1565041-1

Rectangular Connectors - Housings

The 1565041-1 is a rectangular connector and housing used primarily in the industrial, military and aerospace industries. It is typically used to connect two electronic components, often a power supply and a receptacle. This connector is used in a wide variety of applications including embedded systems, audio/video equipment, telecommunications, automated control systems and robotics.

The 1565041-1 rectangular connector is a two part assembly including a housing and a socket. The housing is made of die-cast aluminum and can be mounted to a printed circuit board, enclosure, or panel. The socket is designed to accommodate male pins or terminals. It features positive locking and strain relief and is highly reliable and durable.

The mating pins or terminals of the 1565041-1 are secured in the socket housing with a positive latch design. When the latch is engaged, the pins are locked in and cannot be removed without disengaging the latch. This design ensures a secure connection and prevents accidental disconnection.

The 1565041-1 is designed with an integrated cable strain relief in the housing. This design helps to secure the cables in place and prevents movement of the cable relative to the connector. This feature is especially useful for high vibration applications such as robotics or motor control.

The 1565041-1 is an optimal choice when cost, durability and reliability are primary considerations. Its strong, positive locking design provides greater reliability and improved performance in harsh environments or applications where vibration or shock is a concern.

The 1565041-1 is simple to install and utilize. Its compact size makes it ideal for space-constrained designs. The housing is available in a range of colors to meet the most demanding color-coding requirements. It is also available in a variety of configurations to meet the specific application requirements of each customer.

The 1565041-1 connector and housing is the ideal choice when performance and reliability are critical. Its rugged construction, positive locking design and integrated strain relief help ensure reliable performance in both high vibration and shock applications. It is also cost-effective, easy to install and suitable for a wide variety of applications.