I/O modules

The GE F31X134EPRBEG1 FR00/0 functions as a critical processor interface card within its designated control system. This component manages high-speed communication between the main processor and other system modules. Moreover, it ensures reliable data transfer and signal integrity for precise control operations.

Core Function and System Role

This interface card acts as the essential data pathway within the rack or chassis. It facilitates the exchange of I/O data, control signals, and diagnostic information between boards. Consequently, the system maintains synchronized and efficient operation across all connected components.

Detailed Technical Specifications

The F31X134EPRBEG1 FR00/0 is engineered for performance and reliability in demanding environments. Below are its detailed technical parameters for integration and compatibility.

Technical Specifications:

• Manufacturer & Model: GE F31X134EPRBEG1 FR00/0

• Product Category: Processor Interface / Communication Card

• Primary Function: Interfaces the CPU with backplane and I/O modules

• Form Factor: Standard industrial card for specific GE system chassis

• Dimensions: Designed to fit precisely into its designated card slot

• Weight: Optimized for secure seating in vibration-prone environments

• Electrical Interface: High-density backplane connector and possible auxiliary ports

• Data Bus: Manages parallel or serial data transfer at system-specific speeds

• Internal Components: Includes bus drivers, buffer chips, and timing circuitry

• Component Count: Features a multi-layer PCB with integrated circuits and discrete components

• Power Consumption: Draws power from the system backplane (typically +5VDC, +3.3VDC)

• Status Indicators: Includes LED indicators for power, activity, and fault status

• Heat Management: May include thermal pads or designed for chassis airflow cooling

System Integration and Application Context

This interface card is a vital component in larger GE Mark VIe, PACSystems, or similar control platforms. It enables the main processor to communicate with various I/O and specialty cards. For example, it allows a CPU to coordinate with turbine control modules or safety systems. This card often operates within systems that also utilize protective devices like the RMS-TSG-TZ-C Static Trip unit. It supports an architecture that can include other GE modules like the IS200AEBMG1AFB and monitoring sensors such as the PR6423/128-110.

Details