Features:
- Provides thirty-two 24 VDC high-side discrete outputs for dense field-load control.
- Integrates with the DeltaV S-series Plus I/O architecture and model-specific termination.
- Uses the complete KC3020X1-BK1 group code to identify the documented card configuration.
The current ordering configuration is KC3020X1-BK1, a thirty-two-channel 24 VDC high-side output card for DeltaV S-series Plus I/O.
It provides dense discrete control of compatible field loads through the documented S-series Plus carrier and model-specific termination hardware.
Before replacement, verify the complete group code, terminal assembly, 24 VDC field supply, load ratings, commons and project channel mapping.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Emerson KC3020X1-BK1:
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.
- Controls high-density banks of compatible 24 VDC relays, indicators, solenoids, and actuators.
- Provides discrete output service for DeltaV sequence and process-control strategies.
- Supports replacement of an installed S-series Plus output card while retaining channel assignments.
- Transfers thirty-two discrete control commands from DeltaV strategies to field loads.
- Uses high-side switching for the documented 24 VDC output arrangement.
- Maintains configured channel identities for operator status and control logic.
- Installs in the compatible DeltaV S-series carrier with the approved terminal assembly.
- Requires 24 VDC field supply, commons, polarity, and channel wiring to match the project drawing.
- Needs connected load ratings and project channel assignments verified before energization.
- Supports output-channel troubleshooting through DeltaV status, field voltage, wiring, and load checks.
- Requires each load and the combined field circuit to remain within the documented card limits.
- Should be isolated from field power before the card or terminal hardware is serviced.