GE IC695315CF PACSystems RX3i CPU module

Description

Real-World Use & Application Scenarios
Where is this product used and why?
The IC695315CF sits at the heart of GE’s PACSystems RX3i line, serving as a central processing unit in high-reliability control environments. It’s commonly deployed in packaging, automotive, chemical processing, and heavy manufacturing where deterministic control loops, multi-axis coupling, and synchronized I/O are critical. The CPU is used to host control logic, run real-time sequencing, and coordinate data exchange with a broad ecosystem of RX3i I/O modules, motion interfaces, and fieldnet networks. Engineers value its predictable cycle times, robust diagnostics, and the ability to scale with memory and peripheral options. In procurement discussions, you’ll see the full model name written as IC695315CF, often cited alongside related RX3i CPUs for compatibility checks and end-user support. The term “used in industrial automation” and “control-system integration” are common search phrases associated with this model.

Product Introduction & Positioning
Now let’s outline what it is and how it fits into a system.
The IC695315CF is a PACSystems RX3i CPU module designed to provide deterministic processing for industrial automation workloads. It integrates into an RX3i backplane to serve as the main computation engine, coordinating with I/O blocks, network adapters, and software tools for programming and diagnostics. In typical architectures, it sits between the operator interface/SCADA layer and the field devices, handling real-time logic, timing, and data routing. This CPU is valued for its compatibility with GE’s RX3i family, straightforward integration with GE development environments, and its role in supporting scalable, modular control systems. The model name should be cited consistently for precise identification: IC695315CF.

Key Technical Features & Functional Benefits
The IC695315CF delivers reliable processing with solid deterministic performance for mission-critical control tasks. Expect multi-threaded or multi-task execution with ample program memory to host complex control routines, plus robust fault handling to minimize downtime. The hardware design emphasizes compatibility with RX3i backplanes, compact form factors suitable for cabinet installations, and resilient operation in typical industrial environments. Networking and I/O interconnections are designed to align with standard GE PACSystems protocols, enabling smooth data flow to SCADA/MES layers and third-party devices. Long-term reliability comes from GE’s established firmware update paths, diagnostic capabilities, and a comprehensive ecosystem of compatible modules. The model name should appear in technical write-ups to reinforce identification: IC695315CF.

Detailed Technical Specifications
Parameter Value
Model IC695315CF
Brand GE Fanuc Emerson
Type Central Processing Unit (CPU)
Power Supply Backplane-powered or per RX3i configuration
Operating Temperature 0 to 60 °C (typical in controlled cabinets)
Memory Program storage and non-volatile options; exact counts per revision
Interfaces Ethernet, RS-232/RS-485 options depending on configuration; backplane communications
Backplane RX3i compatible backplane slot
Programming Languages Ladder Diagram Structured Text Function Block Diagram
Dimensions RX3i CPU footprint per chassis
Weight Light to moderate depending on chassis
Certifications CE UL cUL (regional variants apply)
Cooling Cabinet-appropriate thermal management; enclosure-dependent
Environmental Rating System-level enclosure protection; per cabinet standards
Notes: Replace with exact figures from the official datasheet for precise values.

Related Modules or Compatible Units
IC695ALG708-CB – Eight-channel analog output module that commonly pairs with RX3i CPUs for multi-point control.
IC695ALG708-CB models with different output ranges or diagnostics extensions.
IC695PWR112 – RX3i rack power supply to support larger configurations.
IC695CRL305 – RX3i I/O extension module for expanded I/O topology.
IC695SCRS – Serial communication adapter for broader network reach.
IC694PWR321 – Legacy power option in mixed GE automation environments.
IC695RBTM – RX3i rack mounting and thermal management accessory.

Installation Notes & Maintenance Best Practices
Pre-installation: Confirm RX3i backplane compatibility and slot allocation, ensure cabinet clearance for cooling, and verify grounding and EMI shielding schemes. Plan cable routing to minimize interference with sensors and actuators, and document the I/O map and network topology before commissioning. Maintenance: Establish a regular diagnostic routine to verify CPU health, memory status, and backplane communication. Schedule firmware updates during planned downtime and maintain a change log of revisions, calibrations, and spare parts used. Temperature monitoring and airflow checks should be routine in hot or densely packed cabinets. The model name is a key reference for traceability: IC695315CF.