BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
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Product Introduction

◀◀  Key Selling Points  ▶▶


 Ultra-Compact Design: Slim profile (72mm×28mm×8.5mm) for minimal intrusion on structures.
 Precision Monitoring: ±1500 με range with 0.1% FS resolution—catch every micro-strain!
 Rugged & Reliable: Survives extreme temps (-30°C to +80°C) and tough industrial conditions.
 Quick Installation: Weld it on or use mechanical fixtures—flexible for any project!
 Industry-Leading Accuracy: ≤1.0% FS nonlinearity ensures trustworthy data, every time.
 50mm Gauge Length: Optimized for localized strain measurement with pinpoint accuracy.

Why Buy This?

  • Plug-and-Play: Pair with FBG interrogators for instant data streaming.

  • Durable AF: Engineered for demanding environments—rain, snow, or scorching heat. ❄️

  • Save Time & Money: Prevent failures with early strain detection!

Custom Options Available! Need special mounting kits or longer cables? Just ask!

◀◀  Product Parameters  ▶▶


FeatureSpecification
Measurement Range±1500 με
Nonlinearity≤1.0% FS
Resolution0.1% FS
Gauge Length50 mm
Operating Temperature-30°C to +80°C
Dimensions72mm × 28mm × 8.5mm (ultra-slim!)
InstallationWelding or mechanical fixtures

◀◀  Application Scenarios  ▶▶


  1. Civil Engineering: Monitor bridges, tunnels, and steel structures for stress cracks or fatigue.

  2. Aerospace: Test aircraft components under dynamic loads—safety first! ✈️

  3. Heavy Machinery: Track strain in industrial equipment to prevent downtime.

  4. Energy Infrastructure: Safeguard pipelines, wind turbines, and nuclear facilities.

  5. Automotive R&D: Validate durability in extreme temperature and stress tests.

  6. Smart Factories: Integrate into IoT systems for real-time structural health monitoring.


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