21-033102-023

Circular Connectors - Contacts

Circular connectors are widely used in many different types of electrical equipment due to their robust construction, high wattage capacity, and availability in many different sizes and models. They are often the preferred choice when connecting power, signals, data, and control to terminal blocks. Due to their inherent versatility, 21-033102-023 circular connectors are used in a variety of applications and industries.

21-033102-023 circular connectors make connections by mating a set of connectors, which consist of male and female pieces. The female connector features threaded terminals that accept a wire attached to the product, and the male connector complements it with matching prongs that fit into the terminals. When the pieces are mated, the terminals of one connector feature tabs that latch onto the prongs of the other in order to ensure a secure connection.

The 21-033102-023 circular connectors are commonly used in applications such as marine electronics, low-voltage distribution, motor controls, instrumentation, and process automation. In these applications, the connectors allow the user to connect multiple pieces of equipment quickly and precisely. They also provide a reliable seal against saltwater, dust, and other environmental elements, which helps protect the connections from corrosion and other damage.

The working principle of 21-033102-023 circular connectors involves two basic components: the electrical contact and the electrical interface. The contact is typically made of gold-plated copper and is the component that actually conducts electricity. It gets attached to a nylon molding, which acts as an insulating barrier. The electrical interface is a set of pins or sockets that fits into the contact and allows the current to flow from one contact to the other. This type of connector is designed to transport power from one point to another without any extra wiring or splicing.

Overall, 21-033102-023 circular connectors provide reliable connections for various industrial applications. They can withstand a wide range of voltages and currents, and they are designed to maintain their integrity in harsh environments. By choosing the right connector for the job, users can ensure that their equipment is properly connected and running safely.