HC & HD High-Density Fan-Out Kit

Description:

HC & HD High-Density Fan-Out Kit

INSTALLATION ZONE RECOMMENDATION - LIGHT DUTY & HEAVY DUTY

The HC & HD High-Density Fan-Out Kit offers the ideal solution for terminating high density, small OD cables into multiple discrete terminations. Compatible with OCC’s HC-Series and HD-Series Cables - with 12-fibers or 12-fiber sub-cables and 2mm or 3mm subunits. This kit allows you to build up the 250μm fiber to 900μm furcation for more durable discrete terminations. Offering field termination of multi-fiber per tube, tight-buffered, loose-tube stranded, and micro-distribution cables.

Features: 

• Available in 12-fiber breakouts 24” tubing length.
• Furcation tubing is specifically designed to protect 250µm tight-buffered fibers.
• Furcation tubing is color-coded to correspond to the matching fiber inside to aid in quick fiber identification.
• The HC & HD High-Density Fan-Out Kit is designed with an easy-to-assemble two-piece clamshell design that is strong enough to withstand pressure to the fan-out without damaging the fibers inside. The 2mm or 3mm cable, or subunit, is securely fastened inside the cable housing with crimping. Significantly reducing installation time by 25% over competitive alternatives.
• The furcation tubing is specifically designed to increase flexibility and resist kinking when cable bend radius is exceeded, minimizing the risk of damage to the fibers during installation.
• The kits are simple and easy to use, and don't require any special tools, they split out individual 250μm fibers into individual 900μm color-coded buffer tubes. The fiber can then be directly terminated, using industry standard connectors with 900μm boot."
  

Applications:

• With it's compact and light-weight design, the HC & HD High-Density Fan-Out Kit is ideally suited for indoor applications.
• Data Centers
• Demarcation Points
• Local Area Networks (LAN)
• Rack or Wall Mount Enclosures
• Indoor Trunk Discrete Breakouts
• Space Saving Applications where breakout can be directly terminated to sub-cables