Discount © 2012 Schneider Electric

PL1 Schedule All Rights Reserved
 PowerLogic™ Submetering
www.powerlogic.com

PowerLogic Energy Meter

The Energy Meter is ideal for stand-alone and systems-based submetering applications. It is easy to install and provides
exceptional metering accuracy. Available in Basic and Extended Range models. The Basic model is designed for metering
of 120/240 and 208Y/120 volt services. The Extended Range model will meter 120/240 volt up to 480 volt Wye connected
services. Extended Range meters come with pulse output and phase loss output not available on the Basic unit. Optional
Modbus™ RS-485 serial communications are provided with the Energy Meter Comms Board, EMCB. Optional kW demand
is also provided by the EMCB.
Meter up to 3 individual services with one Energy Meter. The Energy Meter will allow the addition of up to 3 sets of parallel
CTs for metering multiple electric loads. Additional sets of CTs can be ordered separately. Please refer to the multiple CT
application notes in the Energy Meter instruction bulletin for the proper installation procedures.
Energy Meter
Energy Meter
Table 4.18: Basic 120/240 V to 208Y/120 V Table 4.20: Extended Range 120/240 V to 480Y/277 V
Catalog No. Description $ Price Catalog No. Description $ Price
EMB1010 Basic 100 A, .518"x1.28" ID, 1 CT 426.00 EME1010 Extended Range 100 A, .518"x1.28" ID, 1 CT 471.00
EMB1021 Basic 200 A, 0.75” x 1.10” ID, 1 CT 440.00 EME1021 Extended Range 200 A, 0.75” x 1.10” ID, 1 CT 483.00
EMB1032 Basic 300 A, .90"x1.90" ID, 1 CT 482.00 EME1032 Extended Range 300 A, .90"x1.90" ID, 1 CT 518.00
EMB2010 Basic 100 A, .518"x1.28" ID, 2 CTs 438.00 EME2010 Extended Range 100 A, n.518"x1.28" ID, 2 CTs 511.00
EMB2021 Basic 200 A, 0.75” x 1.10” ID, 2 CTs 464.00 EME2021 Extended Range 200 A, 0.75” x 1.10” ID, 2 CTs 536.00
EMB2032 Basic 300 A, .90"x1.90" ID, 2 CTs 480.00 EME2032 Extended Range 300 A, .90"x1.90" ID, 2 CTs 550.00
EMB2043 Basic 400 A, 2.45"x2.89" ID, 2 CTs 505.00 EME2043 Extended Range 400 A, 2.45"x2.89" ID, 2 CTs 567.00
EMB2083 Basic 800 A, 2.45"x2.89" ID, 2 CTs 517.00 EME2083 Extended Range 800 A, 2.45"x2.89" ID, 2 CTs 585.00
EMB3010 Basic 100 A, .518"x1.28" ID, 3 CTs 750.00 EME3010 Extended Range 100 A, .518"x1.28" ID, 3 CTs 811.00
EMB3021 Basic 200 A, 0.75” x 1.10” ID, 3 CTs 766.00 EME3021 Extended Range 200 A, 0.75” x 1.10” ID, 3 CTs 829.00
EMB3032 Basic 300 A, .90"x1.90" ID, 3 CTs 799.00 EME3032 Extended Range 300 A, .90"x1.90" ID, 3 CTs 864.00
EMB3043 Basic 400 A, 2.45"x2.89" ID, 3 CTs 825.00 EME3043 Extended Range 400 A, 2.45"x2.89" ID, 3 CTs 880.00
EMB3083 Basic 800 A, 2.45"x2.89" ID, 3 CTs 855.00 EME3083 Extended Range 800 A, 2.45"x2.89" ID, 3 CTs 921.00
EMB3084 Basic 800 A, 2.45"x5.50" ID, 3 CTs 903.00 EME3084 Extended Range 800 A, 2.45"x5.50" ID, 3 CTs 971.00
EMB3164 Basic 1600 A, 2.45"x5.50" ID, 3 CTs 903.00 EME3164 Extended Range 1600 A, 2.45"x5.50" ID, 3 CTs 971.00

Table 4.19: Additional CT Sets Table 4.21: Energy Meter Accessories

Catalog No. Description $ Price Catalog No. Description $ Price
EMCT010 100 A, .518” x 1.28” ID, 1 CT 92.00 EMCB Energy Meter Communication Boarda 267.00
EMCT021 200 A, 0.75” x 1.10” ID, 1 CT 99.00 EMFP1 Energy Meter Fuse Pack, Set of 1 47.00
EMCT032 300 A, .90” x 1.90” ID, 1 CT 106.00 EMFP2 Energy Meter Fuse Pack, Set of 2 94.00
EMCT043 400 A, 2.45” x 2.89” ID, 1 CT 106.00 EMFP3 Energy Meter Fuse Pack, Set of 3 142.00
EMCT083 800 A, 2.45” x 2.89” ID, 1 CT 123.00 EMBOND Energy Meter Bonding Kit 117.00
EMCT084 800 A, 2.45” x 5.50” ID, 1 CT 130.00 a Energy Meter communication board (EMCB) can be used with all
EMCT164 1600 A, 2.45” x 5.50” ID, 1 CT 130.00 models of the Energy Meter. Order one EMCB for each Energy Meter
Note: CT quantity and amperage must match meter model. Total of combined where either kW demand and/or communication is specified.
loads must not exceed rating of meter. All additional CTs shipped with 6
ft. white and black color-coded wire leads.

PowerLogic Enercept™ Meter

The Enercept Meter is the ideal solution for submetering electric loads where space is at a premium. The compact design
consists of three interconnected split-core CTs with the metering and communication electronics built into the CT housing.
Simply snap on the CTs, connect the voltage inputs, the communication lines, and installation is complete. Both versions
can be connected to either three-phase or single-phase circuits.
Enercept meters employ the Modbus™ RTU 2-wire communication protocol, and can utilize the same communication
network and PowerLogic System Manager™ software as other PowerLogic devices. Data from the Enercept meters can be
presented in tabular or graphical format, used for alarming and historical logging and trending, and to produce reports.
Optional Submeter display (SMD) acts as a stand-alone operator interface supporting up to 32 meters (63 with a repeater).
In addition, the Submeter display (SMD) can act as a network adapter allowing Enercept meters to be incorporated into a
network.
Enercept Meter
Table 4.22: Enercept Meter Table 4.23: Accessories
Catalog No. Description $ Price Catalog No. Description $ Price
3020B012b Basic 100 A, 1.25" x 1.51" ID 776.00 SMD Submeter display mounted in enclosure 725.00
3020B032b Basic 300 A, 1.25" x 1.51" ID 800.00 SMD OPN Open style submeter display, no enclosure 595.00
3020B043b Basic 400 A, 2.45" x 2.89" ID 823.00 2W485C 2-Wire 232–485 Conv 78.00
3020B083b Basic 800 A, 2.45" x 2.89" ID 847.00 EMBK-3 Enercept Mounting Brackets (Set of 3) 75.00
3020B084b Basic 800 A, 2.45" x 5.50" ID 869.00 PS24 24 Vdc Power Supply (for use with EDI or ENA) 157.00
3020B164b Basic 1600 A, 2.45" x 5.50" ID 893.00
3020B244b Basic 2400 A, 2.45" x 5.50" ID 916.00 Table 4.24: Enercept Metering Quantities
3020E012 Enhanced 100 A, 1.25" x 1.51" ID 1035.00
3020E032 Enhanced 300 A, 1.25" x 1.51" ID 1066.00 Basicb Enhanced•
3020E043 Enhanced 400 A, 2.45" x 2.89" ID 1097.00
3020E083 Enhanced 800 A, 2.45" x 2.89" ID 1128.00 kWh, kW per phase and total, min kW, max kW, kWd,
kWh, energy usage
3020E084 Enhanced 800 A, 2.45" x 5.50" ID 1159.00 kVAR, kVA, PF per phase and total voltage- V, L-L, L-N
kW, real power
3020E164 Enhanced 1600 A, 2.45" x 5.50" ID 1190.00 per phase and avg. Current - A, per phase and average
3020E244 Enhanced 2400 A, 2.45" x 5.50" ID 1221.00
b See Handout / Instruction Bulletin for derating properties.

PowerLogic Split Core Current Transformers-Instrument Grade 5 Amp Split-Core Current Transformers
POWER MONITORING AND

The 3090 SCCT series of split-core current transformers provide secondary amperage proportional to the primary (sensed)
current. For use with Circuit Monitors, Power Meters, data loggers, chart recorders and other instruments the 3090 SCCT
series provides a cost-effective means to transform electrical service amperages to a 0–5A level compatible with monitoring
equipment.
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Note: Max. Voltage without additional insulation 600 Vac. Do

SA Split-Core Current Table 4.25: not apply 600 V Class current transformers to circuits having
Transformers Catalog No. Description $ Price a phase-to-phase voltage greater than 600 V, unless
3090SCCT022 Split Core CT—200 A (sz.2): 1.25" x 1.51 120.00 adequate additional insulation is applied between the primary
3090SCCT032 Split Core CT—300 A (sz.2): 1.25" x 1.51 120.00 conductor and the current transformers. Square D assumes
3090SCCT043 Split Core CT—400 A (sz.3): 2.45" x 2.89 129.00
3090SCCT063 Split Core CT—600 A (sz.3): 2.45" x 2.89 129.00 no responsibility for damage of equipment or personal injury
3090SCCT083 Split Core CT—800 A (sz.3): 2.45" x 2.89 129.00 caused by transformers operated on circuits above their
3090SCCT084 Split Core CT—800 A (sz.4): 2.45" x 5.05 137.00 published ratings.
3090SCCT124 Split Core CT—1200 A (sz.4): 2.45" x 5.50 160.00
3090SCCT164 Split Core CT—1600 A (sz.4): 2.45" x 5.50 165.00
4

© 2012 Schneider Electric Discount 4-15

All Rights Reserved
PL1 Schedule
 PowerLogic™ Submetering
Class 3030
www.powerlogic.com
PowerLogic Branch Circuit Power Meter
The Branch Circuit Power Meter (BCPM) is ideal for data center customers who are focused on eliminating costly downtime,
managing existing capacity efficiently, and reducing energy cost. The BCPM helps data center managers by providing alarms that
signify potential issues within the power system and supplying power and energy data down to the circuit level. This data can
indicate areas wither over-used or under-used within the facility. It can also be used to effectively control energy cost.
The BCPM can monitor up to 84 circuits and fits any Power Distribution Unit (PDU) or Remote Power Panel (RPP) with minimal
space requirements. It has a wide monitoring range allowing customers to monitor circuit current from 0.25 A to 100 A with high
accuracy (3% for current 0.25 A to 2 A and 2% for current 2 A to 100 A. It can also measure power and energy readings at the
circuit level as well as the incoming main. This eliminates the need for two different meters. The BCPM also has a flexible
BCPM Solid Core CT numbering scheme which allows customers to match that of the PDU or RPP and field configuration adds ease to either a new or
Power Meter a retrofit installation.
Key features:
• Full PDU monitoring • Wide monitoring range • Cost effective communications
• Flexible configuration • Low current monitoring • Easily integrates into a PowerLogic system or other
• Split core version for retrofit installations • Advanced alarming existing networks using Modbus™ communications
Table 4.26:
Catalog No. Description $ Price
BCPMA042D Solid Core CT, 42 circuit power and energy meter. Includes 2 CT strips, 21 CTs per strip, 3/4” CT spacing. 3569.00
BCPMB042D Solid Core CT, 42 circuit meter, measures power and energy on the mains, current per circuit. Includes 2 CT strips, 21 CTs per strip, 3/4” CT spacing. 2901.00
BCPMC042D Solid Core CT, 42 circuit current meter. Includes 2 CT strips, 21 CTs per strip, 3/4” CT spacing. 2331.00
BCPMA142D Solid Core CT, 42 circuit power and energy meter. Includes 2 CT strips, 21 CTs per strip, 1” CT spacing. 3569.00
BCPMB142D Solid Core CT, 42 circuit meter, measures power and energy on the mains, current per circuit. Includes 2 CT strips, 21 CTs per strip, 1” CT spacing. 2901.00
BCPM Split Core CT BCPMC142D Solid Core CT, 42 circuit current meter. Includes 2 CT strips, 21 CTs per strip, 1” CT spacing. 2331.00
Power Meter BCPMA084D Solid Core CT, 84 circuit power and energy meter. Includes 4 CT strips, 21 CTs per strip, 3/4” CT spacing. 5748.00
BCPMB084D Solid Core CT, 84 circuit meter, measures power and energy on the mains, current per circuit. Includes 4 CT strips, 21 CTs per strip, 3/4” CT spacing. 4627.00
BCPMC084D Solid Core CT, 84 circuit current meter. Includes 4 CT strips, 21 CTs per strip, 3/4” CT spacing. 3495.00
BCPMA184D Solid Core CT, 84 circuit power and energy meter. Includes 4 CT strips, 21 CTs per strip, 1” CT spacing. 5748.00
BCPMB184D Solid Core CT, 84 circuit meter, measures power and energy on the mains, current per circuit. Includes 4 CT strips, 21 CTs per strip, 1” CT spacing. 4627.00
BCPMC184D Solid Core CT, 84 circuit current meter. Includes 4 CT strips, 21 CTs per strip, 1” CT spacing. 3495.00

