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5X00481G04 + 5X00226G04

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Emerson 5X00481G04 + 5X00226G04 is the documented OCR1100 Ovation controller assembly pairing the processor module with its I/O interface controller for mission-critical process control.
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Technical specifications for 5X00481G04 + 5X00226G04

  • Manufacturer:
    Emerson
  • Part Number:
    5X00481G04 + 5X00226G04
  • Product Family:
    Ovation OCR1100
  • Product Type:
    Ovation Controller Assembly
  • Stock:
    1
  • Controller model:
    OCR1100
  • CPU part number:
    5X00481G04
  • IOIC part number:
    5X00226G04
  • Architecture:
    Ovation distributed control system controller
  • Processor:
    Intel-based processor
  • Application capacity:
    Up to 32,000 originated points
  • Control tasks:
    Up to five simultaneous process-control tasks
  • Task execution range:
    10 ms to 30 s
  • Fixed task rates:
    100 ms and 1 s
  • Control functions:
    Continuous, Boolean, advanced and sequential control
  • Data functions:
    Acquisition, engineering-unit conversion and database storage
  • Sequence of events:
    1 ms resolution
  • Local I/O:
    Ovation and WDPF I/O support
  • Remote I/O:
    Supported through documented interfaces
  • Ethernet integration:
    Virtual I/O for supported third-party systems
  • Redundancy:
    Primary/backup controller arrangement
  • Failover:
    Automatic bumpless controller failover
  • Data retention:
    Nonvolatile application and configuration storage
  • Programming standard:
    IEC 61131-3
  • Cybersecurity certification:
    Achilles Level 1
  • Power architecture:
    Redundant 24 V input supported in redundant assembly
  • Controller modules:
    Processor/network module plus I/O interface module
  • Official data sheet:
    PWS_002863 [28]
  • Tariff Code:
    8537101190
  • 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 Applications Communication Configuration Monitoring

Features:

  • Pairs the documented OCR1100 controller CPU and I/O interface modules.
  • Executes up to five process-control tasks while originating as many as 32,000 points.
  • Supports local and remote Ovation or WDPF I/O with redundant-controller options.
The current ordering configuration combines 5X00481G04 and 5X00226G04 exactly as shown on the OCR1100 official data sheet.

The paired controller executes process logic, data acquisition, alarms, sequence-of-events processing and Ovation network communications.

Before installation, match the backplane, power, I/O branches, redundancy arrangement, controller database and software licenses to the existing system.

Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Emerson 5X00481G04 + 5X00226G04: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.
  • Runs continuous and sequential process-control strategies in Ovation power, water and wastewater automation systems.
  • Collects local or remote I/O data and presents processed points, alarms and sequence-of-events information to Ovation workstations.
  • Supports redundant controller service where synchronized primary and backup units are required for mission-critical operation.
  • The processor interfaces with the Ovation network while the paired IOIC connects local and remote Ovation or WDPF I/O branches.
  • Integrated virtual I/O supports selected third-party OEM systems over documented Ethernet protocols.
  • Redundant designs can include duplicated network interfaces and remote-I/O communication media for higher availability.
  • Control sheets use the Ovation library of standard and advanced algorithms for power, water and wastewater applications.
  • Five process-control tasks coordinate input scan, control execution and output scan at fixed or user-selected loop rates.
  • Application software, point database, configuration information and tuning constants are retained in nonvolatile storage.
  • The controller processes point limits, alarms, engineering-unit conversions, tagout and database storage independently of workstation display.
  • Sequence-of-events processing records selected digital changes with one-millisecond resolution for disturbance analysis.
  • Redundant processors remain synchronized so the backup can assume control automatically without a commanded output discontinuity.
Description
Emerson 5X00481G04 + 5X00226G04 combines the OCR1100 CPU card and I/O interface card used in the Ovation controller. Together, the pair executes modulating and sequential control, performs data acquisition, and connects the controller with the Ovation network and local or remote I/O subsystems.

The OCR1100 supports continuous PID control, Boolean logic, alarms, sequence-of-events processing, and engineering-unit conversion for process points. Its real-time multitasking platform can originate up to 32,000 points, supporting demanding applications in power generation, water, and wastewater plants.

Redundant configurations keep primary and backup controllers synchronized and support automatic, bumpless failover during processor, network, power, or I/O interface faults. Nonvolatile storage, fanless operation, and broad I/O connectivity help maintain dependable control while supporting integration with existing plant systems.
Alternative Names
5X00481G04 + 5X00226G04 5X00481G04/5X00226G04 Emerson 5X00481G04 + 5X00226G04 Ovation OCR1100 5X00481G04/5X00226G04 Ovation Controller Model OCR1100 Ovation Controller CPU Card 5X00481G04 Ovation Controller IOIC Card 5X00226G04 OCR1100 CPU and IOIC Card Set
Technical notes
5X00481G04 + 5X00226G04 must be treated as an OCR1100 CPU/IOIC assembly; verify chassis, I/O branches, redundancy and software baseline before replacing either module.
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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.
Why are 5X00481G04 + 5X00226G04 published as one OCR1100 assembly?
The official OCR1100 data sheet prints the two part numbers together because the processor/network function and I/O interface function form the documented controller hardware pair.
Which Ovation hardware must be checked with 5X00481G04 + 5X00226G04?
Confirm the OCR1100 base, redundant or simplex arrangement, network connections, local and remote I/O branches, power feeds and cabinet drawings.
What process functions can 5X00481G04 + 5X00226G04 execute?
The OCR1100 assembly supports continuous control, Boolean and sequential logic, advanced algorithms, data acquisition, alarm processing and sequence-of-events handling.
How is urgent availability checked for 5X00481G04 + 5X00226G04?
Apter Power verifies both module labels, revisions, condition, matched-set requirement, quantity and destination before issuing an outage-focused quotation.
May only one module in 5X00481G04 + 5X00226G04 be replaced?
Only after engineering confirms revision, backplane, power, IOIC/CPU compatibility, I/O topology and software baseline; the combined listing does not make unmatched parts safe.
What should be supplied with a 5X00481G04 + 5X00226G04 document request?
Provide photographs of both labels, controller mode, chassis details, I/O branches, Ovation release, redundancy status and the required delivery date.

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