CC185/4SAD24

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Contactors (Electromechanical) are used extensively in industrial and home automation applications, for switching power loads in motors and other high-power components. The CC185/4SAD24 is an industrial-grade contactor designed to reliably and efficiently perform its switching functions. It has several attributes that make it well-suited for a variety of applications.

The CC185/4SAD24 is a three-phase contactor that is rated for up to 600V, 50 or 60Hz, and can handle up to 40 Red (15A) or 25 Blue (25A) motors. The contactor is also equipped with overload relays and thermistors to protect it from short-circuiting and to prevent damage to connected circuits. It also features a built-in timer for switching operations, and a relay-based control board for remote operation and monitoring.

The CC185/4SAD24 contactor works by using an electromagnet to open and close its contacts. When power is applied to the coil, the electromagnet creates a strong magnetic field, which attracts an armature and causes the contactor\'s contacts to close. The contactor\'s magnetic field weakens when the power is removed and the armature returns to its original position, causing the contacts to open. This process is often referred to as a "make-before-break" operation, because the contactor\'s contacts only make when they close, and not when they open.

The contactor is controlled by either a manual switch or a programmable controller. In manual operation, a switch is used to energise and de-energise the contactor\'s coil, which triggers the make-before-break operation described above. In automatic operation, a programmable controller is used to control the contactor\'s timing and sequence of operations.The CC185/4SAD24 provides a robust and reliable switching solution for industrial and home automation applications. Its make-before-break operation ensures that connected components are not damaged during switching operations, while the built-in timer and relay-based control board make it easy to monitor and control its operation remotely. Combined with its resistance to overloads, these features make the CC185/4SAD24 an ideal choice for many applications.

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