Tight Buffer Fiber Optic Cable ( GJBFJV ) with 24 Core Indoor Breakout

China Tight Buffer Fiber Optic Cable (GJBFJV) with 24 Core Indoor Breakout, Find details about China Fiber Optic Cable, Optic Fiber from Tight Buffer Fiber Optic Cable (GJBFJV) with 24 Core Indoor Breakout

Basic Info.

Model NO.

Indoor distribution cable

Core

Double Core

Certification

RoHS, UL, CE, ISO9001

Brand

OEM

Sheath Material

LSZH

Mode

Single Mode

Central Member

Mentallic Strength Member

Operating Temperature

-40 C ~ +70 C

Filling Gel

Water Blocking

Install Style

Outdoor Direct Buried

Armor

Steel Armoring

Core Number

Customized

Number of Conductors

up to 10

Brand Name

Tw-Scie Fiber Optic Cable or as Required

Trademark

TW-SCIE or OEM

Transport Package

Wooden Drum

Specification

ROHS, CE

Origin

Guangdong Dongguan

HS Code

854470000

Model NO.

Indoor distribution cable

Core

Double Core

Certification

RoHS, UL, CE, ISO9001

Brand

OEM

Sheath Material

LSZH

Mode

Single Mode

Central Member

Mentallic Strength Member

Operating Temperature

-40 C ~ +70 C

Filling Gel

Water Blocking

Install Style

Outdoor Direct Buried

Armor

Steel Armoring

Core Number

Customized

Number of Conductors

up to 10

Brand Name

Tw-Scie Fiber Optic Cable or as Required

Trademark

TW-SCIE or OEM

Transport Package

Wooden Drum

Specification

ROHS, CE

Origin

Guangdong Dongguan

HS Code

854470000

Product Desciption

Tight Buffer Fiber Optic Cable (GJBFJV) with 24 Core Indoor Breakout

Product Description

These cables are constructed bundling tight buffered simplex optical fiber in an outer jacket. Non metallic FRP
strength members in the cable give it good tensile strength and electro-magnetic protection. It has small diameter,
light weight and thick wall jacket protection, giving it versatile applications. It can be used in cable assemblies
and places of high electro-magnetic interferences.

Flexible and small bent radius ensures good performance against pressure. These simplex cables are individually
reinforced with Aramid yarn so can be terminated without the need for breakout boxes, patch panel or junction boxes.

Each fiber is mechanically reinforced with two successive sheaths of 400µm and 900µm which enables direct
termination of connectors. Excellent strip force stability, fiber geometrical dimension and transmission performance
meets the customer demand. Available in PVC, LSZH, Plenum outer sheath and tight buffer: 900µm, 600µm. The
cable is specially designed for indoor applications like oor distribution, interconnection and equipment connection.

Tight Buffer Fiber Optic Cable (GJBFJV) with 24 Core Indoor Breakout

Complied With Or Exceeds Standard
.  ITU-T G652.D                                      .  ITU-T G651.1 OM1 OM2 OM3 OM4
.  ITU-T G657.A                                      .  IEC60793-2-10  type A1a.1/A1b OM1/OM2
.  IEC60793-2-10  type A1a.2 OM3        .  IEC60793-2-10  type A1a.3 OM4
.  ISO/IEC 11801 , ISO/IEC 24702         .  IEEE 802.3z Gigabit Ethernet
.  ANSI/TIA/EIA 568C.3                          .  ROHS Compliant Directive 2011/65/EU(ROHS2.0)

Mechanical & Environmental Characteristics

ITEM	Value
Max. Tensile Load (Short Term)	1500N
Max. Tensile Load (Long Term)	600N
Max. Crush Load (Short Term)	1000N/100mm
Max Crush Load (Long Term)	300N/100mm
UL Fire Rated	OFNR
Operating Temperature	-20°C to +60°C
Storage Temperature	-40°C to +85°C
Sheath Material	Standard: PVC Optional: LSZH, PE or other

Standard Fiber Color Code

Fiber Number Fiber Color Fiber Number Fiber Color

Fiber 1 Blue Fiber 7 Red

Fiber 2 Orange Fiber 8 Black

Fiber 3 Green Fiber 9 Yellow

Fiber 4 Brown Fiber 10 Violet

Fiber 5 Slate Fiber 11 Rose

Fiber 6 White Fiber 12 Aqua

Fiber 13 and higher The color code is repeated with added black stripe or dash
Note: Fiber Tube color will be followed with same order.

Breakout Tight Buffer Fiber Optic Cable (GJBFJV)

Breakout Tight Buffer Fiber Optic Cable (GJBFJV)

Optical Characteristics
Of all the differences between multimode & singlemode fiber, the most fundamental differences are the
size of the fiber's core and the associated attenuation or loss and bandwidth of the fiber. The smaller the
core diameter, the higher the fiber's bandwidth and the lower the attenuation (loss in dB per kilometer).
The fiber's attenuation and bandwidth are also dependent on wavelength.

Singlemode was for high-speed longdistance transmission and multimode (in either the 50 µm or 62.5 µm
core diameters) was used for lower speed short distance applications. Multimode 50 µm fiber had a lower
cost and higher modal bandwidth than multimode 62.5 µm core fiber. Bandwidth is a measurement of the
data carrying capacity of the fiber. A higher bandwidth fiber carries more data. See table below.

Fiber Type	Max. Attenuation (dB/km)				Min.Overfill Launch Bandwidth (Mhz.km)		Min.Gigabit Ethernet Link Distance (m)
	Max. Attenuation (dB/km)				Min.Overfill Launch Bandwidth (Mhz.km)		Gigabit		10Gigabit
	850nm	1300nm	1310nm	1550nm	850nm	1300nm	850nm	1300nm	850nnm
OM1 62.5/125µm	≤2.7	≤0.6	-	-	≥500	≥600	275	550	-
OM2 50/125µm	≤2.3	≤0.6	-	-	≥500	≥500	750	600	150
OM3 50/125µm	≤2.3	≤0.6	-	-	≥1500	≥500	1000	600	300
OM4 50/125µm	≤2.3	≤0.6	-	-	≥3500	≥500	1100	600	550
G652D 9/125µm	-	-	≤0.30	≤0.18	-	-	-	-	-
G657A 9/125µm	-	-	≤0.35	≤0.21	-	-	-	-	-

Ordering Information
Part Number: OC-XX-ABCDCL

Ordering Guide

XX	A	B	C	D	CL
Cable Type	Jacket	Fiber/Sub	Fiber Count	Fiber Type(FXX)	Jacket Color(CL)
GJBFJV	1=PVC 2=LSZH 3=PE	01=01 Fiber/S 02=02 Fiber/S ... 11=11 Fiber/S 12=12 Fiber/S	No. Of Fiber 004F,048F	OM1=62.5/125 OM1 OM2=50/125 OM2 OM3=50/125 OM3 OM4=50/125 OM4 G652D=9/125 G652D G657A=9/125 G657A	As noted in Color code chart