Transmitter suits temperatures from 0 to 100°C.
Press Release Summary:
Model TH with HART® communication protocol can be configured with HART Communicator or PC and HART modem. Product allows thermocouple and RTD sensors to be integrated with systems and equipment utilizing HART communication protocol. Available for new and retrofit applications, transmitter offers accuracy of ±0.01 FRI and ±0.07% of reading. It enables full, digitized communication in automated and computerized control instrumentation, equipment, and process systems.Original Press Release:
New HART® Transmitter for Temperature Applications
Burns Engineering is introducing a new transmitter that features HART® communication protocol. The new Model TH Transmitter can be configured with the HART Communicator or with a PC and HART modem. The transmitter allows Burns Engineering's thermocouple and RTD sensors to be easily integrated with systems and equipment utilizing HART communication protocol. The transmitter is available for new and retrofit applications.
The HART style transmitter has been specifically engineered for the high performance of Burns' RTD sensors and offers an accuracy of +/-0.01 FRI and +/-0.07% Rdg. In addition to working in HART standardized feedback loops, the transmitter operates with asset managers like AMS Plant Web®. It enables full, digitized communication in automated and computerized control instrumentation, equipment, and process systems.
The transmitter is FM Approved and carries the CE Mark. With a DIN style headmount configuration, it is easily installed in a wide variety of processing applications for the pharmaceutical, food, chemical, oil, gas and refinery industries.
Company Description: Burns Engineering designs and manufactures a variety of high quality thermocouples, RTD sensors, transmitters and calibration equipment for temperature critical processes. Headquartered in Minnetonka, Minnesota, the company serves markets on a national basis.
For Additional Information: www.burnsengineering.com Phone: 800-328-3871
