HLE-113-02-F-DV-PE-LC

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The HLE-113-02-F-DV-PE-LC is a rectangular connector specifically designed for headers, receptacles, and female sockets. This particular type of connector is used in many different industries and applications for a wide variety of uses.

Description

HLE-113-02-F-DV-PE-LC is a product series of rectangular electronic connectors manufactured by Amphenol. It includes both receptacles and headers that are compatible with a range of mating connectors, including mono or low-profile dual-row options. The contacts are organized in rectangular arrays, with columns of contact areas along the long edges of the rectangular housing.

A variety of plastic or metal materials is available for the housing, including nylon, polyester, aluminum, magnesium, zinc, and steel. Different contact plating options are available for both header and receptacle variants, such as tin, gold, and silver. Both contacts and housings are rated for a maximum operating voltage of 175 volts AC or 250 volts DC. The width-to-length ratio of this connector series is 2.0 times, and its contact counts range from two to 40.

Uses

This product series is widely used in automated manufacturing, telecommunications, consumer electronics, and automotive industries. They are not only popular for their ease of assembly, but also for their durability and integrated features.

Due to the rectangular shape of the housing, which is suitable for vertical and side placement, they are often used as card connectors in communication systems to connect printed circuit boards and cable systems. In addition, these connectors are also used for data transmission in medical equipment, aviation systems, and instrumentation systems.

Working Principle

The rectangular contacts of HLE-113-02-F-DV-PE-LC are connected to one another by a series of electrical solder joints, which create a “bridge” that provides the electrical connection between the contacts. The solder joints form a geometry that is favorable for making connections with power connections, current, and digital signals.

Contacts are retained into the housing by several retention features. These include tangs, slots, push locks, and wedge-locking mechanisms. Some contacts also feature a secondary retention feature such as a slotting or snapping feature that further secures the contact in the housing.

Before assembly, the contacts and housing must be properly cleaned and prepared for soldering. This includes scraping off any oxidation layers, polishing the contact surfaces, and washing the components in a neutral neutral cleanser. Additionally, flux and a soldering paste should be applied to the surfaces. The flux ensures that the solder paste adheres to the contact surface and maximizes the quality of the electrical connection.

Once the contacts are in place and the retention features are properly engaged, the final step is to solder the contacts. This can be accomplished either by hand or with an automated soldering machine. Once the soldering is finished, the connector is ready for use.

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