DF62B-5S-2.2C(11)

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Rectangular connectors – housings are essential components used in diverse industrial applications. They play an important role in ensuring reliable communication connections between electrical components and devices. As such, proper selection of the right connector is necessary to maximize connector performance and longevity.
This article will discuss the DF62B-5S-2.2C(11) application field and operating principle, one of the latest connectors in rectangular connectors – housings.
The DF62B-5S-2.2C(11) connectors are widely converted in a range of industrial applications, such as telecommunications, marine, computing, industrial electronics, electrical, automotive, and military. The main features of this connector include a secure self-locking design, high power contact resistance, a wide operating temperature range, and good containment capacity. These features make it a popular choice in demanding industrial applications such as motor control, robotics, and mechanical automation systems.
As far as the operating principle is concerned, these connectors are designed to offer secure mechanical and electrical connections between two or more components. It features a metal shell structure, with contact pins on one side and holes on the other. The contact pins are protruding into the hole and provide secure connections between two or more pins. The two sides of the connector are mechanically secured by two different types of locking screws. One is a locking pin which secures the connection between the two sides and the other is a spring-loaded locking screw which is used to tighten the connection and secure it against vibration and shocks. Additionally, the contact pins are made of high-grade alloy material for high electrical current carrying capacity and superior wear resistance.
In conclusion, the DF62B-5S-2.2C(11) connectors provide reliable and secure operation in a wide range of industrial applications. Due to their superior design and construction, they are capable of withstanding vibration, shocks, and harsh environmental conditions. This ensures that the connector has a long-term durability and can be used for optimal performance even in the harshest conditions.The specific data is subject to PDF, and the above content is for reference