HEL-775-B-T-1

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Temperature sensors play an important role in the detection and control of temperature. Among them, Resistance Temperature Detector (RTD) is one of the most widely used temperature sensors, due to the stable and reliable performance. HEl-775-B-T-1 is a type of RTD which has a wide range of applications in various fields. This passage will explain the application field and working principle of HEL-775-B-T-1.

HEL-775-B-T-1 is a high accuracy, low maintenance resistance temperature detector which can measure temperature in a wide range. This type of RTD is mainly applied in industrial processes such as hot-runner mold machines, hot-runner mold machines, sintering furnaces, heat treatment equipment, and high temperature reactors. It has a good performance in these fields which makes it an ideal choice. It has excellent heat resistance, excellent corrosion resistance and good oxidation resistance.

The working principle of HEl-775-B-T-1 is based on the principle of resistance change wires with temperature. When the temperature increases, the resistance of RTD increases and when the temperature decreases, the resistance of RTD decreases. This allows it to accurately measure temperature in a wide range of temperatures. By measuring the resistance of RTD, it can accurately sense the temperature and provide accurate and reliable temperature measurement results.

The major advantages of HEl-775-B-T-1 are its stability, accuracy, repeatability, long-term stability and low maintenance cost. Its stability is better than that of thermocouples and its accuracy is 0.25 degree Celsius which is better than thermocouples. In addition, it has a long-term stability which does not require frequent calibrations. This RTD is also corrosion resistant which reduces its maintenance cost.

HEL-775-B-T-1 is widely used in industrial processes such as hot-runner mold machines, sintering furnaces, heat treatment equipment, and high temperature reactors. It has a wide range of temperature measurement application and is easy to maintain. Its advantages of stability, accuracy, repeatability and long-term stability makes it an ideal choice for temperature measurement and control.

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