GE IC695310-CD high-performance central processing unit (CPU) module

Description

The GE IC695310-CD is chosen for demanding industrial automation tasks in automotive, chemical, and metallurgical production lines, where process control speed and system reliability cannot be compromised. This CPU module is frequently implemented in medium to large-scale distributed control systems and intelligent manufacturing plants that require coordination of complex algorithms, rapid data processing, and robust equipment integration. Users deploy the GE IC695310-CD in high-speed packaging machines, material tracking lines, process monitoring stations, and flexible manufacturing cells where deterministic response and fast I/O scan rates help minimize downtime and maximize throughput. The platform suits scenarios where real-time monitoring, adaptive control, or machine vision is required, such as automated paint lines, glass production ovens, and process optimization skids. Its wide communication compatibility adapts to large plant upgrades or tiered system expansions, making the module an anchor point for integrated MES or SCADA environments where plant reliability, advanced diagnostics, and industrial protocol flexibility are critical requirements.​

The GE IC695310-CD is a high-performance central processing unit (CPU) module for the PACSystems RX7i platform, engineered for controlling, sequencing, and synchronizing diverse industrial processes. At the heart of modular GE PACSystems architectures, the GE IC695310-CD carries out key responsibilities such as real-time data processing, execution of user programs, and coordination with distributed I/O, communication, and specialty modules. It leverages a 32-bit multi-core processor running at 1 GHz, bolstered by 512MB DDR3 memory and 2GB flash storage, ensuring rapid processing of large applications and the ability to retain historical, configuration, and logic data persistently. Its role in the system is pivotal—serving as the master controller for both logic and communication, interfacing natively with thousands of I/O points, and supporting third-party device integration through protocols like Ethernet, Modbus/TCP, and RS-232. System architects value its flexibility in supporting multiple IEC standard programming languages (LD, ST, FBD, SFC) and easy expandability via backplane or networked modules, which makes the GE IC695310-CD invaluable for both greenfield automation and complex brownfield plant upgrades.​

Technically, the GE IC695310-CD shines in several operational domains: Its 1 GHz processor ensures fast program execution and multi-tasking, critical for time-sensitive control and adaptive algorithms in advanced plants. With 512MB DDR3 RAM, engineers can deploy large-scale logic, sophisticated sequencing routines, and buffered real-time data processing without lag or memory overflows. The 2GB flash memory maintains critical logic, configuration, and system logs, aiding in audits, rapid restarts, and maintenance traceability. Power consumption is modest (800mA at 5V DC, via RX7i rack backplane), making the module efficient for high-density cabinets. Rugged hardware compliance with IEC 61373 for shock/vibration and operation from 0°C to 60°C meets harsh plant requirements, while the broad set of interfaces (dual Gigabit Ethernet, USB, RS-232) ensures easy link-up with plant networks, HMI panels, master controllers, and remote diagnostics. Engineers benefit from comprehensive onboard diagnostics, error logging, and alarm functions that enable proactive maintenance. The CPU’s programming environment is friendly to GE’s Proficy Machine Edition, supporting rapid commissioning and flexible configuration. System redundancy, scalable I/O, and rich communication position the GE IC695310-CD as a future-proof choice for facilities that demand both short-term productivity and long-term maintainability.​

Detailed Technical Specifications

Related Modules or Compatible Units

IC695CHS012 – 12-slot PACSystems RX7i base rack for modular expansion and dense system integration.​
IC695PSD140 – RX7i series power supply module, providing regulated 5V DC power for the CPU and I/O modules.​
IC695ETM001 – Ethernet communication module for flexible protocol and plant network connectivity.​
IC695ALG600 – High-density analog input module, used for monitoring multiple analog sensor signals.​
IC695ALG608 – Advanced analog output module, enabling precise field device actuation and setpoint control.​
IC695CMM004 – High-speed serial communications module for legacy device integration.​
IC695ACC400 – Retention module for battery backup and real-time clock functions in critical control contexts.​
IC695CPK001 – RX7i CPU key kit for added security and access management in validated installations.​

Installation Notes & Maintenance Best Practices

To maximize reliability, the GE IC695310-CD should be mounted in a well-grounded RX7i rack, ensuring uninterrupted 5V DC supply from an approved power source and consistent backplane contact. Engineers should evaluate cabinet layout for vibration exposure, providing anti-vibration mounts or damping in heavy machinery environments, and confirm clearance for airflow, especially in densely packed enclosures. Shielded Ethernet and serial cabling are recommended to safeguard communication against plant EMI, with careful routing to avoid loops and minimize crosstalk. Firmware should be updated during commissioning with verified GE tools, and panel design should anticipate port access for future diagnostics and program download needs.​

Scheduled maintenance includes routine review of error logs, self-diagnostic flags, and CPU usage through GE’s programming suite. Visual inspection for loose connectors, excessive dust, or humidity ingress helps preserve long-term stability, while periodic verification of backup batteries and redundant supply path readiness ensures recoverability. Engineers are advised to regularly back up CPU programs and update revision control documentation—especially after changes in process logic, expansion, or plant network updates.