GE IC697CPM914 CPU Module

Product Introduction

The GE IC697CPM914 CPU Module is a high-performance floating point CPU module designed for the Series 90-70 PLC system. Operating at 32 MHz, this single-slot CPU provides robust processing capabilities for medium-sized automation systems. It supports up to 2000 discrete I/O points, providing sufficient capacity for a wide range of industrial applications.

The IC697CPM914 features one serial communication port, allowing integration with HMIs, operator panels, and other serial devices. It is fully compatible with IC660 and IC661 I/O modules, enabling flexible configuration of digital and analog input/output points within a compact single-slot design.

This module is engineered for high-speed floating point calculations, precise control, and efficient task execution. Its architecture ensures reliable and deterministic operation in demanding industrial environments. The IC697CPM914 is widely adopted in manufacturing, process control, energy, and utility applications where a high-performance, compact CPU solution is required.

Technical Specifications

Applications

The IC697CPM914 CPU Module is suitable for a wide range of industrial applications:

• Manufacturing Automation: Controls conveyor lines, robotic systems, and machine operations using up to 2000 discrete I/O points.

• Process Control: Performs floating point calculations for temperature, pressure, flow, and level control in chemical, pharmaceutical, and food industries.

• Energy and Utilities: Integrates with IC660/IC661 I/O modules for substation monitoring, power distribution, and energy management systems.

• Transportation and Material Handling: Automates traffic control systems, airport baggage handling, and warehouse sorting systems.

• Remote Monitoring and Data Acquisition: Uses the serial port to connect with HMIs, remote I/O devices, and data logging equipment for real-time monitoring.

Advantages

1. Floating Point CPU: 32-bit floating point architecture allows high-speed arithmetic and complex calculations.

2. High I/O Capacity: Supports up to 2000 discrete I/O points, suitable for medium-sized control systems.

3. Single-Slot Design: Compact design saves panel space while maintaining high performance.

4. Serial Communication: One serial port provides connectivity for HMIs, operator panels, or data acquisition devices.

5. Flexible I/O Support: Compatible with IC660 and IC661 I/O modules for digital and analog expansion.

6. Robust Diagnostics: Monitors CPU status, communication errors, and I/O faults for efficient troubleshooting.

7. Reliable Industrial Operation: Designed for 0–70 °C operation and wide humidity range, ensuring stability in harsh environments.

8. Efficient Memory Use: 512 KByte user memory allows storage of programs, data tables, and floating point calculations.

9. Deterministic Performance: 32 MHz processor ensures predictable cycle times for control applications.

FAQ

1. What type of CPU architecture does the IC697CPM914 use?
   It is a 32-bit floating point CPU, capable of performing high-speed arithmetic and complex calculations efficiently.

2. How many discrete I/O points can this CPU support?
   The module supports up to 2000 discrete I/O points using IC660/IC661 I/O modules.

3. Does it have serial communication capabilities?
   Yes, it has one serial port compatible with RS-232 and RS-485 protocols for connection to HMIs and other serial devices.

4. Which I/O modules are compatible with this CPU?
   It fully supports IC660 and IC661 digital and analog I/O modules.

5. What is the processor speed of this CPU?
   The IC697CPM914 operates at 32 MHz, providing fast and deterministic control for medium-sized automation systems.

6. How much user memory is available on this CPU?
   The CPU provides 512 KByte of user memory for program storage and data handling, sufficient for most medium-scale applications.

7. Does the CPU provide any diagnostics?
   Yes, it includes monitoring for CPU errors, communication errors, and I/O faults to facilitate troubleshooting.

8. Can this CPU handle floating point calculations in real time?
   Yes, the 32-bit floating point architecture enables real-time processing of analog values and complex calculations.

9. What are the operating conditions for this CPU?
   It operates between 0–70 °C with 5–95% non-condensing humidity, ensuring reliable performance in industrial environments.

10. What is the power consumption, and will it affect other modules?
    Typical power consumption is 5 W from the backplane, low enough to operate alongside other modules 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 IC697CPM914 use?
   It is a 32-bit floating point CPU, capable of performing high-speed arithmetic and complex calculations efficiently.

2. How many discrete I/O points can this CPU support?
   The module supports up to 2000 discrete I/O points using IC660/IC661 I/O modules.

3. Does it have serial communication capabilities?
   Yes, it has one serial port compatible with RS-232 and RS-485 protocols for connection to HMIs and other serial devices.

4. Which I/O modules are compatible with this CPU?
   It fully supports IC660 and IC661 digital and analog I/O modules.

5. What is the processor speed of this CPU?
   The IC697CPM914 operates at 32 MHz, providing fast and deterministic control for medium-sized automation systems.

6. How much user memory is available on this CPU?
   The CPU provides 512 KByte of user memory for program storage and data handling, sufficient for most medium-scale applications.

7. Does the CPU provide any diagnostics?
   Yes, it includes monitoring for CPU errors, communication errors, and I/O faults to facilitate troubleshooting.

8. Can this CPU handle floating point calculations in real time?
   Yes, the 32-bit floating point architecture enables real-time processing of analog values and complex calculations.

9. What are the operating conditions for this CPU?
   It operates between 0–70 °C with 5–95% non-condensing humidity, ensuring reliable performance in industrial environments.

10. What is the power consumption, and will it affect other modules?
    Typical power consumption is 5 W from the backplane, low enough to operate alongside other modules without overloading the PLC system.

Related Models (Same Series or Related)

Popular Models (Same Brand, GE)

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