CDC22-12

The CDC22-12 contactor is a type of electromechanical switching device intended for use in multi-pole configurations that require significant load-switching capability. It is suitable for use in direct current (DC) and alternating current (AC) circuits, as well as in various other applications that require switching operations with high amperages. As such, the CDC22-12 is a popular choice for industrial and commercial installations that must perform various heavy-duty switching operations.

The CDC22-12 contactor consists of several key components, including the contact point assembly, coil assembly, and the contactor body. The contact points are the primary mechanism that enables the CDC22-12 to perform its switching operations. The contact points are typically made from either copper or silver, and they have a sharpened edge, allowing them to make contact with the electrical conducting surfaces they interact with. When the contactor is energized by the coil assembly, the contact points exert force onto the electrical conducting surfaces and create an electrical connection. This connection enables the CDC22-12 to switch the electrical supply on or off.

The CDC22-12 contactor coil assembly is the main power supply for the device. The coil assembly uses alternating current (AC) power to create an electromagnetic field that is used to energize the contact points. The amount of current supplied to the coil assembly is determined by the size of the contactor and the load requirements of the application. Typically, the CDC22-12 contactor is able to support a load of up to 12 Amps.

The CDC22-12 contactor body is also an important component of the device. It serves as a housing for the contact point and coil assembly, and it also provides protection for the contacts and the electrical components of the device. The contactor body is made from durable materials, such as nylon or aluminium, and is designed to withstand temperature extremes and high levels of vibration.

The CDC22-12 contactor is suitable for use in a wide range of applications. It is often used in industrial and commercial settings, such as in welding applications, automotive, or electric power tools. The contactor is also suitable for use in AC and DC circuits, as it is capable of handling high amperages. Other applications include solar systems, home heating systems, and home automation systems.

The working principle of the CDC22-12 contactor is fairly straightforward. When energized by the coil assembly, the contact points exert force onto the electrical conducting surfaces and create an electrical connection. This allows the device to switch the power supply on or off as needed.

The CDC22-12 contactor is a reliable and highly efficient device that can meet the switching requirements of various applications and systems. It is designed to withstand high levels of vibration and extreme temperatures, and features robust construction that ensures long-term reliability. Furthermore, the CDC22-12 contactor offers superior switching performance at high amperage levels, making it a suitable choice for a wide range of applications.