Fiber optic junction box

This fiber optic termination box is designed to house and protect fiber optic adapters within a structured cabling environment according to ISO/IEC 11801. The housing provides space for 2 SC simplex or LC duplex fiber optic adapters and is suitable for mounting on a 35 mm DIN rail. The integrated protective cover supports the covering of unused connections and limits contamination of the connector interfaces. Specifications • Fiber optic termination box type • Capacity 2 slots for SC simplex or LC duplex adapters • Mounting 35 mm DIN rail • Protection protective cover • Housing material ABS • Color white • Dimensions approximately 85.0 x 60.5 x 18.5 mm • Packaging unit includes 2 SC simplex adapters with laser protection caps IEC standards • IEC 60793 general specification of optical fibers • IEC 61754-4 definition of SC connector interface • IEC 61754-20 definition of LC connector interface EN standards • EN 60793 European adoption of optical fiber specifications • EN 61754-4 European adoption of SC connector interface • EN 61754-20 European adoption of LC connector interface Explanation of terms • SC simplex fiber optic adapter with one fiber position • LC duplex compact fiber optic adapter with two fiber positions • DIN rail 35 mm standardized mounting rail for modular installations • Laser protection cap mechanical shield that limits direct exposure to optical radiation • ISO/IEC 11801 international standard describing the structure, topology, and component layout of structured cabling systems for data communication networks in buildings and campuses General explanation of fiber optic cables • LC compact fiber optic connector with snap-in 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 fiber for data transmission in one direction • Duplex two fibers for simultaneous communication in both directions • Multimode fiber fiber optic type for short to medium distances within buildings • Singlemode fiber fiber optic 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 suitable up to approximately 400 m at 10 Gb and approximately 150 m at 40 Gb, designed for transmission over multiple short wavelengths within one fiber according to SWDM Ask a product question