The explainer doesn’t know what he is talking about. This is totally wrong. Any viewer needs to find a presentation that explains phase shift needed to start a single phase induction motor.
A capacitor is like a battery but discharges much faster and does not store a charge for as long. the reason you need a capacitor is because there is not enough power on an average 110 circuit/available circuit, a capacitor gives a sudden increase in amperage during Break of inertia to start the electric motors
actually this is wrong as many people do. energy stored in a staring capacitor is too small to move a motor stator. you need to underhand the phase principle of a induction motor.
@@veryinteresting101 Roughly: there is a phase latency between the pole position of the motor and and the momentar phase voltage. So it charges when voltage not needed, and discharges when needed. Its a bit difficult to explain, needs charts, formulas, etc. If capacitor was for starting, you should turn off after that. This guy is an idiot, spreads stupid things, like water can't be hotter than 100 Celsius.
To phase shift some of the AC current 90° to energize a second set of windings to get it spinning. Once it is spinning fast enough the capacitor and the start windings are removed from the circuit via the centrifugal switch. Capacitors can store a DC charge but not AC there is no ‘power boost’ shit happening here
Without the start cap and windings and if the motor is aligned just so, when energized the motor will just hum and rock back and forth very slightly. If you were able to give the motor shaft a good turn, you would note it will run and in either direction rotation is initiated .
So the start capacitor is always connected to the power source?! Wouldn't that significantly reduce its life span (since it's always changing polarities due to AC)?
@@zebralearnings Even for single phase compressor, mostly you don't need a capacitor, if it's by design or compressor winding got weak then we use starting capacitor.
That was good and an easy explanation that people can understand. Thanks
Glad it was helpful!
❤thank you boss for your explanation
You're welcome 😊
Hi bro your effort very useful. ❤
Thank you so much 🙂
The explainer doesn’t know what he is talking about. This is totally wrong. Any viewer needs to find a presentation that explains phase shift needed to start a single phase induction motor.
Many thanks
You are welcome
very good video
Thank you
A capacitor is like a battery but discharges much faster and does not store a charge for as long. the reason you need a capacitor is because there is not enough power on an average 110 circuit/available circuit, a capacitor gives a sudden increase in amperage during Break of inertia to start the electric motors
Great explaination
actually this is wrong as many people do. energy stored in a staring capacitor is too small to move a motor stator. you need to underhand the phase principle of a induction motor.
Elaborate on that a bit. So why is the capacitor there ?
@@veryinteresting101 Roughly: there is a phase latency between the pole position of the motor and and the momentar phase voltage. So it charges when voltage not needed, and discharges when needed. Its a bit difficult to explain, needs charts, formulas, etc. If capacitor was for starting, you should turn off after that.
This guy is an idiot, spreads stupid things, like water can't be hotter than 100 Celsius.
To phase shift some of the AC current 90° to energize a second set of windings to get it spinning. Once it is spinning fast enough the capacitor and the start windings are removed from the circuit via the centrifugal switch. Capacitors can store a DC charge but not AC there is no ‘power boost’ shit happening here
If none of this makes sense we are not going to be able to explain further until it does.
Without the start cap and windings and if the motor is aligned just so, when energized the motor will just hum and rock back and forth very slightly. If you were able to give the motor shaft a good turn, you would note it will run and in either direction rotation is initiated .
You videos is realy good but I am not understand properly
Please ask me your doubts. I will explain. 😊
your videos are really helpful ...thanks for sharing ...
if you don't mind can I get a idea where you are making (software name )videos .
Thank you. The software that I'm using is Filmora.
So the start capacitor is always connected to the power source?! Wouldn't that significantly reduce its life span (since it's always changing polarities due to AC)?
Great Video !! July 2024
Thank you 😊
This is the best explain ever heard and now I'm clear!
I'm glad 😊
Thank you
❤❤❤❤❤❤
❤️
Some units doesn't have a starting capacitor...
If the unit is running on 3 phase current. Then, the unit doesn't need a capacitor.
@@zebralearnings Even for single phase compressor, mostly you don't need a capacitor, if it's by design or compressor winding got weak then we use starting capacitor.
Because they are 3 phase
Capacitor change only phase angle
For easy understanding I made in this format. In upcoming videos I will explain in detail about everything.
Make the video off stp
Standard Temperature and Pressure???
@@zebralearnings sawage treatment plant
Sewage
@@up61ghazipur84 Sewage Treatment Pant topic is really a good topic. I will upload it.