Table 4.27:
Catalog No. Description $ Price
BCPMSCA42D Split Core BCPM, Advanced Feature Set, 2 adapter boards, 42 50 A CTs, 2 mounting kits 4418.00
BCPMSCA84D Split Core BCPM, Advanced Feature Set, 4 adapter boards, 42 50 A CTs, 4 mounting kits 6694.00
BCPMSCB42D Split Core BCPM, Intermediate Feature Set, 2 adapter boards, 42 50 A CTs, 2 mounting kits 3592.00
BCPMSCB84D Split Core BCPM, Intermediate Feature Set, 4 adapter boards, 84 50 A CTs, 4 mounting kits 5867.00
BCPMSCC42D Split Core BCPM, Basic Feature Set, 2 adapter boards, 42 50 A CTs, 2 mounting kits 2887.00
BCPMSCC84D Split Core BCPM, Basic Feature Set, 4 adapter boards, 84 50 A CTs, 4 mounting kits 5163.00
BCPMSCADPBDD Adapter board for use with Split Core BCPM 897.00
BCPMSCCT0 Qty 6 x 50 A Split Core CTs for use with Split Core BCPM, 6 ft leads 197.00
BCPMSCCT0R20 Qty 6 x 50 A Split Core CTs for use wtih Split Core BCPM, 20 ft leads 240.00
BCPMSCCT2 Qty 6 x 100 A Split Core CTs for use with Split Core BCPM, 4 ft leads 431.00
BCPMSCA1D Split Core BCPM meter, Advanced Feature Set plus 2 adapter boards 3260.00
BCPMSCA2D Split Core BCPM meter, Advanced Feature Set plus 4 adapter boards 4270.00
BCPMSCB1D Split Core BCPM meter, Intermediate Feature Set plus 2 adapter boards 2392.00
BCPMSCB2D Split Core BCPM meter, Intermediate Feature Set plus 4 adapter boards 3402.00
BCPMSCC1D Split Core BCPM meter, Basic Feature Set plus 2 adapter boards 1652.00
BCPMSCC2D Split Core BCPM meter, Basic Feature Set plus 4 adapter boards 2662.00
BCPMCOVERD Clear cover bor BCPM printed circuit board, compatible with Solid Core and Split Core versions 100.00
Typical BCPMSC Note: CT hole size accommodates up to #6 THHN insulated conductor.
panelboard installation PowerLogic Multi-Circuit Meter
Designed for OEM style placement in electrical distribution equipment the MCM8364 is configurable to meter 1 or 3 phases
of up to eight individual loads, six loads if neutral monitoring is required. The MCM will monitor up to 10,000 amps per
service using standard 5 Amp CTs. All of the metered circuits must share a common voltage source. The MCM8364 is a
great solution for monitoring critical power distribution equipment and provides 24 different electrical metering quantities
plus an additional nine Modbus register alarms.
With one RS-485 connection, the multi-circuit meter provides Modbus RTU communications output that communicates to each
individual metered circuit. Up to 30 multi-circuit meters can be addressed on the same Modbus network. The multi-circuit meter
can provide warnings to the central monitoring computer via its Modbus output using the MNode software provided or can be
integrated into PowerLogic SMS software. The MCM also works with the submeter display as shown below.
Electrical Data:
Energy Consumption (kWHr), Real Power (kW), Reactive Power (kVAR), Apparent Power (kVA), Power Factor Total,
Voltage, L-L, avg. of 3 phases, Voltage, L-N, avg. of 3 phases, Current, average of 3 phases, Real Power (kW) phase A, B,
& C, Power Factor, phase A, B,&C, Line to Line Voltage, phase A-B, B-C, A-C, Line to Neutral Voltage, phase
A-N, B-N, C-N, Current, phase A, B, & C, Frequency (measured from phase A) (Hz).
Modbus Alarms:
Over Voltage, Under Voltage, Over Current, Under Current, Over kVA, Under kVA, Phase Loss A, Phase Loss B, Phase Loss C
3-phase, 4-wire
(with neutral current Table 4.28:
wiring) Catalog No. Description $ Price
4

MCM8364 Multi-Circuit Meter 8364 1863.00

PowerLogic Submeter Display
The PowerLogic Submeter Display (SMD) is a comprehensive electrical submetering display that provides a view of
POWER MONITORING AND

electrical parameters from multiple metering products with one networked LCD. In addition to viewing system data on the
display itself, you can also view data on a remote PC via a network connection. Touch pad buttons provide a convenient
way to view downstream devices on the power-monitoring network. The display is RS-485 Modbus RTU compatible. It has
additional RS-485 and RS-232 Modbus ports for networking to additional displays or to a master PC. The submeter display
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is compatible with the following metering devices: BCM, MCM, & Enercept™ meters.
Table 4.29:
Catalog No. Description $ Price
SMD Submeter display mounted in enclosure 725.00
SMD OPN Open style submeter display, no enclosure 595.00
Submeter Display

4-16 PL1 Discount © 2012 Schneider Electric

Schedule All Rights Reserved
 PowerLogic™ Remote Energy Management
www.powerlogic.com
Web Hosted Solutions
Schneider Electric Remote Energy Management solutions are web-
hosted, subscription based Software-As-A-Service (SaaS) offers.
This means that all of our data is hosted at a secure Schneider
Electric data center facility available for you to view from any web-
enabled device, 365 days per year, 24 hours per day, 7 days per
week. No additional servers, PCs, software or IT personnel are
needed when utilizing a remote hosted solution. All data is easily
obtained through standard communications methods (Ethernet) from
multiple device types and sources such as meters, existing systems,
and building management systems (BMS).
A remote energy management solution allows you to easily:
Identify energy waste
• View energy profiles to quickly identify energy waste in a single facility or
across your enterprise
Easily view information that is most important to you through a customizable
dashboard • Lower capital expenses with better utilization of current infrastructure (i.e.
HVAC and Lighting)
Reduce energy consumption
• Use historical comparisons to determine profiles of day-to-day, month-to-
month, and year-to-year energy consumption
• Compare energy usage around similar facilities to establish benchmarks
and identify poor performing facilities
• Normalize facility consumption against weather, production, hours of
operation, square footage, and occupancy to measure the true energy
content
• Measure the effectiveness of various energy efficiency and conservation
efforts
Save on utility bills
• Compare usage to utility bills to ensure the utility is billing correctly
• Optimize equipment run hours and setting to avoid setting new demand
peaks
• Make accurate assessment of what utility costs would be on different utility
View your environmental impact from a single screen to track emission reduction rates
initiatives
Measure, report on and implement energy and emission
reduction initiatives
• Utilize emissions reporting to determine the CO2 baseline, establish
targets, and monitor improvements to help manage your carbon footprint

Easily save reports and export them to a personal web-page for easy tracking
and reporting

POWER MONITORING AND

4 CONTROL

© 2012 Schneider Electric 4-17

All Rights Reserved
 PowerLogic™ PowerLogic Energy Profiler Online

www.powerlogic.com

PowerLogic Energy Profiler Online

PowerLogic Energy Profiler Online (EPO) is a web-hosted service that is the industry's
foremost load data visualization and analysis application. This flexible, easy to use system
turns customer usage data into actionable information, freely accessible to all customers
and internal users. For commercial and industrial energy customers, managing energy
costs is the primary objective, but they can’t control what they can’t measure. EPO enables
energy customers to take control of their costs by providing the information they need to
understand how their organization uses energy. They can then take steps to reduce costs
by implementing conservation measures, investing in more efficient equipment, or
participating in new pricing or load curtailment programs.

For the utility, EPO provides an intuitive, easy-to-maintain tool for better understanding
customer usage patterns and meeting customers’ growing need for information. It also
provides a convenient platform from which to administer real-time pricing (RTP) or load
Bill estimates provide valuable information for budgeting curtailment programs. EPO's instinctive online functionality gives first-time users an
and forecasting extremely short learning curve, while its powerful configuration options address the needs
of more sophisticated users. The service is available to users at their convenience, 24/7,
and regular updates ensure that customers get the most current information.
Key features: Applications:
• Data access and analysis • Energy load analysis
• Automated reporting • Energy budgeting and bill forecasting
• Estimated bills and rate comparisons • Demand response and load curtailment
• Demand response and curtailment programs program management
• RTP programs • Real-time pricing program management
• Alarming • EPO's Real-Time Pricing module lets users
• Administration tool see interval data for accounts with future
pricing information, and multiply that data
against a price stream.
- -

Comparison statistics display For price & ordering information, contact your local PowerLogic Sales Specialist or
PowerLogic Inside Sales at 615-287-3535.

Typical comparison graph showing time of usage

4
POWER MONITORING AND
CONTROL

4-18 © 2012 Schneider Electric

All Rights Reserved
 PowerLogic™ Web-Enabled Network Components
Class 3030
www.powerlogic.com
Communications for high-speed access to critical information
From a single building to a multi-site enterprise, PowerLogic Web-Enabled Network
Components provide fast, reliable serial to Ethernet connectivity in the most demanding
applications:
• Energy management
• Power distribution
• Building automation
• Factory automation
PowerLogic Ethernet Gateways are available in two models-EGX100 and provide direct
EGX100 Ethernet connection to Ethernet-Modbus™/TCP networks to make energy and power monitoring
Gateway information available over local and wide area networks.
• The EGX100 provides low-cost, reliable, Ethernet to serial-line connectivity in a compact, DIN-rail
mounted package. Enabled by Power over Ethernet (PoE IEEE 802.3af), the EGX100 simplifies
installation by eliminating the need for power supplies plus provides a Web-based interface for
configuration and diagnostics.
• The EGX300 is an integrated gateway-server that is web based with 1 serial port and has the ability
to connect to an additional 32 devices remotely through Ethernet, plus log/trend historical data
allowing electrical distribution systems to be better managed by utilizing Ethernet and Internet
technologies.

