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IC693CPU364

Series 90-30 CPU with Embedded Ethernet
In Stock
General Electric IC693CPU364
General Electric IC693CPU364
General Electric IC693CPU364
General Electric IC693CPU364
General Electric IC693CPU364
General Electric IC693CPU364
Product image is representative; revision or series may vary. Contact us to request a specific version.

Product Describe:

GE IC693CPU364 is a single-slot Series 90-30 CPU with an embedded Ethernet interface. It executes the PLC application and connects the installed rack system to its configured Ethernet services.

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Technical specifications for IC693CPU364

  • Manufacturer:
    General Electric
  • Product Category:
    Gas Turbine Control
  • Spare Part Number:
    IC693CPU364
  • Estimated shipping dimensions:
    3.2x12.7x13.3cm
  • Weight:
    0.3 kg
  • Tariff Code:
    8537101190
  • Counliy of origin:
    USA
  • Module width:
    Single slot
  • Processor:
    80386EX at 25 MHz
  • Maximum baseplates:
    8 total
  • User memory:
    240 Kbytes maximum
  • Typical Boolean scan:
    0.22 ms per 1 K logic
  • Discrete inputs:
    2048
  • Discrete outputs:
    2048
  • Global discrete memory:
    1280 bits
  • Current from 5 V DC supply:
    1.1 A
  • Operating temperature:
    0 to 60 deg C
  • Ethernet fuse:
    125 V, 1 A, slow acting

Information

Overview Manuals Common Applications Product Precautions
IC693CPU364 combines Series 90-30 application execution with an onboard Ethernet interface in one CPU slot.
  • Executes the Series 90-30 PLC application
  • Integrates an embedded Ethernet communication interface
  • Supports a CPU baseplate plus expansion or remote baseplates
  • Maintains a defined user-memory and I/O reference architecture

The CPU serves an installation of up to eight Series 90-30 baseplates and exchanges I/O through the configured rack structure. Commissioning requires a validated program, memory map, Ethernet identity, expansion topology and controlled output proof test.

Important Notice: Confirm IC693CPU364, the Series 90-30 CPU baseplate, processor hardware and firmware, user-memory allocation, Ethernet address and cabling, expansion-rack topology, application version, retained data, passwords and staged I/O test results before commissioning; do not install this CPU in an RX3i rack.

Apter Power IC693CPU364 Manuals and Guides

The first document is the model-specific technical and system reference. The second is a distinct field workbook for installation, wiring, commissioning and acceptance records.

Legacy machine-controller replacement
Restores an installed Series 90-30 CPU and embedded Ethernet node from a validated backup.
Distributed Series 90-30 I/O
Coordinates configured expansion or remote baseplates through the approved rack topology.
Ethernet-connected PLC supervision
Exchanges controller data with the documented host or supervisory network.
Controlled migration assessment
Provides the installed CPU identity and memory architecture required before planning a platform migration.
Read the applicable GE installation instructions before work. Verify IC693CPU364, the installed host system and all configured field interfaces before isolation, wiring or commissioning.
1
Confirm IC693CPU364, hardware revision and CPU baseplate position.
2
Back up the program, reference tables and Ethernet parameters before removal.
3
Isolate rack and field energy using the approved shutdown sequence.
4
Record every expansion or remote baseplate and communication connection.
5
Inspect the CPU and baseplate connectors under ESD-safe conditions.
6
Restore only the validated application and matching memory allocation.
7
Verify Ethernet identity without creating a duplicate address on the network.
8
Prove PLC run state, rack diagnostics, communications and controlled outputs before release.

Revisions

Revision Part #

Also known as

IC693CPU364AB
IC693CPU364-AB, Series AB, Rev AB
IC693CPU364AC
IC693CPU364-AC, Series AC, Rev AC
IC693CPU364BD
IC693CPU364-BD, Series BD, Rev BD
IC693CPU364BF
IC693CPU364-BF, Series BF, Rev BF
IC693CPU364CF
IC693CPU364-CF, Series CF, Rev CF
IC693CPU364CG
IC693CPU364-CG, Series CG, Rev CG
IC693CPU364CH
IC693CPU364-CH, Series CH, Rev CH
IC693CPU364CJ
IC693CPU364-CJ, Series CJ, Rev CJ
IC693CPU364EK
IC693CPU364-EK, Series EK, Rev EK
IC693CPU364FK
IC693CPU364-FK, Series FK, Rev FK
IC693CPU364FM
IC693CPU364-FM, Series FM, Rev FM

Technical notes

Install IC693CPU364 in the CPU position of a Series 90-30 baseplate and preserve the application, memory allocation, Ethernet settings and expansion-rack configuration. After download or replacement, verify PLC run state, Ethernet communications, I/O diagnostics and retained data before enabling outputs.

FAQ View All FAQ

  • What is the exact system role of IC693CPU364?
    It is a Series 90-30 single-slot CPU that executes the PLC application and provides embedded Ethernet communication.
  • Which host, rack or carrier is required for IC693CPU364?
    Install it in the CPU position of a Series 90-30 baseplate; it is not specified for an RX3i rack.
  • What wiring or connector checks apply to IC693CPU364?
    Preserve the baseplate and expansion topology, Ethernet cable, grounding and all field-I/O connections during CPU work.
  • How is IC693CPU364 configured for service?
    Restore the validated application, memory allocation and Ethernet parameters that match the installed hardware.
  • Which diagnostics should be reviewed for IC693CPU364?
    Review PLC run state, rack faults, Ethernet status, expansion communications and every affected I/O diagnostic.
  • What must be preserved when replacing IC693CPU364?
    Preserve the CPU revision, application build, reference data, Ethernet identity, rack map and security settings.
  • How should IC693CPU364 be commissioned after installation?
    Start with outputs inhibited, verify communication and I/O health, then execute the approved functional test.
  • What model-specific limitation must be checked for IC693CPU364?
    Available user memory depends on configured register and analog reference allocation, so a nominal memory value alone is not a complete migration check.
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