Had one of these and looked this up. Immediately when he said look at the sticker i realized i never even checked for one. Sure enough it was there and got it wired up. Thanks for the video
If you must use an induction motor, your better off to use gearing or get a variable frequency driver. You dont want to use torque to slow the rotor speed down to less than 90% of its synchronous speed. 95% of synchronous is much better. Otherwise you'll waste lots of energy and make lots of heat with little energy going to motion, if not just burn up the motor. Depending on the induction motor, fed 60 hz, synchronous speed may be 3600, 1800, or 900 rpm. Induction motors asynchronous (rated speed) will be about 95% of one of those or 3420, 1710, 855. Your probably better off to use gearing. A ball mill needs rotation usually between 4 to 20 revolutions per minute depending on the diameter. If the rated speed is 855 rpm, then a 40 to 1 gear ratio will get you down to about 21.3 rpm.
Just came across this video, I know it's old, but I'm going to ask anyway. Does anyone have a link to a video where someone actually shows his to wire one of these fans up?
Please i have a cord ground- g power-black neutral -w I see the red and orange get wired together -no compasater if you dont mind spinning the fan, then wich wires hook to the power black,wich to the neutral,white and wich to the ground,
You need the covers over the fan barrels, that is how it works. The air is drawn inside the barrels on the ends and the covers direct the output. Sticking cans in it only speeds it up by restricting airflow.
No, but it would if it were shorting. Look for one of the lower speed wires grounding somewhere. Could even be within the winding. Try swapping the wiring around as it may not be exactly like mine or even the same color as labeled. Using a cap?
These induction motors are ment to run at about 95% of their synchronous speed. Using torque to slow it down more than that will lead to burning up the motor and maybe your house. Google split phase asynchronous induction motor. If one must use an induction motor, they will be far better off to use gearing rather than torque to reduce the rotation.
@@dennisscustmfrontz458n the SMV-36OUAL S what wires go to what on a 3 prong cord, i got green going to the motor bolt, then what ??? Looked everywhere no help??
Bro this video helps me in no way you don’t even show which wire go together
Just wire it up according to the sticker lmao it's literally shows you exactly what wires to hook up
It would have been helpful to show us how you hook the wires up from the beginning
Had one of these and looked this up. Immediately when he said look at the sticker i realized i never even checked for one. Sure enough it was there and got it wired up. Thanks for the video
If you must use an induction motor, your better off to use gearing or get a variable frequency driver.
You dont want to use torque to slow the rotor speed down to less than 90% of its synchronous speed. 95% of synchronous is much better. Otherwise you'll waste lots of energy and make lots of heat with little energy going to motion, if not just burn up the motor.
Depending on the induction motor, fed 60 hz, synchronous speed may be 3600, 1800, or 900 rpm. Induction motors asynchronous (rated speed) will be about 95% of one of those or 3420, 1710, 855.
Your probably better off to use gearing.
A ball mill needs rotation usually between 4 to 20 revolutions per minute depending on the diameter.
If the rated speed is 855 rpm, then a 40 to 1 gear ratio will get you down to about 21.3 rpm.
Just came across this video, I know it's old, but I'm going to ask anyway. Does anyone have a link to a video where someone actually shows his to wire one of these fans up?
Please i have a cord ground- g power-black neutral -w I see the red and orange get wired together -no compasater if you dont mind spinning the fan, then wich wires hook to the power black,wich to the neutral,white and wich to the ground,
How about you salvage the capacitor and connect it so you won't have to start the fan by hand
I don’t care about the fan.... Im trying to find out who the Plug is..🤩
You need the covers over the fan barrels, that is how it works. The air is drawn inside the barrels on the ends and the covers direct the output. Sticking cans in it only speeds it up by restricting airflow.
good intention but crappy work don't get it
Thank you for this video. It was very helpful
Love the beer can.
Did u connect the main brown wires to the wall
Even your camera fainted cause you my dude are nuts
i have the same motor and i did this and the motor gets very hot and smells weird does yours do that too ?
No, but it would if it were shorting. Look for one of the lower speed wires grounding somewhere. Could even be within the winding. Try swapping the wiring around as it may not be exactly like mine or even the same color as labeled. Using a cap?
gabriel pichette
These induction motors are ment to run at about 95% of their synchronous speed. Using torque to slow it down more than that will lead to burning up the motor and maybe your house.
Google split phase asynchronous induction motor.
If one must use an induction motor, they will be far better off to use gearing rather than torque to reduce the rotation.
Never once showed us the wires how you had it all wired up
@@dennisscustmfrontz458n the SMV-36OUAL S what wires go to what on a 3 prong cord, i got green going to the motor bolt, then what ??? Looked everywhere no help??