Advantages
• Easy to install—easy DIN rail mounting solution.
• Easy to setup—No special software required. Configuration via Microsoft Internet Explorer or
Hyperterminal.
• Easy to troubleshoot—Detailed diagnostics for communication ports through a
Web interface.
• Easy to maintain—Field upgradable firmware lets you add new features while reducing costly
downtime.
• Secure-Customizable, password-protected access to configuration.
• Cost-effective, high-speed communications—Use existing LAN infrastructure to reduce
EGX100 lets the Administrator assign access to communications wiring and network management costs.
setup pages by user groups • Open platform provides broad connectivity—Modbus TCP/IP over Ethernet allows transparent
access via intranet/internet. Each gateway supports up to 32 Modbus or PowerLogic protocol
devices.
• Subnet initiated communications—The gateway supports a slave mode for connecting a serial-line
based system to Ethernet. For example, a building management system with a Modbus serial
interface can route to 16 remote Modbus TCP/IP interfaces supporting up to 128 serial-line devices.
• Extended temperature range— -25 to 70°C enables operation in harsh environments.
Built in tabs provide easy Table 4.30:
DIN rail mounting solution.
EGX100 EGX300
Part
Type $ Price
No.
950.00 1895.00

Control Power
24 Vdc / 7W DIN mount power supply (SOLD SEPARATE) 3090PS24 157.00 157.00
Power Over Ethernet Injector Kit (SOLD SEPARATE) TCSEAV0100 185.00 185.00
Protocols
Ethernet: HTTP, FTP, Modbus TCP/IP, SMTP, SNMP (MIB2), SNTP, TCP, UDP, ICMP, x x
ARP
Serial: Modbus RTU, Modbus ASCII (EGX100 only), JBUS, PowerLogic (SY/MAX) x x
Ports
Serial: RS485 1
Serial: RS232/485 configurable 1 1
Ethernet UTP (10/100) 1 1
Fiber (100 Mb) 1
Integral web server
Web page generation tool x
Maintenance/diagnostics x x
Gateway administration setup x x
Comprehensive meter reading x
Interval logging/trends 32 devices
EGX300 Ethernet Gateway offers you a “window” into your User defined custom pages x
power equipment
Historical Data Logging
POWER MONITORING AND

Interval data x
Transfer files on an interval and periodic scheduled basis email
Export to Excel via web query x
Export files by e-mail, FTP, or HTTP x
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PowerLogic WebPageGenerator
The PowerLogic WebPageGenerator (WPG) creates and downloads application specific
web pages to PowerLogic Ethernet gateways (EGX300, ECC21, PM8ECC) with minimal
user intervention. The user simply identifies the serial devices connected to the Ethernet
gateway in this wizard-based software utility. The utility takes care of the rest. This utility is
available for download from www.powerlogic.com.
4

© 2012 Schneider Electric Discount 4-19

All Rights Reserved
PL1 Schedule
 PowerLogic™ Engineering Services

www.powerlogic.com
Consulting & Analysis
Power System Engineering
The Square D Power System Engineering team offers a wide range of engineering services to improve the safety,
efficiency and reliability of your power distribution system. The team is comprised of registered professional engineers,
safety trained and equipped, to perform a variety of engineering functions.
Power System Studies
The Square D Power System Engineering Team provides expertise for a variety of electrical power system studies.
Some of the more common system studies include…
• Short-circuit analysis • Harmonic analysis
• Time-current coordination • Transient analysis
• Motor starting/voltage drop • Power factor correction analysis
• Motor starting/torque-speed • Other system specific analysis
• Safe motor re-energization

Arc Flash Analysis

Square D offers on-site services to perform arc flash analysis for a facility, complex, office, or campus. An Arc flash
analysis is used to determine …
• Flash Protection Boundary • Appropriate Personal Protective Equipment (PPE)
• Incident Energy Value • Low cost arc flash reduction methods
• Hazard/Risk Category
Features of Square D arc flash analysis include…
• Time current coordination analysis showing both existing and recommended over/current device settings
• Short-circuit study to ensure adequacy of equipment
• Onsite verification and documentation of equipment
• Arc flash labels (populated with the results of the arc flash analysis)
• Arc flash label affixation
• NFPA 70E—Safe Workplace Practices Training provided by OSHA authorized outreach instructors
• Recommendations and solutions to reduce potential arc flash hazards

Power Quality Studies

Square D offers onsite power quality engineering studies and solutions to eliminate process disruptions, power system
shutdowns, and equipment damage due to electrical power system disturbances. A power quality study is used to...
• Determine compliance with the IEEE 519-Recommended Practices and Requirements for Harmonic Control in Electrical
Power Systems guidelines
• Identify most cost-effective solution to power quality problems
• Solve process disruptions due to power disturbances
• Reduce economic effects of poor power quality
• Identify disturbances originating on electric utility system and improvements to reduce the number and severity
Power System Assessment
Square D offers engineering services to meet a variety of power system needs …
• Basic codes and standards compliance • Electrical safety hazards
• Protective coordination assessment • Short-circuit withstand overview
• Maintenance program review • Single-line documentation of power system
• Recommendations for power system optimization • Power monitoring recommendations
• Power quality troubleshooting and analysis • Loading measurements
• Power factor and harmonics analysis
Power System Improvement Projects
Square D offers engineering services for …
• New equipment installation
• Existing equipment modification
• Ground Fault Schemes for multiple source distribution systems
• High Resistance Grounding (HRG) Conversion
• Automatic Transfer Control Schemes & Generator Operations
4

Square D professional engineers - safety trained and equipped - will listen to your concerns and goals, define the
problem or enhancement, and engineer the solution that best satisfies your needs.
For additional information on power system engineering services and pricing, contact your nearest
POWER MONITORING AND

Square D/Schneider Electric office.

Industrial Energy Efficiency
Schneider Electric Certified Energy Managers (CEM’s) work on-site with knowledgeable plant personnel to develop a
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long-term, comprehensive, “Energy Action Plan”, that serves as the blueprint for energy savings. Unlike performance
contracts or one-time energy audits, the Total Energy ControlSM program offers a strategic partnership for energy-
intensive industrials who want to improve energy efficiency.
• Total Energy Control – Comprehensive integration of all three areas affecting energy efficiency
— Procurement (electricity and gas)
— Demand management
— Optimization of process and plant utilities
• Program deliverables:
— Long-term Energy Action Plan
— Energy efficiency projects
— Ongoing accountability for results

4-20 © 2012 Schneider Electric

All Rights Reserved
 PowerLogic™ Engineering Services
www.powerlogic.com
Engineered Solutions
Schneider Electric provides an engineered solution approach to your specific power system
applications. Our total solutions for power monitoring and power system controls allow
greater safety, reliability, and energy efficiency of your power systems. As a long standing
industry leader in Power Monitoring and Control Systems, we understand your power
system requirements and needs.
All of our Engineered Solutions are tailored to your specific system requirements. Schneider
Electric is your total Solution provider.
Power Monitoring Applications
Increased Reliability and Energy Efficiency
Increased Reliability and Energy Efficiency are key results produced from our Power
Monitoring Applications. Schneider Electric power monitoring applications provide detailed
reporting, testing and analysis capabilities for your systems and related components.
• EPSS Emergency Power Supply Systems – The PowerLogic EPSS Test Report provides
information regarding the health and status of the emergency power supply system, including
automatic transfer switches and generators.
• SER Sequence of Events Recording – The PowerLogic Sequence of Events Recorder (SER)
Module is a root-cause analysis tool for rapid response for problem resolution that is ideal for
pinpointing the cause of a service disruption in very large complex power systems.
• WAGES Water, Air Gas, Electric, Steam – PowerLogic energy and power management systems
can provide instantaneous readings, alarm notifications, and graphical diagrams for monitoring
electrical and piped utilities (Water, Air, Gas, Electric, Steam).
• APM Active Pager Module – The PowerLogic Active Pager Module allows automatic paging to
alphanumeric pagers, cell phones and PCs.

Power System Control Applications

Automated solutions for increased Reliability and Energy Efficiency
Schneider Electric engineers provide Power System Control Applications with automated
solutions for addressing your system reliability and efficiency control needs. Our offer
covers Automatic Throwover Schemes, Load Shedding/Peak Shaving, and Load
Preservation.
• Automatic Throwover Systems – Automatic selection of available utility or generator sources to
maintain service continuity to connected loads.
• Load Shedding/Peak Shaving – Control peak demand levels or ensure service continuity to critical
load or operate breakers in accordance with user specified sequences and time delays such as
bringing large motors online across several billing kw demand periods to avoid demand penalties.
• Load Preservation – Fast acting sophisticated control systems designed to stabilize critical power
PowerLogic Engineers provide graphic solutions systems to the greatest extend possible by monitoring frequency and power sources from utility plus
for realtime monitoring of power systems. generator capacity versus total circuit load.

System Integration
System Design and Engineering
Our Square D Engineering Services solution specialists can work with you to design or
upgrade your existing system to best achieve your energy and power management
objectives and informational needs. With expertise in electrical systems, communications,
and automatic control systems, we can integrate, install, and commission your system for
optimal performance.
• System Design and Bill of Material Recommendations
• Power Monitoring and Control
• WAGES (Water, Air, Gas, Electric, Steam)
• Enterprise web-based monitoring
• Specification development, drawings, documentation
• Enclosure panel design and build
• Metering Connection Verification/Testing
• Power distribution automation
PowerLogic Engineers specialize in the • On-Site Installation Assistance, Component Configuration & Startup
design and setup of Emergency Power • Turn-key project management
Supply Systems (EPSS). • Third Party Device and communication interfaces
• Configured Workstations, User Software Interfaces
• Interactive Graphic Design to mimic facility layout, one-lines, equipment status
• Custom Software, Reports & Applications – Billing and Paging
POWER MONITORING AND

For additional information, contact your nearest Square D / Schneider Electric office.
CONTROL

PowerLogic Engineers design power

control systems that meet your
operational requirements.
4

© 2012 Schneider Electric 4-21

All Rights Reserved
 PowerLogic™ Engineering Services

www.powerlogic.com
Factory Assembled Equipment
Square D™ PowerLogic™ Factory Assembled Equipment offers a wide range of designs for
metering, communications, and control applications to simplify retrofit installations. Our equipment
is designed to order as a free-standing or wallmounted system. With PowerLogic™ Factory
Assembled Equipment, you’ll receive professionally crafted, factory tested, pre-wired equipment
that will greatly improve the speed of your system startup. All backed by the Square D™ quality
standard of excellence.
• Assemblies include meters & devices wired to terminal blocks, disconnects, and shorting blocks or test
switches
• Tailored to any system voltage :
— 208/120 V, 480/277 V & 600/347 V Wye
— 240 V, 480 V & 600 V Delta
— Utilization of PT's required for higher voltage levels
• Wall mountable and easy to install using concealed holes in the back of the enclosure.
• Complete with necessary documentation and mounting hardware for quick and easy installation
• Carbon steel construction, with industry standard ANSI 61 gray powder coat finish
• Equipped with concealed hinged door, and universal pad-lockable latch.
• Custom engraved nameplates available for all units.
Table 4.31: Industrial Enclosure Types 1*, 12, & 4, UL & CUL 508A Listed
Available Meter Types Digital Inputs Digital Outputs Analog Inputs Analog Outputs
PM 810, 820, 850 & 870 Up to 11 / Meter Up to 7 / Meter Up to 2 / Meter Up to 2 / Meter
CM 4250 & 4000T Up to 8 / Meter Up to 7 / Meter Up to 1 / Meter Up to 1 / Meter
ION 6200 N/A Up to 2 / Meter N/A N/A
ION 7300, 7330 & 7350 Up to 4 / Meter Up to 4 / Meter Up to 4 / Meter Up to 4 / Meter
ION 7550 & 7650* Up to 16 / Meter Up to 7 / Meter Up to 4 / Meter Up to 4 / Meter
• Supports Single or Multiple Voltage Sources for Indoor (Typse 1 and 12) & Outdoor (Type 4) applications
• Available with 1–4 meters per panel. Serial & Ethernet Communications are options for all units
• EGX & ION RTU Communication Enclosures with 1–4 devices per panel also available

Light Industrial Enclosure Type 1, UL & CUL 508A Listed

• Available for the following meter types: PM820 (with ethernet), and ION6200
• Supports Single Voltage Source only for Indoor (Type 1) applications.
• Available with 1–12 meters per panel. Serial Communications are standard for all units.
• No Digital or Analog I/O is available for this option.

