The force measurement system is crucial to almost all industrial, commercial, and trade sectors. As the key component of the force measurement system, weighing load cells must be accurate and always f...
When using a force measuring sensor normally, you should choose the range of the sensor to consider the measured force value, as well as the weight of the accessory tool. When used dynamically, the ra...
The force measuring sensor is composed of three parts: one or more elastic bodies that can produce deformation after being subjected to force, a strain gauge that can sense this deformation, and a bri...
load cell gauges are commonly used for both static and dynamic measurements. After considering the effects of gravity and air buoyancy at the location of use, a force sensor is used to measure the mas...
The S-type sensor is one of the most common types of sensors because of its shape resembling an "S." It is mainly used to measure tensile or compressive force and is commonly known as the S-...
The rotation torque load cell is a detection of torsional torque sensing of various rotating or non-rotating mechanical parts. It has advantages such as high accuracy, fast frequency response, good re...
In real life, force is everywhere because of the interaction of objects. People often need to measure forces in practical applications, such as tension, thrust, pressure, etc. Since force is a vector ...
The tension force transducer is mainly suitable for the detection industry, from small parts to various large equipment, including the pharmaceutical industry; the common application is the weighing o...
The working principle of weighing load cells includes two basic types of structures: linear and rotational (disk-shaped). weighing load cells consist of sliders and fixed lengths (linear type) or roto...
Introduction to electrical connection of weighing scale sensorsThe principle of the resistance strain gauge weighing scale sensor is: when an external force is applied to the elastic body (elastic ele...