Fiber optic splice protector with green connectors and blue cables on both ends.
Railway track with a mounted sensor device connected to a blue cable for monitoring or data transmission.
Fiber optic splice protector with green connectors and blue cables on both ends.
Fiber optic splice protector with green connectors and blue cables on both ends.
Railway track with a mounted sensor device connected to a blue cable for monitoring or data transmission.
BGT-FBG4150 Fiber Bragg Grating Surface Strain Gauge For Composite Material Strain Analysis
FOB
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Shipping:Express delivery
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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