Features:
- Manages up to 32,000 Ovation points within a single controller configuration for large process-control applications.
- Schedules five independently selectable process-control tasks to accommodate different execution-rate requirements.
- Provides four 10/100 Mbps Ethernet ports for controller networking and supported Ovation communications.
OCR1100 is the Ovation OCR1100 Controller within the Ovation Controller family.
Ovation process-control nodes requiring deterministic execution of multiple control tasks.
OCR1100 combines the 5X00481G04 CPU, 5X00226G04 IOIC, and 5X0025G01 base. Its network-interface option affects the specified operating-temperature limit.
Availability and lead time for OCR1100 are confirmed during quotation.
Verified resources for Emerson OCR1100:
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.
- Ovation process-control nodes requiring deterministic execution of multiple control tasks.
- Data-acquisition installations with large point counts and sequence-of-events processing.
- Controller modernization where the installed base, CPU, IOIC, and network option are verified together.
- Executes PID, Boolean, advanced-control, data-acquisition, and sequence-of-events functions within the controller's assigned processing workload.
- Maintains five process-control tasks whose execution rates can be selected independently for the application.
- Captures sequence-of-events data with one-millisecond resolution inside the supported Ovation architecture.
- Includes four 10/100 Ethernet ports for Ovation network connections.
- Select four RJ45 interfaces or a mixed option with one RJ45 and three SFP ports.
- Coordinate network media and port layout with the installed controller cabinet.
- Uses IEC 61131-3 programming methods for controller logic.
- Assign control modules to an execution task that matches the required process response.
- Confirm memory, point count, and task-loading requirements during migration engineering.