1675162

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

Heavy-duty connectors are a vital component in many industries, such as electrical, automotive, and medical. These devices serve a wide range of applications and are used to ensure reliable and safe electrical connections between components. In this article, we will discuss 1675162 application fields and working principles of these heavy-duty connectors.

Heavy-duty connectors typically consist of two housing parts, a base, and a range of pins, hoods, and screws. The housing or shell acts as a barrier to the environment and is designed to protect the connections from environmental threats like dust, water, and heat. The base holds the pins and can accommodate additional components such as strain reliefs, caps, grommets, and lances. The hoods provide additional protection against environmental threats and also serve to secure the connector. The screws are used to secure the base and hoods to the housing.

The wide range of applications for heavy-duty connectors include high-reliability connections in industrial machinery and systems, communication networks, and medical technology. They are also used extensively in the aerospace, automotive, and defense industries. Additionally, these connectors are used in harsh environments like mining and refining operations. For these applications, heavy-duty connectors must provide reliable and robust connections in order to ensure the safety and efficiency of the system.

Heavy-duty connectors allow for a high level of electrical performance, which is largely dependent on their contacts. Contacts provide reliable electrical connections between pins and can be either crimp, crimp-on, solder, or PCB. The design of the connector, such as the number of contacts, pin size, shape, and shielding, also affects the electrical performance. Electrical performance is further improved by the addition of gold plating on the contact pins. Gold plating prevents oxidation and provides enhanced electrical performance, as well as improved resistance to abrasion and corrosion.

The working principle of a heavy-duty connector involves the application of an electrical current between two points. This current passes through the pins of the connector and creates an electrical connection between the two points. This connection is then strengthened by the hoods and base, which secure the connector and protect it from environmental threats. Additionally, the pins are coated with a dielectric material which further improves the connection and prevents sparks from occurring.

In conclusion, 1675162 application fields and working principle of heavy-duty connectors are discussed in this article. Heavy-duty connectors are a vital component in many industries and are used to ensure reliable and safe electrical connections between components. They typically consist of two parts, a housing, and a range of pins, hoods, and screws. Heavy-duty connectors have a wide range of applications and allow for a high level of electrical performance. The working principle involves the application of an electrical current between two points, which is strengthened by the hoods and base, and further improved by the use of a dielectric material.

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