Principle and Structure:

The Weighing Sensor is constructed using the principle of resistance strain. When the measured force acts directly on the strain gauge of the hollow cylinder pasted with the resistance strain gauge through the pull-indenter, the strain gauge is axially compressed and radially expanded, the corresponding axial resistance strain value decreases, and the radial value increases. When the bridge is out of balance, when the bridge power is supplied from the outside, there is an unbalanced voltage output at the angle output, which is proportional to the measured force acting on the load cell.

Applications:
The Packing Scale Weighing Sensor finds applications in various industries where precise weight measurements are crucial for packing operations. Some common applications include:

1,Food Packaging: Ensures accurate weight measurements for packaged food products, helping to maintain consistency and comply with regulatory requirements.

2,Pharmaceutical Packaging: Enables precise dosage measurements during the packaging of pharmaceutical products, ensuring adherence to strict quality standards.

3,Logistics and Shipping: Facilitates efficient weight measurements for packages and parcels, optimizing shipping costs and ensuring compliance with weight restrictions.

4,Industrial Manufacturing: Supports accurate weighing of components and materials in manufacturing processes, improving quality control and reducing waste.

Specification: