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.