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IC695CRU320

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General Electric IC695CRU320 is a PACSystems RX3i hot-standby redundancy CPU designed for high-availability RX3i control systems.
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Technical specifications for IC695CRU320

  • Manufacturer:
    General Electric
  • Part Number:
    IC695CRU320
  • Product Family:
    GE PACSystems RX3i
  • Product Type:
    Redundancy CPU
  • Stock:
    1
  • Processor:
    1 GHz Intel Celeron M
  • User Memory:
    64 MB
  • Redundancy Mode:
    Hot standby
  • Program Blocks:
    Up to 512
  • Serial Interfaces:
    RS-232 and RS-485
  • Mounting:
    RX3i universal backplane
  • Tariff Code:
    8537101190
  • Country of origin:
    United States
  • 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 Redundancy Sync Diagnostics Applications

Features:

  • Paired active and backup controller operation
  • Sixty-four megabytes of user memory
  • Embedded serial interfaces for service communications
IC695CRU320 monitors the redundancy relationship and coordinates which controller owns the application outputs.

The backup side follows the active application state so a qualified role transfer can occur under the engineered redundancy rules.

Controller status and redundancy diagnostics help operators distinguish a local CPU fault from a synchronization or communications condition.

The General Electric IC695CRU320 PACSystems RX3i Redundancy CPU is supported for pricing and official manufacturer documentation access through Apter Power.
General Electric IC695CRU320 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.

IC695CRU320 redundancy operation guidance

  • Active controller: The active side executes the application and controls the configured outputs.
  • Backup controller: The backup side receives synchronized state and remains prepared for a qualified transfer.
  • Role transfer: Switchover behavior follows the configured redundancy conditions and system health.
  • Output ownership: Only the qualified active IC695CRU320 side owns the configured outputs while the partner remains in its backup role.

IC695CRU320 synchronization guidance

  • Project match: Both CPUs require compatible hardware configuration and application content.
  • Firmware alignment: The paired controllers must use supported firmware combinations.
  • State transfer: Redundancy links carry the operating state required by the backup.
  • Rejoin sequence: A serviced IC695CRU320 must complete the configured synchronization process before it is accepted as the standby side.

IC695CRU320 diagnostics guidance

  • Controller status: CPU indicators and fault tables identify local operating conditions.
  • Pair status: Redundancy diagnostics report synchronization and role information.
  • Recovery: A repaired side must rejoin and synchronize before it can serve as backup.
  • Link health: IC695CRU320 redundancy-link status helps separate a controller fault from a failed or interrupted synchronization path.

IC695CRU320 applications guidance

  • Continuous processes: IC695CRU320 can support process lines where controller availability must be maintained through a single controller fault.
  • Utility systems: IC695CRU320 can coordinate redundant control for water, energy, and infrastructure equipment.
  • Production lines: IC695CRU320 can protect coordinated machine sequences from selected primary-controller outages.
  • Batch continuity: IC695CRU320 can maintain the engineered controller role through a qualified transfer in batch and process operations.
Description
IC695CRU320 is an RX3i redundancy CPU designed for paired controller systems that maintain synchronized application execution.

Its hot-standby architecture coordinates an active controller and a backup controller so the designated backup can assume control when the redundancy system detects a qualifying primary failure.

IC695CRU320 combines a high-speed processor, substantial user memory, and embedded serial interfaces for large programs and service access within the RX3i rack.

Redundancy operation depends on matched hardware, firmware, project configuration, communications, and transfer-state settings across both controller sides.
Alternative Names
IC695 CRU 320 IC-695-CRU-320 1C695CRU320 IC695CRU32O GE IC695CRU320 GE Fanuc IC695CRU320 PACSystems RX3i IC695CRU320 General Electric IC695CRU320
Technical notes
IC695CRU320 redundancy requires both controller sides to maintain compatible hardware, firmware, projects, and transfer-state configuration before synchronized standby can be established.
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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 match between two IC695CRU320 controllers?
A redundant IC695CRU320 pair requires compatible hardware, firmware, projects, redundancy configuration, and communications on both sides.
How does a backup IC695CRU320 become ready?
The backup IC695CRU320 must join the redundancy relationship, receive the required application state, and report synchronized standby status.
Which redundancy records must be preserved for an IC695CRU320 controller exchange?
For IC695CRU320, retain the project, pair configuration, network parameters, firmware baseline, and retained-data strategy for both controller sides before exchanging one unit.
Why can a replacement IC695CRU320 remain unsynchronized?
An IC695CRU320 can remain unsynchronized when its firmware, project, hardware configuration, redundancy link, or operating state differs from the active side.
How is controller ownership identified on IC695CRU320?
Use the IC695CRU320 status indicators, controller diagnostics, and redundancy status data to identify active, backup, and unsynchronized states.
Can one IC695CRU320 operate while the partner is serviced?
The active IC695CRU320 can continue according to the engineered redundancy mode, while the serviced side must rejoin and synchronize before resuming backup duty.
Which systems benefit from IC695CRU320?
IC695CRU320 suits high-availability machine, process, and infrastructure controls where a qualified controller transfer is part of the system design.