IPL1-112-02-H-S-K

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

Introduction

IPL1-112-02-H-S-K headers and male pins are rectangular connectors used in a variety of applications, ranging from telecommunication, automotive to manufacturing. They have a robust design and are commonly used because of their ability to connect a certain load with an even greater accuracy. In order to understand the application field and working principle of IPL1-112-02-H-S-K headers and male pins, this article will provide an overview of their characteristics and advantages, as well as their basic design principles.

Characteristics and advantages

IPL1-112-02-H-S-K headers and male pins are made from a combination of copper and gold materials, a combination that offers exceptional electrical performance and reliability. The header and male pin connections are also designed for high-voltage and power applications. Their design allows for increased voltage capability and current handling. The pins are corrosion-resistant and the contacts have extended life and increased reliability. Additionally, their mating surfaces are straight, enabling a better connection. Finally, they have a durable construction, with an IP68 rating, meaning they are suitable for a wide range of operating conditions.

In terms of assembly, IPL1-112-02-H-S-K headers and male pins come in a few varieties. The snap-together type is designed for easy assembly by hand, with no special tools needed. The threaded type is designed for high vibration applications and is typically used for automotive and aerospace applications. The cage type has a durable construction, and offers high-current connections and reliable vibration resistance. The spring/finger type is commonly used in industrial applications, due to its reliability and vibration resistance.

In terms of performance, IPL1-112-02-H-S-K headers and male pins have an excellent rating for voltage and current. They are also designed to have extremely low contact resistance, which ensures a secure connection and lowers the chance of failure. Additionally, their design makes them highly resistant to corrosion. They also have a high temperature range, enabling them to be used in a wide variety of environments.

Working Principle

The IPL1-112-02-H-S-K headers and male pins are designed to be connected using a “snap-fit” mechanism. When assembled, the header and male pins are held in place by spring-loaded pins that are designed to snap into place, forming a reliable, vibration-resistant connection. This type of connection is designed to have low resistance, ensuring a secure connection. Additionally, the design ensures that there is minimal contact resistance, reducing the chance of failure.

The design of IPL1-112-02-H-S-K headers and male pins also ensures that they are highly vibration resistant. The contacts are designed to slide and not wobble, and the connectors are firmly held in place. Additionally, the connectors have a flat spring design, which prevents against vibration-induced movement and reduces contact resistance. Finally, the snap-fit connection also eliminates the need for soldering, which further enhances the vibration resistance of the connection.

In terms of application, headers and male pins can be used for a variety of applications. They are commonly used in power electronics, telecommunications, automotive, and manufacturing equipment. They are also commonly used in industrial control applications, medical equipment, and device testing.

Conclusion

IPL1-112-02-H-S-K headers and male pins are rectangular connectors that are commonly used for a variety of applications. They have a robust design, and are designed for corrosion-resistance, electrical performance, and increased current and voltage capabilities. They also have a flat spring design, which increases vibration resistance and minimizes contact resistance. Additionally, they are easy to assemble and require no soldering. Overall, IPL1-112-02-H-S-K headers and male pins are an excellent choice for a variety of applications.

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