CC50SA120

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The CC50SA120 contactor is a versatile electromechanical device. Developed and manufactured by Reliance Electric, it is utilized in many industries and applications for managing and controlling power. It utilizes magnetic force to make and break electrical circuits, and can be used for switching circuits, providing overload protection, and even providing motor control.

The CC50SA120 is rated for 120 Volt operation and can handle up to 50 HP motors. One of the most common applications is for motor control, where the contactor is used to control an electrical motor when external connections are needed or desired. This is typically used in industrial processes as motor control is necessary to control and manage the speed and power of the motor. The contactor will switch the power going to the motor on and off as needed, ensuring the proper operation of the motor and preventing excessive stresses and power draw.

Additionally, the CC50SA120 contactor can be used for overload protection, protecting motors and other electrical systems from power surges or overheating. When an excessive amount of electricity passes through the contactor, the overload device inside triggers it to stop conducting, turning off the power and preventing further damage. This can be used to protect motors from overuse and overheating, as well as providing additional safety for personnel in an industrial environment.

The CC50SA120 contactor is relatively easy to install and operate. It connects directly to the power supply and requires only line voltage to operate. It features a robust construction and is compatible with many relays and other components in the industrial control system. All of these components are easily accessed at the electrical control panel which makes it easy for maintenance and servicing.

The CC50SA120 contactor, due to its versatility and robust construction, can be found in many industrial applications where reliable and efficient control of power is necessary. It is simple to install and easy to maintain, making it an ideal solution for controlling and managing the effective and safe use of power in most industrial processes.

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