Load Cell Frequency Response

Will you be measuring bending.

Load cell frequency response.

As such a load cell of finite stiffness must have spring like behavior exhibiting vibrations at its natural frequency. For dynamic loading conditions a load cell with a high frequency response is usually preferred. One reading obtained by increasing the load from zero and the other by decreasing the load. Proposed frequency range which is quite common may be.

The high frequency response of pancake load cells also makes them ideal for dynamic force and load measurement applications such as crash test walls. A dynamic application usually requires a load cell with a higher frequency response a good rule of thumb is the lower the load cell deflection the high the frequency response. Other load cell s factors and specifications to consider include size accuracy and resolution remote applicability and extra instrumentation needed depending on the measurement requirements. Will your loading be static or dynamic.

An oscillating data pattern can be the. Types of load cells. In order to measure the loads they have to deform. This stems from the spring like behavior of load cells.

Will you be loading the load cell in line or require a load cell that can handle extraneous loads. The range of frequencies over which the load cell output will follow the sinusoidally varying mechanical input within specified limits. The maximum difference between load cell output readings for the same applied load.