Eddy current displacement sensor YD9820

NegotiableUpdate on 01/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Eddy current displacement sensor YD9820 is a non-contact sensor that mainly uses the principle of eddy current for detection, and can detect defects, cracks, fatigue, and other conditions on metal surfaces. The application in the field of metal is very extensive, which can quickly and accurately detect defects and defects on the surface of metal materials, and also provide effective guarantees for quality problems in the production process, improving production efficiency and product quality for production enterprises.

Product Details

Eddy current displacement sensor YD9820The sensitivity and stability have been greatly improved. It can provide higher measurement resolution and lower false alarm rate, thereby more accurately detecting defects on or near the surface of metal parts. Research and development focus on improving measurement speed, reducing noise, and enhancing data reproducibility, which has greatly improved the measurement efficiency of sensors. The impact of temperature and humidity on instrument measurement results can be calibrated through software algorithms to reduce the influence of external factors. Can be applied to defect detection of different metal materials and structures, providing efficient, fast, and accurate quality control methods. With the development of technology and the diversification of sensor application markets, the performance and application scenarios of eddy current sensors will continue to be improved and perfected.

Eddy current displacement sensor YD9820 It can be applied to various devices, mainly including the following aspects:

1. Metal products industry: Eddy current sensors can be applied to the detection of various metal products, such as pipes, plates, wheels, aircraft parts, etc. Eddy current sensors can be used to detect the quality and surface defects of metal materials in manufacturing, testing, and maintenance processes.

2. Automotive industry: Eddy current sensors can be applied in multiple aspects of automotive manufacturing and maintenance, such as detecting plugs in engine radiators, detecting cracks on cylinder body or head surfaces, detecting defects on wheel hub and bearing surfaces, etc.

3. Rail transit industry: Eddy current sensors can be applied to the maintenance and inspection of railway transportation equipment such as subways, high-speed trains, and light rails, to detect cracks and fatigue on the surface of the track, improve safety and operational efficiency.

4. Energy industry: Eddy current sensors can be applied to the detection and maintenance of power equipment, such as detecting cracks and damage on the surface of turbine generator rotors.

In addition to the aforementioned industries, eddy current sensors can also be used to detect defects in aerospace equipment and quality issues in nuclear industry equipment. In short, eddy current sensors are widely used, especially in fields that require detection and analysis of metal surface defects, and their application effect is relatively good.