GE IS200IIDAG1ABB DC Direct Current Innovation Card

GE IS200IIDAG1ABB DC Direct Current Innovation Card

د.إ8,888.00

The IS200IIDAG1ABB performs several critical roles in ensuring the stability and efficiency of DC systems in power generation and large drives:3

  • DC Monitoring and Regulation: It provides continuous, real-time monitoring of DC voltage, current flow, and load distribution.4 This data is essential for system stability, optimized energy utilization, and fault detection.5

  • Signal Processing: The board is equipped with integrated signal conditioning circuits to accurately process incoming DC signals, ensuring reliable data transmission to the main control system.6

  • System Protection: It contains embedded control logic to perform crucial protection and maintenance functions, including:7

    • Voltage regulation.8

    • Current limiting.

    • Under-voltage protection.

    • Fault isolation.

  • Motor Control: In DC motor drive applications, the board can utilize Pulse Width Modulation (PWM) technology to enable precise motor control, managing speed regulation and torque.9

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الوصف

The GE IS200IIDAG1ABB is a Direct Current Innovation Card (IIDA) used as an advanced interface and control module within General Electric’s high-performance industrial control platforms, specifically the Mark VI Speedtronic Turbine Control System and the EX2100 Excitation System.1

Its core function is the precise management and regulation of Direct Current (DC) power across connected industrial circuits.2

⚙️ Key Functions

The IS200IIDAG1ABB performs several critical roles in ensuring the stability and efficiency of DC systems in power generation and large drives:3

  • DC Monitoring and Regulation: It provides continuous, real-time monitoring of DC voltage, current flow, and load distribution.4 This data is essential for system stability, optimized energy utilization, and fault detection.5

  • Signal Processing: The board is equipped with integrated signal conditioning circuits to accurately process incoming DC signals, ensuring reliable data transmission to the main control system.6

  • System Protection: It contains embedded control logic to perform crucial protection and maintenance functions, including:7

    • Voltage regulation.8

    • Current limiting.

    • Under-voltage protection.

    • Fault isolation.

  • Motor Control: In DC motor drive applications, the board can utilize Pulse Width Modulation (PWM) technology to enable precise motor control, managing speed regulation and torque.9

🔎 Technical and System Details

The board is part of GE’s Innovation Series (IS200) modules, which are designed to enhance the I/O and control capabilities of the core turbine and excitation platforms.10

Specification Detail
System Series Mark VI Speedtronic & EX2100 Excitation System
Functional Acronym IIDA (Direct Current Innovation Card)
Operating Voltage Compatible with standard industrial DC voltages (e.g., 12 VDC, 24 VDC, 48 VDC), and higher ranges up to 600 VDC, depending on the configuration.
Connectivity Features multiple digital and analog I/O channels and supports industrial communication protocols like Modbus RTU (via RS-485) and CANopen.
Coating Typically uses a normal PCB coating for standard environmental protection.
Revision G1ABB indicates the initial hardware group (G1) with a specific assembly or manufacturing revision (ABB).

This board ensures the precise and reliable management of DC signals, making it an essential component for the stability of the overall turbine or generator excitation system.11

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