Features:
- Provides thermocouple field termination with a local cold-junction reference.
- Uses compression terminals in the documented non-CE configuration.
- Interfaces one LLMUX input/output processor to low-level temperature circuits.
The complete ordering identity combines MU-TAMT02 with Honeywell part number 51401491-100.
It supports compensated thermocouple acquisition by joining field circuits to the legacy LLMUX IOP path.
Match terminal construction, CJR method, thermocouple alloys, cable, polarity, shielding, and cabinet layout before installation.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Honeywell MU-TAMT02 51401491-100:
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 thermocouple signals for legacy TDC 3000 LLMUX temperature measurement.
- Maintain local cold-junction compensation at the field termination point.
- Support a controlled LLMUX2 migration after every channel and interface has been documented.
- Maintain thermocouple polarity from the sensor through extension wire and compression terminals.
- Use the correct thermocouple or compensating alloy so unintended junctions do not introduce error.
- Route low-level circuits away from high-energy conductors and follow the documented shield practice.
- The FTA is paired with a single LLMUX input/output processor interface.
- Match the 51401491-100 terminal and CJR configuration rather than relying on MU-TAMT02 alone.
- Treat an LLMUX2 conversion as a system migration covering IOP, FTA, cable, database, and testing.
- Operate the assembly only within the environmental limits specified for the host TDC 3000 LLMUX cabinet.
- Keep the cold-junction area thermally stable and free from localized heating that could bias compensation.
- Prevent condensation and contamination around the terminal and reference-junction components.