ACC533U10

Contactors (electromechanical) are electric switches designed for long time and heavy electrical loads. ACC533U10 is a contactor specializing in circuit performance, long service life, and power output capabilities. Libraries of electronic remote-controlled AC contactors are then developed based on ACC533U10.

Overall, ACC533U10 contactors are suitable for all kinds of heavy-duty switch systems. It has the perfect switching performance, safe and reliable when it works. This device is widely used in a variety of industrial fields such as papermaking, electric power, metallurgy, construction, oil, vehicle manufacturing, military industry, medical equipment, food production, education, and petrochemicals.

Moreover, ACC533U10 works with an AC switcher, when a voltage is applied to a coil in the switcher, an electromagnetic field is created which forces a core inside the switcher to move and engages the contacts to make a connection. This principle is used to switch the current on and off in AC contacts, creating a power supply circuit. The working environment for ACC533U10 should not exceed 65 degrees Celsius and it will start to fail if it goes beyond 85 degrees Celsius. The humidity of the working environment should not exceed 95%.

The ACC533U10 contactor is a three-pole device in which the three sets of current carrying contacts are connected through a common latching coil to a common pole. When the current through the control coil reaches a certain level, it closes the contacts, thus completing the circuit and allowing current to pass through. As the voltage to the control coil decreases, the core releases the armature and the contacts move away from each other again. The ACC533U10 disconnects the three phases when no current is provided to the coil.

In summary, the ACC533U10 is a durable and reliable contactor with excellent circuit performance and power capabilities. It is a great choice for applications ranging from industrial to commercial fields. The ACC533U10 contactor has strong current carrying capacity and can work stably for a long time without failure.