Safety overload of a load cell refers to the ability of a load cell to function properly without serious damage or affect its measurement accuracy when subjected to a force that exceeds its rated load. The safe overload capacity of a load cell is the maximum load value at which the sensor can operate properly in excess of its rated load, usually expressed as a percentage of the rated load.
The safe overload capacity of a load cell depends on factors such as the materials used to make it, the structural design and the workmanship. Different types and specifications of load cells have different safety overload capacity, so it is necessary to select the appropriate load cell according to the specifications and requirements of the sensor in practical applications, and use it in strict accordance with the safety overload capacity of the sensor to avoid damage to the sensor or affect the measurement accuracy.
The safe overload capability of a load cell is its ability to function properly in extreme situations, which is why it is very important in some special applications. For example, in heavy machinery, aerospace, chemical industry and other fields, high-precision, high-stability load cells are needed to monitor and control various complex force situations. In these applications, insufficient safety overload capacity of the load cell can lead to sensor damage or loss of measurement accuracy, which can affect the stability and safety of the entire system.
In conclusion, the safety overload capability of the load cell is an important technical indicator that can reflect the manufacturing level and performance of the sensor. In practical applications, it is necessary to select the appropriate load cell according to the specifications and requirements of the sensor, and use it in strict accordance with the safe overload capacity of the sensor to ensure the measurement accuracy and system stability.