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    For IC693CPU360 maintenance demand, Apter Power offers pricing assistance and access to official General Electric Series 90-30 technical files.

IC693CPU360

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General Electric IC693CPU360 is a Series 90-30 25 MHz 240 KB CPU Module for supporting high-capacity Series 90-30 control across eight baseplates.
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Technical specifications for IC693CPU360

  • Manufacturer:
    General Electric
  • Part Number:
    IC693CPU360
  • Product Family:
    GE 90-30 Series PLC
  • Product Type:
    Series 90-30 25 MHz 240 KB CPU Module
  • Stock:
    1
  • CPU Form:
    Single-slot CPU
  • Processor Speed:
    25 MHz
  • Processor Type:
    80386EX
  • User Memory:
    240 KB
  • Typical Boolean Scan:
    0.22 ms per 1K logic
  • Total Baseplates:
    8
  • +5 VDC Load:
    670 mA
  • Operating Temperature:
    0-60 °C
  • Built-In Serial Port:
    SNP/SNP-X through power-supply connector
  • Memory Storage:
    RAM and Flash
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Control Capacity Expansion Bus Data Memory Interfaces

Features:

  • Provides 240 KB of configurable memory for logic and controller data.
  • Extends Series 90-30 control across as many as eight baseplates.
  • Uses a 25 MHz 80386EX processor in a removable single-slot module.
The controller supports larger programs and distributed rack layouts without integrating the CPU into the baseplate.

Its backplane demand is lower than the dual-port floating-point CPU, which affects power-supply selection during replacement.

RAM and Flash provide complementary working and retained storage for the application.

Apter Power assists with pricing and access to official manufacturer documentation for General Electric IC693CPU360 Series 90-30 25 MHz 240 KB CPU Module.
General Electric IC693CPU360 Series 90-30 25 MHz 240 KB CPU Module Manuals, Datasheets, Links Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

IC693CPU360 Control Capacity

  • Memory allocation: The large user area can be divided among logic, registers and application data.
  • Processor platform: An 80386EX core supports the higher-capacity Series 90-30 controller design.
  • Cycle behavior: Actual execution reflects the complete mix of logic, I/O and communication tasks.
  • Migration check: A replacement must accommodate both the compiled program and configured data ranges.

IC693CPU360 Expansion Bus

  • Eight-baseplate limit: The architecture supports a wider I/O layout than five-rack CPUs.
  • Rack identity: Each expansion chassis must use the address expected by the controller project.
  • Cable continuity: A broken or incorrectly routed bus link can remove downstream racks from the scan.
  • End termination: The final baseplate must complete the expansion bus correctly.

IC693CPU360 Data Retention

  • Working RAM: Online logic and changing reference data occupy the volatile memory area.
  • Flash storage: The controller can retain a nonvolatile application copy for recovery.
  • Battery support: Backup power protects volatile contents during an outage.
  • Archive scope: The saved project should include rack configuration and communication parameters as well as logic.

IC693CPU360 System Interfaces

  • Programming path: SNP/SNP-X service access is provided through the Series 90-30 power supply.
  • Expansion interface: The rack bus carries controller access to modules beyond the main baseplate.
  • Option modules: Dedicated communications cards can add application network protocols.
  • Replacement comparison: The single-service-port arrangement differs from the dual-front-port CPU design.
Description
For high-capacity modular control, General Electric IC693CPU360 is a 25 MHz Series 90-30 CPU module supporting programs distributed across as many as eight baseplates.

IC693CPU360 provides a large configurable memory resource for logic and data while using RAM and Flash to support execution and retained storage.

The eight-baseplate reach of IC693CPU360 suits applications that have outgrown five-rack CPUs, provided expansion addressing, cable routing and termination remain consistent.

Service communication with IC693CPU360 uses the SNP/SNP-X path at the power-supply connector, and its backplane load remains lower than the dual-port floating-point CPU in the same class.
Revisions

Revision Part #

Also known as

IC693CPU360CF
IC693CPU360-CF, Series CF, Rev CF
IC693CPU360CE
IC693CPU360-CE, Series CE, Rev CE
IC693CPU360BE
IC693CPU360-BE, Series BE, Rev BE
IC693CPU360BD
IC693CPU360-BD, Series BD, Rev BD
IC693CPU360BC
IC693CPU360-BC, Series BC, Rev BC
IC693CPU360BB
IC693CPU360-BB, Series BB, Rev BB
IC693CPU360BA
IC693CPU360-BA, Series BA, Rev BA
Alternative Names
GE IC693CPU360 GE Fanuc IC693CPU360 General Electric IC693CPU360 IC693 CPU360 IC693-CPU360 1C693CPU360 IC693CPU36O GE 90-30 Series PLC IC693CPU360
Technical notes
IC693CPU360 supports eight baseplates while drawing 670 mA from the +5 VDC rail, a key distinction from the higher-load IC693CPU352.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What must be recorded before replacing IC693CPU360?
Archive the project, memory allocation, hardware configuration, rack addresses and SNP/SNP-X parameters used by IC693CPU360.
Why does an expansion rack disappear from a IC693CPU360 system?
Inspect the rack address, expansion cable path and final termination, then compare the physical layout with the downloaded IC693CPU360 configuration.
Can IC693CPU360 manage an eight-baseplate installation?
Yes. Keep the complete IC693CPU360 system within eight total baseplates and apply the supported expansion-bus arrangement.
How is service communication established with IC693CPU360?
Connect to the SNP/SNP-X interface on the Series 90-30 power supply and match the IC693CPU360 communication parameters.
Why should IC693CPU360 not be treated as identical to IC693CPU352?
IC693CPU360 differs in serial-port arrangement, floating-point hardware and backplane load, so replacement requires an application-level comparison.
How can the IC693CPU360 application survive extended power removal?
Store a verified nonvolatile copy in Flash and maintain the RAM backup battery according to the service plan.
What should be checked when IC693CPU360 remains stopped after download?
Review CPU and power-supply LEDs, PLC fault tables, rack configuration and whether the downloaded program is valid for IC693CPU360.

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