GE Mark VI IS200AEPAH1BRJ Printed Circuit Board

Product Model: IS200AEPAH1BRJ

Manufacturer: GE Industrial Systems, General Electric Company
Type: Printed Circuit Board (PCB) for Power Distribution
Series: Mark VI IS200

Product Overview:

The GE IS200AEPAH1BRJ is a high-density power distribution card designed for use in industrial automation systems. As part of GE's Mark VI IS200 series, this PCB is responsible for providing reliable power distribution and protection in critical control systems, particularly for applications involving synchronizing, trip systems, shaft voltage, and current monitoring. It is built to support Triple Modular Redundancy (TMR) and simplex redundancy configurations, ensuring high reliability and fault tolerance in case of a single-point failure.

Key Features:

• Redundancy Support:
  • Compatible with both TMR and simplex redundancy configurations for continuous operation.
• Triple Modular Redundancy (TMR) Architecture:
  • Provides fault-tolerant operation, allowing for system repairs during a single-point failure without compromising overall performance.
• High-Density Design:
  • Equipped with 19 plug connectors and 12 relays for efficient power distribution in a compact form factor.
• Power Protection Components:
  • Features 6 Metal Oxide Varistors (MOVs) to protect against voltage spikes and surges.

Specifications:

• Dimensions: 263 mm x 58 mm x 28 mm
• Weight: Approximately 2 lbs
• Number of Plug Connectors: 19
• Relay Quantity: 12
• Metal Oxide Varistors (MOVs): 6

Applications:

The IS200AEPAH1BRJ is designed for various industrial applications that require reliable power management and protection, including:

• Synchronizing systems
• Trip systems
• Shaft voltage monitoring
• Current monitoring

Summary:

This GE Mark VI IS200AEPAH1BRJ Printed Circuit Board is ideal for environments where continuous operation and system protection are critical. Its support for TMR redundancy makes it a reliable choice for high-demand industrial settings that require both high-density power distribution and protection.