GMD.00.028.DG

Circular Connectors - Accessories are a type of electrical connectors commonly used for connecting wires or cables. The GMD.00.028.DG is a type of accessory circulatory connector, and its application field and working principle are outlined below.This connector is used in applications such as industrial automation, electronics, and renewable energy, in which electrical wiring must be securely connected. As an accessory, they are designed to offer convenient and reliable connections between two or more wire ends.The GMD.00.028.DG utilizes a durable casing to protect its interior components from wear and tear as well as from potential impacts from external forces. Its terminal blocks are constructed with high-quality copper contacts, offering greater current-carrying capacity and better electrical performance. The terminal blocks feature a unique locking system, which is designed to ensure that the connection between the mating surfaces remains secure even under harsh conditions.The design of this circular connector also makes it the ideal choice for applications with high vibration levels, as its design offers a superior degree of secure connectivity. Additionally, its ergonomic design allows for easy implementation and termination, making it a popular choice for wiring systems.The working principle of the GMD.00.028.DG involves the conversion of electrical power into an alternating current. This is accomplished by the connector\'s terminals, which generate an electrical field in which the electrical energy is converted into an alternating current voltage. The alternating current then flows through the connector’s windings to create an electromagnetic field, which is then directed through its shield to an external device.In conclusion, the GMD.00.028.DG is an accessory circulatory connector that is designed to provide secure and reliable electrical connections to applications in industrial automation, electronics, and renewable energy. Its design allows for a high degree of secure connectivity even in applications with high vibration levels. Furthermore, its ergonomic design allows for easy implementation and termination, making it a popular choice for wiring systems.