Cp Technologies LCXXS012D003MS9 12 Strand Lc Fiber Pigtail

Product Description

The CP TECHNOLOGIES LCXXS012D003MS9 is a 12-strand fiber optic pigtail terminated with LC connectors on one end and unterminated loose fibers on the other. Fiber pigtails are used to terminate fiber optic cables within splice enclosures, patch panels, and distribution boxes. A technician fusion-splices the loose end to an incoming fiber run, then routes the LC-terminated end to an adapter panel. This configuration provides a factory-polished connector end, which delivers consistent insertion-loss performance compared to field-polished terminations. The 12-strand count supports high-density fiber deployments in a single ribbon or loose-tube bundle.

This pigtail is suited for structured cabling installations in commercial buildings, data centers, and telecommunications rooms. It is designed for use in applications where field termination quality must meet strict insertion-loss requirements and where speed of deployment is a priority. Network installers and low-voltage cabling technicians are the primary trades that work with this product. The LC connector format is widely used in high-density patch panel environments and active equipment with small-form-factor transceiver ports.

Key Features

• 12-strand configuration supports high-density fiber termination in a single assembly
• Factory-polished LC connectors provide consistent, repeatable insertion-loss performance
• Loose fiber ends are ready for fusion or mechanical splicing to field cable runs
• LC connector format compatible with small-form-factor transceiver and adapter panels
• Sold as a single unit assembly

Compatibility

Designed as an OEM-style fiber pigtail for use with LC-compatible adapter panels, splice enclosures, and patch panels in single-mode or multimode fiber optic distribution systems.

Installation Notes

Installation is performed by licensed low-voltage or structured cabling technicians. De-energize all active equipment connected to the fiber path before splicing or handling connectors to protect transceiver ports and avoid signal disruption. Fusion splicing requires a calibrated fusion splicer and proper cleaving tools. Follow ANSI/TIA-568 and local structured cabling codes for bend-radius, slack storage, and labeling requirements.