Features:
- Provides coated Series 8 termination for 24 V DC digital inputs.
- Supports sequence-of-events acquisition through the matching DI electronics.
- Uses the exact nonredundant PWA configuration 51306856-175.
The requested assembly is the coated 8C-TDIL01 with PWA 51306856-175 and nonredundant construction.
It connects field contacts to the Series 8 input path used for control states and SOE records.
Confirm DI module, carrier, coating, redundancy, field supply, commoning, terminal map, and Experion release before installation.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Honeywell 8C-TDIL01 51306856-175:
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.
- Terminate 24 V DC status, alarm, trip, and permissive contacts in a Series 8 cabinet.
- Support sequence-of-events capture where the paired input module and system are configured for SOE.
- Replace a verified nonredundant coated IOTA while preserving every field point and common.
- The IOTA routes discrete field states to the matching Series 8 digital-input electronics.
- Experion point configuration determines how each channel participates in display, alarms, and control logic.
- Commissioning should force or operate every used point and confirm the expected control response.
- The 8C designation identifies the coated hardware configuration for improved environmental robustness.
- Coating does not replace the required cabinet protection against moisture, conductive dust, and corrosive contamination.
- Operate the assembly within the temperature, humidity, vibration, and enclosure limits specified for Series 8 I/O.
- Retain the original channel-to-terminal map and 24 V common arrangement during the change.
- Confirm SOE enablement, point names, alarm priorities, and timestamp handling in the Experion database.
- Validate event order and system time behavior after the replacement is placed in service.