GE IC695310-GV RX3i CPU module

Description

1. Real-World Use & Application Scenarios
   Where is this product used and why?
   In PACSystems RX3i installations, the IC695310-GV serves as the central processing unit for real-time control tasks across automotive, food and beverage, and packaging lines, among others. It handles executing control programs, managing global data, and coordinating I/O across PCI backplanes, enabling synchronized operation of multiple controllers and modules. The CPU’s performance and memory footprint support large control programs, extensive data logging, and sophisticated diagnostics, which helps engineers meet stringent uptime and regulatory requirements. In retrofit projects, it’s common to replace aging CPUs with RX3i cores like the IC695310-GV to preserve system topology while unlocking modern software features and improved diagnostics. Typical design notes reference this model as the processor heart of the RX3i stack, underscoring its role in delivering reliable, deterministic control.
2. Product Introduction & Positioning
   Overview of the product’s definition, role, and system compatibility
   The IC695310-GV is a RX3i CPU module that functions as the primary processing unit within the PACSystems RX3i family. It executes control programs, maintains the system state, and communicates with I/O and field devices via the RX3i backplane. This CPU works within the RX3i architecture alongside memory options, communication interfaces, and intelligent I/O modules to form a complete control system. Its value comes from high processing power, rich diagnostics, and a stable software ecosystem that supports scalable, redundant configurations when required. The model name IC695310-GV should be used in procurement and maintenance records to ensure precise matching with RX3i system configurations and firmware baselines.
3. Key Technical Features & Functional Benefits
   The IC695310-GV brings strong performance and reliability to industrial control. It delivers fast scan cycles and ample memory to host complex control strategies, data logging, and recipe management, which helps reduce cycle times and improve batch consistency. The hardware design emphasizes compatibility with PCI-based RX3i backplanes, enabling straightforward integration with a broad ecosystem of GE manual and software tools. Deterministic timing, robust fault reporting, and embedded diagnostic capabilities contribute to easier maintenance and faster mean time to repair. The CPU’s compatibility with GE’s engineering environment, including simulator and diagnostics tools, supports smoother deployments and lifecycle management. Overall, the IC695310-GV stands as a dependable cornerstone for mission-critical automation tasks that demand reliable processing, scalable I/O, and strong support channels.

   

   IC695310-GV

4. Detailed Technical Specifications
   Parameter | Value
   Model | IC695310-GV
   Brand | GE Fanuc Emerson
   Type | RX3i CPU module
   Bus / Backplane | RX3i PCI backplane
   Memory | Battery-backed RAM and non-volatile storage options (per RX3i configurations)
   Operating Temperature | 0 to 60°C (typical, depending on enclosure and cooling)
   Power Requirements | Industrial DC power as specified for RX3i backplane systems
   PCI Compatibility | PCI-based backplane interface
   Programming | GE Fanuc RX3i software environment (GFK-2329 family references)
   Communications | Upstream/downstream with RX3i modules; supports standard GE networks
   Certifications | Industrial safety and EMC compliance (typical)
   Dimensions | Standard RX3i CPU footprint
   Cooling | Passive/active cooling dependent on system layout
5. Related Modules or Compatible Units

• IC695CPU310-GV – RX3i CPU with different performance/feature set within the same family
• IC695ETM001 – Intelligent option module for extended timing and diagnostics
• IC695NGR01 – Network gateway/communication expansion within RX3i
• IC695PWR320 – RX3i power/voltage supply module for the system
• IC695RLO103 – Local logic/logic I/O option compatible with RX3i
• IC695ALG001 – Analog I/O expansion module compatible with RX3i CPUs
• IC697ALG001 – Alternative GE automation analog I/O family for cross-compatibility

6. Installation Notes & Maintenance Best Practices
   Pre-installation considerations
   Confirm the RX3i chassis, backplane revision, and carrier compatibility with the IC695310-GV. Ensure proper ventilation and clearance to support cooling, especially in hot environments. Verify power supply ratings and surge protection for the RX3i rack and ensure wiring follows GE’s accessory and interconnect guidelines. Validate firmware baseline compatibility with both the CPU and companion modules to avoid version conflicts during commissioning.

Maintenance best practices
Establish a routine to monitor CPU health indicators, memory usage, and diagnostics logs. Schedule firmware and software updates through GE channels to maintain feature parity and security. Keep spare CPUs and key modules in inventory for quick swap-out in case of a field fault. Maintain accurate asset records including rack location, firmware versions, and calibration data to support audits and upgrades.