High Temperature Fiber Optic Sensor, -55°C~350°C

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$189.52

Ex Tax: $189.52

Stock: In Stock
Model: RDDLZ-FIBER-HRSG
Weight: 1.00
SKU: RDDLZ-FIBER-HRSG

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High quality high temperature fiber optic sensor, your good helper for industrial inspection! Support 90mm±10% sensing distance, and can be adjusted in the range of 0~72mm, sensitive sensing, accurate and stable, fiber optic outer diameter of only 3.5mm, flexible and lightweight. Adopting high temperature and corrosion resistant stainless steel and glass fiber material, adaptable to high temperature working environment up to 350℃.

Specification

Model	RDDLZ-RSG310S	RDDLZ-RSG410S	RDDLZ-RSG610S	RDDLZ-RSG320S	RDDLZ-RSG420S	RDDLZ-RSG620S
Thread Size	M3*0.5mm	M4*0.7mm	M6*0.75mm	M3*0.5mm	M4*0.7mm	M6*0.75mm
Fiber Optic Cable Length	1m	1m	1m	2m	2m	2m
Sensing Distance	90mm±10%
Adjustable Sensing Distance	0~72mm
Standard Detector	200*200mm white cardboard
Temperature	-55°C~350°C
With or Without Bump Tube	No
Fiber Material	Fiberglass
Fiber Core Size	Fiber core 1.5mm*1
Outer Diameter of Optical Fiber	Outer diameter 3.5mm
Minimum Bend Radius	R25mm
Minimum Detection Object	Φ0.1mm
Fiber Tube Material	Stainless steel
Certification	CE
Product Size	M3*22.7	M4*25.7	M6*25	M3*22.7	M4*25.7	M6*25
Net Weight	23.8g	24.7g	26.3g	41.5g	43.3g	45.1g

Dimensional Drawing (unit: mm)

Product size is for reference only, subject to actual measurement.

Wiring Drawing

High Temperature Resistant Fiber Optic Installation Method

High-temperature resistant optical fiber reflective bending radius must be more than 25MM!
Note: The bending radius cannot exceed the limited requirements, otherwise the fiber will be damaged.
This fiber optic sensor needs to be used with a fiber optic amplifier.

Applications

Tips: What is the working principle of high temperature fiber optic sensors?

High temperature fiber optic sensors use optical fibers as sensing elements to measure temperature through the transmission and modulation of optical signals. Fiber optics exhibit excellent stability in high temperature environments, and temperature changes are typically detected through fiber Bragg gratings (FBGs), interferometric techniques, or fluorescence attenuation. For example, FBG sensors utilize the property that the Bragg wavelength of a grating in an optical fiber shifts with temperature to achieve highly accurate measurements. This passive sensing technology is resistant to electromagnetic interference, high temperature and corrosion, and is suitable for temperature monitoring in extreme environments.

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