BSV18L

Terminals - Wire Splice Connectors - BSV18L application field and working principle

BSV18L is a type of cable splice connector terminal, specifically designed for high current applications in the transportation industry. It is widely used in commercial vehicles, buses and long-distance coaches to provide a reliable connection between the two wires. The BSV18L terminal features a patented interlocking lamination construction that provides a tight and secure connection between the cables, ensuring maximum electrical continuity and minimum heat dissipation.

The BSV18L is constructed of corrosion-resistant tin-plated brass and features a self-adjusting cone-shaped barrel for a better fit. This connector terminal also features a long flexible nose that allows for easy installation and a tight grip on the wires. The BSV18L also features a waterproof design, which means it can be used in wet environments without any risk of corrosion.

The BSV18L connector terminal is easy to install and can be used with any type of cable up to twelve wires. The connector can be secured to the cable using a standard cable clamp or a crimp tool. It is designed for use with copper, aluminium or multi-strand wire, depending on the application.

The BSV18L connector terminal is designed to create a reliable permanent connection that has a high tensile strength, and is also shock-resistant. The connection provided is resistant to short circuit and has a resistance level of up to 100 MΩ. Depending on the cable material used, it can handle high current levels of up to 200 amps.

In terms of safety, the BSV18L connector terminal has several features. It is designed to be flame-resistant and is tested to meet the requirements of UL94 V0. It is also tested to meet insulation resistance requirements of over 250 MΩ.

The BSV18L connector terminal is a cost-effective and reliable solution for providing electrical connections between cables in the transportation industry. Its flexible nose and high tensile strength combined with its waterproof design make it ideal for use in harsh environments. Its flame resistance and insulation resistance make it a safe and secure choice for any application.