Depending on the application’s regulatory environment, certification might also be necessary to meet specific compliance standards. This adjustment often entails applying known weights to the load cell and calibrating the output to these standards, ensuring the system’s reliability. Correct installation is critical even slight misalignments or constraints can skew measurements, undermining the load cell’s accuracy.Ĭalibration is the subsequent crucial phase, fine-tuning the load cell to guarantee a zero balance at rest and precise force measurement during use. For example, single ended and single point type load cells are anchored at one end (the ‘fixed end’), securely fastened to a robust structure, while the opposite end (the ‘live end’) remains unattached, free to accurately register the applied load. The installation process of a load cell depends on its design and is adapted to its specific use case. Some are designed for higher safety factors or durability while others are optimized for sensitivity or response times.Įlements shapes are generally categorized into a few common load cell types: Sensing elements come in a variety of shapes and sizes which are designed and optimized for the type of force it will measure, specific applications, and rated capacities.
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