What is the limit overload of the tension sensor?

The ultimate overload of the tension sensor refers to the maximum load that the sensor can bear, which may lead to the damage or failure of the sensor. However, the specific limit overload value is not a fixed value, which is influenced by many factors, including the type, material, structure and manufacturing process of the sensor.

Generally speaking, the ultimate overload value of tension sensor will be much higher than its rated range. This is because in the design, in order to ensure the reliability and safety of the sensor, a certain safety margin is usually reserved, so that even if some unexpected situations, such as overload or impact, occur during use, the sensor can maintain normal work to a certain extent without being damaged immediately.

However, it should be noted that there may be significant differences in the ultimate overload values of different brands and models of tension sensors. Therefore, when selecting and using the tension sensor, users need to read the product manual carefully or consult the manufacturer to obtain accurate information about the ultimate overload.

In addition, in order to avoid overload damage of the tension sensor, it is suggested that the tension range of the test material should be strictly controlled during use. Users should choose the appropriate sensor according to its rated load-bearing capacity and avoid exceeding its maximum load-bearing capacity. At the same time, some protective measures can be taken to prolong the service life of the sensor, such as setting alarm or shutdown force, adding elastic devices for pre-compression or pre-stretching, etc.

In a word, understanding and observing the extreme eye overload value of the tension sensor is an important prerequisite to ensure its normal operation and prolong its service life. When using the tension sensor, please follow the relevant safety specifications and operating instructions to ensure the accuracy and safety of the test.