General Electric IC698CRE030
General Electric IC698CRE030
General Electric IC698CRE030
General Electric IC698CRE030
General Electric IC698CRE030
General Electric IC698CRE030
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  • Lifecycle status

    Discontinued

IC698CRE030

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GE IC698CRE030 is an RX7i redundancy processor with synchronized memory, Ethernet communications and rapid controller switchover for availability-focused control systems.
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Technical specifications for IC698CRE030

  • Manufacturer:
    General Electric
  • Part Number:
    IC698CRE030
  • Product Family:
    GE PACSystems RX7i
  • Product Type:
    600 MHz Redundancy Central Processing Unit
  • Stock:
    1
  • Processor:
    600 MHz Intel Pentium M
  • User Memory:
    64 MB RAM and 64 MB flash
  • Memory Protection:
    ECC single-bit correction and multiple-bit detection
  • Redundancy Mode:
    Hot standby
  • Switchover:
    One scan maximum; 3.133 ms documented minimum
  • Redundancy Transfer:
    Up to 2 MB per sweep
  • Redundancy Links:
    Two RMX128 modules maximum
  • Embedded Network:
    Two 10/100 Ethernet ports
  • Serial Interfaces:
    RS-232 and RS-485
  • Backplane Demand:
    3.2 A at 5 VDC; 0.003 A at +12 VDC and −12 VDC
  • Operating Temperature:
    0–50 °C without fan; 0–60 °C with fan
  • Dimensions:
    4.1 × 17.4 × 29.3 cm
  • Weight:
    0.8 kg
  • 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 Pair Compatibility Redundancy Path Switchover Proof Application
  • Hot-standby RX7i controller architecture
  • Error-correcting program memory
  • One-scan redundancy switchover with dual RMX support

IC698CRE030 is an RX7i redundancy CPU designed for control systems that require an actively synchronized standby controller.

Its hot-standby architecture supports rapid transfer of control when the active controller or its associated path experiences a qualifying failure.

Replacement planning must verify both controllers, firmware releases, RMX communication paths, application projects and battery condition as one coordinated redundancy system.

Availability, condition, price, and shipping time for IC698CRE030 are confirmed during quotation.

General Electric IC698CRE030 600 MHz Redundancy Central Processing Unit Product Family, Service, 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.

  • Record the suffix and firmware of both controllers
  • Confirm project and hardware-configuration equality
  • Verify the supported battery generation
  • Inspect every RMX module and fiber path
  • Confirm transfer-size and role configuration
  • Resolve synchronization faults before process control
  • Establish a safe controlled test condition
  • Confirm I/O and communications continuity
  • Review logs on both controllers after takeover
  • Hot-standby PACSystems RX7i control
  • Availability-critical process automation
  • Matched IC698CRE030 redundancy-pair maintenance
Description
IC698CRE030 is the 600 MHz Pentium M controller used in an RX7i hot-standby pair. It provides 64 MB of user RAM and 64 MB of flash together with error-correcting memory support.

Redundancy data is exchanged through RMX modules, with up to two links supported. A switchover completes within one scan under the documented conditions, so both controllers, links and I/O ownership must be commissioned as one system.

Two 10/100 Ethernet ports and RS-232/RS-485 serial interfaces support programming and plant communications. Firmware, project synchronization, battery generation and the two-letter release suffix affect replacement compatibility.
Revisions

Revision Part #

Also known as

IC698CRE030AA
IC698CRE030-AA, Series AA, Rev AA
IC698CRE030AB
IC698CRE030-AB, Series AB, Rev AB
IC698CRE030BB
IC698CRE030-BB, Series BB, Rev BB
IC698CRE030CB
IC698CRE030-CB, Series CB, Rev CB
IC698CRE030CC
IC698CRE030-CC, Series CC, Rev CC
IC698CRE030DC
IC698CRE030-DC, Series DC, Rev DC
IC698CRE030DD
IC698CRE030-DD, Series DD, Rev DD
IC698CRE030DE
IC698CRE030-DE, Series DE, Rev DE
IC698CRE030EE
IC698CRE030-EE, Series EE, Rev EE
IC698CRE030EF
IC698CRE030-EF, Series EF, Rev EF
IC698CRE030EG
IC698CRE030-EG, Series EG, Rev EG
IC698CRE030EH
IC698CRE030-EH, Series EH, Rev EH
IC698CRE030FH
IC698CRE030-FH, Series FH, Rev FH
IC698CRE030FJ
IC698CRE030-FJ, Series FJ, Rev FJ
IC698CRE030FK
IC698CRE030-FK, Series FK, Rev FK
IC698CRE030FL
IC698CRE030-FL, Series FL, Rev FL
IC698CRE030FM
IC698CRE030-FM, Series FM, Rev FM
IC698CRE030GM
IC698CRE030-GM, Series GM, Rev GM
IC698CRE030HN
IC698CRE030-HN, Series HN, Rev HN
IC698CRE030HP
IC698CRE030-HP, Series HP, Rev HP
Alternative Names
IC698CRE030 RX7i Redundancy CPU IC698CRE030 600 MHz CPU PACSystems RX7i IC698CRE030 IC 698 CRE 030 GE Fanuc IC698CRE030 GE IC698CRE030
Technical notes
IC698CRE030 replacements require matched controller releases, compatible firmware, synchronized projects, healthy RMX redundancy links, confirmed battery generation, and a controlled switchover test that proves continuous I/O ownership.
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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.
Must both GE IC698CRE030 controllers use the same release and firmware?
Treat matching as a system requirement. Verify supported suffixes, firmware, project version, RMX firmware and battery generation for both units before synchronizing the pair.
What must be backed up before replacing GE IC698CRE030?
Save the complete redundancy project, both controller configurations, retained variables, Ethernet exchanges, RMX settings, role assignments, fault tables and current firmware records.
How should GE IC698CRE030 switchover be tested?
Use the approved process-safe procedure to force a controlled primary loss, then confirm standby takeover, I/O continuity, data synchronization, communications and return to a stable redundancy state.
Why can a GE IC698CRE030 pair refuse to synchronize?
Check project and firmware equality, redundancy transfer size, RMX link health, role configuration, memory errors, battery status and fault records on both controllers.
Does GE IC698CRE030 require a fan?
Forced air is required above 50 °C and must also reflect total rack heat. Confirm actual enclosure temperature and airflow for both redundant racks.
What battery detail matters for GE IC698CRE030 replacement?
Later Hx hardware with qualifying firmware supports reliable low-battery detection using the smart-battery arrangement. Preserve the installed battery generation and verify alarm behavior.
What should be monitored after a GE IC698CRE030 change?
Track synchronization status, active and backup roles, RMX diagnostics, ECC events, scan time, Ethernet exchanges, battery indication and any unexpected switchovers during observation.