Service Entrance/Utility Socket Enclosure Type 3R, UL & CUL 508A Listed
• Available for ION8600 only, with up to 3 Digital Inputs and 4 Digital Outputs and ION5600 2 Digital Inputs
and 2 Digital Outputs.
• Supports Single Voltage Source only for Indoor & Outdoor (Type 3R) applications.
• Units are Ring Type with removable cover.
• Available with 1 meter per panel. Serial & Ethernet Communications options available.
• Supports Form 9S, 35S, 36S, 39S and 76S configurations for ION8600 and forms 9S and 36S for ION5600.
• Options available for remote mounted CTs
• Options available for integrated, bar type CTs
• Optional Test Switch.

Additional engineered to order products are available for a wide variety of design
solutions.
• Switchgear Transfer Control Panels
• Generator Control Panels
• Load Shed Control Panels
• Sequence of Events Recording (SER) Panels
• Control System Mimic Panels
• Lighting Control Interface Panels
• Programmable Logic Controller (PLC) Control Panels (Hot Standby, Relay Control, Data Concentration etc. ...)
• Emergency Power Supply Systems (EPSS) Control Panels
• Water, Air, Gas, Electrical, and Steam (WAGES) Monitoring Panels
• Input Status Monitoring & Alarming Panels
• Remote Annunciator Control Panels
• Remote Operator Control Panels
4

• Serial, Ethernet, and Cellular Wireless Systems

• Server Rack and Network Equipment (Servers, Switches, UPS’s) for Energy Management Systems.
• Industrialized PC’s, Touch Screens (Magelis), and Human Machine Interfaces (HMI’s) with Custom System
Graphics.
POWER MONITORING AND

• Designed to fit any environment – Indoor (Type 1 & 12) & Outdoor (Type 3R & 4) applications
For additional information and pricing please contact your local PowerLogic sales
specialist or PowerLogic Inside Sales Support at 615-287-3535. Equipment pricing and
CONTROL

literature available for download on our website at

www.powerlogic.com/products/enclosures.
To better serve you please have the following information on hand when calling.
• Enclosure type (Indoor or Outdoor) and Environment details (Corrosive or Non-Corrosive)
• Power System Voltage Level and Type (Direct Current (DC) or Alternating Current (AC))
• Digital & Analog Input and Output requirements
• Device Type and Quantity per enclosure
• Ethernet and Serial Communication Requirements
• For Drawout Retrofits, need existing cradle type (i.e. GE, Westinghouse, etc.)

4-22 © 2012 Schneider Electric

All Rights Reserved
 PowerLogic™
Engineering Services
www.powerlogic.com
Technical Support
There are several ways to receive top quality support on PowerLogic products:
Priority Support: Excellent Service, Free Software Upgrades, Training Discounts & More!
• Latest PowerLogic SMS and ION software upgrades to ensure up-to-date systems
• Direct access to expertise for quick issue resolution
• More efficient PowerLogic SMS and ION system utilization
• Higher reliability
• Improved productivity and personal efficiency on the job

Priority Support: Tenant Metering

Now the great support provided to SMS and ION systems is now available for Tenant Metering
systems. Support includes ...
• Direct email (4-hr response time) and toll-free 800 number support for prompt response to urgent or
non-urgent requests from highly trained support engineers.
• Hours of service 7:30am to 7pm US Central time
• PowerLogic™ Tenant Metering software upgrades at no charge
• Proactive notification of software service packs and fixes
• Remote diagnostics support engineer can troubleshoot any issues of the TMS system remotely without the
customer’s help.

Premium Support: Priority + Proactive System Checks + Remote eServices

Sr. Technician Assigned to your site Let expert Square D technicians ensure high-quality performance in your
PowerLogic SMS and ION system by performing remote, online services
Choose Premium Support when you need to . . . through our secure WEB EX Portal. Services include …
• Enhance your PowerLogic SMS and ION system's operation with single-sourced pro-active problem • Installations, upgrades, & software patches
identification, solutions recommendations and change management skills • System device setup & configuration along with
• Partner with technical experts who help coordinate support, provide hands-on assistance, and share alarming & historical trending
knowledge and know-how with you • Graphical Screen Development
• Obtain personalized services tailored to your business environment • Remote, Online System Maintenance
and objectives — Software Updates - Patches & Upgrades
• Take advantage of remote software upgrade capabilities — PC Checks - Hard Disk Space, Network &
• Anticipate and communicate necessary change DB Configurations, Viruses, etc.
Additional Support Options: — PowerLogic or ION Software Checks -
Communications, Data Logging, & Task
7x24 Support Option Execution
• PowerLogic 7x24 support provides 1-hour phone response by senior support engineer during off-hours. — E-mailing system scorecard & maintenance
recommendations
• Additionally, 4-hour response (max) for remote connection to customer system for advanced
• One-on-one training on system software features
troubleshooting.
• Power Quality (PQ) & Energy Usage Analysis
On-Site Maintenance Option
On site maintenance includes pre-scheduled visits by PowerLogic system engineers who
perform software upgrades, updates to custom graphic screens, device firmware upgrades, and
system performance analysis and correction. Scope of work is determined by customer request.
Power Management University
Our training centers offer a variety of training courses designed to improve your total energy management skills. Our instructor led courses are 70%
hands-on, with each student having their own lab workstation. We have two main training centers located in Nashville, TN and Victoria, BC and
offer training at a variety of Square D sites across the US and Canada.
Table 4.32:
Course Description New Course No. US $ Tuition
Webinars and Online
Webinar Training (for any webinar) 3000PLUCWEB 500.00
OnDemand Training (12 month access) 3000PMUDEMAND12 1500.00
OnDemand Training (6 month access) 3000PMUDEMAND6 1000.00
PowerLogic SMS Systems (Factory and Regional Courses)
PowerLogic SMS Fundamentals Bundle (includes 3000PMUDEMAND12) 3000PLUC205 2750.00
PowerLogic System I&T 3000PLUC100 2150.00
PowerLogic SMS Administrator 3000PLUC300 2150.00
Regional SMS Overview 3000PLUC190 1800.00
Regional SMS Overview Bundle (includes 3000PMUDEMAND12) 3000PLUC195 2400.00
Power Monitoring with SMS 3000PLUC191 1200.00
Power Monitoring with SMS Bundle (includes 3000PMUDEMAND12) 3000PLUC192 1800.00
PowerLogic ION Systems (Factory and Regional Courses)
PowerLogic ION Enterprise Fundamentals Bundle (includes 3000PMUDEMAND12) 3000PMUFUNDCR 2750.00
POWER MONITORING AND

PowerLogic ION Enterprise Programmer 3000PMUPROG 2150.00

PowerLogic ION Enterprise Administrator 3000PMUADMIN 2150.00
Regional ION Overview 3 Day 3000PMUCION 1800.00
Regional ION Overview Bundle (includes 3000PMUDEMAND12) 3000PMUCIONCR 2400.00
PowerLogic ION Designer Intro 3000PMUCPROG 1200.00
CONTROL

Regional ION Utility Meter Programmer 3000PMUMTRPRG 1200.00

Regional ION Administrator Overview 3000PMUCADMIN 1200.00
Custom Onsite Training
Customer Onsite Training 3000PMUSITE by Quote

All classes bundled wtih the 3000PMUDEMAND12 can be ordered without the bundle at a discounted price. Please call 615-287-3304 for more info.
4

© 2012 Schneider Electric Discount 4-23

All Rights Reserved
PL1T Schedule
 Sepam™ Protective Relays Series: 10, 20, 40/50, 60 and 80

www.powerlogic.com

Series 20, 40, 60 and 80 • Current and voltage inputs I, V, E, P, PF

The Sepam family of protective relays, Series 20, 40 and 80, are the • Setting software with Boolean logic equation assistance for customized
protections and ATS/ATO schemes
newest generation of Sepam relay, a time tested product with a 29-year
worldwide history. Modular relay design allows quick and easy future • CT/VT and Trip Circuit supervision
upgrades to communications, digital I/O, analog output or temperature • Sixteen seconds of fault recording, last 5 trip reports, and last 200 time-tagged
acquisition. The 64x128 bit, graphic LCD display and keypad permit alarms
relay setting of Series 20 and 40 without a PC. Comprehensive self- • Rear communication port connection to 1 or 2 S-LAN and/or E-LAN networks
testing provides assurance of readiness to protect. The Sepam family ModBus™, Modbus TCP/IP, IEC60870-5-103, DNP3 and IEC 61850
also has exceptional withstand to environmental electromagnetic communication protocols TCP/IP redundancy RS 485 (2 or 4 wire) or fiber
disturbances. An optional 128x240 LCD display for the Series 80 relay optic network
can show an animated one-line with front panel control. The Sepam • Temperature data from 16 RTD’s, Pt100, Ni100, or Ni120
Relays and remote modules come with a 10 year warranty and • Includes all Series 20 features
conformal coating for harsh environment as standard.
Sepam Series 20 Relay Features
Sepam Series 60 and 80 Relay Features
• Backlit LCD graphic bitmap display
• Standard footprint for enhanced protection of Mains/Feeders, Transformer, • Compact standard footprint (< 4” deep) for basic protection of Mains/Feeders,
Motor, Generator, Capacitor, Bus Applications Transformer, Motor, Bus (Voltage) Applications
• Differential protection of transformer or machine transformer units • Current or voltage inputs I, or V
• Differential protection of motors and generators • 10 programmable logic inputs and 8 relay outputs
• Protection for mains and ties and important feeders including pre- • 16 inverse time overcurrent characteristic curves and customized protection
programmed or customized ATS/ATO Schemes curves (Series 80)
• 42 programmable logic inputs and 23 relay outputs • Two 86 cycle records of fault recording, last trip fault values, and last 64 time-
• Increased accuracy metering capabilities, I, V, E, P, PF, THD, vector diagram tagged alarms retained
• Expanded logic equation capabilities (an option for Logipam PLC ladder logic) • Provides trip diagnostic information for analysis of faults
• Setting Software (SF2841) with graphical assistance, optional mimic-based • Self-test diagnostic ensures correct operation of relay and integrity of
display protection
• Battery backup for historical and fault waveform data retention, 24–250 Vdc •
4

Wide range of control power inputs

control power • Application specific design for Main/Feeder, Transformer, Motor, Bus
• 2 independent RS485 (2 or 4 wire) communication ports: connection of each (Voltage) zones
to port 1 or 2 S-LAN and/or E-LAN networks ModBus™ , ModBus TCP/IP, • Zone selective interlocking (ZSI) improved protection coordination as a cost
IEC60870-5-103, DNP3 and IEC61850 communication protocol with GOOSE
POWER MONITORING AND

effective alternate to Buss Differential (87B) application

messaging.
• Rear communication port connection to 1 or 2 S-LAN and/or E-LAN networks
• Software tools: Sepam parameter and protection setting and control function ModBus, ModBus TCP/IP, IEC60870-5-103, DNP3 and IEC 61850
customization programming of specific functions (Logipam-Series 80) communication protocols TCP/IP redundancy RS 485 (2 or 4 wire) or fiber
CONTROL

recovery and display of disturbance recording data local or remote operation optic network.
via an E-LAN
• Temperature data from 8 RTD’s, Pt100, Ni100 or Ni120.
• Synch-check option
• 1 programmable analog output, 0–1, 0–10 mA, 4–20 mA or 0–20 mA
• Includes all Series 20 and Series 40 features
• Modular architecture
Sepam Series 40 Relay Features • Breaker maintenance diagnostics
• Compact standard footprint (< 4” deep) for enhanced protection of • Two groups of current protection settings (logic input selectable) with built in
Mains/Feeders, Transformer, Motor, General Applications breaker failure (50BF) to allow reduced arc-flash hazard and PPE rating
during maintenance operation
• Directional overcurrent protection for dual mains and ties and closed loop
feeders
• 10 programmable logic inputs and 8 relay outputs

