GE IC697CPM925 Central Processor Unit

Product Introduction

The GE IC697CPM925 Central Processor Unit (CPU) is a high-performance, floating point CPU module designed for the Series 90-70 PLC system. Operating at 64 MHz with a 32-bit floating point architecture and 1 MByte of memory, this CPU is engineered to handle up to 12,000 discrete I/O points, making it ideal for large-scale industrial automation and process control applications.

The IC697CPM925 provides deterministic control, fast task execution, and reliable serial communication, supporting a wide range of IC660 and IC661 I/O modules. Its high-speed floating point processing allows precise control, real-time calculations, and complex data handling in demanding industrial environments.

This CPU module is widely used in manufacturing, energy, process industries, transportation, and utilities, where high-speed computation, large I/O capacity, and reliable operation are critical. The module is designed for single-slot installation, minimizing space while providing robust computational capabilities and advanced diagnostics.

Technical Specifications

Applications

The IC697CPM925 CPU Module is used in large-scale industrial automation and process control environments:

• Manufacturing Automation: Controls complex production lines, multi-robot cells, and machinery with up to 12,000 discrete I/O points.

• Process Control: Performs high-speed floating point calculations for temperature, pressure, flow, and level control in chemical, pharmaceutical, and food processing plants.

• Energy and Utilities: Monitors and controls power substations, energy distribution, and grid management systems.

• Transportation Systems: Automates traffic control networks, airport baggage handling, and logistics sorting systems.

• Remote Monitoring and Data Acquisition: Provides real-time communication with HMIs, SCADA systems, and remote I/O devices.

• Data-Intensive Control Applications: Supports high-speed floating point processing for complex calculations and simultaneous management of large I/O networks.

Advantages

1. High-Performance CPU: 64 MHz processor delivers fast and deterministic control for large systems.

2. Floating Point Architecture: 32-bit floating point design enables precise and complex computations.

3. Large I/O Capacity: Supports up to 12,000 discrete I/O points using IC660 and IC661 modules.

4. Ample Memory: 1 MByte user memory for program storage, floating point calculations, and data management.

5. Serial Communication: Provides one serial port for connecting HMIs, operator panels, or other serial devices.

6. Single-Slot Compact Design: Saves panel space while delivering full CPU functionality.

7. Advanced Diagnostics: Monitors CPU, communication, and I/O errors for efficient troubleshooting.

8. Robust Industrial Operation: Operates reliably across 0–70 °C and 5–95% non-condensing humidity.

9. Flexible I/O Integration: Compatible with IC660 and IC661 digital and analog modules for versatile system design.

FAQ

1. What type of CPU architecture does the IC697CPM925 use?
   It uses a 32-bit floating point architecture, capable of performing high-speed arithmetic and complex calculations for industrial automation applications.

2. How fast is the processor?
   The module operates at 64 MHz, providing deterministic control and rapid program execution.

3. What is the memory capacity of this CPU?
   It provides 1 MByte of user memory for program storage, data handling, and floating point calculations.

4. How many discrete I/O points can the IC697CPM925 support?
   The CPU supports up to 12,000 discrete I/O points when used with compatible IC660 and IC661 I/O modules.

5. Does the CPU provide serial communication?
   Yes, it features one serial port compatible with RS-232 and RS-485 protocols for connecting HMIs, operator panels, or other serial devices.

6. Which I/O modules are compatible with this CPU?
   The IC697CPM925 is fully compatible with IC660 and IC661 digital and analog modules.

7. Does the CPU include diagnostic capabilities?
   Yes, it monitors CPU errors, communication faults, and I/O errors to facilitate troubleshooting and system maintenance.

8. Can the CPU handle real-time floating point calculations?
   Yes, the 32-bit floating point architecture enables high-speed real-time computation for precise process control.

9. What are the operating temperature and humidity ranges?
   The CPU operates between 0–70 °C with 5–95% non-condensing humidity, ensuring reliable performance in industrial environments.

10. What is the typical power consumption, and will it affect other modules?
    The IC697CPM925 consumes approximately 8 W from the backplane, allowing multiple modules to operate without overloading the PLC system.

Related Models (Same Series or Related)

Popular Models (Same Brand, GE)

FAQ

1. What type of CPU architecture does the IC697CPM925 use?
   It uses a 32-bit floating point architecture, capable of performing high-speed arithmetic and complex calculations for industrial automation applications.

2. How fast is the processor?
   The module operates at 64 MHz, providing deterministic control and rapid program execution.

3. What is the memory capacity of this CPU?
   It provides 1 MByte of user memory for program storage, data handling, and floating point calculations.

4. How many discrete I/O points can the IC697CPM925 support?
   The CPU supports up to 12,000 discrete I/O points when used with compatible IC660 and IC661 I/O modules.

5. Does the CPU provide serial communication?
   Yes, it features one serial port compatible with RS-232 and RS-485 protocols for connecting HMIs, operator panels, or other serial devices.

6. Which I/O modules are compatible with this CPU?
   The IC697CPM925 is fully compatible with IC660 and IC661 digital and analog modules.

7. Does the CPU include diagnostic capabilities?
   Yes, it monitors CPU errors, communication faults, and I/O errors to facilitate troubleshooting and system maintenance.

8. Can the CPU handle real-time floating point calculations?
   Yes, the 32-bit floating point architecture enables high-speed real-time computation for precise process control.

9. What are the operating temperature and humidity ranges?
   The CPU operates between 0–70 °C with 5–95% non-condensing humidity, ensuring reliable performance in industrial environments.

10. What is the typical power consumption, and will it affect other modules?
    The IC697CPM925 consumes approximately 8 W from the backplane, allowing multiple modules to operate without overloading the PLC system.

Related Models (Same Series or Related)

Popular Models (Same Brand, GE)

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