What happens if the 380V charging module is sent to 220V?

The 380V charging module is not possible to use on a 220V power supply, so it will not work normally.

The working power supply voltage of this module is 380V, which must be connected to this voltage to be used.

This one is simple. The high-precision timing controller mentioned by the subject is used as an intermediate relay. In addition, a three-phase contactor with a rated voltage of 380V and a control wire package of 220V is added.

The opening and closing of the contactor is controlled by a time controller. The main contact of the contactor controls the three-phase equipment and it is OK.

380V is the three-phase electricity (line voltage) before and after the transmission step-down, which is used in the factory, and the phase voltage that enters the home is two-phase 220V. So you can answer it in this way, but asking this question shows that you don't understand the basic concept and need to get off the transmission line first.

What happens if the 380V charging module is sent to 220V? If the power supply module sends 220, it probably won't work, because the power is different from his. The power of the board is different, it will definitely not work, otherwise it will be used.

380 volt charger 380 volt charging template, if you send a 220 volt this backup power supply is still good, this power supply.

If you use 220 for 380, you can do it, but it's not so fast, the power is too small, so it's easy to damage this machine.

Answer: Just use two AC 220V chargers (the same wattage) in series to connect them to the two live wires.

In this case, the charging module will not work, and it will give an alarm.

The module will burn out, and in severe cases, it will**.

There is only one consequence of the 380V charging module charging 220V, that is, the charger is broken down.

In this case, because their power is not the same, in this case, it will burn out the circuit, so you must pay attention to this aspect.

That is, the power of the appliance is low, barely working.

It can't be suction normally, the contact contact is poor, and it becomes an electromagnetic buzzer that makes a beating beep!

Lonely mountain man.

Hehe, it works, but it's unstable. Sometimes the contactor doesn't engage or ticks and sucks. So it is not allowed.

It works. However, in some cases, there may be a snapping sound that cannot be sucked firmly.

Generally speaking, the 220V power supply can not be reliably suction when connected to the coil that requires 380V, and sometimes it cannot be sucked at all.

The coil of 380 is fed with 220V electricity, whether it is an AC contactor, a brake coil, or an electric welding machine. It will not reach the original power because the magnetic field is too small.

It will buzz, and it can't be sucked or sucked firmly, and it can only be applied to the rated voltage.

Are you talking about the coil of the AC contactor or the coil of the AC motor? It is necessary to follow the rated voltage marked above.

This depends on the protection function of the inverter itself, if the overvoltage protection function of the inverter itself is very strong, it will not; Otherwise, it will. In addition, it is related to the length of the power-on time, and the longer the power-on time, the greater the chance.

If the factory workshop uses 380 electricity, the mobile phone can be used to connect one phase to zero to charge the mobile phone without burning out.

The power distribution in the factory workshop is a three-phase four-wire system, and under normal circumstances, the voltage of each of the three phases should be 220 volts. There are 380 volts between each phase, but 220 volts between each phase and neutral wire, so you can connect one phase to zero to charge your phone.

Industrial electricity is 380V, because a large number of motors are used in industry, and the internal coil of industrial motors is similar to that of generators, which cannot be run with one fire and one zero two wires, and must be connected with three live wires, and the voltage between each two live wires is 380V. But the lighting voltage in the factory is also 220V. The voltage of the lights on the machines operated by lathes, machine tools and other people is 36V safe voltage, and the voltage below 36V will not injure people.

Is it 380v three-phase electricity? If so, then you can charge it by choosing two wires at will

If there is an original iron core in the coil, the 380V coil is connected to 220V voltage, because the coil inductance is large, and the current passing through it is less than the rated value, so there will be no burnout.

If it is light, it will not work, and the equipment will be burned out and the line will be damaged.

The fire gradually flickered, accompanied by the sound of "Kaka".

Smoky, with a burnt smell! ~

It will smoke, then it burns, then the motor case will get hot, it will smell a mushy smell, and then you will have to buy a new motor. Hahahaha......