iSTAT i400

Mean Sensing (i4CA, i4VA), DC (i4Dx) Transducers and i4XS Communications Interface

The iSTAT i400 range of Mean Sensing AC transducers, DC transducers and communications interface provide easy installation and commissioning as well as simple and economical monitoring and communications. The iSTAT i400 Mean Sensing and DC transducers are simple and compact offerings available to measure AC or DC circuits respectively for utility and industrial applications.

The self-powered, i400 Mean Sensing AC transducers (i4CA, i4VA) are used to measure current or voltage and provide an output analogue signal as an indication.

The iSTAT i400 DC measuring transducers monitor values such as DC Volts (i4DB), DC Current (i4DC), Tap Position (i4DA), Resistance (i4DF), and Temperature (Resistance Temperature Detector) (i4DG) and provides an analogue output or communications. The i400 i4Dx DC measuring transducers also provide Modbus serial communications for integration into monitoring systems.

The iSTAT i4XS communications interface provides a Serial to Ethernet interface allowing easy connection and integration of devices to a communications network and monitoring system.

iSTAT M2x2

Standard Measurement Centre family

The iSTAT M2x2 family includes:

M212 Multifunction Meter – Manufacturing for the M212 has been discontinued.  As an alternative, please refer to the M232.

M232 Communicating Measurement Centre

The M2x2 is a Measurement Centre providing quick, reliable measurement and monitoring of electrical quantities in a single or 3-phase distribution system.

The M2x2 is configurable to meet the requirements of the medium voltage utility and low voltage industrial markets throughout the world.

High sampling rates and true RMS measurement give accurate readings under all harmonic conditions, with Measurement accuracy better than 0.5% and Class 1 Energy, which are suitable for many applications.

The M2x2 are supplied with 2 pulse outputs for energy and can have 2 tariff inputs (4 tariffs) fitted as an option.  On the M232 the pulse outputs can be reconfigured as alarm outputs for the 16 software alarms available.

The M232 is fitted with either RS232 or RS485 communications using MODBUS for simple connection to DCS/SCADA.

The M232 can use the QDSP software to define and store all settings, and QDSP is required to configure the alarms.

The M232 is a close functional equivalent to the M231, but also offers tariff inputs, software and hardware alarms and additional measurements.  The M232 can communicate using the same MODBUS register map as used on the M231.

iSTAT M2x3

High Performance Measurement Centre

The iSTAT M2x3 family includes:

M233 Measurement Centre

M243 Network Recorder – Manufacturing for the M243has been discontinued. As an alternative,please refer to the M233 or M253.

M253 Power Quality Analyser

The iSTAT M2x3 is a family of measurement centres configurable for single and 3-phase, for measuring and monitoring electrical quantities.  High sampling rates and true RMS measurement give accurate readings under all harmonic conditions, with Measurement accuracy better than 0.2% and Class 0.5S Energy which are suitable for many applications.

The M233 is a communicating measurement center with more than 120 measurements and also harmonics measurement. The M253 is a Power Quality meter that has the functionality of the M243. but in addition it measures and records all of the quantities required to check compliance to EN50160.

The iSTAT M2x3 has 2 dual channel input/output modules which can be factory fitted with a wide range of options.  Select from Analogue, Alarm, Pulse or Watchdog outputs or Analogue, Temperature (PT100), Pulse and Digital inputs to achieve the functionality required

The iSTAT M2x3 can be defined with Serial (RS232/RS485), USB or Ethernet communications ports using Modbus RTU/TCP and DNP3 protocols to satisfy utilities worldwide.   All models have the facility to use a Memory Card to extract data and to load a new configuration generated off-line.

The M2x3 uses the QDSP software to define and store settings, basic settings only can be done using the keypad.  The configuration, downloading and analysis of recorded data and Power quality data require the Professional version of QDSP.

iSTAT M365

Power Quality Metering with Extensive Logging and Communications

The iSTAT M365 comprehensive power quality metering and communication features are ideal for utility, industrial and commercial power quality applications. The iSTAT M365 is an enhancement to the previous iSTAT M355 offering with extensive power quality perspective with the latest IEC61000-4-30 Class A Edition 3 certification as well as supporting EN50160 reporting.

