Robert Adams Thermal Magnetic Motor - The Hydrogen Shop

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The thermo motor housing is very unique from several aspects. It can be made out of wood products and this is true with the rotor also. Many of the prototypes used wood products but if wood products are used care must be taken to either choose water proof wood products or seal your wood products so they are not affected adversely by water conditions. Perspex and other plastics can also be used. It is important to use non magnetic screws such as stainless steel and/or brass where possible for best results. Also, the drive shaft and rotor mount bracket should also be made of non magnetic materials such as but not limited to brass or stainless. The structure of the motor housing is like an open ended box. It's a complete box type structure with only one side open. The rationale for this design was not imparted to me. Anyway, it's a plain easily made structure that supposedly works very well. I don't have specific dimensions of the box, so we'll have to come up with our own size for that. When building your box, you'll have to keep in mind that your rotor is 6", (6 inches), in diameter. The stator cores are approximately 3.5 inches in length and are mounted through the side of box. You have two stators, one on each side of the rotor, so this will give you a frame of reference for the size of your box. You also need to keep in mind that this is a water motor and will need to be serviced from time to time with respect to water connections and proactive leak policing, so you must make the box a size that will allow you easy servicing of your internal parts. I would suggest a box where the closed end opposite the open end of the box can be removed fairly easily for servicing. Of course the other ends of the box will have to be permanently fixed for obvious reasons. Rotor needs to be made out of 1 inch thick material. Material used for box must be at least 3/4 inch in thickness. One inch would be better. Remember this motor has the capability of running in excess of 5,000
pm, so the housing must be very firm and stable indeed. Stator Core The stator core is 3/4 inch in diameter and at least 3.5 inches in length. It needs to be a one piece core made out of pure iron with as little carbon in it as possible. No alloys should be in it. This is a water core system, so there will need to be a 3/8 inch hole drilled through the center of the core from one end to approximately 3/4 of an inch from the other end of the core. A 9/16 inch hole then needs to be drilled through the side at the closed end of the core to meet up with the 3/8 inch hole through the center of the core. Both holes need to be tapped for water fittings. Prior to drilling the holes, a taper needs to be added to the core on the end that will mate up with the magnet. The end of the core that will correspond with the magnet needs to be true, flat, and polished. The magnet contact end of the core must be taper leaving the flat end approximately 1/2 the diameter of the magnet. There is some sort of vortex aetheric force allowed at the tip of the core by configuring it in this manner. This is a very important aspect!! Also, the outside tapped end of the core needs to be threaded for magnet gap adjustment. If you are going to have the stator sticking through your housing, you might want to consider adding the thickness of your box to the overall length of your stator core. Otherwise, you may have a stator core that is to short. You might also want to place your core in the box and figure the optimum point for your side hole on your core before drilling it. You can mark the optimum point for drilling and drill it later. Otherwise you may have located the hole such that it may not line up properly with where you wanted it to connect with your copper water
Page 1 and 2: Robert Adams Thermal Magnetic Motor
Page 3 and 4: Rotor Specs: Rotor should be made f
Page 5 and 6: Quote: Originally Posted by sucahyo
Page 7 and 8: Tuning Fun This motor is going to b
Page 9: 3) Have one stator on North pole si
Page 13 and 14: Anyway I forgot to mention that the
Page 15 and 16: Originally Posted by Slovenia Very
Page 17 and 18: I'll share more when I have it. Sec
Page 19 and 20: system and that is very likely inde
Page 21 and 22: electromagnet assemblies are separa
Page 23 and 24: Coil Winding Direction This is also
Page 25: the stator core a long as you need.

Robert Adams Thermal Magnetic Motor - The Hydrogen Shop

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