Singlemode Messenger Wire for Fiber Cable VCELINK
Features:
- Material of Sheath: LSZH
- Material of Fiber Optic: 1 x G.657A1
- Material of Strength Member: KFRP
- Material of Messenger: 1.2mm Phosphated Steel Wire
- Lifetime Product Support
If you have a bulk purchase request, please Request a Quote or email us.
DESCRIPTION
Singlemode Messenger Wire for Fiber Cable VCELINK
| Model NO. | GJYFCH-1B6a 1.2mm Steel Wire |
| Types | Single Mode |
| Material of Strength Member | KFRP |
| Material of Messenger | 1.2mm Phosphated Steel Wire |
| Material of Sheath | LSZH |
| Material of Optic Fiber | 1*G.657A2 |
| Outer Diameter of Cable | 5.0±0.2mm*1.95*2.95（+0.10/-0.05）mm |
| Thickness of Messenger | ≥0.4mm |
| Colors | Black or as customers’ requirements |
| Printing | As customers’ requirements |
| Transmission Loss | @<0.23dB/km；@1310nm<0.35dB/km； |
The Messenger fiber optic cable is a novel form of the line that goes by the name “figure 8 optic cable” when used for indoor and terminal installation. This cable is a good fit for applications that necessitate frequent bending.
This fiber messenger cable can cut the line to length on-site during installation and can be fixed using fast connectors. There is no requirement for fusion splicing during on-site construction, which considerably improves engineering construction efficiency.
Features of KFRP Strength Member
-Aramid fiber reinforced fiber optic cable reinforced core offers low and high density, with specific strength and modulus surpassing steel wire and glass fiber-reinforced cores.
-In a vast temperature range, the linear expansion coefficient of the aramid fiber-reinforced core is lower than that of steel wire and glass fiber-reinforced cores.
-The aramid fiber reinforced fiber optic cable reinforced core is not only ultrahigh in tensile strength (≥1700MPa), but it is also impact and fracture resistant. Even when broken, it retains a tensile strength of about 1300MPa.
-The aramid fiber-reinforced optical cable is light and flexible, offering excellent bending capabilities with a minimum bending diameter of only 24 times the diameter. Such properties make it ideal for use in complex indoor wiring environments, providing a compact, aesthetically pleasing structure with exceptional bending performance.
Learn more from Fiber Optic Cable Types: What You Should Know.
REVIEW
Q&A
QUESTIONS & ANSWERS
Have a Question?
Be the first to ask a question about this.