4-24 © 2012 Schneider Electric

All Rights Reserved
 Sepam™ Protective Relays Protection Configurations
www.powerlogic.com
Three relay series with increasing protection capabilities for six types of applications to provide all possible protection configurations

Table 4.33: Protection Configurations

Series 20 Series 40 Series 60 Series 80

Applications
Substations
Transformers

Temperature

Temperature

Temperature
Frequency

Frequency

Frequency
Temperature

Rotation
Current

Current

Current
Voltage

Voltage

Voltage
Frequency

Speed
Motors
Current

Voltage

Generators
Busbars
Capacitors
+ directional protection + directional protection + directional protection
Protection Functions
25, 26/63, 27/27S, 27D, 27R, 30, 32R, 25, 26/63, 27/27S, 27D, 27R, 30, 32P, 12, 14, 21B, 24, 25, 26/63, 27/27S, 27D, 27R, 30,
26/63, 27/27S, 27D, 27R, 30, 37, 38/49T, 32Q/40, 37, 38/49T, 46, 47, 48, 49RMS, 32Q/40, 37, 38/49T, 46, 47, 48, 49RMS, 32P, 32Q/40, 37, 37P, 38/49T, 40, 46, 47, 48,
46, 48, 49RMS, 50/51, 50BF, 50G/51G, 50/51, 50BF, 50G/51G, 50N/51N, 50/51, 50BF, 50G/51G, 50N/51N, 49RMS, 50/27, 50/51, 50BF, 50G/51G, 50N/51N,
50N/51N, 51LR, 59, 59N, 66, 68, 79, 81H, 50V/51V, 51LR, 59, 59N, 60/60FL, 66, 67, 50V/51V, 51LR, 59, 59N, 60/60FL, 66, 67, 50V/51V, 51C, 51LR, 59, 59N, 60/60FL, 64G,
81L, 81R, 86, 94/69, CPLU 50/51, CPLU 67N/67NC, 68, 79, 81H, 81L, 81R, 86, 67N/67NC, 68, 79, 81H, 81L, 81R, 86, 64REF, a 66, 67, 67N/67NC, 68, 74, 78PS, 79,
50N/51N 94/69, 21FL, 46BC, CPLU 50/51, CPLU 94/69 81H, 81L, 81R, 86, 87M, 87T, 94/96
50N/51N
Characteristics

Logic Inputs 0–10 Inputs 0–10 Inputs 0–28 Inputs 0–42

input/outputs Outputs 4–8 Outputs 4–8 Outputs 4–16 Outputs 5–23
Temperature 0–8 0–16 0–16 0–16
sensors
Current 3I + Io Current 3I + Io Current 3I + Io Current 2x 3I + 2x Io
Channels Voltage 3 V + Vo Voltage 3 V + Vo Voltage 3 V + Vo Voltage 2x 3 V + Vo
LPCTa LPCTa LPCTa LPCTa
1–2 1–2 1–2 2–4

Communication ModBus, IEC 103, DNP3, IEC 61850 ModBus, IEC 103, DNP3, IEC 61850 ModBus, IEC 103, DNP3, IEC 61850 ModBus, IEC 103, DNP3, IEC 61850
Ports Redundancy Redundancy Redundancy
Goose Message Goose Message
Matrixb Matrixb Matrixb Matrixb
Control Logic equation editor Logic equation editor Logic equation editor
Logipamc
Front memory cartridge with settings Front memory cartridge with settings
Other
Backup 48 hours (capacitor) Backup lithium batteryd Backup lithium batteryd
a LPCT: low-power current transducer complying with standard IEC 60044-8.
b Control matrix for simple assignment of information from th eprotection, control and monitoring functions.
c Logipam ladder language (PC programming environment) to make full use of Sepam Series 80 functions.
d Standard lithium battery 1/2 AA format 3,6 V front face exchangeable.

Table 4.34: ANSI Codes

Code Definition Code Definition
12 Overspeed (2 set points) 50N/51N Ground fault
14 Underspeed (2 set points) 50V/51V Voltage restrained overcurrent
21B Underimpedance 51C Capacitor bank unbalance
21FL Fault Locator 51LR Locked rotor
24 Overfluxing (V/Hz) 59 Overvoltage (L-L or L-N)
25 Synch-check 59 Overvoltage (L-L)
26/63 Thermostat / Buchholz 59N Neutral voltage displacement
27/27S Undervoltage (L-L/L-N) 60/60FL CT/VT supervision
27D Positive-sequence undervoltage 64G 100% stator earth fault
27R Remanent undervoltage 64REF Restricted earth fault
30 Annunciation 66 Starts per hour
32P Directional real overpower 67 Directional phase overcurrent
32Q/40 Directional reactive overpower 67N/67NC Directonal ground fault
37 Phase undercurrent 68 Logic discrimination / zone selective interlocking
POWER MONITORING AND

37P Directional active underpower 74 Circuit connnection supervision

38/49T Temperature mounting 78PS Pole slip
40 Field loss (underimpedance) 79 Recloser (4 cycles)
CONTROL

46 Unbalance/negative sequence 81H Overfrequency

46BC Broken conductor detection 81L Underfrequency
47 Negative sequence overvoltage 81R Rate of change of frequency (df/dt)
48 Excessive starting time 86 Latching / acknowledgement
49RMS Thermal overload 87M Machine differential
50/27 Inadvertent energization 87T Two-winding transformer differential
50/51 Phase overcurrent 94/69 Circuit breaker / contactor control
50BF Breaker failure CLPU 50/51 Cold load pick-up with phase overcurrent protection
50G/51G Ground sensitive CLPU 50N/51N Cold load pick-up with earth fault protection
4

© 2012 Schneider Electric 4-25

All Rights Reserved
 VAMP 221 Arc Flash Protection and Mitigation System

www.schneider-electric.us

VAMP 221 System Highlights

• VAMP 221 is a flexible and easily adaptable arc flash protection system for the protection of electrical distribution
systems.
• VAMP 221 significantly reduces damage to electrical power equipment in the event of an arc fault and through this the risk of
potential personal injury, and production losses.
• VAMP 221 is a modular system consisting of central units, I/O untis, arc sensors and contact multiplying relays. The system can be
easily used from the simplest to the most complicated applications.
• The VAMP 221 arc flash protection system is suitable for both low and medium voltages in any metal enclosed, metal clad or arc
resistant switchgear. It is applicable in any new or existing switchgear where an arch flash hazard exists and reduction of fault level
is seen as beneficial.

System Features
• Current light tripping criteria (optional of tripping by light only)
• Operating time 7 ms or less (electromechanical contact)
• Accurate location of arc fault utilizing point sensors
• Four selective protection zones per central unit
4

• Can be used as an alternative to bus differential and ZSI schemes

• Self supervision of the entire system
• Easy interconnect utilizing prefabricated (CAT6) cables
•
POWER MONITORING AND

Phase current measuring

• Ground fault current measuring
• Personal protector option
• Panel or rail mount I/O units
CONTROL

• Circuit breaker fail protection (50BF)

4-26 © 2012 Schneider Electric

All Rights Reserved
 VAMP 221 Sensors and Accessories

www.schneider-electric.us

Point sensor VA1EH-x (pipe)

Installed typically in the tube or next to the comartment windo.

VA1EH-x

Point sensor VA1DA-x (surface)

Compartment wall or mounting plate installation.

VA1DA-x

Arc SLm-x
Used when a large number of compartments are to be monitored.

Arc SLm-x

Point sensor VA1DP

The snap-in connection to the VAMP arc flash protection system improves work safety.

Device Track Record

• Schneider Electric’s VAMP Range specializes in arc flash protection and mitigation relays for power system.
• Schneider Electric VAMP’s arc flash fault protection functionality enhances the safety of both people and property
and has made Schneider Electric VAMP a pioneer in the field of arc flash protection with more than 10,000 arc
flash systems and units with over 150,000 arc detecting sensors inservice worldwide.
• All Schneider Electric VAMP products meet the latest international standards and regulations.
• Our success is based on competitive standard products, constant development by our designers possessing
VA1DP experience from arc flash relay generations.

POWER MONITORING AND

4 CONTROL

© 2012 Schneider Electric 4-27

All Rights Reserved
 ReactiVar™ Reactive Power Compensation and Harmonic Mitigation Solutions
www.reactivar.com

How can reactive power compensation and harmonic mitigation solutions be part of your energy
efficiency programs?

Power factor is a measure of how efficiently you are using electricity. In an electric power system, a load with low power
factor draws more current than a load with a high power factor for the same amount of real power transferred. Utility
customers with a low power factor could realize an increase or penalty in their electric bill. Over time, these penalties
may reach into thousands of dollars, depending upon the utility’s rate structure.
Harmonics may disrupt normal operation of other devices and increase operating costs. Symptoms of problematic
harmonic levels include overheating of transformers, motors and cables, thermal tripping of protective devices, logic
faults of digital devices and drives.
Harmonics can cause vibrations and noise in electrical machines (motors, transformers, reactors).
The life span of many devices can be reduced by elevated operating temperature.

Schneider Electric provides different solutions to meet different application requirements.

Table 4.35:
Product Description LV MV Application Product Features
Suited for applications where the load does not change or
ReactiVar Fixed Power Factor Capacitors X X Power Factor correction where the capacitor is switched with the load, such as on
the load side of a motor contactor.
Suited for centralized power factor correction in applications
ReactiVar Standard Automatic Power Factor where plant loading is constantly changing, resulting in the
Capacitor Banks X X Power Factor correction need for varying amounts of reactive power. Designed for
(AV5000/MV5000) electrical networks with little or no harmonic content.
ReactiVar Anti-Resonant Automatic Power Factor Suited for centralized power factor correction in applications
Power Factor Correction and
Capacitor Banks X X containing harmonic energies that would otherwise
Harmonics Filtering
(AV6000/MV6000) damage standard fixed or automatic capacitor banks.
ReactiVar Harmonic Filtering Automatic Power Provides power factor correction as well as harmonic
Power Factor Correction and
Factor Capacitor Banks X X filtering with specific harmonic order (5th) in industrial
Harmonics Filtering
(AV7000/MV7000) networks.
Enhanced technology utilizing solid state switching
ReactiVar Transient Free Reactive Compensation Power Factor Correction and elements that replace standard electromechanical
Systems X Harmonics Filtering contactors. Provides quicker response to load fluctuations
(AT6000/AT7000) with transient free capacitor switching.
4

Monitors a distorted electrical signal and determines the

frequency and magnitude of harmonics in the signal.
AccuSine™ (PCS) Active Harmonic Filter X Xa Active Harmonic Filtering Cancels the harmonic content with the dynamic injection of
opposing phase current in the distribution system or
individual load.
POWER MONITORING AND

Reactive Power Compensation Provides real-time reactive power compensation, and

ReactiVar Hybrid VAR Compensator (HVC) X Xa voltage support in networks with highly cyclical load
(Real-time) profiles.
a With transformer.
CONTROL

4-28 © 2012 Schneider Electric

All Rights Reserved
 ReactiVar™ Low Voltage Fixed Capacitors
www.reactivar.com
Low Voltage Fixed Capacitors
ReacatiVar low voltage fixed capacitors are ideally suited for power factor correction applications where the load does
not change or where the capacitor is switched with the load, such as on the load side of a motor starter. ReactiVar fixed
capacitors are best suited for applications where there are no harmonic currents or voltages present.
Features:
• Heavy edge, slope metallizations and wave-cut profile to ensure high inrush current capabilities.
• Special resistivity and profile metallization for better self-healing and enhanced life (up to 130,000 hours).
• Unique safety feature which disconnects the capacitors at the end of their useful life electrically.
• Less than 0.5w/kVAR losses, including discharage resistors.
• Constructed with a dry type metalized polypropylene capacitor element with no liquid dielectrics.
• Can be easily mounted inside panels or in a stand alone configuration.

