240V AC Vacuum Cleaner Motor 1600W 37Kpa Low Noise Go-Gold

Vacuum Cleaner Motor 240V 1600W 37Kpa AC Motor Low Noise Go-Gold

Lead Time

Motor Details

Warranty: 3Years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-107106DC240

Usage: Vacuum Cleaner

Commutation: AC

Product Name: Vacuum Cleaner Motor AC Motor
 

Certification: ISO

Rated Voltage: 240V/ Customized

Keywords: Vacuum Cleaner Motor

Noise: Low

Performance Specifications

Motor Pictcure

About AC Motor Speed Control

Applications of AC Motors are mainly involved in industrial areas where these motors are required to control heavy machines. In power plants, AC Motors must be controlled when timeliness and accuracy are important to the operation. Therefore, a variety of techniques can be used to control the frequency and speed of AC Motors.

There are several techniques for controlling the speed of an AC Motor, such as changing the number of poles in very small increments, changing the slip of the motor, and changing the frequency of the AC signal.

From the above technology, changing poles is not often used because frequent control is not efficient.

And AC Motors are mainly designed for high slip, and another technique is mainly used, such as changing the rotor slip of the motor. So by using this technology, this motor should act like an electrical load. So when the power changes, the load speed also changes. Furthermore, such loads must include a large inertia component.

The most common technique for controlling AC Motor speed is to vary the motor's frequency. By using this technology, the motor speed can be varied using a variable speed AC motor drive, which is known as a VFD (Lift frequency drive), ASD (Adjustable Speed Drive) or AC inverter.

Variable inverter, PWN or vector flux is used to regulate AC frequency, where the variable electric inverter basically changes the power source from AC to DC and then switches to reproduce the sine wave. By using PWM technology, the DC voltage quickly becomes the equivalent "area under the curve".

By considering these AC Motor speed control techniques, power plants can be designed that use AC motors to power fans, pumps, etc. But these applications require precision to operate efficiently. The easy way is to install a consistent AC drive, which is primarily designed to precisely control motor speed.

These methods can be used in different control settings so that the speed can be easily controlled to meet the requirements of the application. The main benefits of AC Motor speed regulation are that the operation of the machine can be controlled smoothly, the speed can be controlled, the productivity can be adjusted, and energy can be saved.

Precautions for selection

When selecting an AC motor, the following factors need to be considered:

• Be aware of the power requirements, an AC motor should not be driven through its load as it may get injured.

• We must provide a suitable cooling mechanism because the motor generates a lot of heat.

• To avoid malfunctions, a dry and clean area must be provided for the AC motor.

• The motor part may be outgassed, so it should be replaced by inspecting the parts.

• The insulation should be checked from time to time to avoid damaging the insulation by applying low test voltage. AC motor bearings and rotors need to be verified to lubricate the motor bearings.

• The motor should be selected according to the starting torque.

• Starting torque should be considered.

• Efficiency and pull-out torque are an important factor.

• Power factor must be considered.