The Reeds Motor by Nelson Camus Test Reports

The Reed'motor , courtesy of Nelson Camus created on 02/26/98 - JLN Labs - last update on 03/27/98

This motor is based on the diagram below, courtesy of Nelson Nelson Camus. Camus. : "This motor is able to run by itself and give FreeNRG from the magnets when the aluminium sheets are removed from the blocking position (between the magnets). After they are removed, the motor starts itself without stopping, like a real perpertual motion motor. The coils 1,2,3,4 are used only for tapping the magnetic energy and convert it into useable electrical power........ The Reed's motor is a North pole magnetic motor. To start the motor, it is necessary to move a little disc (at the top) with your finger. Two brackets mounted in cross with four aluminum sheets pass between the North poles on the top and the bottom of the cylinder. When you turn the little disc with your finger, the two brackets in cross leave the gap between the magnets. •

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When you insert the aluminum sheets mounted on the brackets between the magnets with the same polarisation North, you STOP the motor. When you turn the little disc clockwise, you START the motor.

This motor is a real perpetual motion motor. The only power that you require is the power needed for turning the little disc with your fingers during the startup. If you want more power, you need to use NIB magnets for a bigger magnetic flux, so you can get more power."

Preliminary Adjustments : 1 - With the Aluminum sheets out, spin the rotor with your finger clockwise, insert the magnet #1, then #2, the rotation will jump. In the first jump insert the magnet #3 and #4 quickly. The motor will still spinning. 2 - The magnets #1, #2, #3, #4 require to be far of the rotor magnets. Using an screwdriver adjust the #1 down 1/2 turn in the bolt, follow with the #2, #3, #4, you will have more speed. NOTE: if one of the outside magnets has more repulsion than the next one, the motor will stop. Take care. 3 - When the motor is in rotation you can stop it using the Aluminum sheets. Also you can decrease the RPM with the same procedure. 4- The magnets #2 and #4 require to be no in 90 degrees -85 to 89 degrees adjustable the elevation and azimuth. If the motor stop or no rotate the azimuth and elevation of #2, #4 are notin the correct angle.

Addtional comments from Nelson Camus : •

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"You don't need electric pulses to run the motor, If you don't use aluminum sheets, the motor will never work. It is necessary using a drum (cylinder), because the adjustment of the rear magnet's elevation are very precise, to prevent the equilibrium of magnetic forces. You need to move those magnets with your hands up or down every 45 degrees of rotation until to get 1 degree more getting repulsive force of the next magnet and following with the next one, The magnets in the drum need to be: The front ones fixed, the rear ones mobile with adjustment and method to fix in the drum when you get constant rotation, I used one bolt and nut in each magnet. The aluminum sheets are one of the most important part of the motor, they are not only the switch ON and OFF, they prevent the equilibrium of magnetic forces. The adjustment of rear aluminum sheets versus the front ones is very precise. When you move out to the back the front ones the rear sheets are moving to the front 1 degree less then the front ones. When I have built the motor, I have used different types of thread in the front axle versus the rear one who support the front and rear aluminum sheets. This axle you turn clockwise using your finger according the diagram. I have got 600 RPM with ferrite magnets, 3000 RPM with NIB magnets and up to 300 Watts/hour free electricity output with no electrical input.... Following my instructions you will get every thing done....." (Nelson Camus)

Nelson Camus has said to me that he has built himself his own model in 1993 and that he has succeed to obtain a self-running motor without external power during a period of 6 months !! Today, unfortunately, the box containing the Nelson's model has been lost/stolen during his latest move to his new adress....

Tests Reports on the QMM Mk10 by Jean-louis Naudin

If you need more informations or if you have any suggestions send me your Feedback

Email : [email protected]

The Reed's Motor by Nelson Camus - Test reports

The Quantum Magnetic Motor Project Tests and Design by Jean-Louis Naudin/M.David created on 02/26/98 - JLN Labs - last update on 03/27/98

Click here for the blueprints and adjustment procedures

http://jnaudin.free.fr/html/qmmtrrep.htm (1 sur 6)28/10/2007 19:56:03


The new QMM Mk10 - under tests (with NIB magnets)



The QMM Mk10 with the top cover removed

Tests Reports by Jean-louis Naudin



For the tuning, I have added an external powered DC motor, the rotor speed is measured with a hall probe and an oscilloscope. (03-21-98) Tests report : The turn speed with the external powered motor is 1600 RPM without magnets 1,2,3,4. When I add the magnets #1, #2 and then after the magnets #3 and the #4 the speed does not change significantly and also the power input for poweering the tuning motor. I have checked many different setups (air gap/ offset angle of the stator magnets, different magnets strength....) and I have always unfortunately the speed remain constant......The turn speed is measured with an external hall probe and the oscilloscope, this give me a precise measurement, for instance when I insert an 6mm aluminum sheet I can see on the scope the pulse periode increased quickly, this shows that the speed of the motor drops also quickly due to the eddy currents induced in the aluminum sheet......The NN and SS air gap is 20mm and the rotor has 110mm diam, magnets are NIB (27Mgoe) 22mm diam and 10mm thick. the main shaft is mounted on balls bearings. The actual tests has been conducted without the aluminum sheets and their brackets. (03-27-98) Tests report :



The speed was measured with the hall probe, and the QMM has been tested with differents magnets configuration according to the "Preliminary adjustements" procedure above. 1N : with the stator magnet #1 (North-North) 1N2S : with the stator magnet #1 (North-North) and the stator magnet #2 (South-South) 1N2S3N : the magnet #1 (North-North), the magnet #2 (South-South) and the magnet #3 (North-North) 1N2S3N4S : the magnet #1 (North-North), the magnet #2 (South-South), the magnet #3 (North-North) and the magnet #4 (South-South) The distance between the rotor N-N and the rotor S-S was 7" (17.8cm) according to the latest advice from Nelson Camus about the main design. Some adjustements about the airgap between the repulsive magnets and the offset angles has also been conducted. Unfortunately has you can see in the worksheet below the speed was constant...

Tests are not yet finished, the adjustments of the QMM Mk10 must be very precise and with the NIB magnets the working area seems very hard to find. Nelson has said to me that his first tuning phase has needed up to three months.... More to come soon.....



Email : [email protected]

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The Reeds Motor by Nelson Camus Test Reports

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