Features:
- Thirty-two high-side 24 VDC output channels
- B4-keyed DeltaV S-series Traditional I/O format
- Termination-fault-detection path with the specified hardware and software
KC3020X1-BA1 brings dense DC actuation into a single S-series I/O position.
Its per-channel load limit and total field-power demand must be considered together when outputs are assigned.
The available terminal architectures change both cabinet wiring and whether termination diagnostics can be used.
The KC3020X1-BA1 Emerson 32-channel discrete output Plus card may be available for purchase and support from Apter Power.
Emerson KC3020X1-BA1 32-channel discrete output Plus 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.
- Each channel is intended for compatible high-side 24 VDC loads
- The 100 mA channel rating applies alongside the card-level field-power budget
- Off-state leakage must be considered for sensitive low-current devices
- Inrush behavior can make a load unsuitable even when its steady current is within range
- Standard and redundant terminal solutions are selected for the required field architecture
- The 40-pin mass-termination path supports dense cabinet wiring
- Third-party mass termination does not provide the Plus-card termination diagnostic
- Carrier and terminal keying must match the B4 card position
- Termination-fault detection requires the approved redundant 40-pin arrangement
- DeltaV v13.3.1 or later is the published software prerequisite
- Supported MQ, MX or PK controller contexts provide the diagnostic path
- A normal output command does not by itself prove that the field termination is healthy
- High-density 24 VDC solenoid and relay command groups
- DeltaV interlock outputs requiring compact cabinet allocation
- S-series Traditional I/O installations using approved termination-fault detection
- Plant output circuits where thirty-two high-side channels share one card position