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Single-mode Pigtail with LC Connector PIG-LC — No name
Single-mode Pigtail with LC Connector PIG-LC — No name
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Single-mode Pigtail with LC Connector PIG-LC — No name
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Single-mode Pigtail with LC Connector PIG-LC — No name
Single-mode Pigtail with LC Connector PIG-LC — No name
Single-mode fiber optic pigtail with LC connector (model PIG-LC) provides a single LC connection point for terminated and fusion-spliced single-mode fibers. The pigtail is intended for use where a permanent fiber end must be converted into a connectorised interface, enabling simple plug-and-play connections in fiber distribution panels, patch panels and fiber enclosures. It is designed for installations that require precise single-mode coupling and reliable optical continuity between field cabling and active equipment.
The LC single-mode pigtail offers a compact, low-loss connector interface that simplifies fiber termination workflows by eliminating the need for field-polished connectors. Its small form-factor LC connector reduces port spacing on patch panels, and the factory-assembled ferrule and polished endface ensure consistent mating performance after fusion splicing. The pigtail’s single-mode fiber construction supports long-distance signal transmission with minimal attenuation and predictable optical characteristics.
Prepare the field fiber by stripping and cleaning the buffer and cladding according to standard fiber preparation procedures. Perform fusion splicing between the prepared field fiber and the pigtail tail using a fusion splicer, ensuring proper alignment and splice protection with a splice sleeve. Route the pigtail connector to the desired panel or enclosure and secure the fiber and splice tray to prevent strain. Plug the LC connector into the corresponding LC adapter or transceiver port to establish the optical link, and test the connection with appropriate optical test equipment to verify insertion loss and continuity.
Handle the LC connector and exposed fiber with care, keep endfaces clean using approved fiber cleaning tools, and protect the fusion splice with a heat-shrink splice sleeve. Use strain relief and cable management inside panels to prevent bending below the fiber’s minimum bend radius and to maintain consistent optical performance.
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