V20H35PL2B

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V20H35PL2B is a type of differential pressure transmitter. It is widely used in different fields, and a variety of measurement and control tasks can be achieved easily and precisely.

The key to the performance of the V20H25PL2B lies in its measuring principle, working principle and application field. The working principle of this sensor is based on a differential pressure measurement. It consists of two parts: a sensing element and a pressure sensing unit. The sensing element is a pressure-sensitive semiconductor diode, while the pressure sensing unit consists of a reference pressure chamber, a jumper, a vent port and two diaphragms.

The reference pressure chamber of the V20H35PL2B is connected to a pipeline, while the jumper is connected to the pressure sensing unit. The pressure sensing unit senses the pressure difference between the reference pressure chamber and the pressure sensing unit. When the pressure between the two diaphragms is different, the output current of the sensing element will change accordingly. The pressure difference is then converted into a voltage signal, which can then be read.

The V20H35PL2B is mainly used as the sensing element in a wide variety of industrial applications, such as air conditioning, ventilation, medical, water treatment, oil and gas industry. The performance of this sensor in such applications is usually superior compared to traditional pressure sensors, as it has a high accuracy and a long-term stable output. Furthermore, it is often used in applications that require rapid response times, such as flow meters, speed sensors, vibration sensors and others.

In addition, the V20H35PL2B can also be used in the detection and monitoring of tanks and pipelines of liquid or solid hazardous materials, where its high accuracy and reliability can be beneficial. Moreover, it can also be utilized for the measurement and control of pressure and flow in water and gas circuits to help achieve energy efficiency, reduce power consumption and cost.

In short, the V20H35PL2B is a reliable and accurate differential pressure transmitter that can be widely used in a variety of applications. Its high accuracy and precise output, along with the use of a complex working principle, makes it one of the best options for use in many of the industrial applications.

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