The Benefits of Using a Drive to Operate a Motor

The Fanuc motor refers to an electromagnetic device that realizes the conversion or transmission of electric energy according to the law of electromagnetic induction. Its main function is to generate driving torque as a power source for electrical appliances or various machines. A Mitsubishi motor drive is an electronic device used to control the speed of a motor through a solid-state device. Adjustable speed drives (ASD) or variable speed drives (VSD) are used to describe devices that help control the speed of machinery. Generally, they are used for mechanical equipment driven by electric motors. The drive provides true fanuc servo motor control, which can increase, decrease and maintain the motor speed.

Benefits of Operate Motors with Drives

1. Energy Saving

As the earth's resources are consumed more and more, energy saving is a requirement of industrial machines. Centrifugal fans and pumps running with universal speed Fanuc driver will reduce the load, thereby reducing energy consumption. And, if the fan speed is reduced by one-third or half, the horsepower required to run the fan will be much reduced. One of the purposes of machine automation is also to save energy.

2. Controlled Torque Limit

With adjustable speed Fanuc servo drives, it is possible to control the specific amount of torque applied by the motor to the load, so that interference can protect the machine from any damage that may occur.

3. Controlled Starting Current

Generally speaking, when the Fanuc AC servo motor starts across the line, it takes about seven to eight times to start the motor and the load. By using an adjustable speed fanuc motor servo drive, the starting current can be greatly reduced, and the wear and tear of the motor can be reduced, thereby prolonging the service life of the AC motor and reducing the motor rewind.

4. Controlled Stop

During the working process of the machine, the impact may cause the machine original Mitsubishi drive to wear and tear, but the controlled stop backup of the drive can help reduce product loss.

5. Reverse Operation

The use of an adjustable-speed Mitsubishi frequency drive allows the output phase of the motor to be deformed electronically, thereby reducing the requirement for reverse start. In this way, the reverse starter can be removed, which not only reduces the panel space, but also saves the cost of maintaining the reverse starter.

6. Reduced Power Demand at Startup

Turning on the Siemens AC motor jumper requires more power than turning on the adjustable speed drive. But this is only different at startup. When the load is running the motor, the power of the motor is the same regardless of the motor speed.

7. Adjustable Running Speed

After loading the adjustable speed drive, it allows process automation and implementation of changes during the operation. This also allows the motor to start at a shorter speed and allows the process controller to adapt to the speed remotely.

8. Cost Saving

By using an adjustable speed drive to drive the motor, the use of expensive mechanical drive components can be reduced.