HSXJ-SS-75kg

Description :

Detailed Description of HSXJ-SS-75kg Corly Stainless Steel Weighing SensorThe company mainly produces and sells weighing sensors and force sensors. Various customized non-standard sensors, large tonnage force sensors, column type load sensors with a large range of 10 to 2000 tons, spoke type load sensors with a tensile and compressive force of 1 to 1000 tons, cylinder type load sensors with a tensile and compressive force of 100 to 500 tons, matched with high-precision standard force measuring instruments, and specialized digital displays for force measurement with 1 to 20 channels. Welcome to inquire by phone

HSXJ-SS-75kg Corly Stainless Steel Weighing Sensor Product Overview：

　　HSXJ-A-40kg,HSXJ-A-50kg,HSXJ-A-75kg,HSXJ-A-100kg,HSXJ-A-150kg

　　HSXJ-A-300kg,HSXJ-A-500kg。 HSXJ-SS-5kg,HSXJ-SS-10kg,HSXJ-SS-20kg,HSXJ-SS-30kg,HSXJ-SS-40kg,HSXJ-SS-50kg,HSXJ-SS-75kg,HSXJ-SS-100kg,HSXJ-SS-150kg,HSXJ-SS-200kg,HSXJ-SS-250kg,HSXJ-SS-300kg,HSXJ-SS-500kg,YZC-329/300kg,YZC-329/100kg,YZC-329/200kg,YZC-327/50kg,YZC-327/25kg,YZC-327/100kg,YZC-327/200kg。

　　Sensitivity selection

　　Usually, within the linear range of the sensor, it is desirable to have higher sensitivity for better results. Because only when the sensitivity is high, the output signal value corresponding to the measured signal is relatively large, which is beneficial for signal processing. But when the sensitivity is high, external noise unrelated to the measured object will also be amplified by the amplification system, affecting the measurement accuracy. Therefore, it is required that the sensor itself should have a high signal-to-noise ratio and minimize the interference signals introduced from the outside.

　　Selection of Sensor Quantity and Range

　　The selection of the number of sensors is based on the purpose of the electronic scale and the number of points that the scale body needs to support (the number of support points should be determined according to the principle of making the geometric center of gravity of the scale body coincide with the actual center of gravity).

　　The selection of sensor range can be determined based on a comprehensive evaluation of factors such as the weighing value of the scale, the number of sensors selected, the weight of the scale body, possible bias and dynamic loads. Based on experience, sensors should generally operate within 30% to 70% of their range. However, for scales with significant impact forces, when selecting sensors, they should generally operate within 20% to 30% of their range to ensure their safe use and lifespan

　　Selection of Accuracy

　　Accuracy is an important performance indicator of sensors, which is a crucial link related to the measurement accuracy of the entire measurement system. The higher the accuracy of the sensor, the more expensive its price is. Therefore, the accuracy of the sensor only needs to meet the accuracy requirements of the entire measurement system, and there is no need to choose it too high. In this way, cheaper and simpler sensors can be selected among many sensors that meet the same measurement purpose. If the measurement purpose is qualitative analysis, sensors with high repeatability accuracy should be selected, and sensors with high measurement accuracy should not be used; If it is necessary to obtain measurement values for quantitative analysis, choose a sensor pressure transmitter with an accuracy level that meets the requirements.

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