Understanding the importance of sensors to tensile testing machines

Tension testerDuring long-term use, sometimes component failures, such as sensor replacement, etc. The following is an introduction to the recalibration of the sensor after replacing it.

Many customers buy a new one on the market after the tensioner sensor has a fault or problem, and use it directly after installing it without calibrating it; this is incorrect. replaceTension testerThe accuracy should be corrected with a standard weight or annular force measuring instrument after the sensor; the error should be controlled within the standard range, rather than just changing it. A sensor is a device or assembly that converts the perceived physical, chemical, biological and other information into information that is easy to detect and process and has independent functions. It usually consists of two parts: sensitive components and processing circuits. The former performs the sensing function, while the latter performs amplification and transmission of information output by sensitive components. Sensors can be divided into temperature sensors, light sensors, pressure sensors, magnetic sensors, gas sensors, humidity sensors, ray sensors, etc. According to different functions, sensors can be divided into temperature sensors, light sensors, pressure sensors, magnetic sensors, magnetic sensors, gas sensors, and other functions.

The sensor isTension testerA very important part. The measurement accuracy of a good sensor will be more accurate, and the error will be controlled within the standard range, so quality is very important.