This is very good, but the fan is wrong. Now the engine can only turn to one side to have cooling. If it goes to the other side it can't get cooled anymore, because the fan blows air out at the back of the engine. To allow the motor getting coled at turning both sides, ur fanblades need to be straight. This way it forces air against the side of the cap over the fan and the air goes betwees the coolribs. No offence,just helpin :)
Horible
aurestest 1 year ago
This is very good, but the fan is wrong. Now the engine can only turn to one side to have cooling. If it goes to the other side it can't get cooled anymore, because the fan blows air out at the back of the engine. To allow the motor getting coled at turning both sides, ur fanblades need to be straight. This way it forces air against the side of the cap over the fan and the air goes betwees the coolribs. No offence,just helpin :)
snejtueg 1 year ago
could you use that to generate electricity?
spacealien101 1 year ago
@spacealien101
it needs electric to run so that doesnt make sense
davidstanbridge123 1 year ago
@davidstanbridge123 no as in you hook it up to a wind mill and reverse to to create power instead of using it.
spacealien101 1 year ago
@spacealien101
actually ur quite right... for a dc motor, as long as u can keep the shaft in the motor spinning at a certain rpm rate, u can generate electricity.
i would assume ac motors are the same.
ISMELLNOOBCAKE 1 year ago
@ISMELLNOOBCAKE thanks for helping me out :)
spacealien101 1 year ago
thanks a lot!
domyaska 3 years ago