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AA9E7U8GSZHBB100M

EDGE™ RC Indoor Breakout Trunk - MTP to MTP  288F, 24F MTP to 8F MTP Hybrid Trunk Cable, LSZH, indoor, Single-mode (OS2) Ultra, Pulling grip on one end, 100 meters

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General Specifications
Product Number AA9E7U8GSZHBB100M
Flame Rating LSZH
Fiber Category Single-Mode (OS2) Ultra
Environment Indoor
Application Data Center LAN/SAN 
Brand EDGE™
Standards
RoHS Free of hazardous substances according to RoHS 2011/65/EU
Environmental Conditions
Temperature Range, Installation -10 °C  to  60 °C    (14 °F  to  140 °F    )
Temperature Range, Operation 0 °C  to  70 °C    (32 °F  to  158 °F    )
Temperature Range, Storage -40 °C  to  70 °C    (-40 °F  to  158 °F    )
Design
Fiber Count 288
Polarity Type B
Mechanical Specifications
Nominal Outer Diameter 17.1 mm 
Min. Bend Radius Installation 256.5 mm
Min. Bend Radius Operation 171 mm
Weight 223 kg/km
Specifications - Connector A
Reflectance, Typical < -60 dB
Insertion Loss, Max. 0.35 dB
Connector Type 24 F MTP® (non-pinned)
Ferrule Material Composite
Reflectance < -60 dB
Specifications - Connector B
Reflectance, Typical ≤ -65 dB
Insertion Loss, Max. 0.35 dB
Connector Type 8 F MTP® (pinned)
Ferrule Material Composite
Reflectance < -60 dB
Furcation - Connector A
Leg Length 1219 mm
Furcation Type Single Furcation
Leg Color Yellow
Shortest Staggering Leg Length (mm) 1.22 mm
Furcation - Connector B
Furcation Type Single Furcation
Leg Color Yellow
Shortest Staggering Leg Length (mm) 914 mm
Leg Length 914 mm
Pulling Grip - Connector A
Pulling grip Yes
Grip Outer Diameter 55 mm
Pulling Grip - Connector B
Pulling grip Protective only
Dimensions
Length 100 m
Cable Weight 223 kg/km
Ordering Information
Units per Delivery 1/1
Reduced Installation Time
EDGE RC allows the installer to remove splicing in the field, increasing speed of deployment by up to 70%.
Solution flexibility
Allows a flexible path to connectivity with MTP and LC configurations.
Factory Termination
Results in quicker deployment and better performance while reducing risks associated with field installation, rework, or high insertion loss.