Industrial Cable Manufacturer

Description

The 4-core BOC fiber optic connector used multimode optical glass fiber as the sub-element, with a nonmetal core. The sub-element layer is stranded around the nonmetal core to form the cable core. The exterior layer is a PUR sheath.
We can also produce other multicore fiber optic connectors, e.g. 6-core and 8-core, according to customer requirements.

Feature
The layer stranded structure allows the connector to withstand a greater tension.
The cable is fire-retardant.
The aramid fiber strength member gives the cable a great tensile strength.
The 4-core BOC fiber optic connector is torsion resistant.
The sheath is abrasion resistant, aging resistant, oil resistant, LSZH fire-retardant and features a high performance.
The connector uses all dielectric materials and is immune to EMI.
The 4-core BOC fiber optic connector is expertly designed and produced.

Specification

Structure of control cable	4-core
Strength member	Nonmetal aramid fiber
Color of sheath	Black
Material of sheath	PUR
Insertion loss of control cable	≤1.0dB
connector	4*SC at each end Branch length: 50cm
Total loss of the control cable	≤5.0dB
Outer diameter of cable	about 10 mm (PUR sheath)
Weight of control cable	About15kg
Max short-term tension (cable)	660N
Max long-term tension (cable)	200N
Crush pressure (long/short-term per100mm)	300N/1000N
Min bending radius	10 times of cable' s diameter (PUR sheath)
Operation temperature:	-45℃~+80℃(PUR)
Storage temperature	-45℃~+80℃(PUR)
Optical fiber performance
Optical fiber	MM 9/125
Diameter of optical fiber	250µm
Attenuation
@850nm	≤3.5dB
@1300nm	≤1.5dB
Detected item	Insertion loss & attenuation
Additional temperature attenuation△α(-20℃~+60℃)	≤0.5dB
Effective transmission distance	300M
Test	Torsion test: torsion angle is no less than ±1440°; report of torsion test at low temperature (≤-20℃) available
Attached technical document	License, instruction manual