0026033241

Rectangular Connectors - Housings are essential components used to transmit electrical signals and provide reliability when connecting two or more devices together. The 0026033241 housing is a type of rectangular connector designed for a variety of commercial and industrial applications.

The 0026033241 housing is composed of several parts, including a dielectric housing, contact terminals, and a locking and retention means. The housing is comprised of thermoplastic and is available in either snap-in or screw locking styles. Its housing material is rated to withstand flammability and arc resistance up to UL94V-0. The contact terminals are made of phosphor bronze and feature 5 to 10 volts of voltage rating. The terminal contacts are also highly resistant to mild acids, salt water, and gases.

The 0026033241 housing is designed to be used in a variety of industrial, automotive, and consumer electronics applications. It is suitable for internal or external use, and can be used in applications requiring greater strength than a conventional screw-terminal housing. The product is also offered with integrated wire leads for ease of installation.

The 0026033241 housing can withstand maximum operating conditions of up to 130 degrees Celsius and a minimum of -20 degrees Celsius. It restores to a minimum of 170 Newtons of force, making it suitable for use in rugged environments. The product is designed to withstand full shock and vibration, and has a current rating of up to 5 amps.

The working principle of the 0026033241 housing is simple. When a spring and/or locking device engage the mating connector into the body, contact springs within the body move radially and axially to contact a mating terminal. As the two parts are pressed together, the contact springs expand and secure the connection. The spring retract when the mating connector is removed, and the contact springs retract to allow easy disengagement.

The 0026033241 housing is a reliable and cost-effective solution for applications requiring electrical signal transmission. Its simple design and efficient working principle ensure reliability and long-term operation in a variety of environments.