Lynn Electronics S-SABSA1-NKHI3-100F Sc Apc Simplex Jumper

Product Description

The LYNN ELECTRONICS S-SABSA1-NKHI3-100F is a singlemode simplex fiber optic jumper terminated with an SC/APC connector. This patch cable carries optical signals between active equipment, patch panels, and distribution points in structured cabling systems. The angled physical contact (APC) polish on the SC connector reduces back-reflection, making it well suited for passive optical network (PON), CATV, and other return-path-sensitive singlemode applications. Installation is handled by low-voltage cabling technicians and fiber optic specialists working in telecommunications rooms, data centers, and outside plant demarcation points.

This simplex jumper is used in singlemode fiber runs where a single strand carries the signal in one direction. Typical deployment scenarios include connecting ONT equipment to patch panels, linking fiber distribution hubs to active gear, and building cross-connect segments in structured cabling environments. The SC/APC interface is common in telecom central offices and FTTx deployments where low back-reflection performance is required.

Key Features

• SC/APC connector provides low back-reflection for singlemode optical links
• Simplex construction carries signal on a single fiber strand
• Custom assembly classification supports specified-length ordering
• SC connector body features a push-pull latching mechanism for secure mating
• Singlemode fiber is compatible with 1310 nm and 1550 nm wavelength transmission

Compatibility

Designed as a singlemode simplex patch cable for use with SC/APC-port equipment including optical network terminals, fiber patch panels, media converters, and fiber distribution frames that accept SC/APC connectors.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic technician following TIA-568 and applicable local codes. Before connecting or disconnecting fiber jumpers, power down or attenuate optical sources to prevent eye hazard from invisible infrared light. Keep dust caps on unused connectors and inspect end-faces with a fiber scope before mating to avoid contamination-related signal loss. Do not exceed the minimum bend radius of the cable during routing or storage.