Circular Connector Accessories

The circular connector dust cover is an accessory specifically designed to protect unused connector interfaces. They provide temporary protection when the connector is not in use, preventing dust, dirt, moisture, and other contaminants from entering the interior of the connector, thereby ensuring connector performance and extending its service life. According to different application requirements, the dust cover can have different design and material choices. Environmental protection: By sealing the connector, the dust cover can effectively prevent pollutants such as dust and moisture from entering, preventing these factors from causing damage to the connector. Wear and chemical resistance: Many dust caps are made of different types of plastic (such as nylon 66), metal or other composite materials, with excellent wear and chemical resistance, suitable for a variety of harsh environments. Easy installation: Easy to install and remove quickly, and easy to operate even when space is limited.

The Sealing Ring is a specially designed connector sealing component designed to enhance the protection of the connector in a variety of environments. Sealing rings are usually made of oil - and chemical-resistant materials such as silicone or fluoro rubber to ensure good sealing in harsh environments.

The nut is a key component used to secure the round connector, and to ensure that the connector can be firmly installed on the device or panel, a matching hex nut is usually used. It is very important to ensure the stability and reliability of the electrical connection system.

Terminal resistance plug ‌ is an electronic component, mainly used in the terminal position of the connector plug, to provide impedance matching, prevent signal reflection and interference, and ensure the stability and accuracy of the signal during transmission. Terminal resistance plugs are commonly used in industrial automation and communications, especially in the connection of sensors, actuators and controllers, to ensure signal stability and accuracy ‌.