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DS200ADMAH1AAC

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General Electric DS200ADMAH1AAC is an ADMA daughterboard that conditions analog and digital signals for a compatible DS200DSPC assembly.
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Technical specifications for DS200ADMAH1AAC

  • Manufacturer:
    General Electric
  • Part Number:
    DS200ADMAH1AAC
  • Product Family:
    General Electric
  • Product Type:
    Analog-to-Digital Module Daughterboard
  • Stock:
    1
  • Module designation:
    ADMA
  • Host board:
    DS200DSPC
  • Terminal-board connection:
    DS200DDTB
  • Analog inputs:
    12
  • Analog outputs:
    4
  • Digital I/O points:
    8
  • Status indicators:
    IMOK green; FAIL red
  • Revision suffix:
    AAC
  • 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 Signal Paths Board Integration Status Checks Product Applications

Features:

  • ADMA daughterboard for a compatible DS200DSPC host assembly
  • Twelve analog inputs, four analog outputs and eight digital I/O points
  • IMOK and FAIL LEDs provide local board-status indication
Signal conversion: The board conditions analog and digital field information before exchanging data with the DSPC processor buses.

Board integration: High-density connections link the daughterboard to the DS200DDTB terminal board, so cable seating and host-board identity are part of every service check.

Revision control: The AAC suffix identifies coating and revision attributes that should be preserved when matching an installed board.

Apter Power supports General Electric DS200ADMAH1AAC Analog-to-Digital Module documentation, quotations, procurement and host-board matching.
General Electric DS200ADMAH1AAC Analog-to-Digital Module Daughterboard Manuals,Datasheets,Link
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.
  • Twelve analog-input channels feed the ADMA signal-conditioning path.
  • Four analog-output channels return converted signals through the installed board set.
  • Eight digital I/O points are handled alongside the analog channels.
  • Filtering and buffering occur before processor-bus exchange.
  • The daughterboard mounts on a compatible DS200DSPC host board.
  • High-density connectors link the assembly to the DS200DDTB terminal board.
  • The static-RAM EPLD interfaces the I/O data with DSPC processor buses.
  • Connector orientation and host-board revision should be recorded before removal.
  • A green IMOK LED indicates the board has passed its internal operating check.
  • A red FAIL LED provides a local fault indication for troubleshooting.
  • Missing analog data should be traced from field wiring through DDTB and board connectors.
  • ESD handling is required when inspecting or reseating the daughterboard.
  • Signal conversion within compatible General Electric drive or excitation control assemblies.
  • Analog monitoring paths that require multiple input and output channels.
  • Digital status exchange within an installed DS200DSPC board set.
  • Maintenance of legacy cabinets whose documentation identifies the ADMA daughterboard.
Description
DS200ADMAH1AAC is a General Electric Analog-to-Digital Module daughterboard that mounts on a compatible DS200DSPC board and connects to the DS200DDTB terminal board through high-density connectors.

DS200ADMAH1AAC buffers, filters and converts twelve analog inputs, four analog outputs and eight digital I/O points, while its static-RAM EPLD links those signals to the DSPC processor buses.

Apter Power can provide quotations, technical documents and installed-board review for DS200ADMAH1AAC, including connector, revision and host-board checks before service work.
Revisions

Revision Part #

Also known as

DS200ADMAH1AAC
DS200ADMAH1A-AC, Series -AC, Rev -AC
Alternative Names
DS200 ADMA H1AAC DS200-ADMA-H1AAC GE DS200ADMAH1AAC General Electric DS200ADMAH1AAC ADMA DS200ADMAH1AAC DS200ADMA H1AAC DS200ADMAH1A AC GE ADMA daughterboard
Technical notes
Before handling DS200ADMAH1AAC, record the DSPC host-board number, DDTB connection and cable positions. If analog data is missing, inspect the high-density connectors, incoming field signals and IMOK/FAIL LEDs before replacing the daughterboard. Preserve ESD controls and do not interchange revisions solely by board appearance.
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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.
What should be checked when DS200ADMAH1AAC shows a red FAIL LED?
Record the LED state, verify the DS200DSPC host board is operating, inspect both high-density connectors and check incoming field signals before replacing the daughterboard.
Why can analog values disappear while DS200ADMAH1AAC remains powered?
The fault may be in the DDTB field wiring, a connector, the host-board interface or the ADMA signal path. Trace one known channel end to end before changing hardware.
What does the green IMOK LED indicate on DS200ADMAH1AAC?
It provides a local indication that the board has passed its internal operating check. It does not prove that external field wiring and every connected signal are correct.
What records should be captured before removing DS200ADMAH1AAC?
Photograph the board marking, connector orientation, cable labels, DS200DSPC host-board number and DDTB connections so the installed signal paths can be restored accurately.
Can DS200ADMAH1AAC be tested without checking the DS200DSPC host board?
No. The daughterboard depends on the host-board buses and connected terminal board, so troubleshooting must include the complete installed board set.
How should the AAC suffix be handled when sourcing DS200ADMAH1AAC?
Use the complete marked code. The suffix carries coating and revision information, so a board with a different suffix should not be treated as identical without documented engineering review.