67F100-0128

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As one of the most widely used temperature sensors in modern industrial production, 67F100-0128 can accurately measure the real-time temperature changes in the process of production and then control the starting, running, stopping and other processes of the production equipment, so as to improve the efficiency and product quality. In this article, we will introduce its application field and working principle in detail.

67F100-0128 belongs to the mechanical type of temperature sensors, and it is specially used for testing the temperature of ultra-low temperatures. It is mainly used in laboratory testing, medical equipment, refrigeration industry, heating and air conditioning and other fields. The temperature range of 67F100-0128 is -20-90C, and the accuracy is ± 0.25 C (at 25 C). In most industrial applications, it can meet the temperature measurement needs.

The working principle of 67F100-0128 is based on the thermal expansion of gas. It consists of a diaphragm and two tensions spring. The diaphragm has a built-in gas chamber which is connected to the two tension springs. When there is a change in the surrounding temperature, the temperature of the gas chamber also changes accordingly, and the volume will expand or shrink accordingly. This change will cause the diaphragm to move, thus changing the tension of the two tension springs, which affects the gauge pointer on the outside of the diaphragm. The position of the gauge pointer records the actual temperature and is transmitted to the instrument. In this way, the temperature change of the surrounding environment can be accurately measured.

In general, 67F100-0128 is an ideal temperature measurement and control device used in process control and industrial automation. Its output signal is much closer to the actual temperature than the digital temperature sensor. From the application fields, accuracy and working principle of 67F100-0128, it can be concluded that it is an ideal temperature sensor in industrial automation and process control.

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