GE IC695CPU310 PACSystems RX3i CPU Module with High-Speed Process Control and Scalable Logic Performance

Typical Applications

The IC695CPU310 is optimally deployed where reliable control execution and integrated system oversight are required:

• Mid-to-large process automation systems

• Distributed I/O architectures with mixed signal types

• Manufacturing automation requiring real-time task responsiveness

• Utilities and energy management platforms

• Industrial control systems with strategic communication needs

Its scalable logic capability supports evolving control requirements without requiring frequent hardware upgrades.

Advantages

• Balanced processing power — ideal for mid-range automation systems

• Deterministic control execution — predictable scan performance for real-time tasks

• Scalable system integration — works across small to large PACSystems architectures

• Robust diagnostics — supports fast fault detection and recovery

• Flexible communication support — expands via compatible communication modules

• Industrial-grade reliability — designed for continuous operation in harsh environments

The IC695CPU310 delivers dependable performance, making it a solid choice for engineers building resilient automation systems that must handle growth and complexity.

Technical FAQs

1. What is the primary role of the IC695CPU310?
It serves as the central processing unit coordinating logic execution, I/O handling, and communication within PACSystems RX3i systems.

2. Which programming environment is used?
Configuration and programming are performed via Proficy Machine Edition or equivalent software.

3. What types of applications is this CPU suited for?
Mid-to-large process automation, distributed control, machine sequencing, and networked I/O systems.

4. Does it support communication expansion?
Yes — it interfaces with communication modules such as Ethernet, DeviceNet, and serial protocols.

5. What temperature range is supported?
Rated for operation from 0°C to +60°C.

6. Is system diagnostics supported?
Yes — the module provides extensive status monitoring and fault reporting.

7. Can it handle large logic programs?
Yes — it has embedded memory suitable for substantial control strategies.

8. How does it deliver deterministic performance?
Its scan cycle management ensures predictable execution timing.

9. Is it compatible with high-density I/O modules?
Yes — it works with large sets of analog and digital input/output modules.

10. What industries commonly use this CPU?
Utilities, energy, chemical processing, and advanced manufacturing.