How to solve the problem of using high-efficiency and energy-saving motors

In the normal use of high-efficiency and energy-saving motors, some faults may occasionally occur, such as the leakage problem of high-efficiency and energy-saving motors. For this defect, we should shut down the computer system and restart it after a few minutes. Other defects will affect the use of the fan.

It can be seen from this that ensuring the normal use of high-efficiency and energy-saving motors is the basic requirement to ensure the ventilation effect of high-efficiency and energy-saving motors. So the question is, how to solve the problem of using high-efficiency and energy-saving motors? Let’s take a look at the detailed introduction below!

Although the maintenance of energy-saving motors cannot fundamentally eliminate the occurrence of fan failures, it can also play a great assisting role. Today, the editor has summarized some common problems in the use of high-efficiency and energy-saving motors, hoping to bring some help to users. !

In the operation and use of energy-saving motors, the motor's margin is relatively large, which is a very common problem. Moreover, energy-saving motors often vibrate greatly when operating at high speed and low load, and the on-site noise is also ly strong. , the working environment is also very harsh.

When the baffle is adjusted below 10%, excessive negative pressure will cause pipeline surge and even endanger the operation safety of the equipment. Therefore, personal safety and equipment safety are ly important no matter what the environment.

The energy-saving motor has a large inertia moment output. If it is started directly under the power grid capacity of the factory, the starting current of the motor will be very high. This is likely to cause the high-voltage power supply line protection to act and the motor cannot start continuously. This requires the user to pay full attention to the current and rated voltage of the power supply when starting the motor, so that the motor can start in a normal environment.

The power consumption of energy-saving motors is serious. When the motor is started, the power consumption each time it is started is about the same as one day's power consumption during normal operation. During normal operation, especially when the baffle opening is below 50%, the wind pressure on both sides of the baffle is relatively large. At this time, great throttling loss and wind pressure loss are prone to occur. Solving this problem is indeed very complicated and requires users to master some special knowledge about electricity.

Although the above problems will not occur with every user's high-efficiency and energy-saving motor, many problems are often caused by the user's neglect during use. Therefore, regardless of whether the user's high-efficiency and energy-saving motor has the above problems, when using it, Regular maintenance of energy-saving motors is required to ensure the ventilation effect.