Battery Desulfator Schematic: Important Steps To Successfully Recondition Your click more details Battery
When a standard 12-volt lead-acid battery goes into a discharge, lead sulphate is usually formed and the sulphuric component of this compound usually crystallizes on the battery%27s lead plates. Over time, the crystallized sulphur accumulates until it renders the battery unusable. This is when we say that a battery has gone dead.
Fortunately, there is a way to break up these sulphur crystals and bring it back to life. Using a desulfator, a battery is subjected to high-voltage electrical pulses, which effectively break up the crystals. A 60-pound car battery can be fully desulfated within three weeks; bigger batteries or battery banks may take longer to attain full desulfation.
If you wish to try desulfating an old car battery, you%27ll need to understand the battery desulfator schematic in order to get the best results. Following is an example of a good schematic that you can use as guide. Be sure to read and understand this battery desulfator schematic before starting on your own desulfation project.
&37413;?The first step is to run a test to ensure that it can be reconditioned. Batteries that visit our website have cracks or broken parts may no longer be reconditioned.
&37413;?Next, you have to measure it%27s available voltage with a multi-tester. It more information is best to test the individual battery haydayhackcheatss.net cells and get their respective charges. If the tester registers even the smallest charge, then the battery is good enough for reconditioning.
&37413;?If the test does not register any charge, you%27ll have to check the battery%27s water level. If you check that the water level is low, then you%27ll have to fill the cells with ionized waterand then charge the battery overnight and then check for a charge again the next day.
&37413;?If it registers a charge the following day, then the reconditioning process can begin.
&37413;?To connect the desulfator on to the battery, clamp each lead to its corresponding pole (negative lead to negative pole; positive lead to positive pole).
&37413;?Take note that a desulfator normally gets power from the battery. It is therefore advisable to restore the battery%27s voltage first using a 12-volt battery charger.
&37413;?Check the progress of the desulfation daily and recharging process with a low tester.
&37413;?Be sure to check the battery%27s specific gravity along with its voltage. After checking these details, you should apply an equalization charge.
&37413;?As you monitor the process, you will notice an increase in the battery%27s voltage. When the charge reaches 14 volts after applying an equalization charge, then the process can be considered complete and your battery is as good as new.
&37413;?To ensure that you get the best results, be sure to follow this battery desulfator schematic carefully.
Contrary to what you may think, battery reconditioning is very easy. What%27s best is that it allows you to save a lot of money and may even become a good source of additional income.
