HIF2E-30D-2.54RB

HIF2E-30D-2.54RB is a type of rectangular connector, which falls into the classification of board in and direct wire to board. It is generally used in places where interconnection needs to be achieved in a relatively low electrical power and frequency, such as consumer electronics, auto electronics, industry control, military and aerospace fields. This connector features reduced space requirements, improved machine ability, reliable strain relief, and low cost.

The HIF2E-30D-2.54RB is constructed using a high-temperature thermoplastic material, with a brass plating on the contact material to enhance electrical performance. It is able to handle up to 30A of current and can be mounted onto the board using dual Row and Planar Array. It has a removal force of 1.85N and a rated voltage of 200V AC. The termination and insertion forces are 300g for the former and 30g for the latter, and the connector’s over-mold provides a secure connection as well as protecting the contacts from mechanical and environmental factors.

The working principle of the HIF2E-30D-2.54RB connector is fairly simple. The connector is inserted into the board and the contacts are then made when the contacts are pushed-in. The contact fingers inside the connector helps to provide a secure and reliable connection and ensures that the electrical connection is established successfully. The contacts can be further secured by applying the correct amount of solder onto the contact fingers to ensure the connection is permanent and cannot be separated without damaging the contacts.

The HIF2E-30D-2.54RB connector is designed to provide reliable connections and is suitable for use in a variety of applications. Its small size, low cost and reliable performance make it an ideal solution for connecting components in consumer electronics, automotive electronics, industry control, military, and aerospace sectors. It is also suitable for connecting parts as it features a reliable strain relief, reduced space requirements, and improved machine ability.