What is the reason for the jamming of the inverter motor when using low voltage starting?

The use of low-voltage start-up jamming of the inverter motor is not running smoothly, it may be that the voltage is unstable, and there may be some degradation of some components.

When the inverter motor is started with low voltage, the reasons for jamming are as follows.

First of all, check the setting of the inverter, is there any abnormality in the low voltage protection?

1 I've had this situation once before. In the end, it was found that the speed signal fed back by the encoder always suddenly had a large value somewhere. You can check it out. Of course, it may also be other questions, just for reference.

There is a reason for jamming when you use low-voltage starting, and the threads inside may not be in good contact.

Since the frequency conversion motor is in use, the frequency rises from a little bit from zero, if there is a jam, phenomenon, you can check whether the mechanical parts are stuck.

Because the motors of the two are different, the inverter motor will jam when using low-voltage starting.

During the start-up process, the inverter motor will be stuck when starting, so we need to check the motor conveyor belt in the motor start-up process.

This is the case when all the motors are loose.

There are many reasons to belong. Low blood pressure depends on what kind of rhythm you have stuck.

Because if you see people in a low-voltage system, you can increase the voltage and you can recover.

When the inverter motor starts at a low frequency, you need to set the torque! , set his activation frequency a little higher, and give it a try.

In the specific use process of the equipment, we must pay attention to the provision of this power supply voltage external drive.

Because the low-voltage jamming of the inverter motor is due to the setting of numerical parameters and the environment is incorrect.

Hello, there may be a problem with the launcher. Call the after-sales customer service, and they will arrange personnel to come to the repair.

That guy doesn't understand the reason, no way, if you agree, many things are different for different reasons.

Scare a professional repair location and look at a specific problem to solve the symptoms.

There are some performance reasons, so the normal filial piety shoes pay attention to let him refer to this information, so that it.

What is the origin of Prince Caton? It is also more than the previous one, if this machine is really used with beams that have been in disrepair for a long time, and today it is aging to see the sun.

What is the reason why the inverter motor is stuck when starting with low voltage? Well, the use of low-voltage start-up jamming of the inverter motor is due to the problem of the network, and the network is not smooth.

What is the reason why the inverter motor is stuck when using low-voltage starting, and this is due to the problem of the line.

Battery motor, which you should check some of the introduction of this inverter motor.

Summary. Use the inverter to adjust the motor speed; However, the frequency of the motor is too high, the temperature increases, the vibration is very large, and the bearing load increases, which will affect the service life of the motor. If the inverter controls the motor potentiometer to the maximum, the motor is still rotating very slowly; First, check whether the inverter is input to a given speed through analogues.

If there is a change in the speed of the potentiometer drive, this is correct, otherwise check the inverter settings as well as the potentiometer wiring. If the previous one is fine, then check whether the parameter of the maximum speed of the inverter is set too small to limit the speed.

Use the inverter to adjust the motor speed; However, the frequency of the motor is too high, the temperature increases, the vibration is very large, and the bearing load increases, which will affect the service life of the motor. If the inverter controls the motor potentiometer to the maximum, the motor is still rotating very slowly; First, make sure that the inverter is not input to a given speed through analogues. If there is a change in the speed of the potentiometer drive, this is correct, otherwise check the inverter settings as well as the potentiometer wiring.

If the previous one is fine, then check whether the maximum speed of the inverter or the parameter of patnage is too small and limits the speed.

Slows down during normal exercise.

This is a drive stall.