Qualità Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring Fabbrica
Qualità Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring Fabbrica
Qualità Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring Fabbrica
Qualità Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring Fabbrica
Qualità Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring Fabbrica

Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring

Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring
Proprietà di base
Paese Di Origine
Dongguan Cina
Marchio
MingTong
Certificato
ISO
Proprietà Commerciali
Prezzo Unitario
500-5000RNB/KM
Metodo Di Pagamento
L/C, T/T
Riepilogo Prodotto

Cavo ottico armato industriale per il monitoraggio di condotte sotterranee. Presenta 4 fibre multimodali, armatura in acciaio inossidabile, guaina LSZH e funziona da -40°C a +85°C. Offre una risposta rapida alla temperatura, un'eccellente durata meccanica e isolamento elettrico.

Dettagli del prodotto
Evidenziare:

Multimode Armored Optical Cable

,

Armored Optical Cable Multimode

,

Industrial Optical Fiber Armored Cable

Name: cavo ottico corazzato
Optical Fiber Type: Multimodale (50/125)
Outer Diameter Of Optical Cable: 9,0 mm ± 0,5 mm
Number Of Optical Fiber Cores: 4
Optical Fiber: Fibra ottica color 0,25 mm
Color: Nero
Filling: Acqua che blocca filato
Inner Sheath: Materiale termoplastico LSZH
Long - Term Operating Temperature: -40℃~+85℃
Short - Term: 120 ℃
Net Weight Of Optical Cable: 210 kg/1000m
Descrizione di prodotto
Industrial Grade Geographical Armored Optical Cable Multimode For Underground Pipeline Monitoring
Product Overview

The armored temperature-sensing optical cable is a special-purpose optical cable designed specifically for accurate temperature measurement. The sensing optical fiber is ingeniously placed inside a stainless steel threaded tube. Kevlar is tightly wound around the outside for reinforcement, and stainless steel wires are tightly braided for further strengthening. The outermost layer is protected by a flame-retardant LSZH sheath. Its sensing optical fiber adopts multi-mode optical fiber that meets international standards and has excellent Raman scattering characteristics, enabling efficient and accurate temperature sensing functionality.

Key Features
  • Excellent Mechanical Performance: Protected by armor, the optical cable exhibits superior mechanical performance during long-term use and when facing sudden external impacts. It effectively resists external damages such as tension and extrusion, ensuring the safety and stable operation of the internal sensing optical fiber.
  • Fast Temperature Measurement Response: With a small outer diameter and simple structure, this design enables heat to quickly penetrate into the internal sensing optical fiber, greatly accelerating temperature measurement response speed. It accurately senses temperature changes in very short timeframes, providing timely and precise temperature data.
  • Good Electrical Insulation: The flame-retardant LSZH outer sheath provides excellent flame-retardant performance for environmental safety, along with superior electrical insulation performance. This effectively prevents temperature measurement errors caused by electrical interference and ensures reliable measurement results.
  • Convenient Construction: The optical cable is soft and tough overall, facilitating easy laying during construction. It easily adapts to complex underground pipe gallery environments and narrow cable laying spaces, reducing construction difficulty and improving efficiency.
Product Images
Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring 0 Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring 1 Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring 2 Multimode Geographical Armored Optical Cable For Underground Pipeline Monitoring 3
Prodotti correlati