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Application of RIFTEK Laser Triangular Displacement Sensor-RF605

NegotiableUpdate on 05/07
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Overview

RIFTEK laser triangle displacement sensor - RF605 application provides a sampling frequency of 20Khz, * * 0.95mw output power, and a laser safety level of 2 (IEC60825-1). It is a universal sensor with a working range of 50 to 500 mm Used for non-contact measurement and inspection of position, displacement, size, surface profile, deformation, vibration, classification and sensing of technical objects, as well as liquid level measurement of liquids and bulk materials

Product Details

RIFTEKLaser Triangular Displacement Sensor-RF605

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Application of RIFTEK Laser Triangular Displacement Sensor-RF605Provides a sampling frequency of 20Khz, an output power of 0.95mw, and a laser safety level of 2 (IEC60825-1). It is a universal sensor with a working range of 50 to 500 mm Used for non-contact measurement and inspection of position, displacement, size, surface profile, deformation, vibration, classification and sensing of technical objects, as well as liquid level measurement of liquids and bulk materials

RF605 Series - Compact Laser Sensor

Application of RIFTEK Laser Triangular Displacement Sensor-RF605Including four different sensor models with different parameters: customized offset distances for applications; Red semiconductor laser with a wavelength of 660 nm, especially used for controlling high-temperature objects and organic materials You can customize the configuration using parameters different from those shown below

RF605 Series - Compact Laser Sensor Detailed Specifications

(Low cost compact sensor)

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The operation of the sensor is based on the principle of optical triangulation:

The radiation of semiconductor laser 1 is focused onto object 6 by lens 2 The radiation reflected by the object is collected by lens 3 onto linear CCD array 4 Signal processor 5 calculates the distance from the position of the object to the light spot on array 4

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Laser Triangular Displacement Sensor-RF605 Measurement Application:

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