How to deal with 100T force measuring instrument crash

100T force gaugeThe research and manufacturing of this device have largely solved the embarrassing problem of people using large force measuring equipment. With the continuous efforts of electronic scale personnel, the wireless push-pull force meter developed can use wireless signals to display force measurement data on the instrument, or use a force management system to display force measurement data on the computer, greatly facilitating the problem of inaccurate force measurement and force data recording for enterprises and individuals when measuring goods. At the same time, the instrument used in conjunction with the push-pull force meter can easily print, store, and transmit force measurement results to the computer or large screen, making it currently a very good push-pull force meter.

100T tensile testerIt is a product of the combination of modern sensor technology, electronic technology, and computer technology, characterized by speed, accuracy, continuity, and automation. The push-pull force gauge is mainly composed of a force sensor, an amplification circuit, an AD conversion circuit, a microcontroller circuit, a communication interface circuit, and a voltage stabilization circuit.

For those who have not used push-pull force measuring equipment, they do not know where to solve and troubleshoot problems with the push-pull force meter. Therefore, our marketing personnel usually tell you some inspections50T dynamometerKnowledge of faults. The internal structure of the push-pull force gauge is complex, and we do not recommend that you disassemble the push-pull force gauge for repair without authorization. So what should be done if the push-pull force gauge suddenly freezes? I believe that after reading it, everyone will have a preliminary understanding. Of course, some complex issues still require timely consultation with our technical personnel to help you solve.

General inspection steps for 50T dynamometer:

1. Check if the 220V power supply is normal;

2. The internal stabilizing circuits of the push-pull force gauge are convincing and functioning normally;

3. Check if the power supply voltage of the printer is normal and if the printing current is too high;

4. Focus on checking whether the voltage of the AD circuit is normal and stable, otherwise check whether the sensor is normal;

5. Check if the power supply of the digital circuit on the circuit board is normal, with a focus on the crystal oscillator components, which may be damp or damaged;

6. The push-pull force gauge often crashes, mainly checking the capacitive components on the circuit board for reduced capacity or leakage;

7. After turning on the push-pull force gauge, if the displayed number is unstable or jumps, it is due to a faulty AD circuit or sensor. It is important to check that the voltage of the folded part is stable and normal.