39-01-2126

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

Rectangular Connectors - Housings are designed to provide secure and reliable connections to the external devices. The housings can be selected depending upon the application field, potential, current, and transmission rates. The 39-01-2126 housing is one of the common types for both power and signal applications.

The 39-01-2126 housing uses dual-row, snap-lock design. This is a two-piece housing which consists of an upper and lower part. It employs additional fastening elements that facilitate secure connections. The top and bottom part of the housing are secured together with threaded screws. It also comes with a separate wire-lock band that serves as a clamp for the incoming wire. This ensures a strong, reliable connection.

39-01-2126 housing is widely used in industrial, medical, automotive, and military applications. It is made of die cast zinc. It has an excellent flame-resistant rating, making it suitable for environments where flammable fluids are present. It is corrosion-proof, making it suitable for wet or salty conditions. The housing is designed to handle up to 333 V and is suitable for mission-critical applications.

The 39-01-2126 housing requires no special tools for assembly. It uses a simple insert-and-twist method that can be done quickly and easily. In this method, the user inserts the wire into the appropriate slot on the housing, secures it with the wire-lock band, and twists the top and bottom of the housing together. The wires are securely held in place, making a reliable connection. It is also equipped with a special strain relief feature that prevents the wires from being pulled out due to excessive strain.

The 39-01-2126 housing is a robust and durable connector which ensures reliable power and signal transfer. It is the perfect solution for industries which require robust connections in mission-critical applications.

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