FTTH Drop CABLE Metallic Outdoor Aerial

A-N(SWR)H-SH

FTTH Drop Cable Metallic Outdoor Aerial is designed for Fiber To The Home (FTTH or FTTx) application having up to max. 8 individually colored optical fibers and butterfly/flat shape. Two Metallic strength members and 1×1.00mm Metallic Messenger member are placed inside Low Smoke Zero Halogen (LSZH) jacket with nominal dimension 5.2 x 2.0 mm. Aerial FTTH drop cable indoor has a much greater bandwidth to carry data than many other indoor fiber optical cables. Its robust structure strengthen and protect the cable from the mechanical strikes. Having small diameter, water-resistance, flexible structure, easy to install and maintenance. FTTH Drop Metallic Outdoor Aerial Cables are ideal for indoor cabling, FTTH and for direct termination. White or Black outer jacket optional

Compliance

  • EN 50173-1, IEC 60754-2, IEC 60794-1&2, IEC 60793-1&2, IEC 60332-1 & 2

Application

  • FTTH (fiber to the home) indoor cabling and distribution.
  • Access network and local area network (LAN).
  • Indoor Interconnect and Patch cord Applications
  • Indoor FTTH applications horizontal and riser
  • Clipping to surfaces including skirting boards
  • Short distance external use with black LSZH jacket
  • Used end users directly cabling and Fiber optic communication system.

Features and Benefits

  • Easy to Strip
  • Direct Termination
  • Small Diameter
  • Complete Dry Design
  • Water Resistance
  • All Dielectric
  • Halogen Free Fire Retardant
  • Flexible
  • Enforced with Non-Metallic Strength Members

Specification

Fiber Count124 
Strength Members0.5mm Steel Wire
Messenger Wire1.0mm Steel Wire
Outer JacketLSZH
Jacket Ø (mm)5.2×2.0
Optical Characteristics  9/125 G.652-D9/125 G.657A19/125 G.657A
Bandwidth (nm)1310/15501310/15501310/1550
Attenuation (max dB/km)0.35/0.250.34/0.240.34/0.22
Weight (kg/km)21.021.021.0
Tensile Load Perm/Inst (N)400/600400/600400/600
Min. Bending Radius15 x Outer Ø10 x Outer Ø
Crush (N/10cm)600 (IEC 60794-1-2 E3)
Temperature Range-10 ºC to +60 ºC (IEC 60794-1-2 F1)