Window Motor Replication

[darkwizard]

wow ren you are amazing

[ren]

Thanks Darkwizard, its been along time in the making, great to finally see it evolving into what I imagined in my head

[Inquorate]

Wonderful stuff ren

I'll have to come by and see it running at some point.. Love your work :-)

[tjnlsn255]

Very nice video and thoughts Ren!

So maybe with all those power windings you could create a large cap pulser with a large bank of caps.....maybe there is a way to pulse off the cap bank power to drive something else..... very interesting......



Todd

[baroutologos]

Excellent work Ren! It's a masterpiece indeed!
You are an formidable tinkerer!

Regards,
Baroutologos

[Mark]

Great job Ren!

I see that you used 1/4 inch or so copper tubing for a power junction. I've done that before but had a hard time getting the solder to stick to it and ended up drilling holes in it and using self tapping screws. What was your trick to be able to solder to it, or did the wires solder on easily? What guage wire did you use for your coils?

Looks fantastic! Worth the wait!

[ren]

Thanks all.

I'll have to come by and see it running at some point.. Love your work :-)

Sure. Just give me a buzz and we can tee something up.

@ Tj, yeah there are a few different options here. Ive got four wires on each coil at the moment that arent being used. So one could explore more motor or generator function. And input voltage can be varied for greater tensions. Its fairly obvious that the input power does influence the output of wires in series, or any wire for that matter. So if three wires in series can read nearly tripple the input voltage then increasing the input voltage only amplifies the effects. This does vary greatly as well with input current.

Id love Peter (or even better John) to offer their thoughts on this. Ive already placed four wires in series and the cap charges to 50v within a second or so. The slight little increase in amp draw at the initial connection of the capacitor caught my curiosity. I was wondering if it may not be an issue if the capacitor is not discharged below the voltage of the input battery.

Regards.

[ren]

Thanks Mark,

At the moment I have all emitter connections (the power terminals basically) just clipped on, bar one. I managed to solder it in place by heating the copper tube for about 40 seconds with my under-rated soldering iron. You can do it easier if you lay a coat of solder on each connecting piece before connecting with more solder. You really need a more powerful iron, or thinner copper. The screws could actually be a good idea at the moment for me, as I like to be able to take them off to get to the circuit. What would be really cool is a little hose clamp or tee piece that could lock into place.

Gauge is 0.9 for the powers and 0.5 for the triggers.

[Mark]

Ren do you know what awg .9 and .5 would be?

[ren]

check out a wire gauge chart. The numbers I have given you are in millimeters and arent exact. Coating can vary to. Trying to match it exactly to mine isnt really necessary anyway.

0.9 is roughly AWG 19 from memory. The 0.5 is more like an AWG 23/4.

[baroutologos]

@Ren,

i saw oyur tube videos regarding pulse-charge capacitors of SSG energizer.
Tell me, your best efficiency in electrical terms, charge-in, charge-out , how much is it?

help, alleviate the curiosity of a fellow experimenter!

Regards,
baroutologos

[ren]

Hi,

Probably better suited for a different thread. Ive seen cop>1 including mechanical many times. Electrically only its usually in the 80-90% with one exception being some tests I ran on my bike wheel oscillator, straight SG output. On those tests I ran a 12.80v 18 amp hour down to 12.20v and charged 2 12 amp hours from 12.22 up to 14.50, where I terminated the test. Resting voltage for the 2 12 amp hours was 12.77. Test ran for 8 hours, drawing 800ma from the primary. The 24 amp hours worth of charged batteries were drained through a 12 watt (1 amp) auto globe to check the quality of the charge. Drained for 7 hours before they hit 12.2 resting voltage.

It needs to be taken with a grain of salt however. The charge batteries are second hand, but do power a load very well. As far as I can tell they still live up to their 12amp/hr ratings. But measuring voltages will only tell you so much. So as far as SCIENTIFIC evidence, I have very little that would hold up in a court of law But enough for me to keep experimenting.

Regards

[tjnlsn255]

Half sequencial circuit operation?

Can someone point me to the area where the 1/2 sequencial circuit operation is described?

My question is when the trigger transistor is turned on does it turn on both the larger NPN and PNP transistors that are connected to the power coil at the same time and does that make this circuit more powerful than the single 2N3055 SG circuit?

Thank you for any and all info on this 1/2 sequencial circuit....

Explore all the possibilities.....

Tj

[baroutologos]

Thanks Ren for your sincere result postings! I think you are one of the prides in this forum.
Keep the good work man, and have an open mind.

I wait to see your window motor's benchmark tests.

Regards,
Baroutologos

[Mark]

Hey Ren

Whats going on? I went to look at your latest video you posted 2 weeks ago and it was removed, what happened? I thought you'd have some new info to report, any progress.

I got my latest twin rotor single coil motor running now and I'm doing some tests, looks good so far. I found that alternating my magnets n-s-n-s made better speed than all north facing. And when I added the 2nd rotor to the back or bottom side of the coil it also added speed. Having the magnets on the inside of the rotor instead of the outside does come at a loss of speed but my charging seems to be very good. I will be adding more circuits and coils soon!