Lynn Electronics S-L1BL-1RW9-001M Simplex Fiber Patch Cable

Product Description

The LYNN ELECTRONICS S-L1BL-1RW9-001M is a simplex fiber optic patch cable built around a 62.5-micron multimode core with a 900-micron tight-buffer construction. This cable is used to terminate fiber optic runs and connect active equipment in structured cabling systems. The tight-buffer jacket provides added mechanical protection compared to bare fiber, making it a practical choice for short indoor interconnects. Licensed low-voltage technicians and network cabling professionals are the typical installers for this type of patch cable.

This simplex patch cable is suited for indoor fiber optic applications including equipment room patch panels, fiber distribution panels, and direct connections between transceivers and switches. The 62.5-micron multimode core supports legacy multimode fiber infrastructure commonly found in enterprise and commercial building networks. The single-fiber simplex design is used where only one-way or single-path fiber routing is required.

Key Features

• 62.5-micron multimode fiber core for legacy and current multimode infrastructure
• 900-micron tight-buffer construction for added mechanical durability
• Simplex configuration for single-fiber routing applications
• Indoor-rated design suitable for equipment rooms and patch closets
• Sold individually as a single unit

Compatibility

Designed as a standard simplex multimode fiber patch cable for use with 62.5-micron multimode fiber optic systems and compatible transceivers, patch panels, and fiber distribution equipment.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic cabling technician in accordance with TIA-568 standards and applicable local codes. Deactivate or power down connected transceivers and active equipment before making or breaking fiber connections. Avoid bending the cable tighter than the minimum bend radius specified for the connector type in use. Inspect and clean fiber end-faces before mating to prevent signal loss.