Why is integrated temperature transmitter so important in application?

The reason why integrated temperature transmitters are important is that they combine temperature sensors with transmitters to achieve efficient and accurate conversion and control of temperature signals. This device not only simplifies the installation and wiring process, but also improves the reliability and measurement accuracy of the system, and is widely used in various industrial fields.

The working principle of an integrated temperature transmitter is based on the combination of a temperature sensor and a transmitter. It receives temperature changes through temperature probes such as thermocouples or thermistor sensors and converts them into electrical signals. During this process, signal acquisition and processing are usually carried out on the same chip, ensuring fast and accurate measurements.

The characteristics of integrated temperature transmitters include small size, simple structure, and easy installation. It can measure media such as liquids, vapors, and gases, with a wide measurement range from -200 ℃ to 1600 ℃. In addition, integrated temperature transmitters usually adopt a two-wire wiring method, which reduces the complexity of wiring and improves the reliability of the system.

The application of integrated temperature transmitters is very extensive, covering multiple industrial fields such as chemical, petroleum, pharmaceutical, and scientific research. It can not only be used independently, but also installed as a module on detection equipment and instruments to meet different industrial automation and process control needs. ‌