Features:
- Provides the complete thirty-two-point FET connection for 24 VDC digital outputs.
- Links the 3626X module interface with the 8131X expansion-chassis termination path.
- Maintains the commoned output architecture across one dedicated connector assembly.
This part is the output-side FET connector serving all thirty-two channels of the matched digital-output module.
It carries the chassis-to-termination connection rather than presenting the individual field screw terminals itself.
Verify output designation, connector keying, cable strain relief and expansion-chassis location before mating the assembly.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Triconex 9666X:
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.
- Completes the digital-output interface between a 3626X module and remote termination hardware.
- Consolidates thirty-two 24 VDC output paths at the Tricon CX expansion-chassis boundary.
- Supports maintenance replacement where the installed DO connector or cable interface requires renewal.
- The connector is paired with the 3626X digital-output module in the Tricon CX field-interface path.
- Its documented chassis association is the 8131X I/O expansion hardware.
- The commoned 24 VDC output architecture must match the mating cable and termination assembly.
- Thirty-two discrete output paths pass through the keyed FET connector toward the field interface.
- Signal direction is outward from the compatible output module to controlled field loads.
- The connector carries the channel interface without performing application logic or output switching by itself.
- Connector orientation and keying must be checked before the assembly is seated at the chassis boundary.
- The interface cable and thirty-two-point channel map should be reconciled with the output drawings.
- Cable strain relief must prevent mechanical load from being transferred to the mating connector.