969484-3

Rectangular connectors have been an integral part of electronic systems for decades. With their combination of durability and versatility, they are used in virtually all types of applications. The 969484-3 housing is a form of rectangular connectors. It is made of non-conductive fiberglass-filled polyester and offers superior strength and heat resistance. This article will discuss the applications and working principles of 969484-3 rectangular connectors.

The 969484-3 housing is an ideal solution for high power and temperature applications. Its rugged construction is designed to protect wires and connections from extreme temperatures, water and most other environmental factors. It is also suitable for use in aerospace, automotive and construction applications. Its non-conductive and flame retardant design ensures safety for personnel and equipment. The 969484-3 housing offers high impact resistance and features a self-latching design for secure connections.

The 969484-3 housing is designed to work with a wide range of contacts. It is compatible with crimp contacts, soldered contacts, quick disconnect contacts and pin-type contacts. This broad compatibility enables it to be used in a variety of applications. It is suitable for use in low voltage, medium voltage and high voltage applications. It is also capable of handling both AC and DC electrical signals. This makes it a versatile solution for use in a variety of applications.

The working principle of the 969484-3 housing is straightforward. It is designed to enable a reliable connection between two electrical devices. This is accomplished by inserting the desired contact in the housing. The contact is held firmly in place by the self-latching design. The contact is then connected to the desired device. This allows a secure electrical connection between the two devices. The housing also offers protection from environmental factors such as water and dust.

The 969484-3 housing is an ideal choice for applications that require a reliable and secure connection between two electrical devices. Its wide compatibility with different contact types makes it suitable for use in a variety of applications. Its rugged construction provides superior protection from environmental factors. This combination of features makes it an ideal solution for many different types of electronic applications.