What is a loading cell?

The stress cell is a type of converter that converts power into electricity. This transformation occurs in two phases; The force is first sensed by the measurement, then it is converted into an electrical signal by changing the electrical resistance of the connected wire. Loaded cells are usually used in a number of common scenarios, including electronic weighing trucks and train cars and even smaller home weight scales. The voltage meter is a device that changes shape depending on the amount of force applied. Since the deformation meter is more strength, it deforms further and further. Through its deformation, it changes the amount of electricity that flows through the connected line; The result is the production of an increased electric current level and generates electricity from the initial mechanical force applied to the load.

The electronic scale can provide a good example of how the load works. As an individual enters the scale, its body weight disrupts the voltage meters mounted in the meterír. This in turn disrupts electrical signals flowing through the scale. By measuring disruption - change from the basic value - the scale is able to determine how much weight is covered and provides accurate reading of how much the user weighs.

The stress cell usually contains more than one breakup. This allows you to accurately detect and convert strength, even if the application is not permanently located on the center of a particular meter. Under the load of a cell with multiple deformation gauges, these meters are usually arranged in a diamond formation known as the formation of the wheat bridge tilted 45 degrees to one side. There are four deformations in the Wheatstone Bridge configuration, with one of the meters located in the center of each side of the square.