The structure of central tube distribution fiber optic cable is inside with 2~24 cores of 0.9mm or 0.6mm tight buffered fiber cables. And the tight buffer fiber cables is wrapped with a layer of Kevlar yarn as strength member.
The cable outer jacket is completed with PVC or LSZH(Low smoke, Zero halogen, Flame-retardant) material.
lHigh strength Kevlar yarn member
lTight buffered design
lRound construction
lAdopted to Indoor distribution
lAs patchcord and pigtail of communication equipment
lSuitable for communication equipment served
lCan be installed conveniently and operated simply
No. of Cable | 24 | ||
Fiber Model | G.652D | ||
Strength Member | Material | Aramid yarn | |
Tight lines | Material | PVC | |
Diameter（±0.06）mm | 0.9 | ||
Thickness（±0.03）mm | 0.30 | ||
Outer Sheath | Material | PVC | |
Thickness（±0.1）mm | 1.2 | ||
Cable Diameter（±0.2）mm | 8.5 | ||
Cable Weight（±5）kg/km | 73 | ||
Min. bending radius | Without Tension | 10.0×Cable-φ | |
Under Maximum Tension | 20.0×Cable-φ | ||
Temperature range （℃） | Installation | -20~+60 | |
Transport&Storage | -40~+70 | ||
Operation | -40~+70 | ||
Fiber Color
Breakout fiber optic cable consist of two or more simplex cables bundled with a strength member and central member covered with an outer jacket.
The sheath material of breakout indoor fiber optic cable is LSZH, PVC, and OFNP.
It has the features of corrosion resistance, waterproof, ultraviolet protection, flame retardant, environmental protection.
The indoor optical cable uses aramid yarn as a reinforcing member to protect the optical fiber.
2-288cores.
Great fiber. Keep me regular. Worked as intended.
