Description

GE IC695CPE310-ACAT – Industrial PLC Premium High-Performance CPU Module Comprehensive Technical Guide

Product Description

Product Parameters

Advantages and Features

1. Quad-Core Ultra-Fast Processing: The GE IC695CPE310-ACAT is equipped with a 32-bit quad-core industrial processor, delivering execution speeds of 0.03 microseconds per boolean instruction and 0.1 microseconds per floating-point instruction. This enables simultaneous handling of complex control logic, real-time data processing, and network communication—critical for large-scale systems like multi-line manufacturing plants and regional energy grids.
2. Expanded Secure Memory: With 256 MB non-volatile flash program memory (battery-free, shock-resistant) and 128 MB expandable RAM, the module securely stores massive control programs, historical data logs, and user configurations. The non-volatile design eliminates data loss risks during power outages, while expandable memory supports future system upgrades and detailed process logging.
3. Redundant Multi-Protocol Networking: Featuring 4 Gigabit Ethernet ports and native support for leading industrial protocols (including OPC UA for IIoT integration), the GE IC695CPE310-ACAT enables seamless connectivity to industrial networks, third-party devices, and cloud platforms. The dual redundant Ethernet ports ensure uninterrupted communication, preventing downtime from network failures and supporting load balancing for high-traffic systems.
4. Enterprise-Grade Cybersecurity: Compliant with ISA/IEC 62443 standards, the CPU integrates AES-256 data encryption, a built-in firewall, and role-based access control to protect against unauthorized access, cyber threats, and firmware tampering. This makes it ideal for critical infrastructure and regulated industries where data security is non-negotiable.
5. Extreme I/O Scalability & Compatibility: Supporting up to 65,536 discrete and 8,192 analog I/O points, the GE IC695CPE310-ACAT scales effortlessly to meet the demands of the largest industrial control systems. It maintains full compatibility with all RX3i modules, ensuring plug-and-play integration into existing setups and reducing upgrade costs.

Application Cases in Application Fields

1. Global Automotive Manufacturing Hub: A leading automotive OEM deployed the GE IC695CPE310-ACAT in its RX3i PLC-based integrated manufacturing hub, spanning 8 production lines and 70+ robotic workstations. The quad-core processor coordinated body assembly, painting, and final inspection processes in real time, while its 4 Ethernet ports enabled redundant communication to the factory’s MES and ERP systems. This boosted production line synchronization by 38% and reduced unplanned downtime by 30%, while cybersecurity features protected proprietary production data.
2. Regional Smart Grid Control System: A major energy utility integrated the GE IC695CPE310-ACAT into its RX3i PLC-based smart grid control system, managing electricity distribution across 150+ substations and renewable energy installations. The CPU processed real-time data from smart meters, transformers, and solar/wind farms, executing load-balancing logic to prevent grid overloads. Its native DNP3 and OPC UA support enabled seamless integration with the utility’s SCADA and cloud analytics platforms, improving grid stability by 35% and reducing energy waste by 22%.
3. Large-Scale Pharmaceutical Complex: A global pharmaceutical company used the GE IC695CPE310-ACAT to control its RX3i PLC-based multi-unit production complex, including sterile manufacturing, packaging, and quality control lines. The CPU’s high-speed processing maintained precise control over temperature, pressure, and mixing parameters, ensuring compliance with GMP regulations. Its expanded memory supported detailed batch logging for audit trails, while cybersecurity features protected sensitive production data. This reduced batch rejection rates by 25% and streamlined regulatory compliance processes.

Comparisons with Competing Products

Selection Suggestions and Precautions

Selection Suggestions

1. Verify System Compatibility: Confirm that the GE IC695CPE310-ACAT is paired with GE PACSystems RX3i chassis and compatible modules to ensure seamless backplane integration and full utilization of its quad-core processing, expanded memory, and network redundancy features.
2. Prioritize Large-Scale/Mission-Critical Applications: Choose this CPU for multi-unit manufacturing plants, smart grids, or pharmaceutical complexes that require simultaneous processing of multiple control tasks and cannot tolerate operational downtime.
3. Opt for Security-Sensitive & Regulated Industries: Select the GE IC695CPE310-ACAT for critical infrastructure, energy, or life sciences industries, as its ISA/IEC 62443 compliance and AES-256 encryption meet strict regulatory and cybersecurity requirements.
4. Assess Future Expansion Needs: Opt for this CPU if your operation plans to scale I/O capacity, integrate IIoT platforms, or expand into multi-site control, as its high scalability and OPC UA support make it a future-proof solution.

Precautions

1. Purchase from Authorized Distributors: Only source the GE IC695CPE310-ACAT from GE-authorized suppliers to avoid counterfeit CPUs that may lack critical security features, compromise processing performance, or cause system malfunctions.
2. Professional Installation & Configuration: Ensure installation is performed by certified RX3i technicians, following GE’s guidelines for chassis insertion, network setup, and security configuration to maximize performance and mitigate cyber risks.
3. Regular Firmware & Security Updates: Keep the GE IC695CPE310-ACAT’s firmware updated via GE’s Proficy Machine Edition software to patch security vulnerabilities, enhance protocol support, and access the latest performance optimizations.
4. Static Protection: Use anti-static tools and gloves during handling and installation to protect the CPU’s sensitive quad-core processor and memory components from electrostatic damage, which can impair functionality.
5. Monitor Processing & Memory Load: Avoid overloading the CPU by regularly auditing control logic and data logging tasks—this ensures consistent execution speed and prevents performance degradation in multi-tasking scenarios, especially for 24/7 operating systems.

IC695CPE310-ACAT