IS200ERBPG1A GE EX2100 Exciter Regulator Backplane Module
IS200ERBPG1A is a high-performance Exciter Regulator Backplane module from the GE EX2100 platform.
The board provides stable communication, power distribution, and board integration for excitation control systems.
It supports simplex and redundant regulator architectures used in turbine and generator applications.
Core Engineering Overview
- Designed for GE EX2100 excitation systems.
- Acts as the central communication backplane.
- Supports high-speed board-to-board data exchange.
- Provides organized power distribution paths.
- Supports industrial vibration and temperature conditions.
- Optimized for long-term continuous operation.
- Suitable for retrofit and standalone applications.
- Supports Ethernet Modbus and serial communication.
Technical Highlights
- Brand: General Electric
- Model: IS200ERBPG1A
- Series: EX2100 / Mark VI
- Module Type: Exciter Regulator Backplane
- Functional Acronym: ERBP
- Operating Mode: Simplex or Redundant
- Manufacturing Country: United States
- Weight: Approximately 3 pounds
- Power Input: TB1 Positive / TB2 Negative
- Connector Type: VME DIN 96-pin and 128-pin
- Communication: Ethernet Modbus and Serial
- Cooling Support: Fan Power Output Included
- Board ID Bus: Integrated Serial Identification
- Configuration: Master Selection Jumpers
Integrated Board Support
- Supports ACLA Application Control Layer boards.
- Compatible with DSPX processing modules.
- Connects directly with ERIO I/O boards.
- Supports EPSM power supply modules.
- Interfaces with ERDD dynamic discharge boards.
- Compatible with EROC option cards.
Connector Allocation
- J1F1 for Fan 1 power connection.
- J1F2 for Fan 2 power connection.
- J5M1 for ERRR board power.
- J3 for ERRB redundant backplane power.
- J4 for keyboard interface.
- J16 for EDCF board power.
Oiltech Controls’s Insight
- The IS200ERBPG1A improves system integration efficiency.
- Its backplane structure reduces wiring complexity.
- Board ID functions simplify maintenance management.
- Redundant support increases operational reliability.
- Suitable for critical excitation control environments.
- Engineers prefer this board for stable communication performance.
Suitable Equipment
- Gas turbine excitation cabinets.
- Steam turbine control systems.
- Industrial generator regulators.
- Power plant excitation platforms.
- Retrofit excitation control systems.
- GE Mark VI automation systems.
Installation Notes
- Check TB1 and TB2 polarity before startup.
- Install boards carefully into VME connectors.
- Verify jumper settings before commissioning.
- Keep airflow paths unobstructed.
- Use grounding protection during installation.
- Inspect connector pins before power-on.
Maintenance Advantages
- Board ID bus speeds maintenance diagnostics.
- Modular design supports quick replacement.
- Connector layout improves technician access.
- Supports easy redundant system testing.
- Stable power distribution reduces downtime risks.
Shipping And Warranty
- 12-Month Warranty included.
- 24–28 hour fast shipment available.
- Worldwide delivery through FedEx, UPS, and DHL.
- Anti-static industrial packaging included.
- Every board passes inspection before shipping.
Professional FAQ
- How do engineers confirm board compatibility?Check the EX2100 configuration and installed backplane revision first.
- Why is the board ID bus important?It helps controllers identify board type and hardware revision automatically.
- What should users inspect before replacement?Inspect connector pins, jumper settings, and fan power outputs carefully.
- Is simplex or redundant mode better?Redundant mode offers higher reliability for critical power applications.
- What factors matter when selecting this module?Verify communication protocol, installed boards, and excitation cabinet design.
Contact Oiltech Controls
- Email: info@oiltechcontrols.com
- WhatsApp: +86 158 8020 0923
- Official Website: https://www.oiltechcontrols.com/
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