High mechanical strength, superior fatigue (Nd = 30)
Compatible with common connector systems for 50/125 Multimode fibers
Up to 10,000x the bend longevity over traditional fiber
Integral SSF™ coating provides glass protection
Increased safety due to incredible bend insensitivity
Exclusive 250 µm Soft Peel acrylate
2x multimode OM3 fiber optic strands
Constructed of premium SSF fiber
Available in riser indoor, plenum indoor/outdoor and LSZH/CPR ratings
Indoor/outdoor jacket provides protection from water, UV and temperature fluctuations
Aqua and black jacket colors
Conforms to industry standards while delivering improved strength, durability, flexibility and lifespan over standard bend-insensitive fiber
Compatible with standard tools and connector systems, including both mechanical terminations and fusion spliced terminations
Delivers an industry-leading 2.2mm minimum bend radius with a 50+ year life expectancy
Provides a 2000x greater flex cycle rating and 1500x better impact rating than traditional bend-insensitive fiber
Available in Made-in-USA and TAA-compliant constructions
100% compatible with all standard fiber cable management and connectivity products
Sequential foot markings on jacket
Custom configurations and constructions available upon request
ETL listed type OFNP for installation in ducts, plenums and other spaces used as environmental air returns when installed in accordance with NEC article 770-51 (a) and 770-53(a) A
Overview:
Duplex Multimode OM3 2x3.0mm Cable - SSF
Cleerline SSF™ fiber leverages a patented glass-encapsulated-by-polymer construction that significantly increases optical strand strength while eliminating contaminant access points. SSF delivers a stronger, more flexible cable that's thinner and easier to terminate in the field.
The Cleerline Duplex Multimode OM3 2x3.0mm Cable features two SSF fiber optic strands in two zip-cord connected 3.0mm jackets. Available in different ratings, the Duplex Cable is ideal for communication networking, audio-visual connectivity and control signal distribution.