GE IC695CPE310-ABAB – High-Performance PACSystems CPU Module

Overview

The GE IC695CPE310-ABAB is a high-performance CPU designed for the GE PACSystems RX3i automation platform. Built for modern industrial control environments, this CPU provides fast processing speeds, reliable Ethernet connectivity, and long-term stability for mission-critical applications.
Its robust hardware design ensures dependable operation in power, manufacturing, and infrastructure automation systems.

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Functional Highlights

• Powerful CPU processing suitable for large and complex logic programs

• Dual Ethernet ports supporting programming, HMI/SCADA communication, and peer-to-peer networking

• Deterministic control performance for time-sensitive operations

• Integrated data logging and diagnostics simplifying troubleshooting

• Hot-swappable modular architecture for minimal downtime

• Compatible with entire RX3i I/O family, ensuring system scalability

  
  

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Technical Specifications 

• Model: IC695CPE310-ABAB

• System Platform: GE PACSystems RX3i

• Processor Type: High-speed embedded CPU for real-time control

• Memory: Large onboard memory for programs, data, and firmware

• Networking:

  • Two onboard Ethernet interfaces

  • Supports Modbus TCP, EGD, SRTP, and programming protocols

• Rack Compatibility: RX3i universal backplane

• Operating Voltage: Supplied via rack backplane

• Environmental Rating: Industrial temperature range, EMI-resistant design

• Firmware Support: Upgradeable using GE automation software tools

  
  

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Internal Architecture & Construction

Inside the IC695CPE310-ABAB is a precision-engineered multi-layer PCB featuring:

• High-reliability microprocessor optimized for deterministic execution

• Shielded Ethernet hardware for stable communication

• Protective circuitry to withstand electrical noise

• Industrial-grade components designed for continuous service

• Integrated watchdog and system-monitoring chips to ensure safe operation

This internal structure provides exceptional durability in vibration-prone or harsh electrical environments.

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Application Areas

The CPU module is widely used in:

• Power generation (turbines, boilers, substations)

• Oil & gas refining and pipeline automation

• Industrial manufacturing lines

• Water treatment and municipal infrastructure systems

• Transportation and heavy machinery control

• Factory SCADA and distributed automation networks

Its processing ability and protocol support make it suitable for large-scale, interconnected control architectures.

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Installation Process

1. Ensure the power to the RX3i rack is switched off.

2. Insert the CPU module firmly into the designated slot.

3. Connect Ethernet cables to the appropriate network ports.

4. Power up the system and verify CPU status LEDs.

5. Use GE programming software (such as Proficy Machine Edition) to configure IP addresses and load the control program.

6. Test communication and validate I/O operation.

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Maintenance & Operational Guidelines

• Periodically check and clean ventilation paths

• Update firmware to the latest GE-approved version

• Inspect the backplane connection for secure seating

• Perform regular system backups of programs and configuration

• Store spare modules in anti-static packaging under controlled humidity

• Replace with identical model number for full system compatibility