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Unlock the secrets of tandem breakers and single-phase inverters! Learn how to maximize space in your electrical panel and adapt 240V circuits. Discover why shop vacs are inductive loads. Watch now for expert electrical insights! #electrical #diy #ElectricalDIY #TandemBreakers #SinglePhaseInverter #ElectricalPanel #240VCircuit #InductiveLoad #ShopVacs #DIYElectrical #HomeImprovement #ElectricalTips
So this is called a normal breaker which So this is called a normal breaker which So this is called a normal breaker which you know most normal people would see in you know most normal people would see in you know most normal people would see in their house. But if you don't have their house. But if you don't have their house.
But if you don't have enough space uh then you can get these enough space uh then you can get these enough space uh then you can get these tandem breakers. They do cost a little tandem breakers. They do cost a little tandem breakers.
They do cost a little bit more uh to get two circuits out of bit more uh to get two circuits out of bit more uh to get two circuits out of here. So that's why they're kind of here. So that's why they're kind of here.
So that's why they're kind of spaced out here cuz remember this is a spaced out here cuz remember this is a spaced out here cuz remember this is a singlephase 120 volt inverter. So 120 singlephase 120 volt inverter. So 120 singlephase 120 volt inverter.
So 120 volts here, 120 volts here, 120 volts volts here, 120 volts here, 120 volts volts here, 120 volts here, 120 volts here. This right here is a 240 volt uh here. This right here is a 240 volt uh here.
This right here is a 240 volt uh breaker and circuit that we had breaker and circuit that we had breaker and circuit that we had connected. I did uh connect it back just connected. I did uh connect it back just connected.
I did uh connect it back just in case we didn't need some additional in case we didn't need some additional in case we didn't need some additional load. But only one side of this is load. But only one side of this is load.
But only one side of this is actually live, right? So that's why actually live, right? So that's why actually live, right?
So that's why that's coming out of here going into that's coming out of here going into that's coming out of here going into this uh branch Y adapter and then only this uh branch Y adapter and then only this uh branch Y adapter and then only that side is going to be live. This side that side is going to be live. This side that side is going to be live.
This side is dead because remember it's only uh is dead because remember it's only uh is dead because remember it's only uh single phase here. So here I'm going to single phase here. So here I'm going to single phase here.
So here I'm going to tell you go ahead. We have tell you go ahead. We have tell you go ahead.
We have um on this breaker circuit we have uh um on this breaker circuit we have uh um on this breaker circuit we have uh what shop vac connected to it. So vacuum what shop vac connected to it. So vacuum what shop vac connected to it.
So vacuum loads, it's going to be inductive loads loads, it's going to be inductive loads loads, it's going to be inductive loads mainly because they are running motors.
