Name: IC697MEM733 256KB CMOS Memory Module for Series 90-70 by GE Fanuc Emerson
SKU: IC697MEM733
Availability: InStock

Product details

Product Overview

Powergear X Automation offers the IC697MEM733 memory module for GE Fanuc Emerson Series 90-70 PLC systems. It provides stable data and program storage in a compact daughterboard format.

Technical Specifications

Brand: GE Fanuc Emerson
Model: IC697MEM733
Series: Series 90-70
Memory: 256 KB CMOS
Weight: 1.19 lbs (0.54 kg)
Battery: Lithium
Battery Life: 10 years at 20°C
Retention: 6 months without power
Bus Current: 2.25 A
No additional slot needed
Flash memory holds data even without battery

Key Features & Benefits

The IC697MEM733 stores data and programs safely
The lithium battery keeps the clock and memory active during power loss
The board fits in the same CPU slot, saving rack space
Users choose how to allocate memory between program and data
Long service life reduces maintenance work

Performance Parameters

CMOS memory provides reliable retention
Data stays intact for months when powered off
2.25 A load requires basic power check before use
Best service life at 20°C (68°F)
Reliable in normal cabinet conditions

Installation Guide

Turn off system power before installation
Insert the IC697MEM733 fully into the CPU slot
Restart the PLC and verify memory settings
Install the new battery before removing the old one
Check the clock and stored values after restart

Packaging List

One IC697MEM733 memory board
One lithium battery installed
Quick setup instructions
Industrial packaging with protective inserts
Ships via FedEx, UPS, or DHL

FAQ

Q: How long does memory hold without power?A: Up to six months depending on temperature and battery condition.
Q: Can the battery be changed without losing programs?A: Yes. Install the new battery first and then remove the old one.
Q: Which CPUs support this memory module?A: The unit works with 780, 781, 782, 788, and 789 CPU models.
Q: How do I extend module life?A: Keep the PLC cabinet near 20°C and check the battery yearly.
Q: How do I confirm power requirements?A: Compare the 2.25 A load with the CPU’s available bus power.