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Fiber optic patch cable Extralink EX.9175 3 m SC to LC G.652D FTTH yellow
Fiber optic patch cable Extralink EX.9175 3 m SC to LC G.652D FTTH yellow
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Fiber optic patch cable Extralink EX.9175 3 m SC to LC G.652D FTTH yellow
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Fiber optic patch cable Extralink EX.9175 3 m SC to LC G.652D FTTH yellow
Fiber optic patch cable Extralink EX.9175 3 m SC to LC G.652D FTTH yellow
Extralink EX.9175 is a 3 m fiber optic patch cable for FTTH and indoor optical network connections. It uses single-mode G.652D fibre and is terminated with an SC connector on one end and an LC connector on the other. The cable jacket is yellow to indicate single-mode use and to simplify identification and cable management in installations. This patch cable is suitable for linking optical equipment such as switches, converters, OLT and ONU/ONT devices and for short-distance splicing and patching tasks within indoor telecommunications racks and enclosures.
The patch cable provides single-mode G.652D performance in a compact 3 m length that reduces excess cabling in indoor racks. One end terminated with an SC connector and the other with an LC connector enables direct connection between devices with mixed port types without additional adapters. The yellow jacket clearly indicates single-mode fibre, assisting technicians during installation and maintenance and helping prevent accidental mixing with multimode cables.
Inspect connector endfaces before use and clean if necessary using appropriate fibre cleaning tools. Route the 3 m patch cable between devices ensuring gentle bends and avoiding sharp kinks; maintain the minimum bend radius recommended for single-mode fibre. Insert the SC connector into the matching SC port and the LC connector into the matching LC port until secure. For temporary testing or commissioning, use the cable as a jumper between test equipment and active ports; for permanent patching, secure the cable within the patch panel or cable management system to prevent strain on the connectors.
Store the cable coiled without tight loops and protect connector endfaces with dust caps when not connected. Use fibre cleaning tools before connecting to active equipment to ensure optimal signal quality. Avoid routing the cable near strong electromagnetic interference sources or machinery that may mechanically damage the jacket.
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