4049759027254

This fiber optic patch cable is intended for making a short connection between a passive fiber optic interface and an active network port within a structured cabling environment according to ISO IEC 11801. The cable is designed as a duplex connection with SC-duplex connectors on both sides and is suitable for multimode OM1 applications. The connection is an SC-SC fiber optic connection and is suitable for use with standard fiber optic equipment such as switches, media converters, and patch panels. The LSZH jacket makes the cable suitable for installations where low smoke emission and halogen-free material are required. Specifications • Cable type fiber optic patch cable • Design duplex for simultaneous transmission and reception • Fiber type multimode 62.5/125 µm • Category OM1 • Number of fibers 2 • Connector side 1 SC-duplex • Connector side 2 SC-duplex • Connector standard IEC 61754-4 • Connector finish UPC • Connector material ceramic ferrule • Cable type I-V(ZN)H • Cable diameter 3.0 mm • Jacket material LSZH • Jacket construction duplex zip-twin • Jacket color orange • Strain relief aramid yarn with pre-attached bend protection • Maximum tensile strength 160 N • Bend radius dynamic 20× OD • Bend radius static 10× OD • Operating temperature −20 to 70 °C • Storage temperature −20 to 85 °C • Quality class multimode A/1 according to IEC 61753-222-2 • EMI immunity complete insensitivity to electrical and electromagnetic interference • Test status 100% tested with individual test report IEC standards • IEC 60793-2 specification of optical fiber core and fiber structure • IEC 61754-4 definition of SC connector interface • IEC 61753-222-2 performance class A/1 for multimode connectors • IEC 60754-1 halogen-free properties • IEC 61034-1 low smoke emission EN standards • EN 50265-2-1 flame retardant behavior of cable jackets • EN 50267-2-3 halogen-free jacket materials Explanation of terms • SC-SC fiber optic connection with an SC connector on both sides • Duplex two separate optical fibers where one fiber transmits and the other receives • Multimode 62.5/125 µm fiber type with larger core for short-distance transmission • OM1 multimode category for older multimode installations within buildings • UPC straight polish of the connector for low insertion loss • LSZH jacket material with low smoke emission and no halogen-containing substances • Ceramic ferrule precision holder that precisely centers the optical fiber for stable signal transmission • EMI immunity signal transmission via light without interference from electrical and electromagnetic fields • Bend radius minimum cable curvature to prevent additional attenuation and fiber damage • Bend radius static minimum bend after the cable has been installed and fixed • Bend radius dynamic minimum bend during installation or movement of the cable • A/1 quality class quality class for multimode connectors with strict tolerances • I-V(ZN)H cable type European designation for halogen-free fiber optic cable for indoor installations • ISO/IEC 11801 international standard describing the structure, topology, and component classification of structured cabling systems for data communication networks in buildings and campuses General explanation of fiber optic cables • LC compact fiber optic connector with click-locking for high port density • SC rectangular fiber optic connector with push-pull locking for patch panels • ST round fiber optic connector with bayonet locking for older installations • E2000® fiber optic connector with protective cap for low reflection and extra safety • MPO / MTP multiple fiber optic connector for high fiber density in data centers • Simplex single optical fiber for data transmission in one direction • Duplex two optical fibers for simultaneous communication in both directions • Multimode fiber fiber type for short to medium distances within buildings • Singlemode fiber fiber type for long distances and backbone connections Explanation of OM categories • OM1 multimode fiber 62.5/125 µm suitable up to approximately 275 m at 1 Gb and approximately 33 m at 10 Gb • OM2 multimode fiber 50/125 µm suitable up to approximately 550 m at 1 Gb and approximately 82 m at 10 Gb • OM3 laser-optimized multimode fiber suitable up to approximately 300 m at 10 Gb, approximately 100 m at 40 Gb, and approximately 100 m at 100 Gb • OM4 enhanced laser-optimized multimode fiber suitable up to approximately 400 m at 10 Gb and approximately 150 m at 40 Gb • OM5 wideband multimode fiber with the same distances as OM4, designed for transmission over multiple short wavelengths within one fiber according to SWDM Ask a product question