Indoor Fiber Optic Cable

Item: Indoor Fiber Optic Cable
Model: Duplex Zipcord Indoor Fiber Optic Cable (GJFJV, ZCC)
ZCC duplex zipper optical cable uses Φ900µm or Φ600µm tight buffer optical fiber as the optical transmission medium, and a layer of aramid fiber is used as a force-reinforcing unit, and a layer of zipper PVC or low-smoke halogen-free material (LSZH) is extruded on the out jacket.

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Product Introduction

ZCC Indoor Fiber Optic Cable is made by evenly applying strands of Aramid yarns as the strength member over ф900μm or ф600μm tight buffer fibers and then is completed with PVC(LSZH)jacket. A duplex fiber optic cable consists of two strand fibers of glass or plastic, and it can be regarded as two simplex cables. This duplex zipcord cable is carefully structured in a zip-cord arrangement, which is most often used for duplex communication between devices where require simultaneous, bi-directional data transfer. (One fiber transmits data one direction and another fiber transmits data in the opposite direction.) Larger workstations, fiber switches and servers, fiber modems, and similar hardware tends to require duplex fiber cable. Duplex fiber is also available in single mode duplex fiber optic cable and multimode duplex fiber optic cable. Half duplex and full duplex are two types of fiber optic duplex cables that are used in different data transmission applications.

Features of Duplex Zipcord Indoor Fiber Optic Cable

• Tight buffer fiber has good flame retardancy.

• Excellent Stripping performance of tight buffer fiber.

• The aramid fiber reinforced element makes the optical cable have excellent tensile

performance.

• The outer protective material has the advantages of corrosion resistance, waterproof, UV resistance, flame retardant, environmental protection, etc.

• The figure eight structure jacket is easy to peel off the branches and use.

Application

•Adopted to Indoor distribution

•As patchcord of communication equipment

•Suitable for communication equipment served

•Can be installed conveniently and operated simply

Technical Parameters

Out sheath Diameter	Tight buffer Diameter	Weight	Minimum allowable Tensile Strength (N)		minimum allowable Crush Load (N/100mm)		Minimum Bending Radius (MM)		Storage temperature
(MM)	(MM)	(KG)	short term	long term	short term	long term	short term	long term	(℃)
1.6×3.4	0.6	4.80	150	80	500	100	20D	10D	-20+60
1.8×3.8	0.6	5.00	150	80	500	100	20D	10D	-20+60
2.0×4.2	0.9	7.00	150	80	500	100	20D	10D	-20+60
2.4×5.0	0.9	9.00	150	80	500	100	20D	10D	-20+60
2.8×5.8	0.9	11.50	150	80	500	100	20D	10D	-20+60
3.0×6.2	0.9	12.50	150	80	500	100	20D	10D	-20+60

Optical Characteristics:
Fiber Sort	Multimode	G.651	A1a:50/125	Graded-index fiber
			A1b:62.5/125
	Singlemode	G.652(A,B,C)		B1.1: Conventional fiber
		G.652D		B2: Zero dispersion shifted
		G.655		B1.2: Cut-off wavelength shifted
		G.657(A1,A2 ,B3)		B4: Main technical data for positive dispersion shifted single-mode fiber