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DS200TCDAG1B

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General Electric DS200TCDAG1B is a SPEEDTRONIC Mark V digital I/O board that conditions contact inputs and routes relay or solenoid commands.
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Technical specifications for DS200TCDAG1B

  • Manufacturer:
    General Electric
  • Part Number:
    DS200TCDAG1B
  • Product Family:
    SPEEDTRONIC Mark V
  • Product Type:
    Digital I/O Board
  • Stock:
    1
  • Board Designation:
    TCDA
  • Core Locations:
    Q11, Q51 and Q21 when installed
  • Input Sources:
    DTBA and DTBB terminal boards
  • Output Destination:
    TCRA relay boards
  • Network:
    IONET through JX1 or JX2
  • Connections:
    JP, JQ, JR, JO1, JO2, JX1 and JX2
  • Configuration:
    Eight hardware jumpers plus contact-inversion constants
  • 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 Contact Capture Relay Paths IONET Transfer Board Setup

Features:

  • Processes contact inputs received from the DTBA and DTBB terminal boards.
  • Routes relay and solenoid commands to two TCRA output-board positions.
  • Time-tags input state changes before forwarding digital data over IONET.
DS200TCDAG1B operates inside the Mark V digital I/O cores and bridges terminal-board contacts with the control network.

JQ and JR separate the two input-board sources, while JO1 and JO2 divide the contact-output routes to TCRA.

Either shielded JX connection can carry the IONET path, with jumper settings defining termination, board ID and stall-timer behavior.

Apter Power coordinates sourcing and digital-core compatibility support for the General Electric DS200TCDAG1B board.
General Electric DS200TCDAG1B Digital I/O 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.

Input Processing

  • DTBA Path: JQ carries contact inputs from DTBA.
  • DTBB Path: JR brings the second terminal-board input group.
  • State Changes: The board time-tags every detected contact transition.
  • Logic Polarity: Input inversions are selected through I/O configuration constants.

Output Distribution

  • JO1: Drives the TCRA board in location four where that path is used.
  • Q11 Exception: JO1 is unused in Q11 because TCQE directly controls those relays.
  • JO2: Carries relay and solenoid commands to the location-five TCRA board.
  • Signal Type: The outgoing circuits handle contact-output commands rather than analog values.

Network Connections

  • JX1: Provides one shielded twisted-pair IONET connection.
  • JX2: Offers the same network function as JX1.
  • Core Route: Q11 traffic proceeds through TCEA, while Q51 uses the CTBA path.
  • Control Destination: Digital data reaches the appropriate TCQC or control-core interface.

Jumper Assignments

  • Termination: J2 and J3 connect the IONET termination resistors.
  • Node ID: J4, J5 and J6 set the board's IONET identity.
  • Stall Timer: J7 enables the stall-timer function.
  • Test Positions: J1 and J8 are reserved for factory testing.
Description
Used in the SPEEDTRONIC Mark V Q11 and Q51 digital cores, and in Q21 when installed, General Electric DS200TCDAG1B is the TCDA digital I/O board linking discrete field terminations with IONET.

Contact inputs reach General Electric DS200TCDAG1B from DTBA through JQ and from DTBB through JR. The board conditions these signals, time-tags changes of state and applies software-defined contact inversions before sending the resulting data to IONET.

On the output side, General Electric DS200TCDAG1B sends relay and solenoid commands to TCRA through JO1 and JO2. JO1 is not used in Q11 because the location-four relays there are driven directly by TCQE, while JO2 serves the location-five TCRA route.

IONET communication for General Electric DS200TCDAG1B uses shielded twisted-pair connections JX1 or JX2. Depending on the core position, the network path continues toward TCEA or CTBA and then to the relevant TCQC or control-core destination.

Eight hardware jumpers configure General Electric DS200TCDAG1B: J2 and J3 handle IONET termination, J4 through J6 establish the IONET ID, J7 enables the stall timer, and J1 plus J8 are reserved for factory test. JP distributes TCPS power to the digital I/O core.
Alternative Names
GE DS200TCDAG1B DS200 TCDA G1B TCDA G1B Digital I/O Board DS200TCDA-G1B Mark V DS200TCDAG1B General Electric DS200TCDA G1B DS 200 TCDA G1B DS2O0TCDAG1B
Technical notes
General Electric DS200TCDAG1B is the Mark V TCDA board for conditioned contact inputs, relay/solenoid outputs and IONET transfer.
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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.
Which input route should be traced when one DTBB group is missing on General Electric DS200TCDAG1B?
DTBB contact inputs enter General Electric DS200TCDAG1B through JR, so inspect that cable and its terminal-board source before checking the DTBA path on JQ.
Should an inactive JO1 be treated as a General Electric DS200TCDAG1B failure in Q11?
No. On Q11, JO1 inactivity is expected for General Electric DS200TCDAG1B; troubleshoot the TCQE-controlled location-four relay path and reserve JO2 checks for location five.
How can a wrong IONET identity be corrected on General Electric DS200TCDAG1B?
Check J4, J5 and J6 on General Electric DS200TCDAG1B against the required board ID, then verify that J2 and J3 match the intended network termination.
What explains reversed contact logic after fitting General Electric DS200TCDAG1B?
Contact inversion for General Electric DS200TCDAG1B is software-configured, so compare the I/O configuration constants with the field contact convention rather than changing output wiring.
Can either network connector be used on General Electric DS200TCDAG1B?
Yes. General Electric DS200TCDAG1B assigns the same IONET function to JX1 and JX2, although the cable route still depends on the core position.
Where does General Electric DS200TCDAG1B obtain digital-core power?
The JP connector on General Electric DS200TCDAG1B distributes power from the appropriate TCPS board to Q11, Q21 or Q51 according to the installed core.
Why can a stalled General Electric DS200TCDAG1B fail to report state changes?
General Electric DS200TCDAG1B uses J7 for the stall-timer enable; verify that setting along with IONET continuity before treating the field contacts as the fault source.

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