Table 4.36: Unfused 208 V 3 phase/ 60Hz unit

Recommended Recommended circuit protection
kVAR rating Regular duty Indoor NEMA 1 unit Rated Current (A) copper wire sizea device ratingb
@ 208 V Catalog Number $ Price @ 208 V AWG Fuse Circuit breaker
2 PFCD1002 959.00 6.3 14 15 15
5 PFCD1005 1187.00 13.6 10 30 20
6 PFCD1006 1364.00 17.7 10 40 25
7.5 PFCD1007 1538.00 20.9 8 45 30
10 PFCD1010 1924.00 27.1 8 60 40
13 PFCD1013 2376.00 35.4 6 75 50
15 PFCD1015 2633.00 41.7 4 90 60
17 PFCD1017 2957.00 48 4 100 70
21 PFCD1021 3101.00 59.4 3 125 90
25 PFCD1025 5330.00 68.8 2 150 100
27 PFCD1027 5430.00 75.1 2 150 110
30 PFCD1030 6243.00 83.4 1 175 125
34 PFCD1033 7608.00 93.8 1/0 200 150
37.5 PFCD1037 9251.00 104.3 2/0 225 150
41 PFCD1040 9618.00 114.7 2/0 250 175
45 PFCD1045 9984.00 125.1 3/0 250 175
49 PFCD1048 10245.00 135.5 4/0 300 200
53 PFCD1053 10505.00 147 4/0 300 225
60 PFCD1060 11026.00 168.9 300 kcmil 350 250
70 PFCD1070 11786.00 198.1 350 kcmil 450 300
80 PFCD1080 12437.00 222 500 kcmil 450 350
a Conductor should be copper and rated 90 °C min. Refer to local electrical codes for proper wire size
b Consult local electrical codes for proper sizing of molded case circuit breaker frame or disconnect switch rating
Note: For fused unit, add suffix “F” to the existing part number. Consult Schneider Electric sales office for pricing.

Table 4.37: Unfused 240 V 3 phase/ 60Hz unit

Recommended Recommended circuit protection
kVAR rating Regular duty Indoor NEMA 1 unit Rated Current (A) copper wire sizea device ratingb
@ 240 V Catalog Number $ Price @ 240 V AWG Fuse Circuit breaker
3 PFCD2003 959 7.2 14 15 15
6 PFCD2006 1187.00 15.6 10 35 25
8 PFCD2008 1364.00 20.5 8 45 30
10 PFCD2010 1538.00 24.1 8 50 35
13 PFCD2013 1924.00 31.3 6 70 45
15 PFCD2015 2117.00 36.1 6 75 50
17.5 PFCD2017 2376.00 40.9 6 90 60
20 PFCD2020 2633.00 48.1 4 100 70
22.5 PFCD2023 2957.00 55.3 3 125 80
25 PFCD2025 3101.00 61.4 3 125 90
27.5 PFCD2028 4181.00 68.6 2 150 100
30 PFCD2030 5045.00 72.2 2 150 100
32.5 PFCD2033 5330.00 79.4 1 175 110
37.5 PFCD2036 5430.00 86.6 1 175 125
40 PFCD2040 6243.00 96.2 1/0 200 150
45 PFCD2045 7608.00 108.3 2/0 225 150
50 PFCD2050 9251.00 120.3 2/0 250 175
60 PFCD2060 9984.00 144.4 4/0 300 200
70 PFCD2070 10499.00 169.6 300 kcmil 350 250
80 PFCD2080 11026.00 194.9 350 kcmil 400 300
90 PFCD2090 11557.00 218.9 400 kcmil 450 300
POWER MONITORING AND

100 PFCD2100 12072.00 239.4 500 kcmil 500 350

a Conductor should be copper and rated 90 °C min. Refer to local electrical codes for proper wire size
b Consult local electrical codes for proper sizing of molded case circuit breaker frame or disconnect switch rating
Note: For fused unit, add suffix “F” to the existing part number. Consult Schneider Electric sales office for pricing.
4 CONTROL

© 2012 Schneider Electric Discount 4-29

All Rights Reserved
DE2C Schedule
 ReactiVar™ Low Voltage Fixed Capacitors
www.reactivar.com
Low Voltage Fixed Capacitors
Table 4.38: Unfused 480V 3 phase/ 60Hz unit
Recommended copper Recommended circuit protection
kVAR rating Regular duty Indoor NEMA 1 unit Rated Current (A) wire sizea device ratingb
@ 480 V Catalog Number $ Price @ 480 V AWG Fuse Circuit breaker
6 PFCD4006 929.00 7.2 14 15 15
8 PFCD4008 1022.00 10.2 12 20 15
10 PFCD4010 1077.00 12 12 25 20
12.5 PFCD4012 1215.00 15 10 30 25
15 PFCD4015 1329.00 18 10 40 30
17 PFCD4017 1374.00 19.8 8 40 30
20 PFCD4020 1479.00 24 8 50 35
25 PFCD4025 1655.00 30 6 60 45
27.5 PFCD4027 1754.00 33 6 70 50
30 PFCD4030 1851.00 36 6 75 50
33 PFCD4033 1953.00 39.6 6 80 60
35 PFCD4035 2102.00 42 4 90 60
40 PFCD4040 2358.00 48 4 100 70
45 PFCD4045 2519.00 54 4 110 75
50 PFCD4050 2676.00 60 3 125 90
60 PFCD4060 3975.00 72 2 150 100
65 PFCD4065 4200.00 78 1 175 110
70 PFCD4070 4280.00 84 1 175 125
75 PFCD4075 4434.00 90 1/0 200 125
80 PFCD4080 4695.00 96 1/0 200 150
90 PFCD4090 5217.00 108 2/0 225 150
100 PFCD4100 5738.00 120 2/0 250 175
125 PFCD4125 7148.00 150 250 300 225
150 PFCD4150 8556.00 180 300 400 250
175 PFCD4175 9561.00 210 400 450 300
200 PFCD4200 10565.00 240 500 500 350
a Conductor should be copper and rated 90 °C min. Refer to local electrical codes for proper wire size
b Consult local electrical codes for proper sizing of molded case circuit breaker frame or disconnect switch rating
Note: For fused unit, add suffix “F” to the existing part number. Consult Schneider Electric sales office for pricing.

Table 4.39: Unfused 600V 3 phase/ 60Hz unit

Recommended copper Recommended circuit protection
kVAR rating Regular duty Indoor NEMA 1 unit Rated Current (A) wire sizea device ratingb
600 V Catalog Number $ Price @ 600 V AWG Fuse Circuit Breaker
10 PFCD6010 1077.00 9.6 12 20 15
15 PFCD6015 1329.00 14.4 10 30 20
20 PFCD6020 1479.00 19.2 10 40 30
23 PFCD6022 1550.00 22.1 8 50 35
25 PFCD6025 1655.00 24 8 50 35
27 PFCD6027 1754.00 26 8 50 40
30 PFCD6030 1851.00 28.8 8 60 45
35 PFCD6035 2102.00 33.6 6 70 50
40 PFCD6040 2358.00 38.4 6 80 60
45 PFCD6045 2519.00 43.2 4 90 60
50 PFCD6050 2676.00 48 4 100 70
60 PFCD6060 3975.00 57.6 3 125 80
70 PFCD6070 4280.00 67.2 3 150 100
75 PFCD6075 4434.00 72 2 150 100
80 PFCD6080 4695.00 76.8 1 150 110
90 PFCD6090 5217.00 86.4 1 175 125
100 PFCD6100 5738.00 96 1/0 200 150
125 PFCD6125 7148.00 120 3/0 250 175
150 PFCD6150 8556.00 144 4/0 300 200
175 PFCD6175 9561.00 168 300 kcmil 350 250
a Conductor should be copper and rated 90 °C min. Refer to local electrical codes for proper wire size
b Consult local electrical codes for proper sizing of molded case circuit breaker frame or disconnect switch rating
Note: For fused unit, add suffix “F” to the existing part number. Consult Schneider Electric sales office for pricing.
4

Application Note: Capacitors are low impedance path for the harmonic currents produced by variable frequency
drives, motor soft starters, welders, computers, PLCs, robotics and other electronic equipment. These harmonic
currents can cause the capacitor to overheat, and shorten its life. Furthermore, the resonant circuit formed by shunt
POWER MONITORING AND

capacitors coupled with system inductances (motors and transformers) can amplify harmonic currents and voltages in
the electrical network. This amplification can cause nuisance fuse operation and/or damage to electrical equipment
including capacitors and other electronic devices. If power factor correction is required in the network where harmonic
is present, please contact your nearest Square D/Schneider Electric sales office for assistance.
CONTROL

