cantilever type load cell
A cantilever type load cell is a precision measurement device engineered to convert mechanical force into electrical signals through the principle of strain gauge technology. This sophisticated sensor consists of a beam-like structure fixed at one end while the other end remains free to deflect under applied loads. The design incorporates strategically placed strain gauges that measure the minute deformations occurring when force is applied. These sensors typically employ a full Wheatstone bridge configuration with four strain gauges to maximize sensitivity and temperature compensation. The cantilever load cell excels in applications requiring high accuracy in limited spaces, making it particularly valuable in industrial weighing systems, material testing equipment, and process control operations. Its robust construction, typically from high-grade aluminum or stainless steel, ensures long-term stability and reliability. The cell's output signal, usually in millivolts per volt, provides precise force measurements that can be easily integrated into modern digital control systems. This type of load cell demonstrates exceptional performance in both tension and compression applications, with capacities ranging from a few grams to several thousand kilograms. The design's simplicity contributes to its cost-effectiveness while maintaining high measurement accuracy, typically within 0.03% of full scale.