High-Range Fiber Bragg Grating (FBG) Strain Sensor - FBG Strain Gauge - Metal Protection, Range: 30000με
DCYS is a professional manufacturer of high-range fiber grating strain sensors, providing information such as FBG strain sensor principles, structural design schemes, working accuracy, installation and use, temperature compensation, and calibration test reports; our FBG strain sensors‘ brand is "OFSCN". Bulk purchase, better price!
The product is a high-range fiber bragg grating strain sensor (FBG strain gauge) used for strain measurement. It is a single-ended structure that can be inserted into the test object for strain measurement, fixed using fixtures, or adhered with adhesive tape for strain measurement. The maximum range is approximately 25000 to 30000 microstrains (30000με).
Product Overview:
The OFSCN® high-range fiber Bragg grating strain sensor (30000 microstrain FBG strain gauge) consists of a fiber connector (FC, SC, LC, ST, etc.), high-strength material, and a single-point fiber bragg grating (FBG) encapsulated within. Depending on the materials used, it can operate at room temperature or a maximum of 350 degrees Celsius (the strain range may slightly decrease at high temperatures and needs customization).
This product features a compact size, lightweight, high tensile and compressive strength, water and moisture resistance, and full sealing. By utilizing the strain characteristics of the fiber bragg grating (FBG), this sensor can be inserted, welded, adhered, or glued to the internal or surface of the test structure for strain detection and monitoring.
It can be widely used in various industries such as industrial equipment, metal, cranes, concrete, railways, military equipment, aerospace, etc., for single-point or multi-point quasi-distributed strain monitoring and measurement.
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| OFSCN® Pipe-Type High-Range Fiber Bragg Grating Strain Sensor Structure (Single-Ended Insertion Type) |
General overview of fiber grating strain sensor:
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Brand |
OFSCN® |
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Product name |
OFSCN® high-range fiber bragg grating strain sensor |
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Product number |
BNYB-FBG-PI085-10-FC/APC-1M(Many models are only examples) |
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Double-ended product structure: Prefabricated fiber connector + multi-layer seamless tube + single-point fiber grating (in the middle) + tail end sealing |
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※Length range |
10 centimeters to several meters (the specific length depends on the stock and demand) |
Fiber Bragg Grating Parameters:
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| OFSCN® high-range fiber bragg grating strain sensor (FBG strain gauge) - standard temperature fiber Bragg grating |
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| OFSCN® high-range fiber bragg grating strain sensor (FBG strain gauge) - high temperature fiber Bragg grating |
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Fiber bragg grating type |
UV/fs/DTG grating (depending on the measured strain range and operating temperature) |
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Center wavelength |
Conventional 1525nm to 1565nm (other wavelengths can be customized) |
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Reflectivity |
10% to 99% |
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Strain value |
To be discussed directly |
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Strain range |
25000 to 30000 με (microstrain) or more - tested values, subject to confirmation when ordering |
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※Fiber Bragg grating optional parameters |
Various options, to be discussed directly |
Fiber Bragg Grating Strain Sensor Connector Specifications:
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Fiber Connector Type |
FC/ST/SMA Fiber Interfaces |
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End Face Type |
APC |
PC |
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Insert Material |
Ceramic |
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Insertion Loss |
<0.2db |
<0.2db |
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Return Loss |
>-60db |
>-40db |
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Storage Environment |
-40℃ to +85℃ |
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Operating Environment |
-40℃ to +75℃ |
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※Optional Fiber Connector |
FC/APC, FC/PC optional high-temperature resistant connectors. The high-temperature resistant connector material can withstand temperatures up to 300 degrees Celsius (subject to availability). |
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Finished Product and Armor Parameters of FBG Strain Sensor:
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| OFSCN® High-Range Fiber Bragg Grating (FBG) Strain Sensor (Strain Gauge) Physical Diagram - Single-ended, 1meter length. |
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Sensor Armor Type |
Standard Encapsulation for OFSCN® Pipe-Type High-Range Fiber Bragg Grating Strain Sensor |
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Sensor Armor Diameter |
1.5/2.0/3.0mm |
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Seamless Tube Material for Sensor |
Seamless Steel Tube + Polymer Material |
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Seamless Tube Wall Thickness for Sensor |
To be determined based on actual requirements. |
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Seamless Tube Weight for Sensor |
To be calculated based on actual requirements. |
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Sensor Tensile Strength |
To be calculated based on actual requirements. |
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Sensor Lateral Pressure Resistance |
To be calculated based on actual requirements. |
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Sensor Compression Strength |
To be calculated based on actual requirements. |
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※Armor Optional |
Sensor Diameter (2.0mm/3.0mm), non-conventional corrosion-resistant solution |