No 380 volts is too wide a spread to use a 220 volt motor on.
It depends on the draw of the compressor.
The inverter should supply at least 1 kW and if it is for extended use more than 4-5 minutes it should supply 1.5 kW.
yes
Yes, it is generally safe to start an AC motor with an inverter that has a higher power rating. The inverter's capacity should exceed the motor's power requirements to ensure sufficient starting torque. However, it is important to ensure that the inverter is correctly configured and that the motor is compatible with the inverter's voltage and frequency output.
At least 25 Kw and I don't think its practical to build such a large inverter I'd rather fit a autostart diesel or petrol engine to the compressor
The primary function of the power inverter in a power supply is to change the direct current (DC) to the alternating current (AC). The design of the power inverter is dependent on the input voltage, output voltage and frequency, meaning that the inverter could be solely electronic or may have a combination of electronic circuits and mechanical effects.
That depends entirely on the capacity of the inverter. There are inverters with sufficient capacity to operate a 3/4 HP blower motor; a 1,000 watt inverter should have adequate capacity to provide extended power to the blower motor.
The fan and compressor may not be running due to a lack of power supply, a malfunction in the electrical components, or a problem with the motor. It is important to check these potential issues to determine the cause of the problem.
The compressor and fan may not be running due to a malfunction in the electrical system, a faulty motor, or a lack of power supply. It is important to check these components to determine the exact cause of the issue.
this IC is used as a regulated power supply A: DEFINITELY not it is an hex Schmidt trigger inverter function is Y=A inverter
In UPS ,the main power comes to the UPS and is used to charge a battery inside. The output from the battery is fed into a sine wave inverter which converts DC into AC and feeds to the computer in case of a power failure. In such a scenario, the battery is stopped from charging and instantly starts to supply power to the computer. In Inverter ,AC is converted into DC and then is used to charge the battery. When the power supply goes off, the relay triggers the switch from mains to inverter. It is the use of a sensor and a relay that is the main difference between a UPS and an inverter, otherwise the two are same. And the use of relay and sensor cause the time delay in power supply from an inverter.
Sure, check the solar power sites for info. You can run most ac appliances by solar, wind, hydro etc. via an inverter if you have a system sufficient to keep up with the load requirements.