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JE8E808GEZ-NB003M

EDGE8™ MTP® PRO Jumper  8F, Bend-improved Single-mode (OS2), MTP (non-pinned) to MTP (non-pinned), LSZH, TIA-568 Type-B polarity, no pulling grip, 3 m

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Especificaciones generales
Número del producto JE8E808GEZ-NB003M
阻燃等级 LSZH™/FRNC
光纤类别 抗弯曲单模(OS2)
光缆组件类型 EDGE8™ MTP®跳线
光缆类型 互联
组件插入损耗 ≤ 0.5 dB
标准
RoHS 无有害物质根据RoHS 2011/65/EU
互操作性 TIA/EIA-604-5 / TIA/EIA-604-5
环境条件
温度范围,安装 0 °C  a  50 °C    (32 °F  a  122 °F    )
温度范围,操作 -10 °C  a  60 °C    (14 °F  a  140 °F    )
设计
光纤芯数 8
极性 TIA-568 类型B
机械特性
标称外径 2 mm 
最大安装拉伸强度 220 N
最小安装弯曲半径 30 mm
最小操作弯曲半径 10 mm
Optical Characteristics
Fiber Code Z
Performance Option Code 20
Fiber Category OS2 
Fiber Type Single-mode (OS2) / 250 µm
Fiber Name Bend-Improved Single-mode (OS2)
Maximum Attenuation 0.34 dB/km / 0.34 dB/km / 0.20 dB/km
Wavelengths 1310 nm / 1383 nm / 1550 nm
Fiber Compliance ITU-T G.652.D and ITU-T G.657.A1
Fiber Core Diameter 8.2 µm
Cladding diameter 125 µm
Coating diameter 242 µm
Dispersion @ 1550 nm ≤ 18 [ps/(nm*km)]
Dispersion @ 1625 nm ≤ 22 [ps/(nm*km)]
Cable cutoff wavelength 1260 nm
Mode-Field Diameter at 1310 nm 9.2 µm
Mode-Field Diameter at 1550 nm 10.4 µm
PMD Link Design Value ≤ 0.04 ps/√km
PMD maximum individual fiber ≤ 0.1 ps/√km
Specifications - Connector A
研磨 APC
插入损耗,最大 0.35 dB
备注: *IL in preconnectorized products is measured in the factory through two mated pairs.
尾套颜色 黑色
连接器类型 MTP®(不带导向针)
插芯材料 复合材料
尾套类型 单个
反射 < -20 dB
Specifications - Connector B
插入损耗,最大 0.35 dB
备注: *IL in preconnectorized products is measured in the factory through two mated pairs.
连接器类型 MTP®(不带导向针)
插芯材料 复合材料
反射 < -20 dB
尺寸
长度 3 m
Cable Weight 9 kg/km
订购信息
每次交付的单元数 1/1
Slim round 2-fiber interconnect cable

Improves airflow and reduces congestion

 

MTP® PRO connectors

Allows for pinning and poliarity changes in the field

Bend-improved fiber
Allows tighter cable bends for slack storage and routing, less risk of downtime due to pinched or bent cables

Corning® CleanAdvantage™ technology and optimized dust cap

Eliminates the need for scoping and cleaning prior to initial field connection