@@kson566Wrong, the surface area inside a larger machine means the extraction is probably about the same. This just spins faster to remove the same amount of water, because it's smaller
Does the transformer that you use also cranks the frequency up to 60Hz? Because Australia has 230v 50Hz and the US 110v 60Hz. If the transformer doesnt change the frequency to 60Hz the spindryer wont spin at the full 3200rpm😅
Transformers cannot alter the input frequency from what I understand, you would need to have clever electronics on the output of the transformer, operating 60 Hz equipment at 50 Hz at worst will create a little more heat in the windings of the motor and a slight reduction in the RPM but generally wont harm the motor.
If it's a BLDC/direct drive motor, the frequency will most likely not affect the speed as those motors are electronically controlled using the hall effect sensors on the stator. So in that case, the speed stays the same regardless of frequency.
You can get transformers that change the frequency, just more expensive. You need it for a lot of electronics that use the HZ for the timing duty cycles of the micro controllers. However I believe as people stated, this is just a simple motor, and it wouldn't matter too much.
@@michaelstevenson2517 A lot of devices nowadays don't even rely on mains frequency. They have microcontrollers and crystal oscillators to use as a reference for time.
2:46 When it starts the long beep sound sounds like a hotpoint dryer or washer
Gosh wonder the g force of that thing. Daaaaamn
@@LoganT547 actually it's 3200 RPM
@@kson566Wrong, the surface area inside a larger machine means the extraction is probably about the same. This just spins faster to remove the same amount of water, because it's smaller
Does the transformer that you use also cranks the frequency up to 60Hz? Because Australia has 230v 50Hz and the US 110v 60Hz. If the transformer doesnt change the frequency to 60Hz the spindryer wont spin at the full 3200rpm😅
🤭 🇬🇧 - 240v, 50Hz ☹️
Transformers cannot alter the input frequency from what I understand, you would need to have clever electronics on the output of the transformer, operating 60 Hz equipment at 50 Hz at worst will create a little more heat in the windings of the motor and a slight reduction in the RPM but generally wont harm the motor.
If it's a BLDC/direct drive motor, the frequency will most likely not affect the speed as those motors are electronically controlled using the hall effect sensors on the stator. So in that case, the speed stays the same regardless of frequency.
You can get transformers that change the frequency, just more expensive. You need it for a lot of electronics that use the HZ for the timing duty cycles of the micro controllers. However I believe as people stated, this is just a simple motor, and it wouldn't matter too much.
@@michaelstevenson2517 A lot of devices nowadays don't even rely on mains frequency. They have microcontrollers and crystal oscillators to use as a reference for time.
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