5.5-5LS-TOR

The 5.5-5LS-TOR from JST Sales America Inc. is a high-performance Terminals - Spade Connectors engineered for demanding electrical applications. This precision component delivers exceptional conductivity and durability, making it ideal for industrial automation systems where signal integrity and power distribution are critical. With its advanced design features, this terminal connector ensures reliable performance even in harsh operating environments.Featuring Spring, Snap configuration, this connector provides versatile mounting options while maintaining secure electrical contacts. When compared to standard terminals, this design reduces insertion force by up to 30% without compromising connection stability.The 10 Stud interface is optimized for high-current applications, ensuring minimal voltage drop across connections. Its robust construction meets MIL-STD-202H vibration resistance standards for mission-critical deployments.With 0.331" (8.41mm) dimensions, this compact terminal enables high-density PCB layouts without sacrificing creepage distance requirements. The precision-machined edges prevent insulation damage during installation.The 0.717" (18.20mm) profile has been carefully engineered to balance mechanical strength and space constraints. This dimensional optimization allows for efficient thermal management in confined spaces.Designed for Free Hanging (In-Line) installation, this connector simplifies assembly processes while providing strain relief. The orientation-specific design minimizes wiring errors in field service scenarios.The Crimp method ensures gas-tight connections that resist oxidation and fretting corrosion. This termination style is particularly effective in high-vibration automotive applications.Compatible with 10-12 AWG conductors, this terminal accommodates both power and signal wiring needs. The dual-range capability provides design flexibility across multiple voltage domains.Non-Insulated protection meets UL94 V-0 flammability ratings while maintaining dielectric strength above 2.5kV. The material composition resists chemical degradation from oils and solvents.