Features:
- Terminates sixteen low-level thermocouple channels for one LLMux unit.
- Provides a local cold-junction reference for compensated temperature conversion.
- Uses compression terminals with a single I/O processor interface.
The assembly terminates low-level thermocouple circuits and provides the local cold-junction reference required by the LLMux temperature-measurement path.
Thermocouple millivolt signals and the local reference temperature are routed to the LLMux electronics. The processor compensates the cold junction and converts each channel to the configured engineering temperature.
Maintain thermocouple alloy continuity and polarity through the compression terminals, keep the local cold-junction reference in the intended cabinet environment, and verify unit addressing before commissioning.
Availability is reviewed against the exact MU-TAMT03 51309223-125 order identity and requested supply condition; manufacturer lifecycle status: Discontinued / Obsolete by OEM.
Verified resources for Honeywell MU-TAMT03 51309223-125:
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.
- The FTA works with the LLMux I/O processor and power adapter. A single unit handles the first sixteen channels; the documented second unit extends the installation to channels 17-32.
- It supports concentrated thermocouple acquisition for furnaces, reactors, rotating equipment and utility systems where the field signals are too small to tolerate careless grounding or routing.
- Requires correct thermocouple polarity, alloy continuity and cabinet placement.
- Terminates thermocouple circuits and provides the local cold-junction reference.
- Routes thermocouple millivolts and reference temperature to LLmux electronics.
- Processor applies cold-junction compensation before calculating engineering temperature.
- Supports up to 16 thermocouple channels per LLMux unit.
- Uses compression terminals for field thermocouple connections.
- Part-number identity must match the documented FTA execution.
- Maintain the thermocouple alloy continuity and polarity through every connection.
- Keep the cold-junction reference within the intended cabinet environment.
- The first unit covers channels 1–16, while a second extends coverage to 17–132.