AWLP 64/3,2-G

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AWLP (Advanced Wire Lock Pin) 64/3,2-G board in, direct wire to board is a type of rectangular connector in the series of interconnects used in most industries. It is basically a pin and socket type connector system designed for wiring a printed circuit board to another printed circuit board or wire to board connections. It is designed for a wide range of industrial applications.

The AWLP 64/3,2-G board in, direct wire to board connector comes with a 2-position horizontal header and a 3-position vertical header. This type of connector is mainly used in application where modularization and scalability are necessary. The connector consists of board-mount sockets and wires that are inserted and locked into the board mount sockets.

The main principle behind the AWLP 64/3,2-G board in, direct wire to board connector is that it allows for a secure connection between different printed circuit boards. The connector ensures that no accidental contact can occur between the two boards, as the connector has secure locking mechanisms that prevent the wires from coming loose or becoming unplugged.

The AWLP 64/3,2-G board in, direct wire to board connector is also designed to prevent short-circuiting between the boards. The pins are made from a special material which has been chosen for its ability to resist corrosion, heat, vibration, and shock. The pins also come with special plating that helps its resistance to wear and tear over time.

The AWLP 64/3,2-G board in, direct wire to board connector is an effective way to bridge the gap between different printed circuit boards. Its design ensures that the connection between the boards is reliable and secure. It can be used for a variety of applications, such as in industrial automation, automotive, medical equipment, consumer electronics, and aerospace.

The AWLP 64/3,2-G board in, direct wire to board connector is an efficient and reliable way to make sure that the connection between two boards is strong and secure. It can be used for a wide range of applications, and its design ensures that the connection is reliable and secure.

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