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Fiber optic pigtail electro base SC/UPC single-mode 10.0 m SC/U-P-10.0
Fiber optic pigtail electro base SC/UPC single-mode 10.0 m SC/U-P-10.0
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Fiber optic pigtail electro base SC/UPC single-mode 10.0 m SC/U-P-10.0
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Fiber optic pigtail electro base SC/UPC single-mode 10.0 m SC/U-P-10.0
Fiber optic pigtail electro base SC/UPC single-mode 10.0 m SC/U-P-10.0
electro base single-mode fiber optic pigtail SC/UPC 10.0 m provides a pre-terminated SC/UPC connector on one end and a stripped single-mode fiber on the opposite end for splicing. The product is intended for fusion or mechanical splicing into fiber optic cables and panels, simplifying the transition between field cabling and pre-connectorised equipment. The 10.0 m fiber length permits flexible routing in rack, cabinet or lab environments while maintaining single-mode transmission characteristics.
This pigtail offers a factory-terminated SC/UPC connector for consistent optical performance and low insertion loss. The stripped fiber end is prepared for straightforward fusion or mechanical splicing, reducing on-site termination time. The single-mode construction supports long-distance transmission and compatibility with standard single-mode equipment. The 10.0 m length reduces the need for additional extension cables and allows convenient placement between splice points and termination panels.
Route the 10.0 m pigtail from the splice tray or cabinet to the termination panel or device, taking care to avoid tight bends and excessive tension. Perform fusion or mechanical splicing between the stripped fiber end and the existing fiber according to standard splicing procedures, then secure the splice in a splice tray. Insert the SC/UPC connector into the corresponding adapter or port, ensuring correct polarity. Verify optical continuity and loss with an optical power meter or OTDR as part of acceptance testing.
Handle the SC/UPC connector and stripped fiber with clean tools and follow contamination control practices; use appropriate bend radius protection and a splice enclosure to maintain long-term reliability.
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