CN1335-000

Rectangular Connectors - Housings offer a wide range of performance features, including flexibility, durability and environmental compliance. Building on the established industry standard of CN1335-000, they provide an alternative to traditional straight single and dual row connectors. CN1335-000 connectors are designed to house a variety of contact types, providing a reliable and cost effective method for connecting multiple contacts.

The CN1335-000 housing consists of two parallel sides, each of which contains a groove that accepts one or more rows of contacts. Aperture holes in the top and bottom of the housing provide for contact entry. Each housing is provided with a terminal-carrying locking mechanism that fastens the two halves together without any extra screws. The locking mechanism provides secure connection between the contact and the housing, which is a vital requirement for a resilient electrical connection.

The CN1335-000 is a widely used connector in a variety of automotive, industrial and commercial applications. It is mainly used in automotive and automotive-related equipment, such as headlights, halogen lamps, fog lamps, signal lights, automotive instrumentation, and electrical fuel-delivery systems. It is also used in appliances and computer systems, where it is ideal for routing electrical signals without the need for twisted-pair wiring. Furthermore, the CN1335-000 can provide effective connection to electronic products, such as radios, telephones, GPS units, portable media players, handheld game consoles, and digital cameras.

The CN1335-000 connectors are rated for up to 18 amps per terminal. They are also capable of withstanding high temperatures and are UV resistant. The housing is a robust and durable material, making it suitable for rugged outdoor environments.

The working principle of the CN1335-000 connector is analogous to that of a traditional single or dual row connector. The two parallel sides of the housing are each fitted with a groove that accommodate a row of contact pins. The contact pins are then inserted through the aperture holes provided in the top and bottom of the housing, with the corresponding pattern of holes in the mating part. The two parts are then mated and the appropriate fastener used to lock them together. After mating, the contact pins provide electrical connectivity and ensure highly reliable connections.