With 625 samples/cycle sampling frequency and 8GB of logging memory to capture waveform, disturbance events and measured values, users are empowered to assess and make power related decisions quickly and effectively as well as record data for reconciliation and service level evidence. The iSTAT M365 support of Modbus, DNP3. FTP and IEC 61850 Edition 2 along with GPS, IRIG-B and NTP time sync make it easy to integrate into new or existing systems.

Advanced Monitoring and Metering

Class 0.2S active energy accuracy (IEC 62053-22)

Harmonics to the 63rd order (Voltage, Current)

Up to 625 samples/cycle waveform/transient recording

8 GB of memory for waveform and disturbance recording

Class A IEC 61000-4-30 updated Edition 3 Power quality measurement and EN50160 reporting support

Advanced Communications and Control

Standard communications Ethernet (RJ45), USB 2.0 and Serial (RS232. RS485 for either time sync or protocol communications)

Supports Modbus, DNP 3.0. FTP and optionally IEC 61850 Ed. 2 Protocols

Easy system integration with four available I/O modules with up to 20 I/O

User Friendly with Low Commissioning Effort

Available 5.7” color TFT display or 128×64 pixel display

Universal power supply

Easy to install 144mm square panel mounting

Web page for easy monitoring of measurements and settings

iSTAT i500

High Performance Multifunction Transducer

The iSTAT i500 Single Phase Transducer family includes:

i5MC Current Transducer

i5MV Voltage Transducer

Manufacturing for i5ML and i5MS have been discontinued. As and alternative, please refer to i5MC or i5MV.

The iSTAT i500 Three Phase High Performance Transducer family includes:

i5MT Communicating Transducer

Manufacturing for i5MQ and i5MR have been discontinued. As an alternative, please refer to i5MT.

GE hasdiscontinuedsales of iSTAT i5RD. Please contact us to discuss alternatives.

The iSTAT i500 is a family of high accuracy multifunctional and configurable transducers designed to meet the requirements of all markets worldwide. The family includes both single and 3-phase transducers.

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High sampling rates and true RMS measurement give accurate readings under all harmonic conditions, with Measurement accuracy better than 0.2% and Class 0.5S Energy which are suitable for many applications.

The i5Mx is a single or 3-phase communicating transducer with 4 input/output modules and more than 120 measurements and also harmonics measurement. The input/output modules can be factory fitted with a wide range of options. Select from Analogue, Alarm, Pulse or Watchdog outputs or Analogue, Temperature (PT100), Pulse and Digital inputs to achieve the functionality required. The i5RD Remote display can be connected to up to 31off i5MT transducers.

There are 3 single phase transducers i5MC (current), i5MV (voltage, frequency) and i5MS (W, var, VA, I, V, Hz, P Angle, Energy) with 2 input/output modules for Analogue, Alarm or Watchdog outputs.

The iSTAT i500 transducers can be defined with Serial (RS232/RS485), USB or Ethernet communications ports using Modbus RTU/TCP protocols to satisfy utilities worldwide.

There are also i500 transducers incorporating Data recorders and Power Quality to EN50160.

The i500 transducers use the QDSP software software to define and store settings. The configuration, downloading and analysis of recorded data and Power quality data require the Professional version of QDSP.

The DIN rail mounting case is available with utility grade ring or pin terminals.

iSTAT i4Mx

Standard multifunction transducer

he iSTAT i4Mx is a family of multifunctional and configurable RMS AC transducers designed to meet the requirements of the medium voltage utility and low voltage industrial markets throughout the world.

High sampling rates and true RMS measurement give accurate readings under all harmonic conditions, with Measurement accuracy better than 0.5% which is suitable for many applications.

The i4MT is a single or 3-phase communicating transducer with 4 output modules and more than 60 measurement values. The output modules can be factory fitted with Analogue or Alarm outputs to achieve the functionality required.

There are 2 single phase transducers i4MC (current) and i4MV (voltage, frequency) fitted with one Analogue output as standard.

The iSTAT i4Mx transducers are supplied with either a RS232 or RS485 communications port using the Modbus RTU protocol. The i4Mx transducers are also supplied with a USB port for programming the transducers before installation, without any wires connected to the product. This allows a large number of transducers to be programmed quickly.

