Digital tension gauge for fastening belts to prevent insufficient tension and increase transport reliability
In recent years, the logistics industry has been faced with the problem of cargo collapses and property damage accidents caused by vibration and shock In recent years, the logistics industry has been faced with the problem of cargo collapses and property damage accidents caused by vibration and shock. In recent years, the logistics industry has been faced with the problem of cargo collapses and property damage accidents caused by vibration and shock during transportation due to the diversification of the transportation environment. In recent years, the logistics industry has been faced with the problem of cargo collapses and property damage accidents caused by vibration and shock. One of the various causes was the fact that all checking of tightening force at the time of cargo fastening was done by human senses. One of the various causes was the fact that all checks of tightening force at the time of cargo fastening were done by human senses. One of the causes was that all checks of tightening force at the time of cargo fastening were done by human senses. However, with the introduction of the newly developed tension meter, the tension of the fastening belt can be controlled numerically. This new tension meter enables numerical control of the tension of fastening belts, preventing insufficient tension, which is one of the causes of cargo collapse, and ensuring reliable transportation. The introduction of the newly developed tension meter has made it possible to prevent insufficient tension, which is one of the causes of cargo collapse, and to improve the reliability of transportation.
Visualization of the tension of the fastening belt, which was only known by feeling! When the target tension is reached, an audible tone notifies the user! It can be saved to SD card and also imported to a computer for historical purposes! High repeatability under the same conditions!
Measuring principle
Pinch the belt from above and hold the belt at three points When the belt is stretched, a force (axial load) is generated in the center to make the belt horizontal This method of measuring the force to become horizontal (axial load) and converting it to tension in the program.
