Features:
- Uses triple-redundant LVDT feedback for valve-position measurement.
- Regulates actuator movement through the onboard PID control loop.
- Provides redundant input and output paths for dependable servo operation.
MVP51 combines feedback architecture of Triple-redundant LVDT, control function of Valve position control, and servo function of On-board PID control loop in the Nexus OnCore platform.
It controls valve position with triple-redundant LVDT feedback and an on-board PID servo loop. This role connects the Nexus OnCore Triple-Redundant LVDT Valve Position Control Module to the surrounding Nexus OnCore architecture.
Before commissioning, verify all LVDT feedback channels and actuator wiring; match the complete MVP51 regional suffix; and confirm PID configuration before commissioning.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for General Electric MVP51:
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.
- Controls valve position in applications that require triple-redundant LVDT feedback channels.
- Provides closed-loop actuator control through the Nexus OnCore servo-control architecture.
- Supports certified turbine and process-control applications installed in approved control panels.
- Uses regulated 24 VDC operating power supplied through the Nexus OnCore control panel.
- Consumes up to 11.0 W under the specified triple-redundant LVDT-control configuration.
- Redundant I/O channels carry LVDT feedback signals and the corresponding actuator commands.
- Maintains certified operation across the ambient-temperature range from -20 to +50 degrees C.
- Carries Class I Division 2 and Zone 2 markings for service in the approved hazardous locations.
- Panel mounting inside a suitable enclosure is required to preserve the applicable certification conditions.
- Verify all LVDT feedback channels and associated actuator wiring before commissioning the module.
- Match the complete regional suffix with the control-module variant installed in the existing system.
- Confirm the configured PID parameters before placing the closed-loop actuator control into service.