Features:
- Twenty-four field contacts use nominal 24 VDC excitation on a compact terminal assembly.
- Filtered contact voltages pass through optical isolation in the VCCC or VCRC input path.
- The last three channels draw 10 mA while inputs 1 through 21 draw 2.5 mA.
IS210DTCIH1A groups excitation distribution, contact landing points, and the processor cable on one DIN-rail contact-input interface.
Signal conditioning occurs before the controller sees a discrete state, separating field-side surge and noise effects from the VME data path.
Low-voltage monitoring and electronic board identification provide two different checks: one for field excitation and one for hardware matching.
The General Electric IS210DTCIH1A Simplex Contact Input Terminal Board may be available from Apter Power with identification and Mark VI system guidance.
General Electric IS210DTCIH1A Simplex Contact Input Terminal Board 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.
Input Groups
- Channel Count: Twenty-four contact inputs are terminated.
- Standard Load: Inputs 1 through 21 draw 2.5 mA each.
- High-Load Inputs: Inputs 22 through 24 draw 10 mA each.
- Expansion: Two terminal boards provide forty-eight VCCC or VCRC inputs.
Excitation
- Nominal Supply: The contact circuits use 24 VDC excitation.
- Operating Range: The accepted excitation range is 18 to 32 VDC.
- Threshold: A contact changes state at 50 percent of excitation.
- AC Rejection: The input specification includes 12 Vrms rejection.
Isolation Path
- Field Stage: Surge and noise filters receive each contact voltage.
- Isolation: Optical isolation is located in the VCCC or VCRC input electronics.
- Data Route: Discrete states move through VME to VCMI and the controller.
- Connection: One 37-pin cable carries the twenty-four channels.
Fault Response
- Excitation Check: Low field excitation is detected by the input diagnostics.
- Contact Test: Unexpected contact response can be reported during the test sequence.
- Identification: Board type and revision are checked through electronic ID data.
- Configuration: No jumpers or hardware settings are present on the terminal board.