All Categories

History

Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR-FS62WSR (with Amilad or Armored cable)
Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR-FS62WSR (with braided cable)
Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR-Hottinger Brüel & Kjær

Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR
Hottinger Brüel & Kjær

Hottinger Brüel & Kjær's Response Status

Response Rate

100.0%

Response Time

22.7hours

Relatively Fast Response


About This Product

■High performance strain measurement

With excellent fatigue resistance, FS62 strain sensors and rosettes are ideal for measuring deformations in small parts to large structures.

■NewLight FS62: Photoelectric strain sensor and rosette for static and dynamic strain measurement

The newLight sensor series FS62 optical strain sensors and rosettes are designed to easily obtain static and dynamic strain measurements for stress analysis of smart materials, machines, components, and other types of structures. I am.

■Features

1. Safe, robust and durable ・Three types of cable protection: steel reinforcement for harsh environments ・Can be used in explosive atmospheres, high electric areas, and strong electromagnetic fields ・Reliable measurement even in poor environments 2. Economical ・Uses dual lead fiber that allows multiple sensors to be connected in combination with a single optical fiber cable ・Easily build large-scale sensor networks with fewer cables 3. Compatible with high strain ・High strain/high load durability sensor manufactured using femtolaser method ・Accurate measurement even in highly strained materials

■FS62WSR-Welded strain rosette

・Easy to spot weld to metal structures, allowing accurate measurements immediately after installation ・0°/60°/120° strain measurement possible ・Measurement range is ±2,000μm/m - Braided cables that can withstand high temperatures (-40°C to 100°C) are available for laboratory applications, and Ø3mm cables with aramid or armor reinforcement are available for outdoor applications. ・If you want to compensate for temperature effects, please consider the FS63LTS or FS63WTS sensor. ・For HBK, we recommend using a spot welder made by VBS. Or protect it with ABM75 or AK22.

  • Product

    Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR

Share this product


270+ people viewing

Last viewed: 5 hours ago


Free
Get started with our free quotation service - no cost, no obligation.

No Phone Required
We respect your privacy. You can receive quotes without sharing your phone number.

2 Models of Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR

Click on the part number for more information about each product

Image Part Number Price (excluding tax) Weight Measuring range Temperature cross sensitivity Insertion loss Sensitivity Size Installation method Operating humidity, storage humidity Operating temperature Resolution Input/output connector Input/output cable length Input/output cable type Input/output cable bending radius Optical fiber cladding diameter/covering diameter Storage temperature Main material Fiber type Hand width (FWHM), reflectance, sidelobe suppression Bending radius of sensor part Gauge length K factor FBG reflection wavelength
Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR-Part Number-FS62WSR (with Amilad or Armored cable)

FS62WSR (with Amilad or Armored cable)

Available upon quote

Aramid: 31g, Armor: 62g (weight with 2m long cable on both sides and without connector)

±2,000μm/m (0.2%)

6.6±1 (μm/m) /℃ (Temperature cross sensitivity (TCS) is the thermal strain induced when the temperature fluctuates by 1℃)

0.2 dB (typical for standard telecom fiber (ITU-TG.652.D) without connector and dual splice)

1.2pm/ (μm/m) (Typical value. Value for FBG with wavelength 1,550nm.)

72.0±1×67.1±1×6.1±0.5mm, sensor board thickness: 0.1mm

Spot welding (Please use low power 20~70V, 26~80W for spot welding machine)

<95%

-20~+80℃ (In environments exceeding 60℃, creep values ​​exceeding 0.5% may be observed)

0.5μm/m (Resolution 0.5pm in wavelength measurement is the value obtained by interrogator FS22SI)

FC/APC, SC/APC, NC (no connector)

0.5~20m

Φ3mm aramid cable (Hytrel, Kevlar®, LSZH) or Φ3mm armored cable (Hytrel, stainless steel spiral, Kevlar®, stainless mesh, LDPE)

>30mm (When tested by winding the cable around a mandrel (cylindrical reel with a radius of 16mm or 30mm), the induction loss during one rotation is less than 0.05dB)

125/195μm

-20~+80℃ (In environments exceeding 60℃, creep values ​​exceeding 0.5% may be observed)

Stainless steel, epoxy, Ormocer® (the complete sensor configuration including cable is RoHS, REACH, Conflict Minerals and Fire Propagation Directive compliant)

SMF-28 compatible

≤0.3nm, 21±4%, >10dB

>400mm

36mm

0.76±0.02

1,500~1,600nm (±1)

Optical fiber strain sensor newLight FS62/Welded strain rosette FS62WSR-Part Number-FS62WSR (with braided cable)

FS62WSR (with braided cable)

Available upon quote

8g (Weight when cable length is 2m and there are no connectors at both ends)

±2,000μm/m (0.2%)

7.5±1 (μm/m) /℃ (Temperature cross sensitivity (TCS) is the thermal strain induced when the temperature fluctuates by 1℃)

0.2 dB (typical for standard telecom fiber (ITU-TG.652.D) without connector and dual splice)

1.2pm/ (μm/m) (Typical value. Value for FBG with wavelength 1,550nm.)

67.1±1×60.6±1×2.6±0.5mm

Spot welding (please use low power, 20~70V, 26~80W for spot welding machine)

<95%

-40~+100℃

0.5μm/m (Resolution 0.5pm in wavelength measurement is the value obtained by interrogator FS22SI)

FC/APC, SC/APC, NC (no connector)

0.5~6m

Φ1mm braid (glass fiber, silicone varnish)

>16mm (When tested by winding the cable around a mandrel (cylindrical reel with a radius of 16mm or 30mm), the induction loss during one revolution is less than 0.05dB)

125/195μm

-20~+80℃ (limited by connector)

Stainless steel, epoxy, Ormocer® (the complete sensor configuration including cable is RoHS, REACH, Conflict Minerals and Fire Propagation Directive compliant)

SMF-28 compatible

≤0.3nm, 21±4%, >10dB

>300mm (At room temperature, the Bragg wavelength can vary by about ±1 nm at maximum bending radius. As the Bragg wavelength increases, bending radii of up to 10cm are allowed)

36mm

0.76±0.02

1,500~1,600nm (±1)

Click on the part number for more information about each product

Customers who viewed this product also viewed

Reviews shown here are reviews of companies.

See More Optical Fibers Products

Other products of Hottinger Brüel & Kjær

Reviews shown here are reviews of companies.


View more products of Hottinger Brüel & Kjær

About Company Handling This Product

Response Rate

100.0%


Response Time

22.7hrs


Company Review

5.0

Company Overview

HBK, formerly named HBM, is a global ISO9001 and ISO14001-certified company founded in 1950. It is known for p...

See More

This is the version of our website addressed to speakers of English in the United States. If you are a resident of another country, please select the appropriate version of Metoree for your country in the drop-down menu.

Copyright © 2025 Metoree