Controller circuit for Hilden Brandt motor needed..

[JackH]

Later,,,,,JackH

[Ergo]

Mr Jack.

I wish you the best of luck when you try out the combined controller and magnet motor.
I do hope you realise that we all would like to see the motor in a self-running closed loop to
prove the overunity claim of your motor. Don't forget the external loads and clearly measure
and display the total workload. Avoid strange angels that hide parts of your motor while running.
Please post the video at either OU forum or Youtube for us to watch.
I believe Stefan Hartmann, the moderator of overunity.com can help you upload the video.

[Honk]

@Honk

Now that you're turning your thumbs with nothing to do, care for some more ideas? lol I have this circuit that I took off a flying saucer and would require some reverse engineering.lol

Hehehe. I'd love to reverse engineer something from a UFO...but unfortionately I don't believe they exist.

Anyway, I'm busy designing a new, smaller and improved powersupply for my portable work PC.
I'm also making an electronic eye unit to replace the motor cycle points and I'll send it to Jack when ready.
When I got some extra design spare time I spend it designing a Hilden-Brand Magnet Motor.
As soon as OU is confirmed (hopefully), I will press the start button and make such a motor of my own.

[gaby de wilde]

Hehehe. I'd love to reverse engineer something from a UFO...but unfortionately I don't believe they exist.

http://www.google.com/patents?vid=USPAT6417597

^_^

[Honk]

Well, you are right about the news part. They mostly come when there is something interesting to tell.

Jack received the controller and hooked it up to the motor.
Unfortionately the motor did not respond well to the controller. It just ran at 60 RPM:s.
It seemed like there was a mismatch and the controller did not flux boost the coils as intended.
When developing the controller I sometimes noticed this phenomena but it was happening so unfrequently
that I could not examine why this would happen. I never got the big test valves built before sending the controller to jack.

Right now I got the controller back at home. This week I have been building three big magnet boosted valves.
They are really big and heavy. Each valve weighs 44 lb and has a stack of 1.5" x 1.5" N45 neos inserted.
The coils will each have 520 turns and the resistance is 3 ohms. I hope this is enough to test the controller.
It's important that the coils get a very high inductance in order to match and simulate Jack's motor.

I will also upgrade the controller with new features.
1) A EMF flux booster starter unit to help the controller get up running OK when hooked up to unknown coils/jacks motor.
2) A auto RPM current/voltage regulator. It will force the right amount of preset current through the coils regardless of the RPM.
3) Slighty increased maximum motor voltage from 22V to 26V.
4) A more secure gate drive to help the controller get into flux boost mode.

If these new upgrades and using the test valves does not help Jack run his motor I will build him another more straight forward controller.
It will not have flux boosting but instead it will have a Back EMF return unit to increase the efficiency of the motor.
The other old booster features will be present, like Self Runner prepared and so on.
I guess I can send Jack the improved controller sometimes next week. Please stay tuned.