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Non-linearity of Force Sensors Feb 23, 2024
Non-linearity refers to the phenomenon that the output voltage signal of a force transducer has a non-linear relationship with the applied force. Ideally, the output voltage of a force transducer should be proportional to the force applied. The greater the force, the higher the output voltage. However, in practice, due to various factors, there is often a non-linear relationship between the output...
- force transducer
- force sensor
- load cell
Dynamic Torque Sensors and Static Torque Sensors Mar 01, 2024
Torque sensors are categorised (based on physical form) as dynamic torque sensors (which can rotate continuously through more than 360°) and static torque sensors (which do not rotate continuously). Dynamic Torque Sensors Dynamic torque transducers (based on the method of signal transmission) can be subdivided into non-contact torque transducers and carbon brush contact (slip ring) torque tran...
The impact of the installation requirements of the force sensor on accuracy Apr 18, 2024
First of all, the installation base of the transducer must be stable, horizontal, and have a certain bearing capacity. If the installation foundation is not stable or horizontal, it will cause the sensor to tilt or vibrate during use, thus affecting the measurement accuracy. Therefore, before installing the sensor, the installation foundation needs to be tested and adjusted to ensure that it meets...
- transducer
- force sensor
- load cell
High Precision Force Sensors Application Areas Apr 25, 2024
First, Manufacturing High-precision force sensors play an important role in the manufacturing industry. In the production line, high-precision force sensors can be used to measure and control the torque, pressure and tension of various processing equipment and other parameters to ensure product quality and production stability. For example, in metal processing and machining, high-precision force s...
How to Choose the Right Torque Sensor May 24, 2024
Choosing the right torque sensor is essential for accurate and reliable torque measurements in various applications. Whether you're working in automotive, aerospace, or industrial settings, selecting the appropriate torque sensor can significantly impact the efficiency and success of your projects. In this blog post, we will explore some key factors to consider when choosing a torque sensor. Torqu...
Characteristics of S-type force sensors Jun 14, 2024
With the rapid development of industrial automation and intelligence, sensors play an increasingly important role in various application scenarios. Among them, S-type tensile sensors, as a commonly used sensor type, are widely used in various tensile pressure measurement fields due to their unique design and performance characteristics. In this paper, the characteristics and applications of S-type...
Application of S-Type Force Sensor Jun 21, 2024
1. Industrial automated production lines In the industrial automation production line, S-type pull pressure sensor is widely used in a variety of equipment pull pressure detection and control. For example, in packaging machinery, S-type tensile sensors are used to detect the weight of the bag to control the filling of the bag; in the assembly line equipment, S-type tensile sensors are used to dete...
- S-beam force sensor
- S shaped force transducer
- S type load cell
Difference Between 3-axis Force Sensors and Tension/Compression Sensors Jul 11, 2024
Multi axis force sensors and pressure sensors are two different types of sensors that have different applications in measuring physical quantities. The following is a detailed comparison of these two sensors from the working principle, measurement parameters and application scenarios. First, the principle of work 3-axis load cell is a kind of sensor that can measure the force in three directions, ...
- 3-axis load cell
- Triaxial force sensor
- tension/compression sensor

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