MC-18B-AC480V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

• What is MC-18B-AC480V
MC-18B-AC480V is a variable frequency drive (VFD) device that is used for converting the AC power input to a desired output frequency and voltage. It is designed to work with AC motors and other large motors with no extra noise and dynamic changes.
• Application field
The MC-18B-AC480V can be used for applications ranging from agricultural machinery and Elevator installations to industrial applications such as Material Handling, Textile, Pumping, Heating and Cooling, Pharmaceutical and Logistics. The MC-18B-AC480V can be used for controlling motor speed, reversing, braking and power factor correction.
• Working Principle
The MC-18B-AC480V is able to provide a variable frequency, voltage, and torque output to its motor by means of a set of electronic components. The device consists of a power bridge section, an oscillator section, a rectifier section, an inverter section, and a protective section. The power bridge section stores energy in a capacitor, and then converts the alternating current into direct current. The oscillator section generates a sine wave of alternating current that is used in the inverter section to generate the required motor speeds. This sine wave is also used by the rectifier section to detect the load on the prime mover and adjust the output accordingly. The protective section has an interlock to prevent overloading of the prime mover, and a thermal switch to prevent motor burnout.
• Advantages of Using MC-18B-AC480V
Using the MC-18B-AC480V to control prime movers is more efficient than traditional methods, as it provides a great level of control over the motor output. This results in a reduction of energy loss and improved energy efficiency. The device can also be used to reduce operating costs, as it prevents motor overloads and improves operational stability. Additionally, it can provide better motor acceleration and deceleration, reducing wear and tear on the motor and its components.

The specific data is subject to PDF, and the above content is for reference