Here is the right teaching spirit
Linear Power Supplies and the Filter Capacitor
Meters can not properly measure power if DC is unfiltered. Choosing random caps is worthless
Doing the math Dave needs 3400uf to run his 4 amp Dc motor off 60hz
Announcement
Collapse
No announcement yet.
Motor Generators
Collapse
X
-
-
If you generate using an induction motor remember a 12vdc battery can be used the start the motor generating. With this system off connect a 12vdc battery to the caps for 10 seconds 4-6 times, then start it up. In this way you don't need to plug the motor into the wall first. All motors setting around will lose their residual magnetism. I built this and it works great, however after 2 years it stopped generating till I used a small battery in this way. A battery charger works too.
.Last edited by BroMikey; 01-27-2022, 12:35 AM.
Leave a comment:
-
Originally posted by alexelectric View Post
Greetings and that everything goes well for you, we want to see you here, so that you continue contributing and sharing your experiences and knowledge, and your projects.
May the blessing of the creator cover him in his mantle of light always
Leave a comment:
-
Originally posted by BroMikey View Post
Me too, I was stuck on the road all day till 7 oclock. The Doc is sending in for open heart surgery.
I hope your coils pan out and your EV gets fixed.
You guys all pray for me
May the blessing of the creator cover him in his mantle of light always
Leave a comment:
-
Originally posted by Turion View Post
I had to take my Polaris EV to the city today to have it worked on, and that basically killed my day.
Tomorrow I have to go back and pick up parts I wasn't notified were in until I got all the way back home.
I am also going to try two other coils, just for fun.
I hope your coils pan out and your EV gets fixed.
You guys all pray for me
Leave a comment:
-
My plan has ALWAYS been to loop the machine, but first I need to get these coils outputting close to the expected output. I had to take my Polaris EV to the city today to have it worked on, and that basically killed my day. Tomorrow I have to go back and pick up parts I wasn't notified were in until I got all the way back home. So I am taking two coils to my partners to run on the old machine and verify the output both unloaded and under load on the old clunker. And I will continue working on the machine I have to see if I can get the coils to go all the way in. I am also going to try two other coils, just for fun. Lots to do and not enough time to get it all done.
Leave a comment:
-
Originally posted by pmgriphone View Post
MickeyMouse, at this point i have lost all respect for you. ,
still haven't seen a looped machine
you should be scared. Not of me,
but of the moment when you stand before god and have to come face to face with everything you did in this life, including spreading all your lies.
You might find a market of sheep there that might follow you on your journey with the devil.Last edited by BroMikey; 01-25-2022, 01:40 AM.
Leave a comment:
-
Originally posted by pmgriphone View Post
Dave, you need to put your signals on a scope to get accurate power measurements. You can't just assume everything is nicely sinusoidal. Especially after you rectify it (without any smoothing caps). Put the signals on the scope and multiply P=I*V.
Or loop the machine and show it keeps running, then nobody cares what comes out versus in as in that case it is clearly out > in.
You are the same as your pal bye, old news
Leave a comment:
-
Originally posted by Turion View PostBy the way, when you look at what the Variac is outputting to the motor, it is 70V AC at 4.5 amps. (315 watts)
But that is what converts to 96 volts DC at 4.5 amps (432 watts) going to the motor.
So is the motor consuming 315 watts or 432 watts? Because I am only "putting in" 315 watts.
It's all just smoke and mirrors. All that matters is IN vs OUT
Or loop the machine and show it keeps running, then nobody cares what comes out versus in as in that case it is clearly out > in.Last edited by pmgriphone; 01-24-2022, 09:04 PM.
Leave a comment:
Leave a comment: