C2G 15M LC-LC 9/125 OS1 Duplex Singelmode PVC Fibre Optic Cable (LSZH)
- Yellow

Product Description

C2G 15M LC-LC 9/125 OS1 Duplex Singelmode PVC Fibre Optic Cable (LSZH)
- Yellow Product Description Cost-effective solution that provides high bandwidth & transmission rates over longer distances. With LC to LC termination, this high quality fibre optic patch cable is specifically designed for Gigabit Ethernet applications. The Low Smoke Zero Halogen (LSZH / LS0H) jacket is composed from materials that lessen the smoke & halogen emissions when the cable is exposed to extreme temperatures. This reduces the amount of harmful toxic & corrosive gases that cabling made with plastic materials would otherwise emit into the air during combustion. This construction makes LSZH cables ideal to be used where the protection of people & equipment from harmful corrosive gases is absolutely critical. The patented injection moulding process provides each connection greater durability in resisting pulls, strains & impacts from cabling installs. Each cable is 100% optically inspected & tested for insertion loss before you receive it. A pull-proof jacket design surrounds the popular 9/125 Single-mode fibre, immune to electrical interference. Product Specifications

Colour: Yellow Length: 15.00 Meter Jacket Rating: Standard UPC: 757120856108 Warranty: Lifetime Vendor: C2G Weight: 0.123kg Connectors: LC Connector Dimensions: 10.75mm Height x 12.5mm Width x 50mm Depth (with installed duplex clip) Cables: Maximum Connector Loss: 0.50 d B Typical Connector Loss: 0.30 d B Typical Return Loss: -55 d B Buffer

Material: PVC Buffer OD: 900 µm Jacket

Material: LSZH PVC (OFNR riser-rated) Jacket OD: 1.8 mm Installation Tensile Load: 100 N (445 lbs) Long-Term Tensile Load: 50 N (222 lbs) Maximum Tensile Load: 100 N/cm Installation (Loaded) Minimum Bend Radius: 5.0cm (1.97in) Long-Term (Unloaded) Minimum Bend Radius: 3.0cm (1.2in) Crush Resistance: 750 N/cm Impact Resistance: 1, 000 cycles Flex Resistance: 5, 000 cycles Attenuation at 1550 nm: 0.25 d B/km Attenuation at 1310 nm: 0.35 d B/km Operating Temperature: -20°C to +70°C Please Note: Attenuation testing performed in accordance with EIA/TIA-455-171A.