HEL-705-U-1-12-C2

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RTD, or Resistance Temperature Detector, has been a widely used in temperature measuring application. The HEL-705-U-1-12-C2 is a RTD that is comprised of a resistance element in the shape of a thin film of platinum. It has a wide range of applications in the industry and is one of the most accurate methods of temperature detection.

Applications

The HEL-705-U-1-12-C2 has a wide range of applications. It is suitable for applications in industrial equipment, medical equipment and instrumentations. A common application where the HEL-705-U-1-12-C2 is used is in food and beverage production. It can measure the temperature in the production process, from raw materials to finished products. It is also widely used in chemical and petrochemical processes. It can measure the temperature of liquids, vapors and gases. Moreover, it can be used in laboratory testing as well.

Working Principle

The HEL-705-U-1-12-C2 is a RTD that consists of a resistance element in the shape of a thin film of platinum. The process of resistance temperature detection works by getting the resistance of a platinum element to changes. The temperature of the environment in which it operates is measured by the device according to the resistance of the element to change caused by a change in temperature. The element of the device is made of platinum because of its low temperature coefficient of resistance, therefore the device is capable of highly accurate temperature measurements. The resistance of the element changes nearly in linear fashion based on the temperature of its environment. When the environment temperature of the element changes, the change in its resistance is measured and an output signal is sent from the device. This signal can then be used for temperature control.

Conclusion

The HEL-705-U-1-12-C2 is a RTD that is capable of highly accurate temperature measurements. It has a wide range of applications in the industry, from food and beverage production to chemical and petrochemical processes and laboratory testing. The resistance of the element changes nearly in linear fashion based on the temperature of its environment, which is used by the device to output a signal for temperature control.

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