Features:
- Eight isolated inputs: Each 120 VAC field state is kept electrically separate from neighboring channels and the system.
- Clear state thresholds: Defined ON and OFF regions help diagnose marginal field voltage.
- M-series integration: The card fits the established DeltaV carrier and standard I/O termination architecture.
KJ3001X1-BC1 12P0551X132 VE4001S3T1B1 is the 120 VAC isolated discrete-input variant in DeltaV M-series traditional I/O.
Its role is to convert eight powered field conditions into controller-visible Boolean states while maintaining channel isolation.
The full set of markings is retained because KJ, 12P and VE identifiers describe the same exact ordering and assembly identity.
Apter Power can help confirm Emerson KJ3001X1-BC1 12P0551X132 VE4001S3T1B1 card identity, carrier and termination-block scope before quotation.
Emerson KJ3001X1-BC1 12P0551X132 VE4001S3T1B1 DeltaV 8-Channel 120 VAC Discrete Input Card 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.
- Independent channels: Each field input is isolated from the others.
- System boundary: Field voltage remains separated from LocalBus electronics.
- Fault localization: One channel problem can be investigated without assuming a shared field reference.
- Verification method: Voltage is measured at the terminal while the corresponding DeltaV state is observed.
- 120 VAC circuits: The card is intended for powered AC status signals.
- ON region: A valid energized signal must reach the documented threshold.
- OFF region: Residual voltage must stay below the OFF boundary.
- Leakage awareness: Suppression devices or long cables can leave a misleading intermediate voltage.
- Carrier interface: The card communicates through the DeltaV M-series LocalBus.
- Standard termination: Field wiring lands on the matching standard I/O block.
- Keyed replacement: Card and terminal identity are confirmed before seating.
- Platform boundary: M-series horizontal I/O hardware is not treated as S-series carrier hardware.
- M-series field I/O: Brings 120 VAC discrete states into a DeltaV M-series controller architecture.
- Eight-point acquisition: Collects eight independent ON/OFF field conditions through one input card.
- Isolated AC circuits: Separates each documented 120 VAC field state from neighboring channels and system electronics.
- Standard-termination systems: Serves DeltaV installations engineered around the matching standard I/O termination block.