Ortronics KSLC Lc Fiber Keystone Multimode

Product Description

The ORTRONICS KSLC is an LC fiber keystone insert designed for structured cabling installations requiring multimode fiber connectivity. Finished in fog white, this keystone snaps into standard faceplates and surface-mount boxes to provide a clean, terminated fiber port at the wall. It is sized for LC-style duplex or simplex fiber connectors and suits data rooms, telecom closets, and office fiber drops. Network technicians and low-voltage cabling contractors install this type of insert as part of a permanent link between horizontal fiber runs and active equipment or patch panels.

This keystone is suited for multimode fiber applications in commercial and light-industrial environments. Typical installations include structured cabling systems in office buildings, data centers, and campus networks where LC fiber ports are required at the work area outlet. The fog white finish integrates cleanly with standard keystone faceplates used across most commercial cabling deployments. It is sold individually, allowing technicians to populate faceplates to match exact port-count requirements at each location.

Key Features

• LC fiber interface accepts standard LC multimode fiber connectors
• Fog white finish for clean integration with common faceplate systems
• Keystone form factor snaps into standard keystone-compatible faceplates and patch panels
• Sold as a single unit for flexible, per-port deployment
• Designed for multimode fiber runs in structured cabling systems

Compatibility

Designed as an OEM-style replacement or supplemental insert for standard keystone-compatible faceplates, surface-mount boxes, and patch panels accepting LC fiber keystone modules.

Installation Notes

Low-voltage cabling technicians install LC fiber keystones as part of structured cabling work governed by TIA-568 standards. Power down or disconnect any active fiber transceivers at the far end before handling fiber connectors to avoid exposure to laser light. Use appropriate fiber cleaning tools on the LC port before mating connectors to prevent contamination-related signal loss. Follow local low-voltage codes and project specifications for faceplate labeling and fiber slack management at the outlet.