Principle and Structure:

The Weighing Sensor is constructed using the principle of resistance strain. When the measured force acts directly on the strain gauge of the hollow cylinder pasted with the resistance strain gauge through the pull-indenter, the strain gauge is axially compressed and radially expanded, the corresponding axial resistance strain value decreases, and the radial value increases.This results in a decrease in the corresponding axial resistance strain value and an increase in the radial value. When the bridge is out of balance, an unbalanced voltage output is generated at the angle output when the bridge power is supplied from the outside. This output is proportional to the measured force acting on the load cell. The weighing sensor utilizes this principle to measure forces accurately and efficiently.

Features:

1. Simplicity and Portability: The weighing sensor features a straightforward design that facilitates easy installation and use. Its compact size also makes it convenient to carry, allowing for flexible applications in various settings.

2. Excellent Sealing and Moisture Resistance: The sensor is well-sealed, offering superb moisture-proof capabilities. This protective feature ensures reliable performance even in damp or humid environments, which is crucial for maintaining accuracy in tough conditions.

3. High Anti-Vibration and Shock Stability: Designed to withstand vibrations and shocks, the weighing sensor maintains stability during measurements. This robustness is particularly important in industrial settings where machinery operation can cause disturbances.

4. Minimal Transmission Error and Reliable Measurement: The structural design of the weighing sensor ensures minimal transmission error, leading to dependable measurement results. It exhibits good static and dynamic characteristics, making it suitable for precise weight determinations in both steady-state and changing conditions.

5. Suitability for Long-Distance Measurements: The sensor can perform accurately over long distances, making it ideal for remote monitoring and measurement applications. This capability enhances its usefulness in scenarios requiring extended ranges of measurement without sacrificing accuracy.

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



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Packing & Shipping