Principle and Structure:

The weighing sensor employs the resistance strain principle wherein the applied force is directly transmitted to the strain gauge on a hollow cylinder, resulting in axial compression and radial expansion. This change affects the axial and radial resistance strain values, causing an imbalance in the attached Wheatstone bridge. With external power, the bridge generates an output voltage at its angle output, proportional to the force on the load cell, ensuring precise measurement.

Features:

1. The sensor offers high precision and accuracy, ensuring reliable results.

2. It provides excellent temperature stability, minimizing errors caused by fluctuating temperatures.

3. The sensor is highly resistant to electromagnetic interference, ensuring stable performance in various environments.

4. It consumes low power, making it suitable for energy-efficient applications.

5. The sensor has a wide measuring range, accommodating a variety of measurement needs.

Dimension:

Specification:

Company Information


Our company takes product technology as guide, cooperates with partners confidentially, and strives to become your better supplier with perfect after-sales service as its guarantee.Since our company began to study resistance strain gauge in 1997, it has continuously pursued technological innovation and developing and producing in strict accordance with the 0IML62# recommendation and GB/T13992-92 standard. Our company employs several senior members of the strain gauge industry as the technical consultant for many years, and has more than 20 years of technical and technological personnel engaged in the industry, so as to ensure the long-term stability and consistency of our products.For many years, our company has been strengthening its cooperation with research institutions in polymer material industry to develop base materials which suitable for high-quality resistance strain gauge. The strain gauge produced by our company is suitable for manufacturing medium-precision and high-precision weighing load cells and precision stress analysis, greatly reducing the lag and non-linear error of products and improving the stability of the product.

Application



Process flowchart



Packing & Shipping