IC697CPU732 CPU Module GE Fanuc

GE Fanuc IC697CPU732: High-Performance Programmable Controller

Processing & Performance Specifications

• Processor Architecture: 80C198 microprocessor design
• Clock Speed: 12 MHz operational frequency
• Boolean Processing: 0.4 microseconds per function
• Mathematical Operations: Fixed and floating point support
• I/O Capacity: 512 total inputs and outputs
• Analog Capability: 8000 analog I/O points supported

Electrical & Environmental Ratings

• Power Requirements: 5 Volts DC input voltage
• Current Consumption: 1 Amp from backplane
• Operating Temperature: 0 to 60 degrees Celsius
• Battery Backup: IC697ACC701 lithium battery
• Battery Life: 10 months at 20 degrees Celsius

Communication & Connectivity

• Serial Interface: Integrated RS-485/RS-422 port
• Programming Software: IC641 configuration software
• I/O Compatibility: IC66 and IC697 module support
• Security Features: Password protection capability
• Configuration Method: Software-based, no DIP switches

Physical Installation & Operation

• Slot Requirement: Single-slot chassis installation
• Control Interface: 3-position front panel switch
• Status Indication: Three LED status indicators
• Remote Control: Programmer and software operation
• Access Security: Prevents unauthorized configuration

Frequently Asked Questions

What processor does the IC697CPU732 use?
The IC697CPU732 features an 80C198 microprocessor running at 12 MHz.

How fast is the Boolean processing?
This CPU processes Boolean functions in just 0.4 microseconds.

What programming software is required?
The module is configured using IC641 programming software.

How many I/O points are supported?
It supports 512 mixed I/O points and 8000 analog I/O.

What battery does this CPU use?
It uses the IC697ACC701 lithium battery for memory backup.

Is this module in stock?
Yes, we maintain ready inventory of genuine GE Fanuc CPUs.

What is your shipping policy?
We ship within 5 business days using major carriers worldwide.

Contact our technical sales team: sales@nex-auto.com