Signamax Inc. CMK-LCS-WH Lc Sm Keystone Connector

Product Description

The SIGNAMAX INC. CMK-LCS-WH is a single-mode LC keystone connector finished in white. It terminates a single-mode fiber optic run and snaps into any standard keystone-style wall plate, patch panel, or surface-mount housing. The LC form factor uses a push-pull latch mechanism and a 1.25 mm ferrule, making it a compact, low-loss connection point in structured fiber installations. It is sold as an individual unit and is installed by low-voltage fiber technicians working in commercial or residential data and telecommunications infrastructure.

This connector suits installations where single-mode fiber must be transitioned cleanly from a horizontal run to a patch-cord connection. Typical scenarios include office structured cabling systems, data center rack enclosures, and telecom closets where wall plates or panel-mount solutions are required. The white finish coordinates with standard white keystone wall plates. Because it accepts single-mode fiber, it is appropriate for longer-distance, higher-bandwidth links running laser-based transceivers.

Key Features

• LC form factor with push-pull latch for secure, repeatable mating
• Single-mode rated for long-distance, laser-based fiber runs
• Keystone snap-in design fits standard keystone wall plates and patch panels
• White finish for clean integration with matching faceplate systems
• Sold individually for flexible quantity ordering

Compatibility

Designed as an OEM-style termination solution compatible with standard keystone-format wall plates, surface-mount boxes, and patch panels that accept industry-standard keystone modules.

Installation Notes

Installation is performed by a licensed or qualified low-voltage fiber technician. Always verify the fiber strand type is single-mode before mating to avoid mismatched-fiber losses. Clean ferrule end-faces with an appropriate fiber optic cleaning tool prior to mating. Follow TIA-568 structured cabling standards and any applicable local low-voltage codes during rough-in and termination.