Shengzhou Chaoli Electric Appliance Factory

Frequently asked questions
Three-phase asynchronous motors can be converted into generators

Three-phase asynchronous motors can be converted into generators

Ac three-phase asynchronous motor can be used as a generator, as long as the rotor is rotating, the rotor rotation is driven by other energy, the rotor rotates in the stator's magnetic field; At this time, the rotor (that is, the closed circuit) is affected by the stator's magnetic field, which generates a current and becomes a generator.
Three-phase asynchronous motor manufacturers torque motor noise how to control

Three-phase asynchronous motor manufacturers torque motor noise how to control

The torque motor used in production sometimes produces noise, and the noise generated is a tricky thing to eliminate, which is usually used as a quality standard for assessing products. Today, Senli Motor Xiaobian will take you to analyze the causes of motor noise.
Three-phase asynchronous motor manufacturers why the rated speed will be different

Three-phase asynchronous motor manufacturers why the rated speed will be different

The three-phase symmetrical winding of the three-phase asynchronous motor will generate a rotating magnetic field with a speed of n1=60f/p in the air gap after the three-phase AC is connected. n1 represents the speed, f represents the frequency, the power supply frequency in China is 50Hz, p represents the number of magnetic poles, this is in pairs, 2P motor only 1 pair of magnetic poles.
Where are torque motors generally used

Where are torque motors generally used

Speaking of the application of torque motor, what industry is it generally used in? Due to the different parameter design, its mechanical characteristics and uses can be divided into two categories: winding characteristics and constant torque characteristics. So today, Senli Motor Xiaobian introduces its characteristics and application scenarios according to these two characteristics.
See the picture to understand the three-phase asynchronous motor wiring

See the picture to understand the three-phase asynchronous motor wiring

How to wire the three-phase asynchronous motor is also a very hot topic, so today, Senli Motor Xiaobian will let you master the method of this motor wiring, and you can understand it by looking at the picture!
Three phase asynchronous motor connection distinction

Three phase asynchronous motor connection distinction

Three-phase asynchronous motors have the difference between star connection and triangle connection. When we measure motor insulation, we must first distinguish what connection method is used. Below is a small series of motors to understand it!
What is the three-phase torque motor

What is the three-phase torque motor

In many industries, it is necessary to wind the product on the drum, and the torque motor can meet the changes in tension and speed within the allowed range, without the need to increase a variety of auxiliary equipment in the mechanical structure or use some other transmission systems to achieve.
How to detect the quality of three-phase asynchronous motor

How to detect the quality of three-phase asynchronous motor

We can use a dial to shake, 500V dial can shake the insulation resistance of the line on the three terminals to the motor housing, if it is above 0.5M ohms, it means that there is no short circuit to the ground.
How to choose three-phase torque motor

How to choose three-phase torque motor

Torque motor has a wide range of applications, and many manufacturers have applied it in winding operations; Because of its constant torque load characteristics, speed can be adjusted. How to choose this motor has become a problem for many manufacturers. Today, Senli Motor Xiaobian and everyone will learn about the choice of this motor.
Rotation principle of three-phase asynchronous motor (Part 2)

Rotation principle of three-phase asynchronous motor (Part 2)

We simply understand the structure of the three-phase asynchronous motor, mainly composed of the stator of the static part and the rotor of the rotating part of the two important parts, we know the respective roles and relationships of these two parts, to understand the role of the rotating magnetic field:
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