The i4Mx transducers use the QDSP software to define and store settings. The DIN rail mounting case is available with utility grade pin terminals.

Replacement for i400 Transducers

Functional replacements are available for all i400 AC RMS transducers, but the option of configuration in the factory is not offered. The i4Mx transducers can communicate using the same MODBUS register map as used on the i400 AC transducers.

Gateway and RTU

GE offers industry-leading multi-functional server, gateway, RTU and data concentrator suites for automating substation equipment and providing visibility into key electrical assets in the transmission and distribution network. GE supports a wide range of input and output options, a large number of industry-available protocols (including IEC 61850, DNP3.0 and IEC60870 series), and new built-in cybersecurity features, enabling you to connect and integrate your power system equipment with almost any HMI, SCADA or energy management system. And it features safety, security. You can obtain reliability and reliability characteristics from GE substation equipment.

Multilin™ G100

Advanced Substation Gateway

GE’s G100 is part of the advanced Multi-function Controller Platform (MCP). This platform offers a high-capacity, secure, substation-hardened set of modular and expandable hardware and software components designed to simplify deployment, operation, and maintenance of automation systems.

The MCP makes it possible for a single device to host multiple functions and applications such as Supervisory Control and Data Acquisition (SCADA) Concentrator, Remote terminal Unit (RTU), Human Machine Interface, Advanced Cyber Security Features, Non-Operational Data Storage among others. Consolidation of functions reduces the cost of deployment and operation while increasing system reliability through a reduced number of devices in the system.

The G100 is designed to provide a reliable and accurate collection of data (metering, status, events and faults) from serial or LAN based intelligent substation devices, input/output modules, or on-board I/O, to master applications such as SCADA, EMS, DMS or other enterprise applications. With its modern and robust Cyber Security features, the G100 is designed for smooth integration into NERC CIP and Cyber Security environments.

Multilin™ G500

Advanced Substation Gateway

Multi-function Controller Platform

GE’s G500 is part of the advanced Multi-function Controller Platform (MCP). This platform offers a high-capacity, secure, substation-hardened set of modular and expandable hardware and software components designed to simplify deployment, operation, and maintenance of automation systems.

The MCP makes it possible for a single device to host multiple functions and applications such as Supervisory Control and Data Acquisition (SCADA) Concentrator, Remote terminal Unit (RTU), Human Machine Interface, Advanced Cyber Security Features, Non-Operational Data Storage among others. Consolidation of functions reduces the cost of deployment and operation while increasing system reliability through a reduced number of devices in the system.

The G500 is designed to provide a reliable and accurate collection of data (metering, status, events and faults) from serial or LAN based intelligent substation devices or input/output modules, to master applications such as SCADA, EMS, DMS or other enterprise applications. With its modern and robust Cyber Security features, the G500 is designed for smooth integration into NERC CIP and Cyber Security environments.

Multilin D20E

Advanced Substation I/O Modules

The Multilin D20E is the next-generation input/output (I/O) module for substation automation and SCADA RTU applications, ideal for D20 I/O upgrade. As a non-edge device leveraging the latest technology in microprocessors, communications and applications, the D20E I/O can be deployed within an electronic security perimeter such as with a server (e.g. D20MX or D400) or with IEDs.

The D20E can also be used to replace legacy D20 I/O modules with minimal field wiring changes. The D20E has the same termination connector and alignment as the existing D20 I/O; this makes the D20E a practical and cost-effective solution for substation RTU and automation upgrades and retrofits.

Key benefits:

State-of-the-art control I/O modules

D20 I/O replacement with terminal block alignment and minimal field wiring required

Coupled with DAPserver, upgrade substation’s control equipment with added features and increased performance

Four hardware configuration models available for optimal adaptation to your project

Applications

New substation D20 I/O deployment

Legacy D20 I/O expansion and replacement

I/O modules for integrated substation control systems

I/O modules for primary equipment monitoring

I/O modules for distribution equipment monitoring

I/O modules for distribution automation (on-load tap changer, capacitor bank interface, voltage regulator interface)