Magnetic Alignment

How to find the North and South ends of your stainless steel tubes.

Stainless Steel can be very low magnetic, but it still has some magnetism to it; even non-magnet ss has "some" magnetism. When you apply voltage to the tubes, as we do in electrolysis, a magnetic field is produced. Your tubes need to be magnetically aligned in order for them to produce at their best. They must all be aligned with their MOST Magnetic ends facing the same direction. If you do not do this, you won't get much gas production around a miss aligned tube. "Joe Cell" technology teaches us the same thing. I believe the Magnetic Force has an effect on the separation of the water molecules. It supposedly happens on the "surfaces of the tubes" as the ions are attracted to their opposite polarities. The amount of voltage (which is electrical pressure) and the amount of current - the movement of electrons flowing through the cell (which we are measuring in Amps) has a direct relation to the amount of HHO gas that is produced. This is Ohms Law, not rocket science.

To produce the best magnetic field, all of the tubes need to be aligned exactly the same. Once you accomplish that. Apply your DC voltage to the "bottom" of the center tube, and to the top of the outside tube. This sets up a North South alignment for your magnetic field. When that alignment happens, your HHO will move "up and out" not downward.

If you apply your DC voltage at the top of the cell, even when using Flat Plates, the magnetic field has a tendency to push the HHO to the sides, or Down. On the other hand, if you apply the DC at the bottom for all of your tubes/plates, the magnetic field has a tendency to push your HHO to the sides or UP. Watch anyone's videos that is using a clear container and pay attention to where they are applying the DC. You will see exactly what I mean. My own video that uses the tubes with perforated holes will show you my point.

Because you are using tubes, you are making both a water capacitor and a water inductor. A capacitor stores voltage. An inductor can collect voltage, transfer voltage, and even produce a magnetic field. So get your tubes aligned magnetic N & South.