Description
GE IC660EPM100J Product Description:
GE IC660EPM100J is a high-precision energy performance monitor and power quality analyzer, which is part of GE’s iFIX and Proficy automation platforms. As a bridge between electrical infrastructure and control systems, it captures fine power data, processes it locally, and transmits insights to SCADA, PLC, or cloud based energy management systems (EMS).
IC660EPM100J
This module is designed specifically for three-phase electrical systems (400 V to 690 V), with each device supporting up to [X] measurement points and equipped with configurable CT/VT ratios to accommodate different voltage and current ranges. It natively supports protocols such as Modbus RTU, Ethernet/IP, and BACnet/IP, making it easy to integrate into both traditional and modern automation ecosystems. For engineers, the IC660EPM100J eliminates the need for independent energy meters and data recorders, integrating functionality into a DIN rail mounted device seamlessly embedded in the control cabinet.
The uniqueness of this module lies in its simultaneous focus on compliance and optimization. It meets the ISO 50001 energy management standard by providing auditable energy consumption data; At the same time, its power quality analysis capabilities (tracking total harmonic distortion, voltage dips/surges, and interruptions) help users avoid penalties from utility suppliers for non-compliance with grid regulations.
IC660EPM100J
Main features and advantages:
Comprehensive power measurement
IC660EPM100J can measure over 100 electrical parameters, including:
Basic harmonic values of voltage, current, and power (up to the 63rd harmonic)
Phase wise and total energy consumption (kWh/kVarh)
Frequency, peak factor, and demand curve (15 minute interval)
Its 0.5S level accuracy ensures reliable data for billing level metering, while real-time trend analysis helps identify peak load periods or inefficient devices.
Compliance of power quality
The built-in oscilloscope function can capture voltage and current waveforms during disturbances, making it easy to analyze the root causes of issues such as motor start-up or capacitor bank switching. This module records events (such as voltage dips/surges, interruptions) in accordance with the IEC 61000-4-30 Class A standard, providing evidence for insurance claims or utility dispute resolution. Harmonic analysis supports active mitigation of transformer overheating or cable degradation caused by nonlinear loads.
Scalable communication and integration
This module is equipped with dual Ethernet ports and optional serial interfaces, supporting point-to-point data sharing and cloud connectivity through MQTT or OPC UA. It is natively integrated with GE’s Proficy Historian for long-term data storage, allowing users to generate energy dashboards, track key performance indicators (KPIs), and model load growth. For edge computing applications, its embedded Web server supports local configuration and diagnosis through a browser, without special software.
Robust industrial design
This module can operate within a temperature range of -40 ° C to+70 ° C and complies with the IEC 61850-3 substation environmental standards, capable of withstanding extreme temperatures, vibrations, and electromagnetic interference. Its compact design (144 mm x 144 mm x 100 mm) and plug and play CT connection simplify retrofitting in existing switchgear or motor control centers. The front panel LCD provides clear status updates, while the LED indicator lights display power, communication, and alarm conditions.
IC660EPM100J
Technical specifications:
Model IC660EPM100J
Brand GE
Type Energy Performance Monitor (EPM)
Voltage range 100-240 VAC (single-phase) or 208-690 VAC (three-phase)
Current input through external CT (1 A or 5 A secondary)
Accuracy level 0.5S (electric energy), 0.2 (voltage/current)
Communication protocols Modbus RTU, Ethernet/IP, BACnet/IP, MQTT, OPC UA
Harmonic analysis of power quality characteristics (up to 63 times), event recording (IEC 61000-4-30), waveform capture
Working temperature -40 ° C to+70 ° C
Installation method: DIN rail or panel installation
Size 144 x 144 x 100 mm (width x height x depth)
Certified CE, UL, cUL, IEEE 519, IEC 61850-3
Data storage: 128 MB internal storage (expandable through SD card)
Contact Us
Phone:+86 16626708626
WeChat/WhatsApp: 16626708626
Email: 3772179818@qq.com
Application areas:
In automobile manufacturing factories, IC660EPM100Jis deployed to monitor the power consumption of various links in assembly lines and identify inefficient links in robot units or conveyor systems. By measuring parameters such as voltage, current, power factor, and harmonic distortion, engineers can solve problems such as phase imbalance or excessive reactive power, reducing energy waste and utility costs. In data centers, due to the critical importance of normal operating time and energy efficiency, this module tracks Power Usage Efficiency (PUE) by monitoring feeders, UPS systems, and critical loads to ensure compliance with industry benchmarks such as ASHRAE 90.1.
At renewable energy sites such as wind farms or photovoltaic power plants,IC660EPM100Jis used to verify whether the power output meets grid requirements. It measures active and reactive power flow, voltage stability, and harmonic content to ensure that inverters and converters comply with the IEEE 519 power quality standard. Its role in predictive maintenance is equally important: by detecting early signs of equipment degradation (such as neutral line current rise or voltage dip), it helps prevent huge production losses caused by downtime in industrial environments.
Related products:
IC660EPD100J – Digital input/output module, used to integrate switch status or alarm signals with power data.
IC660EPT100J – Temperature input module, used to monitor the temperature of transformer or motor windings.
IC660EPC100J – Communication gateway module for extending protocol support (such as Profibus DP).
IC660EPM200J – High capacity model, supporting up to 128 measurement points, suitable for large systems.
IC660EPP100J – Power module for redundant power configuration in critical applications.
IC660EPH100J – Harmonic Filter Module, used to alleviate the total harmonic distortion problem identified by EPM100J.
Installation and maintenance:
Considerations before installation
Ensure that the CT size is suitable for the monitored circuit and correctly install the polarity to avoid measurement errors. Separate the CT cable from the power cable to reduce electromagnetic interference (EMI). For three-phase systems, verify the phase sequence (ABC or ACB) during configuration to ensure accurate power factor calculation. Configure the IP address of the module within the factory network subnet and enable a firewall to restrict unauthorized access to the embedded web server.
maintenance agreement
Arrange quarterly inspections to verify CT connections and ensure that module firmware is up-to-date (via GE’s Proficy software). Use built-in trend analysis tools to review energy consumption patterns and power quality indicators, and mark abnormal situations such as increased total harmonic distortion or sudden changes in load curves. Calibrate CT and VT annually to maintain measurement accuracy. For facilities that require regulatory audits, export event logs and energy reports to demonstrate compliance with ISO 50001 or local energy regulations.
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