Tension detectorThe tension sensor is an instrument used to measure the tension value of the coil, playing a key role in the tension control process.

Tension detectors can be divided into strain gauge type and micro displacement type according to their principles:

Strain gauge type: Tension strain gauges and compression strain gauges are connected together in an electric bridge manner. When subjected to external pressure, the resistance value of the strain gauge will change accordingly, and the amount of change is proportional to the magnitude of the tension applied. By using a Wheatstone bridge circuit, the resistance change is converted into a differential voltage signal, and the output signal of the bridge is linearly related to the magnitude of the tension, thus achieving quantitative measurement of force.

Micro displacement type: By applying a load with external force, the leaf spring is displaced, and then the tension is detected through a differential transformer. Due to the extremely small displacement of the leaf spring, approximately ± 200 μ m, it is also known as a micro displacement type tension detector.

According to the external structure, tension detectors can be divided into various types such as axial table, through axis, cantilever, etc. In addition, there are some specially designed tension detectors, such as S-type tension sensors, named after their S-shaped shape and commonly used to measure most of the tension and pressure of solids.

　　Tension detectorFeatures:

High precision measurement: The tension detector can accurately measure the tension value of the coil, ensuring the accuracy of tension control during the production process.

Multiple installation methods: Provides flexible and versatile installation methods and connection options, such as screw installation, shaft platform installation, and flange installation, to meet the needs of different scenarios.

Mechanical overload protection: Some tension detectors are designed with mechanical overload limiters, which can protect the sensor from damage in case of overload and avoid the trouble of needing to recheck after overload.

High reliability: Made with sturdy connections and high-quality materials to ensure long-term stable operation and reliable performance.