Buy Endress Hauser SMART Temperature Field Transmitter TMT162-C2113GBKA
The Endress Hauser TMT162-C2113GBKA is a field-proven and versatile smart temperature transmitter for facilities that need accurate sensor signal conversion and reliable HART communication in a rugged field-installable package. Browse our complete range of Endress+Hauser temperature transmitters to explore the full iTEMP product family. Pair this transmitter with our Endress+Hauser RTD sensors and thermocouple assemblies for a fully matched and verified measurement loop. You can also explore our wider range of Endress+Hauser HART-compatible field instruments and process automation accessories to build a complete and integrated temperature monitoring setup across your plant.
Key Features
- SMART temperature measurement with high accuracy and long-term stability
- Accepts RTD and thermocouple sensor inputs
- 4–20 mA HART output for reliable signal transmission
- Integrated self-diagnostics for predictive maintenance
- HistoROM data management for fast commissioning
- Robust field housing for harsh industrial environments
- Wide measuring range for diverse process applications
- Simple configuration via HART interface
Typical Applications
- Chemical and petrochemical process units and reactors
- Oil and gas field instrumentation and pipelines
- Refinery and upstream processing facilities
- Power generation and utility plant instrumentation
- Water and wastewater treatment temperature monitoring
- Food, beverage, and pharmaceutical manufacturing
- Pulp and paper process temperature measurement
- Marine and offshore installation temperature monitoring
Technical Specifications
- Product Name: Endress+Hauser Smart Temperature Transmitter
- Model: TMT162-C2113GBKA
- Type: Field Mount Temperature Transmitter
- Input: RTD / Thermocouple
- Output: 4–20 mA with HART
- Protection: IP66 / IP67
- Application: Industrial Temperature Measurement
📩 Contact us for pricing, availability, and delivery information.




Reviews
Clear filtersThere are no reviews yet.