4-30 DE2C Discount © 2012 Schneider Electric

Schedule All Rights Reserved
 ReactiVar™ Low Voltage Automatic Capacitor Banks
www.reactivar.com
Low Voltage Standard Automatic Capacitor Banks The Solution:
Anti-Resonant Automatic Capacitor Banks
The AV5000 standard automatic power factor correction
banks are designed for centralized power factor correction to The AV6000 anti-resonance capacitor bank's primary
supply varying amounts of reactive power required to function is power factor correction. Iron core reactors are
compensate for changing load conditions. The AV5000 added in series with the capacitor modules. The 3 phase
banks are ideally suited for facility electrical distribution reactors are custom designed and manufactured under tight
systems with TDD (total harmonic current distortion) < = 5% tolerance specifically for the AV6000. The reactors tune the
and THD(V) (total harmonic voltage distortion) < = 5%. An bank below the first dominant harmonic (usually the 5th, or
advanced power factor controller measures plant power 300 Hz). Below the tuning point, the system appears
factor via a single remote CT. Plus, it switches capacitor capacitive and thus corrects power factor. Above the tuning
modules in and out of service to maintain a user selected point, the system appears Inductive and thus resonance is
target power factor. minimized. The AV6000 design has the added advantage of
removing up to 50% of the 5th harmonic to reduce overall
Main Features: voltage distortion.
• Modular construction; free standing QED switchboard enclosures Harmonic Filtering Automatic Capacitor Banks
(30wx36dx90h) and allow for easy future expansion
Although the AV7000 looks identical to the AV6000, its
• Rugged design — units are constructed with removable steel
primary function is harmonic mitigation, with power factor
panels over heavy gauge steel frame
correction being a secondary benefit. The distinction
• Standard offering available up to 400 kVAR at 208 Vac, 1000 between an AV6000 and an AV7000 is the tuning point. By
kVAR at 480 or 600 Vac definition, if the tuning point of the capacitor/reactor
• Main lugs or main breaker section at your choice combination is within ±10% of the target harmonic it is
The AV5000 is • Dry capacitor element design eliminates risk of fluid leakage, intended to absorb, it is referred to as a filter. If the tuning
suitable for use where environmental hazard and drip pans point is outside the ±10% limit, it is referred to as an anti-
harmonic generating • Capacitor rated contactors are designed specifically for the resonant system. Schneider Electric power quality solution
loads are less than switching of capacitive currents and feature a patented capacitor experts should be consulted prior to recommending AV7000
15% of the total precharge circuit that exceeds air-core reactor transient dampening to customers.
connected load • Different power factor controller options provide a choice in
(AV5000 shown here). functionality and control sophistication
Main Features:
• Backlit display on controller displays actual power factor (PF), • Standard offering available up to 480 kVAR at 208 V, 1200 kVAR
alarms, number of steps energized and much more at 480 or 600 Vac
• Available in NEMA 1 and NEMA 3R enclosures • Capacitor modules are designed with higher than standard
voltage and current ratings to provide long life on systems with
Low Voltage Anti-Resonant and Filtering high harmonic energies. Reactors are designed to operate at 115
Automatic Capacitor Banks °C rise over a maximum 40 °C ambient temperature.
• In addition to the standard features provided in the AV5000
ReactiVar AV6000 anti-resonant and AV7000 harmonic systems, the reactors in the AV6000 and AV7000 have an
filtering automatic switched capacitor banks are specifically embedded thermistor temperature detector. The stage will shut
designed for networks containing harmonic energies which down and annunciate if the reactor is overheated, usually a result
would otherwise damage standard fixed or automatic of excessive harmonic energies
capacitor banks.
The problem: Harmonics are caused by non-linear loads Application Assistance:
such as variable frequency drives, motor soft starters, Schneider Electric power quality experts can provide
welders, uninterruptable power supplies, robotics, PLCs and engineering assistance for the application of capacitors in
other electronic devices. Harmonics are higher-than-60 Hz harmonic rich environments. Specialists can assess the
current and voltage components in the electrical distribution likelihood of application problems and arrange for more
system. Capacitors are a low impedance path for these detailed study if required. Solutions can include computer
higher frequency components and thus will absorb these modeling and system simulation. Our application engineers
harmonic energies. Combinations of capacitors and system can arrange for systems studies, provide custom engineering
inductances (motors and transformers) can form series and proposal, perform installation and commissioning, as
parallel tuned circuits which can resonate at certain required by the application. Please contact Schneider
frequencies. The harmonics caused by non-linear loads can Electric power quality experts or email us at
excite a standard capacitor bank into resonance. The pqc@squared.com.
resonance can magnify currents and voltages, causing
system wide damage and equipment failure. This problem is
AV6000 Capacitor growing in prevalence in today's distribution systems.
Bank CT Selection Table
The current transformer is located on a phase A bus or cable at
the main service entrance as illustrated in Diagram 1.
Main Transformer
CT catalog number: TRAI••••SCc c where •••• is current
Main Breaker
rate code of bus/cable and c c is window size code. Codes
are listed in table 4.42.
External Current e.g. TRAI1000SC07 is a CT for 1000 A bus with 7"x4" window.
Transformer
Ratio XXXX/5 Table 4.40:
Current Rating of Bus/Cable Window Size
POWER MONITORING AND

Rating Code 7" x 4" Size Code 11" x 4" Size Code
Amperes •••• c c c c
300 0300 07 11
400 0400 07 11
500 0500 07 11
CONTROL

600 0600 07 11
750 0750 07 11
800 0800 07 11
1000 1000 07 11
Sub 600 kVAR Sub Sub Sub 1200 1200 07 11
Feed Automatic Feed Feed Feed 1500 1500 07 11
Capacitor 1600 1600 07 11
Bank 2000 2000 07 11
2500 2500 07 11
3000 3000 07 11
Single Line (Typical) 3500 3500 07 11
Diagram 1 4000 4000 07 11
5000 5000 N/A 11
6000 6000 N/A 11
4

© 2012 Schneider Electric 4-31

All Rights Reserved
 ReactiVar™ Low Voltage Transient Free Reactive Compensation Capacitor Banks
www.reactivar.com
Low Voltage Transient Free Reactive Compensation Capacitor Banks
Square D™ ReactiVar Transient Free Reactive Compensation (TFRC) anti-resonant
(AT/BT6000) systems and filtering system (AT/BT7000) are ideally suited for use on
electrical systems where connected equipment is extremely sensitive to variations in the
supply voltage.
The problem: Capacitor systems featuring electromechanical contactors could generate
voltage transients on the electrical network when they switch capacitor stages on/off, even
when current limiting or tuning reactors are employed. Transients can impair the operation
of sensitive equipment, including programmable logic controllers, variable speed drives,
computers and UPS systems. In sensitive networks such as hospitals, data processing
centers, airports and many manufacturing environments, any transient, however slight, may
not be acceptable.
The solution: TFRC systems feature an advanced controller to precisely activate
electronic switching elements to connect capacitor stages and avoid the creation of
transients. Transient free switching also reduces wear on capacitors due to switching and
will result in longer life for the overall capacitor system. With a response time of less than
ten seconds to load changes, TFRC systems can reduce the kVAR or kVA demand quickly.
Main Features:
• Standard offering up to 1350 kVAR at 480 Vac
• Transient free switching of capacitor steps
• Electronic switching elements yield an unlimited number of switching operations
• Different power factor controller options provide a choice in functionality and control sophistication
• Backlit display on controller displays actual PF, alarms, number of steps energized and much more
• Heavy duty dry capacitor element design provides no risk of fluid leakage, no environmental
pollution and no need for drip pans
• The reactors have an embedded thermistor temperature detector. The stage will shut down and
annunciate if the reactor is overheated which is usually a result of excessive harmonic energies
• Units are constructed with removable heavy duty steel panels over heavy gauge steel frame.
• Available in NEMA 1 and NEMA 3R enclosures.

Low Voltage Capacitor Bank General Specification:

Voltage: 208, 240, 480, 600 Vac standard, other voltages available
Ambient temperature: -5 °C to 40 °C
Average temperature limit: <=40 °C within 24 hours, <35 °C over 1 year
AT6000 Transient Free Capacitor Bank
Elevation: <=1800 meter (6000 feet)
Humidity: 0–95% non-condensing
Overvoltage limit: 110% maximum (continuously)
Dielectric withstand test level: 2.15 times rated voltage or 1000 V, whichever is higher for 10s
Overcurrent limit: 135% maximum (continuously)
Incoming: Top (standard), bottom.
Main lug: Copper mechanical standard, compression optional
Main breaker (BT): PowerPact™ with Micrologic™ trip unit. LI standard, LSI available
Enclosure rating: NEMA 1 standard, N3R available
Color: ANSI 49 standard, ANSI 61, ANSI 70 optional
Standards: CSA C22.2 No. 190, UL810

6" MINIMUM, IF SURFACE IS FLAMMABLE 24" MINIMUM

70"/88" APPROX.
4

12" OR 24" REMOVABLE LIFTING LUGS

POWER MONITORING AND

PULL BOX
CONTROL

91.50

36.000
30.000 ADDITIONAL SECTIONS AS REQUIRED
WIDTH

Typical low voltage capacitor bank dimension

(reference only, subject to change without notice)

4-32 DE2C Discount © 2012 Schneider Electric

Schedule All Rights Reserved
 ReactiVar™ Medium Voltage Capacitors
www.reactivar.com

ReactiVar Medium Voltage Fixed Capacitors

The ReactiVar MVC fixed capacitors are ideally suited for power factor correction in
applications where the load does not change or where the capacitor is switched with the
load, such as the load side of a motor contactor. ReactiVar capacitor sizes are available up
to 300 kVAR as individual units, and up to 900 kVAR in banks.
Main Features:
• Standard rating up to 900 kVAR, 4800 V (for specials, consult factory)
• Extra low dielectric loss (<0.15w/kVAR), including discharge resistors
• Internally mounted discharge resistors
• Internally delta connected capacitor elements
• Built to applicable NEMA, IEEE, and IEC standards
• Available in indoor (Type 1/12) and outdoor (Type 3R) enclosures
• Painted ASA 70 gray

Application Note:
Capacitors are low impedance path for the harmonic currents produced by variable
frequency drives, motor soft starters, welders, computers, PLCs, robotics and other
electronic equipment. These harmonic currents can cause the capacitor to overheat, and
shorten its life. Furthermore, the resonant circuit formed by shunt capacitors coupled with
system inductances (motors and transformers) can amplify harmonic currents and voltages
in the electrical network. This amplification can cause nuisance fuse operation and/or
damage to electrical equipment including capacitors and other electronic devices. If power
factor correction is required in the network where harmonic is present, please contact your
MVC systems are suitable for nearest Square D/Schneider Electric sales office for assistance.
power factor correction of steady
and harmonic-free motor loads.

Medium Voltage Metal Enclosed Capacitor Systems

The medium voltage capacitor systems are ideally suited for centralized power factor
correction and/or harmonic filtering in applications. Various equipment topologies are
available, from fixed stage to fully automatic—to cover project specific application, load
characteristic and installation needs. ReactiVar brand covers metal enclosed systems built
in North America (5/15 kV class). Global =S= Brand can be used for expanded voltage
range.
Main Features:
• Designed and built per applicable ANSI/NEMA/IEEE and/or IEC standards
• Standard metal enclosures available up to 20 mVAR, up to 34.5 kV, 50/60 Hz
• Steel or Aluminum based enclosure bays
• Externally or internally fused capacitors with excellent life due to high temperature withstand, small
temperature rise, chemical stability, overvoltage and overcurrent withstand.
• Current limiting capacitor fuses with blown fuse pop-up indicators
• Inrush current limiting reactors or tuned (anti-resonant or filtered) iron core reactors
• Key interlocking system forces sequential operation of the controls,
• Fully rated three- or four-pole grounding switches
MV5000 systems are suitable for use where
• Schneider Electric NRC12 Power factor controller provides user with friendly interface, superior
performance, simplified installation and set-up procedure, and real time monitoring and protection
harmonic generating loads are less than 15% of features for the capacitor system.
the total connected load.
• Available in Type 1 indoor and 3R outdoor enclosure types
MV6000 systems are suitable for use where
harmonic generating loads are less than 50% of High Voltage Reactive Power Compensation Systems
the total connected load. The high voltage reactive power compensation systems are ideally suited for installation at
MV7000 systems are suitable for use where utility distribution and transmission grids. Various equipment topologies are available to
harmonic generating loads exceed 50% of the cover project specific utility application, and installation needs. Typically these
total connected load. compensation systems are open style, rack mounted, installed in utility substation areas.
MVHVC High-Speed compensation systems are Main Features:
designed for reactive power compensation of
rapidly fluctuating loads • Custom designed and built per requested applicable standards
• Systems rated up to 230 kV, 50/60 Hz
• Internally fused capacitors with excellent life due to high temperature withstand, small temperature
POWER MONITORING AND

rise, chemical stability, overvoltage and overcurrent withstand.

