Magrav plasma reactor
The majority of electric power delivered to us via the grid lines relies on burning fossil fuel/nuclear reaction to drive generators that supply our daily needs. It has long been known that much of what is produced suffers from losses along the way and therefore is not very efficient. It also produces significant pollution, destruction of the environment and requires great expenditure, both to build and maintain - that being reflected in increasing power bills. Keshe MAGRAV Power gives us an alternative and free humanity from these chains. Click on the 6min promotional clip below right.
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The word 'MAGRAV' actually contains the basic function of the KESHE unit that creates, stores, amplifies and directs MAGNETIC and GRAVITATIONAL PLASMA FIELDS, which then allows it to RECEIVE AND RADIATE usable plasma energy from ambient space.
These two images explain how the nanocoating of the coils makes the system work.
These two images explain how the nanocoating of the coils makes the system work.
This unit can be purchased from the KF here, but will hopefully soon be superceded by the off grid power generator. Alternatively of course you can make your own, see below, and coils.
The unit requires a conditioning period once plugged into the house grid, explained in the following documents:
The unit requires a conditioning period once plugged into the house grid, explained in the following documents:
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2pp PDF : click to download
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PDF : click to download
How to build a Magrav |
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How to test your Magrav: (know the difference between infinity display (high resistance), and Zero display (no resistance) on the meter)
Test1:
The Magrav is stated to be an insulative device. If the magravs are indeed insulative they cannot conduct normal electricity through them.
To test this: with the magrav unit disconnected from the mains and all loads, plug a dummy plug into the output side and then directly connect the live and neutral terminals on the dummy plug together (called a shunt) effectively shorting them out to each other. Then measure for conductivity using an ohm meter between the live and neutral prongs on the input mains plug. If it's an insulative device then there should be very high resistance or an open circuit (like when holding the probes apart in the air) indicated on the ohm meter.
Test2 (from KFSSI):
Take resistance readings across the Live leg of the grid-facing plug and the Live slot of the load-facing socket at 200 - 2M Ohm settings. should be a very high resistance or an open circuit (like when holding the probes apart in the air) indicated on the ohm meter.
Test3:
If the high-resistance principle is correct, then the measurable voltage on the Magrav's outputs should be extremely low with it's input connected to the mains and no loads connected to it's output. So if you think the Magrav is high resistance, and need to double check, then make this voltage measurement next. If it's reading mains voltage then you are mis-interpreting the ohm meter reading.
Test1:
The Magrav is stated to be an insulative device. If the magravs are indeed insulative they cannot conduct normal electricity through them.
To test this: with the magrav unit disconnected from the mains and all loads, plug a dummy plug into the output side and then directly connect the live and neutral terminals on the dummy plug together (called a shunt) effectively shorting them out to each other. Then measure for conductivity using an ohm meter between the live and neutral prongs on the input mains plug. If it's an insulative device then there should be very high resistance or an open circuit (like when holding the probes apart in the air) indicated on the ohm meter.
Test2 (from KFSSI):
Take resistance readings across the Live leg of the grid-facing plug and the Live slot of the load-facing socket at 200 - 2M Ohm settings. should be a very high resistance or an open circuit (like when holding the probes apart in the air) indicated on the ohm meter.
Test3:
If the high-resistance principle is correct, then the measurable voltage on the Magrav's outputs should be extremely low with it's input connected to the mains and no loads connected to it's output. So if you think the Magrav is high resistance, and need to double check, then make this voltage measurement next. If it's reading mains voltage then you are mis-interpreting the ohm meter reading.
