PMV2-3FB-C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A PMV2-3FB-C spade terminal provides a reliable connection between two adjacent wires for a secure and dependable connection that can withstand harsh environmental conditions. It is typically used in industrial and automotive applications where there is limited physical space available and time is important. PMV2-3FB-C terminals are equipped with a two-hole terminal push fit connection that securely locks the two spades together, creating a tight connection that ensures that no voltage or current leakage occurs. PMV2-3FB-C spade terminals are available in both male and female gender configurations.

The working principle of the PMV2-3FB-C terminal is simple. The terminal has two grooves that form an open connection between the two wires. When the spade terminal is fully engaged, the two grooves, as well as the protruding tabs, ensure that the connection is strong and secure. This prevents any undue vibration, which can cause the connection to become loose and unreliable. In addition, the two grooves provide protection from short circuits and electric leaks due to their electrical isolation properties.

The PMV2-3FB-C spade terminal can be used in a variety of applications such as automotive, marine, and industrial. In automotive applications, the terminal is used to connect electrical devices such as lighting systems, LED arrays, airbags, engine systems, etc. It is also used to connect wiring harnesses, relays, and power connectors. In industrial and marine applications, the PMV2-3FB-C terminal can be used to connect motor control systems, generators, and ship propulsion systems.

The PMV2-3FB-C spade terminal is perfect for any application where space is limited and reliability is paramount. With its reliable connection and secure lock, the terminal ensures that the connection between two wires is stable and reliable. Furthermore, its electrical isolation properties ensure that voltage and current are not leaked to the environment.

The specific data is subject to PDF, and the above content is for reference