FGG.3B.570.ZZC

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

Circular Connectors - Contacts

Circular connectors are widely used in electric and electronic equipment applications. They are used as an interface between an electronic device and another machine, computer, or a power source. Connectors are specially designed for a wide range of applications such as power connectors, signal connectors, RF connectors, telecommunications, aerospace, and automotive. The FGG.3B.570.ZZC connector is a typical example of a circular connector, which is used for connecting the robot cable assemblies and robotic joints.

Application Field

The FGG.3B.570.ZZC circular connector is used predominantly in robotic applications. This connector is designed for use in industrial robots, robotic cells, and in special machines and vehicles. The connector has two important features; it is shock-resistant and vibration-resistant. The connector can withstand the regular stress and strain associated with industrial and robotic operations.

The FGG.3B.570.ZZC is also suitable for connecting cable assemblies and robotic joints. Its robust construction and excellent contact stability make it ideal for robotic applications. The connector is designed for high-frequency applications such as power, signal, digital and control systems. It is also used to transfer electrical signals and power in medical and industrial automation applications.

Working Principle

The FGG.3B.570.ZZC connector operates on the principle of electrical contact. Generally, an electrical contact is a conductor that allows electrical current to flow between two application points. In a circular connector, the contact is formed by the contact point interface between the two components. The contact point of the FGG.3B.570.ZZC connector is designed to ensure durability and excellent electrical contact.

The FGG.3B.570.ZZC connector has a four-pole system that consists of an outer conductor and four inner conductors. The contact point between the outer and inner conductors is designed for efficient electric power transmission. The contacts are designed to provide resistance against fork and pinch force, and the contact force is adjustable. The contact design also ensures that the contact performance is stable and reliable.

The FGG.3B.570.ZZC connector is a highly reliable and robust connector designed for robust robotic applications. It has the ability to withstand harsh environmental conditions such as shock, vibration and temperature fluctuations. The connector is designed for robust electrical and data transmission in harsh industrial environments. The contact design ensures that the maximum contact force is maintained even in a harsh environment.

The FGG.3B.570.ZZC connector offers outstanding performance in terms of transmission speed, reliability and contact resistance. The connector is suitable for most robotic applications and is designed for the long-term reliability required in robotic applications.

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