MV14-10FLX

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The MV14-10FLX terminal is an essential component in a variety of spade connectors and terminals. It comes with several features including excellent crimping ability, easy installation, and reliable performance.

This particular model can be found in various high-end and industrial applications, as well as in automotive and marine electronics. It is a multi-cavity design that offers a low profile, high-strength termination. This type of terminal is widely used for securely connecting wires into space-constrained areas. It can also be used for high vibration applications.

The MV14-10FLX terminal is known to provide superior insulation against damage from heat and other contaminants. They are manufactured using tinned plated brass that is pliable but strong enough to withstand harsh conditions. These terminals also have excellent corrosion resistance.

The MV14-10FLX terminal is designed to fit into the spade connector, and is connected by placing the end cap of the terminal into the slot in the spade connector. The connection is then secured by crimping the terminal onto the wire with copper sleeves.

The MV14-10FLX terminal is also very easy to install, as the wires are connected without any additional tools. All that is required is to strip the wire and insert it into the terminal. The wire is then crimped using a crimp or metal sleeve.

This type of terminal is most commonly used in applications where there is limited space and high vibration. Examples include, but are not limited to, power and audio connections in motor vehicles, computer and server connections in data centers, and signal connections in marine electronics.

Terminal spade connectors are a convenient and reliable way to connect wires and components in electrical systems. The MV14-10FLX terminal is well-known for providing reliable performance in the most demanding applications. It is made with high quality materials so that it can securely hold wires in place and withstand harsh conditions. It is also easy to install and can be used for both high and low power applications.

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