Description

The GE IC695CPU315 is a high-performance Programmable Automation Controller (PAC) CPU module within GE’s RX3i series, designed for demanding industrial automation applications. As the central processing unit of the PACSystems platform, this controller features a powerful 1.0 GHz Intel® Celeron® M processor with integrated motion control capabilities, enabling precise coordination of complex machinery and processes. The IC695CPU315 supports up to 512 I/O modules (local and remote) and executes ladder logic, structured text, and function block programming with nanosecond precision. Its dual 10/100 Mbps Ethernet ports facilitate simultaneous communication with HMIs, SCADA systems, and enterprise networks via PROFINET, Ethernet/IP, and Modbus TCP protocols. Engineered for harsh environments, the GE IC695CPU315 operates reliably in temperatures from 0°C to 60°C with superior vibration resistance. For manufacturers requiring scalable control solutions, this CPU delivers seamless integration with legacy 90-30 series I/O while supporting advanced safety applications through VersaSafe™ technology.

GE IC695CPU315

Technical Specifications

Main Features and Advantages

Industrial-grade processing power: The IC695CPU315‘s 1.0 GHz processor executes complex algorithms 5× faster than conventional PLCs, enabling real-time motion control for robotics and CNC applications. Dual Ethernet ports allow independent data exchange with HMIs and enterprise systems without performance degradation.
Seamless migration: Backward compatibility with GE 90-30 series I/O modules protects legacy investments, while PCI-based backplane architecture supports high-speed data transfers (up to 264 Mbps). The module’s non-volatile flash memory ensures program retention during power loss.
Enhanced diagnostics: Built-in self-test routines and detailed fault logging reduce troubleshooting time by 70%. Safety integration via VersaSafe™ technology enables SIL 2/3 applications without additional hardware. For future expansion, the IC695CPU315 supports hot-swappable I/O modules and redundant CPU configurations (with IC695CRU320).

Application Field

The GE IC695CPU315 excels in high-speed automation across automotive, food processing, and material handling. In automotive assembly lines, it synchronizes robotic welders and conveyor systems while managing PROFINET communication with vision inspection systems. Food packaging facilities leverage its motion control capabilities for servo-driven filling machines, achieving ±0.1mm accuracy at 200 packages/minute.
Water treatment plants deploy the IC695CPU315 for pump station control and chemical dosing, utilizing its Modbus TCP integration for SCADA connectivity. In semiconductor fabrication, the controller manages vacuum chamber sequencing with nanosecond timing precision. For renewable energy, it coordinates wind turbine pitch control systems, withstanding vibration levels exceeding API 670 standards. Discrete manufacturers use the IC695CPU315 for CNC machine control, replacing proprietary systems with open-architecture flexibility.

GE IC695CPU315

Related Products

IC695CRU320: Redundancy module for IC695CPU315 failover configurations

IC694ACC300: RX3i Universal Backplane for CPU mounting

IC695ETM001: Dual-port Ethernet expansion module

IC693CPU374: Legacy 90-30 CPU for migration projects

IC695ALG600: 8-channel analog input module

IC695PDO002: 32-point digital output module

IC695PBM300: PROFIBUS-DP master module

Installation and Maintenance

Pre-installation preparation: Verify backplane compatibility (RX3i Universal Backplane required) and firmware version alignment with Proficy Machine Edition software. Ensure chassis grounding resistance<1>IC695CPU315 for heat dissipation. Use ESD wrist strap during handling.
Maintenance recommendations: Monitor CPU temperature via Proficy HMI; sustained operation >55°C requires airflow optimization. Clean cooling fins biannually with non-static vacuum. Replace backup battery (IC694BAT300) every 5 years to maintain real-time clock and memory retention. Perform firmware updates during planned downtime after validating compatibility with I/O modules.