HLE-126-02-L-DV-BE-A-P

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

A HLE-126-02-L-DV-BE-A-P connector falls into the category of Rectangular Connectors - Headers, Receptacles and Female Sockets. It is commonly known as a 2.00 mm pitch double row wire to board connector and is typically used for signal transmission in industrial control andcomputer networking applications.

This connector is sold in pairs and is comprised of a male header and female receptacle for mating. The male header has two rows of pins on a 25.4mm pitch (0.100 inches) with a pin size of 1.0mm diameter and an 18 piece polarized contact system.

The female receptacle has two rows of sockets on a 25.4mm pitch with a pin size of 1.0mm diameter and 18 piece polarized contact system. It is designed to prevent against shorting and incorrect mating.

The connector has a current rating of 1 Amp and a voltage rating of 300V. It is made of a thermoplastics housing, PA6T for the housing, PBT for the actuator, and copper alloy for the contact.

The contact retention force is the minimum force that is required to retain the contact in the receptacle and is typically measured in Newton force (N). The mated pair of HLE-126-02-L-DV-BE-A-P connectors has a contact retention force of 40N and a normal mating force of 6N.

The HLE-126-02-L-DV-BE-A-P connector has a wide range of applications including computer, automobile, HVAC, security/surveillance, and other industrial electronic applications.

The working principle behind the HLE-126-02-L-DV-BE-A-P connector is fairly simple. The pins on the male header and the sockets on the female receptacle mate and form an electrical connection allowing signals to pass between the two connectors. The retention force helps to ensure that the connection stays solid and secure, while the polarization ensures that the correct pins and sockets are mated. The materials of the connectors also play a role in protecting the connection from shorting, corrosion, and other environmental damage.

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