Parallel Path Magnet Motor

[scianto]

I am experimenting with PPMMs. They are build according to PPMT patented by J. Flynn.
Some of the tests are on my channel:
http://www.youtube.com/scienculo

Any suggestions, co-operation proposals etc. ?

[FatChance!!!]

Wow, best video demo so far on a motor setup. Great and clear text comments within the video.
It was not blurry or strange as most other videos from free energy nutcases.
Congratulations on a great PPMT build, sorry I mean two great PPMT builds...
I look forward to see your upcoming design progress and videos.

Suggestions and questions:
Perhaps the PPMT motor is not well suited as an efficient generator.
You could test a well proven and efficient pancake generator with a know efficiency curve.

What is the No-Load current of the PPMT motor at 30V?
When testing this please remove the generator to get rid of unwanted drag load.
The No-Load current is a constant due to motor inefficiencies and does not vary by load, only RPM.
It must be kept very small by clever design in order to reach high efficiency.

What type of steel are you using in the motor?
Regular laminated transformer steel?
You could improve efficiency greatly by replacing the steel sheets by MPP powder core technology.

How is the efficiency affected by removing the magnets in the motors?
Just for a test... If there is no efficiency difference, the magnets add no gain.

[tbird]

patented by J. Flynn.

which patent is that?

tom

[wings]

just for reference "Parallel Path Effect" in this video: 

http://www.youtube.com/user/KekkoAlkemi#p/u/0/r4PWiyN1G7I

And Flynn motor:

http://www.youtube.com/user/KekkoAlkemi#p/u/3/nzVXAm_ONIk

[scianto]

I look forward to see your upcoming design progress and videos.

I will be publishing more videos if anything interesting in my tests appears.

Perhaps the PPMT motor is not well suited as an efficient generator.

I feel the same. I am going to use other alternators and 3 phase motors with capacitors and even DC motors, whatever I can get my hands on.

What is the No-Load current of the PPMT motor at 30V?

That strictly depends on the position of the sensor, that is the switching time related to the rotor position. The motors you see on the videos I made run at 30 V drawing anything from 0,4 A to over 10 A, just by moving the sensor (changing the pulses timing ). Very flexible. The higher amp draw, the higher rotation from a few hundred to several thousands.

What type of steel are you using in the motor?

In fact, I don't know. My friend made the motors for me. He said it is a "transformer steel".

Regular laminated transformer steel?

Probably jest, "regular" and laminated 0.5mm.

How is the efficiency affected by removing the magnets in the motors?

I didn't try it. I would need to dismount the motor to take the magnets out.