GE IC695CPU320 PACSystems RX3i High-Performance CPU Module with Expanded Memory, Enhanced Scanning, and Enterprise-Ready Communication Features

Applications

The IC695CPU320 is designed for demanding automation applications that require reliable performance and extended capabilities:

• Large process automation plants with mixed I/O requirements

• Distributed control systems with segmented rack configurations

• Real-time machine sequence and motion control

• Enterprise-level connectivity with supervisory control systems

• Integrated safety and system diagnostics for critical infrastructure

Its enhanced processing and communication capabilities make it an excellent choice for systems where control responsiveness and uptime are essential.

Advantages

• Expanded processing power — handles large control strategies without bottlenecks

• Fast deterministic execution — ensures consistent timing in control loops

• Reliable diagnostics — facilitates maintenance and system health monitoring

• Flexible communication support — integrates with optional network modules

• Industrial-grade design — built for continuous operation in harsh environments

• Scalable performance — supports system growth and increasing complexity

By combining high performance with robust integration features, the IC695CPU320 enables engineers to build automation solutions that can adapt and expand with evolving operational requirements.

Technical FAQs

1. What makes the IC695CPU320 different from other RX3i CPUs?
It offers higher processing performance and larger memory capacity for complex applications.

2. Which software is used to program this CPU?
It is configured with Proficy Machine Edition or compatible PACSystems programming tools.

3. Is this CPU suitable for large I/O systems?
Yes — its enhanced throughput supports dense analog and discrete I/O configurations.

4. Does it support real-time deterministic execution?
Yes — designed for high-speed deterministic logic processing.

5. Can the CPU communicate with external networks?
Yes — with optional communication modules such as Ethernet, DeviceNet, and serial interfaces.

6. What temperature range can it operate in?
It operates between 0°C and +60°C in industrial environments.

7. Does it provide system diagnostics?
Yes — built-in diagnostics and status reporting are standard.

8. Can it be used in distributed automation systems?
Yes — it integrates seamlessly into multi-rack and distributed control architectures.

9. Is it compatible with high-performance motion systems?
Yes — its processing performance makes it suitable for real-time motion control.

10. What industries use this CPU?
Manufacturing, energy, utilities, chemical processing, and complex automation systems are common use cases.