A high-performance Series 90-70 single-slot CPU with a 96 MHz 80486DX4 processor, hardware floating-point capability, 6 MB battery-backed memory and three serial interfaces.
ARCHITECTURE
96 MHz / 6 MB
CPU / MEMORY / BACKPLANE
PROCESSOR 96 MHz 80486DX4, 32-bit
USER MEMORY 6 MB battery-backed
FLASH MEMORY 256 KB non-volatile user flash
01 / PRODUCT ROLE
Built for the Series 90-70 Control Architecture
A high-performance Series 90-70 single-slot CPU with a 96 MHz 80486DX4 processor, hardware floating-point capability, 6 MB battery-backed memory and three serial interfaces.
Replacement work should preserve the complete controller identity: CPU revision, firmware, rack and power arrangement, memory retention, communication settings, I/O map and application project. A physically similar CPU from another GE platform is not interchangeable.
MATCH BEFORE ORDERING
Send the full catalog number, revision, current rack configuration and destination. We will help you check the requested identity before quotation.
Why the full identity matters: CPU families differ in backplane, memory organization, programming support, communication behavior and I/O compatibility. Match the installed architecture before considering a performance step.
20 YEARS OF INDUSTRIAL AUTOMATION SUPPLY
Fast Response for Critical Automation Parts
QUALITY Careful part-number handling for current and discontinued automation components.
Returns and replacement: Contact us within seven days of receipt if a concern arises. Keep the item in its original condition and provide the return reason. A return or replacement is arranged after the item is received and inspected. Return shipping costs are the buyer's responsibility.
03 / PURCHASING FAQ
Questions That Protect an Exact-Match Order
01
IC697CPX928: Can IC697CPX928 be fitted outside slot 1?
No. This single-slot Series 90-70 CPU is installed in rack slot 1. The rack, power supply and I/O arrangement must remain compatible.
02
IC697CPX928: Does IC697CPX928 support floating-point calculations?
Yes. Its 96 MHz 80486DX4 architecture includes floating-point capability for math-intensive control functions.
03
IC697CPX928: How should the 6 MB memory be protected during replacement?
Maintain a healthy battery, save the application and configuration, and follow a controlled power-down sequence before removing the CPU.
04
IC697CPX928: Can IC697CPX928 directly replace another Series 90-70 CPU?
Not by part-number similarity alone. Check memory use, firmware, serial-port assignments, I/O capacity, rack configuration and programming-software support.
05
IC697CPX928: What should be commissioned after fitting IC697CPX928?
Verify the RUN and output-enable states, battery and memory status, serial communication, I/O scan, clock, fault table and application behavior.
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Need an exact-match quotation? Send the part number, quantity, condition requirement and destination.
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