• Double wye ungrounded configuration with neutral CT protection
• Inrush current limiting or tuned (anti-resonant or filtered) air core, open style reactors
4 CONTROL

© 2012 Schneider Electric 4-33

All Rights Reserved
 AccuSine™ PCS Active Harmonic Filter
Class 5820
www.reactivar.com
AccuSine (PCS) Active Harmonic Filter (AHF) injects harmonic current to cancel harmonic
current in the electrical distribution system. This reduced harmonic level results in improved
electrical network reliability and reduced operating cost. AccuSine PCS is simple to size,
install, set up and operate. In addition, AccuSine PCS eliminates the complex harmonic
compliance limit calculations and removes nuisance harmonics from the electrical network.
The problem:
Power electronic devices that have rapid and frequent load variations have become
abundant today due to their many process control related and energy saving benefits.
However, they also bring a few major drawbacks to electrical distribution systems;
harmonics and rapid change of reactive power requirement. Harmonics may disrupt normal
operation of other devices and increase operating costs. Symptoms of problematic
harmonic levels include overheating of transformers, motors, drives, cables, thermal
tripping of protective devices and logic faults of digital devices. In addition, the life span of
many devices can be reduced by elevated operating temperature.
The solution:
The AccuSine PCS AHF provides the simplest and most effective means to mitigate
harmonics, to reduce process related voltage fluctuations. The AccuSine PCS AHF actively
injects opposite harmonics current on the source side of the load and it:
• Decreases harmonic related overheating of cables, switchgear and transformers
• Reduces downtime caused by nuisance thermal tripping of protective devices
• Increases electrical network reliability and reduces operating costs
• Corrects to the 50th harmonic, reduce harmonics level to meet IEEE 519, IEC 61000 3-4, and UK
G5/4-1 standards.
• Compensates entire network or specific loads depending on installation point

Standard features
• Real-time dynamic current injection for harmonic cancellation and VAR compensation (lead or lag
power factor)
• Independent phase compensation
• Load balancing capability
• Parallel connection (up to 99 units) allows for easy retrofit and installation of multiple units for large
networks
• Response to load fluctuations within 2 cycles
• Full color touch screen HMI (Human Machine Interface)
• NEMA 1, NEMA 12, IP30 AND IP54 enclosure
• Seismic rated per ICC IBC and ASCE 7
• UL, CE, ABS, and CSA certified

Accusine PCS Sizing

For proper sizing of AccuSine units, contact the Schneider Electric sales office or e-mail
pqc@squared.com. To expedite the product selection process, please have a single line
diagram and/or details of the application including sizes of transformers, non-linear and
linear loads, and any existing filters and capacitors.
Table 4.41: AccuSine PCS 208–480 V, 50/60 Hz
Rated Max Reactive Enclosure Information Exterior Dimensions Watts Losses
Current Power output (kVAR) Catalog List Price Weight (watts)
H W D
Number (US$) Rating Style/Cable Entry lbs (kg)
A(ms) 208 V 400 V 480 V In mm In mm In mm 208/240 V 480 V
18 PCS050D5N1 34904.00 NEMA 1 Wall Mountab/Bottom 48 1219 20.7 526 18.5 470 250 (114) 900 1800
PCS050D5N12 53738.00 NEMA 12 661 (300) 2250
PCS050D5CE30c 59516.00 IP30 (CE Certified) 2250
50 34.6 41.6 705 (320)
N/A PCS050D5CE54c 62770.00 IP54 (CE Certified) Floor Standing/Top or Bottom 75 1905 31.5 800 23.8 605 2250
PCS050D5IP30 54299.00 IP30 2250
661 (300)
PCS050D5IP54 57553.00 IP54 2250
36 PCS100D5N1 55131.00 NEMA 1 Wall Mountab/Bottom 64.9 1648 20.7 526 18.5 470 350 (159) 1500 3000
PCS100D5N12 66777.00 NEMA 12 771 (350) 3750
PCS100D5CE30c 74449.00 IP30 (CE Certified) 3750
100 69.2 83.1 849 (386)
N/A PCS100D5CE54c 78679.00 IP54 (CE Certified) Floor Standing/Top or Bottom 75 1905 31.5 800 23.8 605 3750
PCS100D5IP30 67479.00 IP30 3750
771 (350)
PCS100D5IP54 71585.00 IP54 3750
108 PCS300D5N1 110301.00 NEMA 1 31.5 800 19.6 497 775 (352) 4500 9000
4

PCS300D5N12 132341.00 NEMA 12 1212 (550) 10000

PCS300D5CE30c 144502.00 IP30 (CE Certified) 10000
300 207.8 249.4 Floor Standing/Top or Bottom 75 1905 1390 (632)
N/A PCS300D5CE54c 161035.00 IP54 (CE Certified) 39.4 1000 31.7 806 10000
PCS300D5IP30 133670.00 IP30 10000
POWER MONITORING AND

1212 (550)
PCS300D5IP54 142628.00 IP54 10000
a Floor stand available. order Catalog Number — FSPCS100D5N1
b Wall mounted units do not include a power disconnect.
c CE Certified units meet EMC Directive 89/336 EEC.
CONTROL

4-34 DE2C Discount © 2012 Schneider Electric

Schedule All Rights Reserved
 AccuSine™ PCS Active Harmonic Filter
Class 5820
www.reactivar.com

Table 4.42: AccuSine PCS 600 Vb, 50/60 Hz

Max Enclosure Information Exterior Dimensions
Reactive Watts
Rated Power Catalog List Price Weight Losses
Current H W D
output Number (US$) Style/Cable lbs (kg) (watts)
(kVAR) Rating Entry
A(ms) 600 V In mm In mm In mm 600 V
PCS039D6N1 94423.00 NEMA 1
1322 (600)
PCS039D6N12 100088.00 NEMA 12
PCS039D6CE30 111199.00 IP30 (CE Certified)a Floor
39 41 Standing/Top 1366 (621) 2850
PCS039D6CE54 117805.00 IP54 (CE Certified)a or Bottom
PCS039D6IP30 101090.00 IP30
1322 (600)
PCS039D6IP54 107096.00 IP54
55.1 1400 23.6 600
PCS078D6N1 115031.00 NEMA 1
1542 (700)
PCS078D6N12 121933.00 NEMA 12
PCS078D6CE30 135469.00 IP30 (CE Certified)a Floor
78 81 Standing/Top 77.7 1972 1620 (736) 4610
PCS078D6CE54 143517.00 IP54 (CE Certified)a or Bottom
PCS078D6IP30 123154.00 IP30
1542 (700)
PCS078D6IP54 130470.00 IP54
PCS235D6N1 202406.00 NEMA 1
2424 (1102)
PCS235D6N12 214550.00 NEMA 12
PCS235D6CE30 238365.00 IP30 (CE Certified)a Floor
235 244 Standing/Top 70.9 1800 31.5 800 2602 (1183) 12750
PCS235D6CE54 252525.00 IP54 (CE Certified)a or Bottom
PCS235D6IP30 216696.00 IP30
2424 (1102)
PCS235D6IP54 229569.00 IP54
a CE Certified units meet EMC Directive 89/336 EEC.
b Contact Schneider Electric sales office for other voltage models.

Round Split-Core Current Transformer (CT) Selection:

Two remote current transformers (CT) are required for three phase loads. Three CT’s are required for networks
with line to neutral loads.

Table 4.43: Round Split-Core CT—UL Recognized

Dimensions
Weight Burden Secondary
Catalog Accuracy Capacity
Ampacity A B C D
Number Class Current
(VA)
in mm in mm in mm in mm lbs kg
1000 CT1000SC 4 101 1.25 32 1.5 38 6.5 165 3.5 1.75 1 10 5
3000 CT3000SC 6 152 1.25 32 1.5 38 8.5 216 4.25 1.90 1 45 5
5000 CTFCL500058 8 203 1.25 32 1.5 38 10.5 267 5.5 2.50 1 45 5
D

B A C

Round Solid-Core Current Transformer (AUX CT) Selection:

For installations requiring parallel connection of multiple AccuSine units for increased capacity, additional
auxiliary CT’s may be required. Please contact Schneider Electric sales office for the correct AUX CT part number
to use.
Table 4.44: Round Solid-Core Auxiliary CT—UL Recognized
Dimensions
Weight (lb) Burden
Catalog Accuracy Secondary
Ampacity ID OD Capacity
Number Class Current
(VA)
in mm in mm lbs kg
600 CT7RL6011 2.5 63 4.58 116 1.5 0.68 1 30 1
1000 CT7RL1021 2.5 63 4.58 116 1.5 0.68 1 35 1
1.10
POWER MONITORING AND
CONTROL

X1

4.58 H1 2.50 DIA

4

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 AccuSine™ PFV Hybrid VAR Compensator (HVC)
Class 5890
www.reactivar.com

The Hybrid VAR Compensator (HVC) is ideally suited for industrial facilities with power
quality or production problems caused by rapidly changing reactive power demands
Main typically associating with highly cyclical loads such as welders, mining conveyors and
Breaker heavy stamping machines.
(Optional)
The problem:
Rapid reactive power changes demand timely reactive power (VAR) compensation. Lack of
timely and adequate VAR compensation can lead to voltage fluctuations in the electrical
distribution system, impacting equipment operation, as well as product quality.
Traditional capacitor systems have a minimum response time of five to thirty seconds for
load fluctuations. As a result of this limitation, uncompensated reactive power demand by
cyclical loads can produce voltage instability, cause flicker, increase losses, and result poor
power factor which reduces the electric supply capacity. Problems can include:
• Poor weld quality or reduced weld line productivity (due to restrikes or interlock weld controls)
• Failure to start motor loads (due to voltage sag on startup)
• Undervoltage tripping of sensitive loads (Robots, PLCs, VFDs)
• Lighting flicker and/or HID lighting shutdown
AccuSine • Overloaded distribution equipment (cyclical current pulses may exceed the rated current of the
PFV distribution equipment)
• Poor power factor and associated utility demand charges

The Solution:
100 kVAR 100 kVAR 100 kVAR 300 Ampere The Hybrid VAR Compensator is ideally suited for ultra fast reactive power compensation in
PASSIVE ACTIVE
many low and medium voltage distribution networks containing highly transient loads where
conventional systems are not suitable.
HVC Topology (Typical)
The HVC employs a fixed or automatic capacitor bank to provide reactive power at all
times, while AccuSine PFV adjusts the output to meet system reactive power requirement
in timely manner. AccuSine PFV features a 100 microsecond response time to provide
dynamic VAR injection to meet reactive power requirement within 1 cycle, reduce voltage
sags created by inductive load switching, welding operation, etc.
Main Features:
• Real-time reactive power compensation for transient or cyclical loads
• Infinite VAR resolution
• Independently compensates each phase
• Transient free compensation
• Improves voltage stability, reduces flicker
• Constructed with 12 gauge steel frame
HVC systems can alleviate most of the problems created by cyclical loads that require large
amount of reactive power for short duration. HVC system can be applied in the low voltage
and medium voltage system from 480 V up to 33 kV.
Unique, cost-effective construction:
The ReactiVar HVC is a custom engineered product designed for specific reactive power
compensation requirements. It consists of both passive and active components. The
passive component may consist of capacitors only or include tuned reactors. Depending on
the application, the passive portion may include contactor or solid state switching device to
permit some adjustment of the passive elements. The active component is provided by
Schneider Electric’s AccuSine PFV unit. HVC systems also can prevent resonance by
including custom designed iron core reactors in series with each three phase capacitor
module when required. The series reactor/capacitor combinations prevent resonance by
turning the network below the first dominant harmonic (usually the 5th and 300 Hz). In doing
so, HVC can also reduce harmonic voltage distortion, which further improves overall
network conditions.
The HVC employs a fixed capacitor bank to inject leading reactive current (leading kVAR)
into the network at all times, and an AccuSine PFV unit to precisely adjust the total output of
the HVC according to the load reactive power demand profile. When load reactive demand
is zero, the AccuSine PFV injects lagging reactive current to cancel the leading reactive
current of the fixed capacitor bank such that the total output of the HVC is minimized. As the
load kVAR demand increases, the AccuSine PVF adjusts its output such that the total
output of the HVC precisely matches the load demand. If load demand increases above the
fixed capacitor bank capability, then the AccuSine PFV injects leading reactive current. This
continues until the full leading kVAR capacity of the AccuSine PFV is met. Thus, the HVC
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total output provides leading kVAR compensation to match load demand.

To optimize system design, Schneider Electric expert will normally need to take real-time
measurements on the network site. Please contact Schneider Electric power quality experts
POWER MONITORING AND

or email us at pqc@squared.com.
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