Features:
- Terminates sixteen commoned 24 VDC digital-output field circuits.
- Carries a maximum combined continuous load current of 16 A across the panel.
- Works as one of two termination panels serving a 32-point 3626X output module.
The ordered panel handles one sixteen-channel half of the external termination scheme for a 3626X output module.
Separate load and power terminals distribute switched 24 VDC outputs to field devices outside the I/O chassis.
Engineering review should calculate total panel current and verify paired-panel channel mapping before reconnecting loads.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Triconex 9662X-610RF:
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.
- Routes sixteen safety-system digital outputs to solenoids, relays or other approved 24 VDC loads.
- Divides a 32-point output module into two manageable field-termination groups within the cabinet.
- Provides accessible measurement and maintenance points away from the module's chassis connector.
- Sixteen commoned 24 VDC output points terminate one half of the compatible module field circuits.
- Two panels are used to divide the thirty-two outputs of a 3626X module into separate groups.
- The panel routes commanded load current but does not execute controller logic or generate output states.
- Continuous total current through the sixteen-point panel is limited to the documented 16 A maximum.
- Field power must be isolated before terminal wiring, common returns or interface cables are disturbed.
- Terminal polarity and load grouping should be verified before controlled devices are re-energized.
- Panel wiring must follow the approved 3626X channel map and external-termination drawing.
- Cable identification and terminal labels should remain traceable to the associated output group.
- Installed conductors and protective devices must meet the project requirements for the connected 24 VDC loads.