When we say that a
gone dead, that we really say is that he has lost the ability to hold a charge, and this is usually caused by the formation of crystals of sulphur on lead plates. These crystals accumulate as a
passes through several cycles of loading and unloading. Over time, there will be no a more enough material can be used for the
produce electricity; Therefore, he “goes dead.”
Sulfation is a process that normally takes place in all the batteries lead-acid. The good thing is that it can be easily avoided by ensuring that a
is recharged fully immediately after it goes through a discharge. And here’s another piece of good news: even if you fail to prevent it, the process of sulfation can still be reversed with a
The desulphurization process, which is also known as the pulse of packaging, is able to partially restore a
capacity to hold a charge. It works by subjecting the
to high-voltage electrical pulse issued between the terminals of the
of. These impulses effectively disperse crystals, thus restoring the supply of materials usable for the production of electricity.
Of course, you can contact a mechanic and he perform desulphurization of
for you, or you can buy a
lead desulfator of automotive store. But, if you want to save money, you can actually make your own desulfator of
materials that can easily be found in the home. You need a can of standard size, some dual adhesive tape, perforated Board, a piece of copper foil adhesive, two standard switches, some capacitors, glue, a LED and a FET.
Build the box desulfator by a cut on a piece of the Commission, perforated, just small enough to fit snugly in the bottom of the can. A piece of copper foil attached to the edge of the perforated Board can serve as a fieldbus. You can then organize the switches, pots, resistors, LEDs and FET to the Board of directors such that you need only the shorter jumper wire connections. Isolate the desulfator by inserting a piece of cardboard around the perf-Board. Glue in place.
Now it is time to necessary holes. Drill a hole for the son on the left side of the box and then the line with a rubber washer. Drill three holes for ventilation on the right side and then a hole on the lid of the can. The lid hole will allow you to observe the LED, while the desulfator is used.
The final step to make your own desulfator of
lead is welding wire of lead in place. Insert wires through the hole left then solder on capacitors. Lead wires will then be clamped on the
that you go to desulfate.
With this simple desulfator, homemade
, you can extend the life of your
to easily and restore the usability of the old batteries. You can even use it to earn extra income by putting in place a small
desulphurization and repackaging of affairs.
Reconditioning batteries can save you thousands of dollars. I have actually put batteries as a side business (and it is very profitable). If you want to learn how to recondition batteries, see:
lead-acid battery Desulfator.
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Car batteries, Computer and phone batteries, Rechargeable batteries, Long life batteries, Batteries used in alternative energy systems, Deep cycle marine batteries, Golf cart batteries, Forklift batteries
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