Blog 2: Sensomaticloadcell.net
Understanding the Mechanism and Application of a Beam Load Cell Load cells come in different varieties with a specific application. Each is used for specific mechanisms and has a respective force capacity that it can endure. For instance, a compression load cell can bear up to 50 tons of weight, while the capacity for an S-type load cell is from 25 kgs to 30 tons. It’s all about deciphering even the minutest of differences in calibration, which demands the fore transducer to be accurate in its application every single time. For this blog, we will discuss in detail the function and operational principle of a beam load cell. What is a beam load cell? Beam load cells are widely used across multiple applications in different industries, especially in the weighing industry. Other similar varieties of load cells available at load cell suppliers are: - Compression load cell. - Single point load cell. - Tension load cell. These are the common types of load cells used these days. They operate in the form of cantilevers, which seamlessly flex marginally when confronted by force or weight. The beam cell remains fixed on one end and remains free on the other end. However, there are double-ended designs available these days. Those are placed at each end and are loaded at the center, like a hammock. The beam load cells are subdivided into two categories, based on the mechanism of measuring weight or enduring force. - The bending beam cells are used to measure the level of the bending distortion; - The shear beam load cell is used to measure the level of shear distortion. Beam load cells fall under the most versatile category of load cells that can bear an extensive range of load capacities for varied applications. They have different mounting options, calibration points, and a host of accessories across diverse applications in major industries. Other than single point use, load beam cells are also used combined with other load cell varieties to endure larger load capacity in complex weighing equipment. What is the working principle of the beam load cell?