Features:
- Links MVRA I/O with the PMVE module through HSSL.
- Retains defined Mark V core signal and ribbon-cable paths.
- Supports R, S and T migration-core assemblies at location 2.
IS210MVRAH1A consolidates the analog and related digital paths required by the MVRA section of a migrated control core.
Controller database data moves through IONet to the PMVE, which exchanges the board data over HSSL every five milliseconds.
The installation arrangement combines retained core connections with JP4, 19PL and the AHSLA-J3 high-speed serial link.
The General Electric IS210MVRAH1A MVRA Analog I/O Circuit Board is listed as Active / Available from OEM. Apter Power can support identification and configuration review.
General Electric IS210MVRAH1A MVRA Analog I/O Circuit Board 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.
- Sensor Inputs: Thermocouple, pulse-rate, proximeter and analog input paths enter the MVRA signal structure.
- Motion Signals: Servo and LVDT circuits provide the related position and actuator interfaces.
- Control Outputs: Analog output and PTR relay paths return commands through the retained core wiring.
- Electrical Feedback: Bus voltage, generator voltage, CPD and megawatt signals are included in the board interface.
- Board Location: IS210MVRAH1A occupies location 2 on the rear side of the R, S or T control module.
- Retained Plugs: JD, JE, JG, JA, JB, JF and 8PL remain connected to the MVRA board.
- Power Route: JP4 carries the defined 28 VDC connection between IS210MVRAH1A and JPDV.
- TC Link: The 19PL cable runs from TCQC to the IS210MVRAH1A 19PL interface.
- Controller Route: External data travels between the control database and PMVE over the controller IONets.
- Serial Channel: PMVE exchanges IS210MVRAH1A data through the high-speed serial link.
- Update Cycle: MVRA analog and digital I/O is transferred every five milliseconds.
- Board Interface: The yellow HSSL cable terminates at AHSLA-J3 on IS210MVRAH1A.
- ID Contents: The IS210MVRAH1A identification device stores board type, serial number and revision data.
- Startup Check: PMVE interrogates the board ID during the power-up diagnostic sequence.
- Mismatch Response: An unrecognized board type or revision produces a hardware-incompatibility fault.
- Configuration Scope: PMVE parameters adapt MVRA operation to the defined signal arrangement.