Through Beam Fiber Optic Sensor, M3/M4/M6

Through Beam Fiber Optic Sensor, M3/M4/M6

This through beam fiber optic sensor has high performance and professional design, thread size M3, M4, M6 optional, fiber length 1M and 2M to adapt to a variety of fields, adjustable range of 0~800mm, can easily detect the smallest Φ0.5mm objects.

SKU: CCHN-FIBER-TBS

30-day Returns

Free Shipping

Delivery date: 6-25 days

Overview

For precision manufacturing and automation, the excellent stability and sensitivity of the CE-certified through beam fiber optic transducer is the perfect choice to improve your inspection accuracy. Fiber optic core diameter of 1mm, outer diameter of 2.2mm, the choice of plastic optical fiber, with stainless steel or copper-nickel plated protection tube, durable.

Specification

Model	CCHN-LSDT310-TZ	CCHN-LSDT410-TZ	CCHN-LSDT610-TZ	CCHN-LSDT320-TZ	CCHN-LSDT420-TZ	CCHN-LSDT620-TZ
Thread Size	M3*0.5mm	M4*0.75mm	M6*0.75mm	M3*0.5mm	M4*0.75mm	M6*0.75mm
Fiber Optic Cable Length	1M	1M	1M	2M	2M	2M
Fiber Core	1mm
External Diameter	2.2mm
Sensing Distance	1000mm±10%
Adjustable Sensing Distance	0~800mm
Standard Detector	200*200mm white cardboard
Fiber Material	Plastics
Minimum Detection Object	Φ0.5mm
Sheath Color	Red
Certification	CE
Fiber Tube Material	Stainless steel	Stainless steel	Copper nickel plating	Stainless steel	Stainless steel	Copper nickel plating
Product Size	M3*16.5-TZ	M4*15.5-TZ	M6*16.5-TZ	M3*16.5-TZ	M4*15.5-TZ	M6*16.5-TZ
Net Weight	12.1~19.3g	12.1~19.5g	17.4~24.9g	12.1~19.3g	12.1~19.5g	17.4~24.9g

Dimensional Drawing (unit: mm)

Through beam fiber optic sensor size

Note: The transmitter is the same size as the receiver

Applications

High temperature fiber optic sensor application

Tips: What are the advantages of through beam fiber optic sensors?

High detection accuracy: objects as small as sub-millimeter can be detected precisely.
Long detection distance: the transmitter and receiver are arranged separately, and the detection distance can reach several meters.
Strong resistance to environmental interference: fiber optic material is resistant to high temperature, chemical corrosion and mechanical stress, suitable for harsh environments.
High flexibility: different fiber materials and shapes can be selected according to the needs, adapting to complex installation conditions.

These features make it outstanding in the fields of electronics manufacturing, packaging and automated assembly.