GE IC695315-CD PACSystems CPU module

Description

1. Real-World Use & Application Scenarios
   Where is this product used and why?
   In modern GE automation environments, the IC695315-CD serves as a high-performance programmable automation controller (PAC) core within the PACSystems lineage. It’s deployed across automotive manufacturing lines, consumer electronics assembly, packaging, and process-intensive facilities where deterministic control, rapid decision-making, and expansive data handling are essential. This controller sits at the heart of a scalable automation stack, coordinating multiple I/O modules, network interfaces, and field devices to execute complex control strategies, manage recipes, and log process data for traceability. Its capabilities enable parallel task execution, robust real-time scheduling, and tight integration with GE’s engineering tools, diagnostics, and remote access workflows. In retrofit scenarios, engineers migrate legacy PLCs to the IC695315-CD to unlock modern software features while preserving underlying hardware topology, minimizing wiring changes, and reducing project risk. In procurement documents, this model is typically cited as the processor backbone for GE Fanuc PACSystems deployments, ensuring consistency across plant-wide control architectures.

2. Product Introduction & Positioning
   Overview of the product’s definition, role, and system compatibility
   The IC695315-CD is a PACSystems CPU module designed to deliver robust processing performance for GE’s Series architectures. It functions as the main processing node that executes control programs, manages global data, and interfaces with I/O racks, network devices, and communication modules. The CPU integrates with the RX3i or broader PACSystems backplane ecosystem, supporting scalable configurations from small to large control schemes. Its value proposition centers on high compute power, reliable diagnostics, and a software ecosystem that supports modular expansion, redundancy, and lifecycle management. The model name IC695315-CD should be referenced in BOMs, maintenance logs, and commissioning packets to ensure correct system configuration and firmware baselines.

3. Key Technical Features & Functional Benefits
   The IC695315-CD delivers substantial processing performance and system resilience. It typically combines a high-frequency 32-bit processor with ample memory to support large control programs, data logging, and advanced analytics. The backplane integration yields deterministic scan cycles, precise timing, and stable communication with I/O and field devices. Built-in diagnostics and status reporting help operators quickly identify faults, while GE’s software tools streamline programming, testing, and simulation. The hardware design emphasizes reliable operation in industrial environments, with thermal management and rugged component selection supporting extended service life. For engineers, this CPU offers a solid foundation for scalable, future-proof automation projects, blending performance with long-term support.

4. Detailed Technical Specifications
   Parameter | Value
   Model | IC695315-CD
   Brand | GE Fanuc Emerson
   Type | PACSystems CPU/module
   Core Technology | 32-bit processor (configuration-dependent)
   Backplane Compatibility | PACSystems backplane (RX3i or equivalent)
   Operating System / Software | GE FANUC RX3i software environment and related toolchain
   Memory | RAM and non-volatile storage options (per configuration)
   Clock Speed | Up to high GHz range (per specific CPU variant)
   I/O Interface | Connects to I/O racks and field devices
   Power Requirements | Industrial DC power as per system design
   Operating Temperature | Industrial range (typical 0–60°C, enclosure dependent)
   Certifications | Industrial safety and EMC compliance
   Dimensions | Standard PACSystems CPU footprint

5. Related Modules or Compatible Units

• IC695CPU315-CD – Similar CPU variant with different performance tier

• IC695ETM001 – Time and event management module compatible with PACSystems CPUs

• IC695PWR320 – Power supply module for RX3i systems

• IC695NGR01 – Network gateway for extended communications

• IC695ALG001 – Analog I/O expansion modules compatible with PACSystems

• IC695CRK – System carrier or chassis for RX3i cores

• IC697MDL653H – Discrete I/O module family for cross-platform integration

6. Installation Notes & Maintenance Best Practices
   Pre-installation considerations
   Verify chassis compatibility and ensure the RX3i/PACSystems backplane is prepared for the CPU module. Confirm power supply adequacy, cooling provisions, and proper seating of the CPU into the carrier. Review firmware baselines and ensure the software environment is aligned with the CPU revision to prevent licensing or compatibility issues. Document the rack layout, network topology, and boot sequence to facilitate smooth commissioning.

Maintenance best practices
Maintain a routine for monitoring CPU health, memory usage, and diagnostic logs. Schedule periodic firmware/software updates through GE support channels and keep backups of the control program and configuration. Keep spare CPUs and essential accessories in inventory to minimize downtime during field swaps. Maintain thorough records of firmware versions, topology changes, and maintenance actions for audits and upgrades.