Diffuse Reflective Fiber Optical Sensor, M3/M4/M6

Overview

Enhance inspection efficiency, choose the versatile diffuse reflective fiber optic sensor! 1m fiber optic cable comes standard, suitable for multi-scenario layouts, with a wide range of adjustments (0~80mm), and extremely adaptable. No need for convex tube design (10/20/40/90mm convex tube for your choice), helping you to easily realize quick installation.

Specification

Model	ATO-LSDRC310	ATO-LSDRC410	ATO-LSDRC610
Thread Size	M3*0.5mm	M4*0.75mm	M6*0.75mm
Sensing Distance	100mm±10%
Adjustable Sensing Distance	0~80mm
Convex Tube	Without convex tube
	Note: (With 10/20/40/90mm convex tube is required.) Scroll down for selection.
Standard Detector	200*200mm white cardboard
Fiber Optic Cable Length	1M
With or Without Bump Tube	No
Fiber Material	Plastics
Medium Core Fiber Size	Fiber core 0.5mm*2
Ring Fiber Size	Fiber core 0.25mm*9
Minimum Detector	Diameter 0.2mm
Sheath Color	Red
Certification	CE
Fiber Tube Material	Stainless steel	Stainless steel	Copper nickel plating
Product Size	M3*18	M4*21	M6*23
Net Weight	3.3~6.0g	3.6~6.6g	11.5~19.0g

Selection of Diffuse Reflective Fiber Optic Sensors

Selection Reference
Without Convex Tube	ATO-LSDRC310	ATO-LSDRC410	ATO-LSDRC610
With 10mm Convex Tube	ATO-LSDRC310-l	ATO-LSDRC410-l	ATO-LSDRC610-l
With 20mm Convex Tube	ATO-LSDRC310-S	ATO-LSDRC410-S	ATO-LSDRC610-S
With 40mm Convex Tube	ATO-LSDRC310-M	ATO-LSDRC410-M	ATO-LSDRC610-M
With 90mm Convex Tube	ATO-LSDRC310-L	ATO-LSDRC410-L	ATO-LSDRC610-L

Dimensional Drawing (unit: mm)

Applications

Tips: How do diffuse reflective fiber optic sensors work?

A diffuse reflective fiber optic sensor is a sensor that transmits light signals through an optical fiber for non-contact detection. It uses the diffuse reflection of light with the surface of the target object to measure the position, presence or absence, or color characteristics of the object. When light is emitted from the fiber optic transducer's transmitter and hits the surface of the target object, part of the light is diffusely reflected back to the sensor's receiver. The sensor analyzes the state of the object's surface by detecting changes in the intensity of the returning light. These sensors are commonly used in industrial environments where precise inspection is required or where direct access is difficult, such as automated assembly lines, package inspection and quality control.

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