Pulse motor build off time.

[MarkE]

Hi Shylo.

Sorry, but I got some nasty comments and thought it would be best to just remove my account.

I have better things to do then put up with jerks!

I really didn't expect them, so I will only put up my finished PMBO before Dec. 14th...

Tom

That sucks.  I have enjoyed watching the videos so far and the great work you've been doing.

[synchro1]

Please send me a DPDT reed switch and I'll get on it right away. Or just tell me where to get one.

@Tinselkoala,

I located one in the UK. 12 volt, costing 12.58 pounds:

http://uk.rs-online.com/web/p/reed-relays/3491774/

All one needs to do to test for self running, is position the magnet core GAP power coil in the neutral zone then bias this "DPDT Reed Relay" closed for output by attaching a tiny magnet to it. The coil needs to be in series with a rectifying diode and storage capacitor. This should speed the rotor up with "Lenz Propulsion", above "Lenz Delay Threshold RPM". You'll believe my neo sphere is self propelled if you get the same effect with the GAP rotor driven by "Lenz Delay" output coils. This DPDT Relay is normally closed on one side, with no neutral position. The charging event will last until the next power pulse triggers automatically. Power runs directly through the relay, with a potentiometer between the relay and battery. Naturally the power cycle is needed to accelerate the rotor to threshold speed. Good luck!

[MarkE]

Synchro1, an open coil provides the fastest motion.  When using an external magnet, the motion of the magnet creates a changing magnetic field that induces voltage across the coil.  If current is allowed to flow through the coil, the resulting magnetic field opposes the voltage inducing magnetic field.  That makes less flux available to act on the reeds.

[TommeyLeeReed]

Hi All,

Ok started another YouTube account..

This is my pulse motor update.

https://www.youtube.com/watch?v=z5GmeBtK6vM

Tom

[synchro1]

Synchro1, an open coil provides the fastest motion.  When using an external magnet, the motion of the magnet creates a changing magnetic field that induces voltage across the coil.  If current is allowed to flow through the coil, the resulting magnetic field opposes the voltage inducing magnetic field.  That makes less flux available to act on the reeds.

@MarkE,

The Reed Switch is triggered by the rotor magnets before they encounter the coil. Take a look at Doug Konzen's coil shorting video linked above. Doug gets zero "Lenz Propulsion" with the coil leads open. We get the acceleration when the coil is in output mode under load. The one DPDT Reed Switch handles all the coils in series. Perhaps I have you confused when saying the switch is closed? When the switch is closed, the contacts are touching and the circuit is open. The other thing is, the coil is charged to attract the rotor magnet in the neutralization phase and not affected by rotor induction. I hope that helped.