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2/6
I go now to reference 9.0 titled 'Operations/Production', paragraph 3, which reads :-
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"The production line will follow the following sequence of events.
The plastic moulded cylinder core will be placed on a roller belt which takes it to the isolated magnet fitting point, after receiving the magnets the core (40 Kilo's) is lifted by overhead gantry crane and delivered to the frame fitting point. On separate and identically sized opposite belt the formed plastic frame travels to the coil fitting point where after receiving the coils the belt moves on to the frame fitting point where the bearing at one end is inserted. Next the cylinder core is inserted into the coil carrying frame by compression. The end section with the end bearing is fitted. The motor is transported to the next point where it is wired and the solid state electronic switching is connected. From there it is rolled to the run up and testing inspection area from where it is moved to dispatch for storage prior to being trucked to the buyer property for installation."
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Bearing in mind this above paragraph I am now going to exhibit the differences between the Lutec 1000, and the Adams devices, thus:-
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Lutec 1000 M/G |
Adams 10kw M/G |
Adams 1 megawatt M/G |
| Mass |
40 kilo + 5 kilo for outer shell |
7.5 kilo |
20 kilo's |
| Input Power |
1.7 kw |
zero |
zero |
| Calorimetrically Measured |
1.7 kw |
infinite |
infinite |
| Efficiency |
27% |
infinite |
infinite |
| Mass per Horsepower |
33 Kilo per hp. |
560 grams per hp. |
unknown as of yet. |
NOTE: The term "infinite" in the above table denotes that the Adams devices operate with an output power which is "additive and accumulative with time" and therefore operate in the realm of zero point energy or unity. This is a prominent and revolutionary feature of all the advanced Adams technologies.
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It is also important to note here that although the Adams Thermomotor Generator is primarily designed for generation of power to heat water, it, with the advent of the capacitor bank, supplies wattless D.C. impulsed energy for the generation of further electrical power via the steam turbine generator. The machine is flanked on the one side by it's super power multi-farad capacitor bank, and on the other side by it's steam turbine generator which performs the role of a "rising" heat controller. Together with it's high torque A.C. and/or common D.C. power generation, it has now further massive power available to operate other Adams Thermomotor Generators ad infinitum. Thus the foregoing AdamsThermomotor Generator now evolves in what is to be known as the Adams Megawatt Generator.
It must also be pointed out at this stage that there is an alternative method of continuous temperature rise control within the Adams Technologies, which dispenses with the aid of an expensive steam turbine coupled to the megawatt generator.
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