TPU - General Discussion

[wattsup]

I pulled out this thread from the archives (dusty as hell) cause I think this post would fit well and maybe ressurect it for more discussions.

I am now back on Erfinders Challenge build in The Tesla Project thread, but, here is something curious that may interest the SM crowd. Since I have been starting this project, my battery has gradually gone down in voltage due to lots of tests. So much so that the battery around 8.4 volts was not strong enough to make the relay pulse action. I don't know why, but I just took a small Neo magnet and placed in on the relay plastic cover over the coil. Nothing happened. Then I slid the magnet a bit so it was more over the switching poles and hey, it started to pulse again and the secondary voltage started to go back up again. Voltage off the battery was around 7.6 much lower then the relay requirment.

OK so I took the same relay and connected it directly to my DC power supply (not a battery) and found that at 8.8 volts, the relay would stop pulsing. I put my magnet at the same location and nothing, still dead. It would not work with a straight power supply but it would work with the relay in the complete EC primary circuit. And funny thing, when I turned the magnet over to the other pole, it would not work.

So why is it doing this with the EC circuit. What I am thinking is even though the battery is too low to run the relay, there is enough power to enter the relay coil then energize the choke which is after the relay coil and between the choke and the battery, the relay coil was held in a suspended or well balanced level and all it took was this magnet to make it oscillate with lower voltage then it would normally require.

Part of the energy used in a relay coil is required to first magnetise the coil itself and the surplus energy would then be enough to draw in the contact. So what if the magnet was used to simply provide the initial magnetisation of the relay coil so it could pulse with lower voltage source. Sounds crazy, ok, but SM had to start his system with some very very low power. Notice on the OTPU his two magnets went on those two coils. This would save alot of electrical energy to bring those coils to a level of magnetism on their own. Those magnets were chosen to give just enough field strength to keep the coil in a semi-energised suspended state so that a small electrical current available from some small batteries was enough to turn it over and get the process started.

[HopeForHumanity]

And what happens when SM flipped his tpu's? The wrong polarity I suppose?

Wonderful data wattsup.

[EMdevices]

The energy usage on this planet is about to undergo a radical change.  That's at least the feeling I had tonight as I watched video after video on youtube about  magnetic motors, hot water heaters,  Troy Reed, EBM in Bulgaria, Albany Fire department installation of a cavitation heater claiming overunity, Peter Davey ultrasonic water boiler,  Timoty Thrapp self running motor and ultrasonic hot water heater, etc.. etc.. etc...  simply amazing!!!

The magic of the internet is starting to transform and reach millions.  More people are reached than ever before.  I see more and more educated folks being curious and asking questions.    Have we been ASSUMING it's impossible all along?

Beware of ASSUMPTIONS !!!!!

EM

[sparks]

@EM

  Thanks for the below post.  A voice of hope amongst all the desperation.  It's all about vibration.  Create enough inertia in the right frames and the old energy collector herself will give it up. 

[Thaelin]

   And they marched in perfect step around and around the wall and they came tumbleing down.  Great human powered oscilator in early history. Must have been a lot marching tho.

thaelin