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IS210MVRAH1A

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General Electric IS210MVRAH1A is a Mark Ve MVRA analog I/O circuit board that links retained core signals with a PMVE control module during Mark V-to-Mark VIe migration.
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Technical specifications for IS210MVRAH1A

  • Manufacturer:
    General Electric
  • Part Number:
    IS210MVRAH1A
  • Product Family:
    GE Mark VI Gas Turbine Control
  • Product Type:
    Mark Ve MVRA Analog I/O Circuit Board
  • Stock:
    1
  • Host Module:
    PMVE analog I/O module
  • Data Link:
    High-speed serial link (HSSL)
  • I/O Update Rate:
    5 ms
  • Core Position:
    Location 2 in R, S or T core assembly
  • Power Connection:
    28 VDC through JP4 to JPDV
  • TC Connection:
    19PL connection to TCQC
  • Board Identification:
    PMVE power-up ID check
  • Tariff Code:
    8537101190
  • Country of origin:
    USA
  • 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 Signals Wiring HSSL Data Board ID

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.
Description
General Electric IS210MVRAH1A is a Mark Ve MVRA analog I/O circuit board used in Mark V-to-Mark VIe control migration hardware. Within the migrated core, General Electric IS210MVRAH1A works with the PMVE control module and exchanges I/O data through a high-speed serial link.

The signal structure of General Electric IS210MVRAH1A combines thermocouple, servo, LVDT, pulse-rate, proximeter, analog input, analog output, relay, bus-voltage, generator-voltage, CPD and megawatt paths. The PMVE transfers control and database data between the controller IONets and the board, while the HSSL path refreshes MVRA data every five milliseconds.

In R, S and T migration-core assemblies, General Electric IS210MVRAH1A is positioned at location 2 on the rear side of the control module. Existing JD, JE, JG, JA, JB, JF and 8PL connections are retained; JP4 supplies the defined 28 VDC connection to JPDV, 19PL links the TCQC path, and the yellow HSSL cable terminates at AHSLA-J3.

General Electric IS210MVRAH1A carries a board-identification device containing the board type, serial number and revision information for PMVE power-up checks. Configuration parameters in the PMVE adapt MVRA operation, and an identification mismatch produces a hardware-incompatibility fault instead of accepting an unrecognized board arrangement.
Alternative Names
GE IS210MVRAH1A IS210-MVRA-H1A General Electric IS210MVRAH1A IS210 MVRA H1A IS210MVRAH1-A Mark Ve MVRA IS210MVRAH1A MVRA Analog I/O IS210MVRAH1A IS210MVRAHIA
Technical notes
General Electric IS210MVRAH1A is a Mark Ve MVRA analog I/O circuit board for PMVE-based Mark V-to-Mark VIe migration cores. It exchanges control data over HSSL at a 5 ms rate.
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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.
How can a site team verify that IS210MVRAH1A belongs in the selected migration core?
Confirm the R, S or T core assignment, location 2 position, control-module catalog number and the cable set specified for IS210MVRAH1A.
Why might IS210MVRAH1A stop exchanging data after installation?
For IS210MVRAH1A, verify the yellow HSSL cable at AHSLA-J3, the route to the PMVE interface and the active PMVE configuration before tracing field signals.
Which retained connections should be accounted for before IS210MVRAH1A is removed?
Before removing IS210MVRAH1A, record JD, JE, JG, JA, JB, JF and 8PL positions together with JP4, 19PL and the yellow HSSL route.
What must be checked before power is applied to IS210MVRAH1A?
Check IS210MVRAH1A seating, JP4 28 VDC wiring to JPDV, 19PL routing to TCQC, grounding and connector orientation before energizing the core.
Why should IS210MVRAH1A not be treated as a generic analog I/O board?
IS210MVRAH1A depends on the PMVE HSSL data path, defined migration-core wiring and the MVRA signal organization, so a visually similar board is not sufficient evidence of compatibility.
How does IS210MVRAH1A expose an identification mismatch during startup?
During startup, the PMVE reads the IS210MVRAH1A identification device; a board-type or revision mismatch generates a hardware-incompatibility fault.
What signal paths should be separated when troubleshooting unstable values from IS210MVRAH1A?
Separate the retained field and ribbon-cable path from the IS210MVRAH1A HSSL-to-PMVE path and the JPDV power route to determine where the abnormal value originates.

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