930166103

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The 930166103 strain gauge is a commonly used strain measurement device in industrial production. It is an important part of force measurement, displacement measurement, pressure measurement, and other force and displacement sensors. This article will introduce the application and principles of the 930166103 strain gauge.

Application of 930166103 Strain Gauge

The 930166103 strain gauge is widely used in industrial production force measurement systems. It is an essential part of mechanical load sensing, correction robot dynamic feedback control, automobile safety steering system, force measurement and analysis in sports biomechanics, and oil and gas testing itmes. Especially in industrial automation and robots, the application of load sensors has been improved significantly.

In the application of 930166103 strain gauge, no matter it is a compression sensor or tension sensor, it has the message transmission characteristics of high precision, fast response, good stability, and high reliability. Therefore, 930166103 strain gauge has played an important role in the industry. It is also widely used in implantable medical device measurement, micro-displacement measurement, aerospace vehicle and engineering and defense systems.

Working Principle of 930166103 Strain Gauge

The 930166103 strain gauge is composed of an elastic diaphragm and a strain gauge lined on its contact surface. The measurement principle is based on the linear change in electrical characteristics of the bonded strain gauge when it is subjected to mechanical deformation. That is, when the 930166103 strain gauge deforms, its electrical resistance also changes predictably. The resistance change in 930166103 strain gauge can be measured through the Wheatstone bridge.

When the load on the strain gauge increases, its mechanical resistance increases accordingly, so its electrical resistance changes. This is because the strain gauge diaphragm expands slightly, and the wire grid inside the strain gauge also stretches, resulting in a decrease in its electrical resistance, which can be detected by the Wheatstone bridge.

Since the strain gauges are arranged in the Wheatstone bridge, when a load acts on the strain gauge, the bridge balance is broken, and the bridge output voltage changes according to the direction of the load. Through the above operation of measurement, the mechanical deformation value of the mechanical system can be accurately measured in the form of electrical signals. In this way, the 930166103 strain gauge can effectively measure force displacement, pressure, weight and other mechanical quantities.

Conclusion

The 930166103 strain gauge is suitable for measuring force displacement, pressure, weight and other mechanical quantities. It has advantages such as high precision, fast response, good stability and high reliability. In industrial production, the application of 930166103 strain gauge is more and more extensive. Above this article provides some introduction about 930166103 strain gauge application and working principle.

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