The Use and Installation of Tension Loadcells

The main function of the tension force sensor is to detect the tension of the cable in operation. The tension force sensor can be used for cables with a diameter of 15-115mm, and the maximum tension measurement can reach 500 tons. While ensuring that the force structure of the cable does not change during operation, the dynamic and dynamic cable tensions are detected.

1. The structural components of the tension force sensor

Most of the tension loadcells adopt a three-wheeled structure. In order not to affect the operation of the cable, the design has also achieved a solid and compact principle design. Moreover, the mobility of the center wheel also facilitates installation and operation.

2. The purpose of tension force sensor

The product range of tension loadcells includes the use of high-quality hydraulic components and instruments in the paper industry, pharmaceutical industry, chemical industry, food industry, etc. for the batch processing industry. The tension force sensor in the printing industry transmits the tension signal of the collected paper to the controller, and the controller adjusts the speed of unwinding and rewinding according to the signal to achieve a balance of tension, which not only saves cost waste but also increases output. In the printing press, various detections such as the registration detection of printed matter, the amount of ink and water, and the failure of paper are required. And it uses the displacement type.

3. Installation of tension force sensor

The installation of the tension force sensor is divided into two types. The first is to use the bearing seat fixing bolt holes to fix the bearing seat on the base. The other is to use the option plate to fix the bearing housing. When installing, it is necessary to pay attention to the cause of inaccurate tension measurement. When the tension sensing device is connected to weak wires such as signal wires, switches and output terminals, try to stay away from strong wires, so as to prevent electromagnetic signals from interfering with tension detection. In practical applications, factors such as output sensitivity, temperature compensation range, zero temperature effect, rated load, and limit load are also the reasons that affect the inaccurate tension measurement.

Based on the wide use of tension force sensors in various industries, how can a reliable quality tension force sensor play a normal role? The consideration of parameters such as repeatability, creep, and input and output impedance is also the purpose of the constant tension of the tension force sensor.