Features:
- Keeps three detector-return conditions on distinct signal paths.
- Offers both DIN-rail and flat-base mounting choices.
- Needs no dedicated supply at the terminal interface.
IS200ERGTH1A brings the external detector wiring to one accessible termination point.
Ground alarm, detector self-fault and diode-monitor states remain separate as they return toward the regulator.
With no active power stage on the board, signal checks center on cable continuity and the connected detector outputs.
The General Electric IS200ERGTH1A Ground Detector Terminal Board is available from Apter Power with quotation and technical support.
General Electric IS200ERGTH1A Third-party Ground Detector Terminal Board Manuals, Datasheets and 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.
ERAX-to-Field Boundary
- Board Side: A nine-pin connector joins the ERAX signal path
- Field Side: External wiring lands on screw terminals
- Connected Device: The interface serves one third-party ground detector
- Board Role: Passive conversion links the two connector formats
Detector Status Lines
- Ground Alarm: A detected field-ground condition is returned
- Detector Malfunction: An internal detector fault has a separate output
- Diode Fault Monitor: A dedicated indication reports the diode-monitor state
- Signal Direction: All three detector outputs pass through ERGT toward ERAX
Mounting Choices
- DIN Rail: The terminal board can be secured on standard rail
- Base Mount: A flat-base installation is also supported
- Local Power: No separate supply is required by ERGT
- Wiring Access: Screw terminals form the accessible field boundary
Supported Regulator Arrangements
- Simplex Control: One ERGT interface is used with a simplex regulator
- Dual Control: The same board type supports a dual regulator
- Internal Partner: ERAX provides the regulator-side connection
- Detector Count: Each ERGT interface is assigned to one external detector