R2M-2012-23-5050

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

R2M-2012-23-5050 is a comprehensive and reliable noncontact optical fiber detector for measuring strain, length, angular, and other parameters. It employs a cross-sectional approach to measuring parameters and comprises an optical fiber, a sensing element, and a display unit. The sensing element uses a diverging lens to create a diverging tube beam, and the fiber core is scanned by a slit in the center of the lens. The ultrasonic waves in the fiber are converted into visible light and transmitted to the display unit, where a detector bridge detects strain and determines the magnitude of the strain.

R2M-2012-23-5050 is used in a wide variety of applications where fiber-optic sensing can be used to measure strain, length and angular displacement. It is used in the automotive industry for monitoring wheel alignment, suspension movement, and tire wear. It is also used to monitor the performance of motors and other machinery, as well as in the medical field to measure strain on cardiac pacemakers. It is also widely used in the oil, gas, and petrochemical industries for measuring pipe and tank wall thickness, pressure, and temperature.

The working principle of the R2M-2012-23-5050 is based on the detection of changes in the intensity of an optical beam transmitted through a fiber or waveguide. When the strain on the optical fiber or waveguide varies, the optical power of the beam is affected, resulting in a corresponding change in the intensity of the beam. The detector is able to detect these changes and convert them into a numerical signal which can be used to calculate the magnitude of the strain on the fiber or waveguide. The sensitivity of the detector is adjustable, allowing for accurate measurement of small displacements and strain.

The R2M-2012-23-5050 has a wide range of applications and provides accurate strain measurement in industrial, medical, and research settings. It is used extensively in the automotive industry to monitor wheel alignment, suspension movement, and tire wear. In the medical field it is used to measure strain on cardiac pacemakers. In the oil, gas, and petrochemical industries it is used for measuring pipe and tank wall thickness, pressure, and temperature. It provides an accurate and reliable method of measuring strain on optical fibers and optical waveguides.

The specific data is subject to PDF, and the above content is for reference