Features:
- Provides eight HART analog input channels for intrinsically safe process measurement.
- Publishes entity limits of Uo 28 V, Io 93 mA, and Po 0.65 W for approved field circuits.
- Integrates with the DeltaV M-series intrinsic-safety I/O architecture.
The current ordering configuration is KJ3102X1-BA1, an eight-channel DeltaV M-series intrinsically safe HART analog input module.
It receives approved process-transmitter signals from hazardous-area circuits and makes analog measurement and HART device data available to DeltaV.
Before installation, verify the carrier, terminals, area approvals, cable parameters and intrinsic-safety entity calculation for every loop.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Emerson KJ3102X1-BA1:
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.
- Acquires analog signals from compatible intrinsically safe transmitters in hazardous process areas.
- Provides HART communication for approved smart instruments connected through IS field circuits.
- Supports multi-channel process monitoring where energy limitation is required by the installation design.
- Limits available circuit energy through the published intrinsic-safety output parameters.
- Requires the connected field-device and cable entity parameters to satisfy the approved safety calculation.
- Depends on the exact carrier, terminal hardware, and installation approval for hazardous-area use.
- Provides channel-level HART communication for compatible instrument status and maintenance access.
- Uses intrinsic-safety energy limitation to protect the approved hazardous-area field circuit.
- Requires wiring polarity and loop continuity to be checked before channel commissioning.
- Mounts in the DeltaV M-series intrinsic-safety I/O hardware specified for the project.
- Connects through the approved terminal assembly rather than standard non-IS field termination.
- Needs the loop entity calculation, cable parameters, and hazardous-area documentation verified before energization.