Lynn Electronics S-SABSA1-NKHI3-200F Sc Apc Simplex Jumper

Product Description

The LYNN ELECTRONICS S-SABSA1-NKHI3-200F is a singlemode simplex fiber optic jumper with SC/APC connectors, designed for low-loss, high-return-loss fiber connections in structured cabling and telecommunications installations. A simplex jumper carries a single optical fiber with connectors terminated at each end. The SC/APC connector type features an angled physical contact polish that reduces back-reflection, making it well suited for applications where signal integrity is critical. This jumper is sold as a single unit and is typically installed by low-voltage cabling technicians, network infrastructure specialists, or fiber optic contractors.

This singlemode simplex jumper is used in fiber optic distribution systems, patch panels, and equipment connections in both commercial and residential structured cabling environments. Typical install scenarios include connecting fiber optic transceivers to patch panels, linking active equipment in telecommunications rooms, and completing runs in outside plant or premises fiber networks. The SC/APC interface is common in passive optical network equipment, CATV distribution, and FTTx deployments where back-reflection must be minimized.

Key Features

• SC/APC connectors with angled physical contact polish for reduced back-reflection
• Simplex construction with a single singlemode optical fiber
• Part of a singlemode custom assembly product family
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or installation jumper for singlemode fiber optic systems using SC/APC connector interfaces.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic technician following applicable TIA and local structured cabling standards. Clean all fiber end-faces with an approved fiber optic cleaning tool before mating connectors. Do not exceed the minimum bend radius of the cable during routing, and never look directly into a fiber end-face or active port. Power down or disable active optical transmitters on the circuit before handling connectors.