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Join us as we introduce the powerful Makita compressor and analyze its peak power consumption. We'll show you its continuous rating and observe the energy needed to kick the compressor on. See how it performs and what the power draw looks like! #MakitaCompressor #Makita #Compressor #PowerConsumption #Tools #DIY #HomeImprovement #Electrical #EnergyEfficiency #Workshop #TechReview
So this right here as I remember as told So this right here as I remember as told So this right here as I remember as told you earlier is the uh Makita you earlier is the uh Makita you earlier is the uh Makita compressor. So this uh is connected to compressor. So this uh is connected to compressor.
So this uh is connected to that. Let's go ahead and kick that on that. Let's go ahead and kick that on that.
Let's go ahead and kick that on and see what happens. Because remember and see what happens. Because remember and see what happens.
Because remember this thing is only rated for about 8,000 this thing is only rated for about 8,000 this thing is only rated for about 8,000 continuous at the current temperature. continuous at the current temperature. continuous at the current temperature.
So that peak 9,000 may have been just So that peak 9,000 may have been just So that peak 9,000 may have been just the uh the energy needed to kick the the uh the energy needed to kick the the uh the energy needed to kick the compressors on. So right now we're compressors on. So right now we're compressors on.
So right now we're starting at about 8 or we're holding starting at about 8 or we're holding starting at about 8 or we're holding 8,000 continuous. Let's let's do that 8,000 continuous. Let's let's do that 8,000 continuous.
Let's let's do that again. Let's break that off again.
