BSN14-C Connectors, Interconnects

Terminals – Wire Splice Connectors

Wire splice connectors, often known as BSN14, are designed to connect two ends of wire, electric lines and cables. It is a necessary electrical device to ensure wires, cables and electric lines are held securely together. This article explains the application field and working principle of BSN14-C connector.

Application field

BSN14-C connectors are most commonly used in the low voltage electrical wiring applications. They have a large range of applications, including power transmission to varying levels of intensity from different devices; home wiring; shop wiring; machinery wiring; harness wiring; and telecommunications equipment wiring. BSN14-C connectors are also used to connect electrical wiring in automotive applications.

BSN14-C connectors are also vastly popular for field wiring applications, such as wind turbines and solar cell generators. Low-voltage wiring is much more sensitive than wire used in industrial or high voltage projects. Therefore, BSN14-C connectors are essential for ensuring electrical connections are made properly and that the low voltage wiring remains intact.

Working principle

The BSN14-C wire splice connectors improve the strength of the electrical connection between two wires or cables. It is an affordable and efficient solution to ensure secure electrical connections even in the most delicate wiring applications. The advantage of BSN14-C connectors is that they are easy to install, each components has a specific job and this allows a connection to be made with minimal effort.

The working principle of the BSN14-C wire splice connector requires the operator to press the two circular rings of metal together. Thereafter, the two ends of the wires are inserted into the correct ports. For example: the ground wire can only be connected to the silver port on the BSN14-C connector. Once the connection is made, it does not require an excessive amount of effort to hold the wires together. This eliminates the risk of the connection loosening or being disrupted, which could result in electric shock.

The wire splice connectors are able to produce a tight and reliable electrical connection for a couple of reasons. First, the pressure of the circular rings secures the wires. Second, two separate pieces of plastic inside the connector provide further insulation around the electrical connection. This ensures a safe and reliable environment in low voltage wiring applications.

Conclusion

To summarise, BSN14-C wire splice connectors are very effective for ensuring secure electrical connections in low voltage wiring applications. They are very easy to install, and thanks to the force provided by the circular rings they require little effort to tighten cables together. Furthermore, the use of two layers of plastic insulation provides further protection for the electrical connection, making BSN14-C connectors the perfect choice for low voltage wiring applications.