2 Strand OCC DX Series 900 µm Tight Buffered, Indoor/Outdoor Distribution, OFNR Riser, Multimode 62.5/125

Note: This item may require 24 hours for cut and prep before shipping.

Cable Charecteristics: B-Series Breakout Plenum Cables (with 2.0mm subcables)

Breakout Series Fiber Optic Cable Type OFNP plenum Product Specifications

Applications:

• Ideal for installations requiring an extremely rugged and reliable cable design where maximum mechanical and environmental protection are required
• Installed in ducts, plenums, and air handling spaces
• Easiest cable to install where direct termination of connectors to sub-units and direct run to panels and equipment is desired

Features:

• High performance components and construction
• UL Listed in accordance with NEC sections 770.179(a) for use in ducts, plenums and air-handling spaces
• Most rugged and easy to install cable design for enterprise cabling applications
• Standard 2.0mm subcables can be directly terminated with standard connectors. 2.5mm and 2.9mm subcable sizes are also available
• Subcabled fiber is environmentally and mechanically protected
• Ideal for use in point-to-point runs in adverse environments
• Direct termination to subcable provides additional strain relief for better connector retention during moves, adds, and changes
• Design is ideal for direct pulling with mesh grips
• Cable materials are Indoor/Outdoor - UV, water and fungus resistant
• Wide operating temperature range of -40°C to +85°C
• High performance 900 micron tight buffered coating on each optical fiber for environmental and mechanical protection
• Jacket highly chemical resistant for installation in harsh industrial environments
• Interlocking armor can be applied to cables as an alternative to conduit installation
• 2 to 60 fibers

Cost Savings:

• Direct termination to subcable may eliminate the need for patch panels and patch cords and reduce connector loss
• 900 µm eliminates the need for costly and time-consuming installation of fanout kits or pigtail splices because connectors terminate directly to the fiber
• High crush resistance may eliminate the need for innerduct

Mechanical and Environmental Performance

Note:Optical Cable Corporation reserves the right to Change This specifications without prior notification.