MNG14-10FK

Terminals - Spade Connectors, MNG14-10FK application field and working principle; the MNG14-10FK is one of the most commonly used terminals in the industry. It is a spade connector, developed by a company called Molex, and is used for making electrical connections to components and devices. In the automotive industry, the MNG14-10FK is used for making electrical connections to wiring harnesses and to other automotive components.

MNG14-10FK spade connector is a two-piece terminal comprising a male spade contact that you can insert into a mating female connector or spade contact. The spade contact provides a quick, positive connection; the male spade contact has a small projection at its base which is inserted into the female contact and slides along a small ridge to secure the connection. This makes the MNG14-10FK a great choice for automotive applications.

MNG14-10FK terminals are made from a high-grade brass or copper material which is strong and resistant to corrosion. The terminal has two locking wings which helps it to grip the wire firmly and prevent it from slipping from the terminal. The terminals also have a spring back ensure that the lock is secure and will stay in place. The terminals also feature a plastic insulation grommet which seals the connection and keeps out moisture.

MNG14-10FK terminals are designed to be used in a wide range of automotive applications. It is commonly used to make connections to wiring harnesses and for splicing wires to other electronic components. It has high current-carrying capacity and can be used in high-temperature applications. Due to its design, it is very reliable and durable; this makes it a great choice for automotive applications.

In conclusion, MNG14-10FK is a spade connector developed by Molex. It is used for making electrical connections to wiring harnesses and for splicing wires to other electronic components. The connector is made up of two pieces, a male spade contact which is inserted into a female contact, and a plastic insulation grommet to seal the connection and keep out moisture. It has high current-carrying capacity and can be used in high-temperature applications, making it a great choice for automotive applications.