If your wall socket is served by 2 Live wires and no Neutral in the wall socket, then it is very
likely that your locale is served by 2 or more electrical phases.
Each electrical phase must be
nano-coated separately.
Plug the Unit into the wall socket as you normally would and observe your electric bills. Once
no further reduction is noted on the electric bill, you would need to reverse the orientation of
plug in the same socket to begin the coating process of the other electrical phase.
3 – Steady-state Loading
Your Magravs Power Unit is now ready to supply a constant flow of plasma into your
household wiring.
We have found that LEDs work best for this purpose, although other non-resistive loads may
also be used.
1. Add a maximum of 500W of LEDs, or combinations of other non-resistive loads to
the Unit and keep this load constantly running 24/7. A lighter load will still serve to
nano-coat your home, however the process will take more time. LEDs are found to be
the most effective, but other non-resistive load sources will suffice.
2. After about 2 weeks, reduce this load to around 40W and keep this load constantly
running 24/7 on the Unit. This will depend partly on the nature of the load and the
complexity of your wiring.
3. Over the next months, simply allow the system to operate without interruption, if
possible. If interruption occurs, simply resume as normal.
4. After a year, you should be able to remove all loads off the Magravs Power Unit but
still keep it plugged in and turned on.
In case of power outages, simply allow the loads to resume when power is restored.
Terminology
Loads
in the context of this manual refer to appliances that are plugged directly into the
Magravs Power Unit.
Non-resistive loads
operate on the principle of inductance. Examples of non-resistive
appliances are fans, LED lights, air-conditioning units, computers, flat-screen TVs, CD/DVD
players, etc. Only non-resistive loads need to be plugged into the Unit and kept running 24/7.
Resistive loads
operate on the principle of resistance to generate heat. Examples of such
appliaces are hair dryers, heat guns, fan-heaters, electric blankets, etc. You should not need to
plug non-resistive loads into the Unit at all.
