Tenacious Battery Revitalization System™
INSTRUCTION SHEET

  Basically, there are 6v, 8v and the newer 12v batteries used for golf carts. The 6 and 8v are in a series of 6 batteries and the 12v is in a series of 4 batteries. It is important to note that in the 3 various size batteries the total amount of cc’s per cart is the same.
6v battery     3 cells        9 cc/cell    x  6 = 162 cc’s
8v battery     4 cells        7 cc/cell    x  6 = 168 cc’s
12v battery   6 cells        7 cc/cell    x  4 = 168 cc’s
Prior to adding the fluid to used batteries it is important to try to determine if there is physical damage to the exterior in interior surfaces of each battery.
Exterior damage would include broken terminals, cracked walls and/or white sulfation visibly seen on the surface.
One or more of the following methods may detect interior damage:
Voltage should be checked for each battery and a total voltage reading should be taken for the entire series. If all batteries were maintained properly and one or two seem dead (very low voltage registered), you need to investigate further.
The next step will help determine if the battery is damaged internally. Take an accurate hydrometer and proceed to measure the density of each cell. Because Tenacious Battery Revitalization System™ dissolves the sulfation, it is not very important if the density is well below the normal range. By the nature of Tenacious’ ability to dissolve the sulfation you might not get a proper reading of the density until 3-4 cycles of charging and discharging the golf cart.
What you are looking for with the hydrometer is the electrolyte is clear and there is approximately the same amount of water in each cell. In other words if you draw up very little water in 1 or 2 cells and you’ve kept up maintenance and checked the water levels periodically, you probably have broken cells internally. If you draw up electrolyte and it is cloudy or muddy you have a broken cell. Do not put Tenacious in that battery! This is a physical damaged battery and we cannot perform properly due to that. Instead, what you can do is find a discarded battery you might have tossed aside and run the same tests on it. You might find the voltage is very low (from just sitting there) but the water in each cell is clear and hasn’t leaked internally. Tenacious will work on this one!
The final test would be done with a Load Tester. However, even if it registers in the “Replace” scale it does not mean there is damage internally. This would be determined if, after injecting the fluid and you’ve cycled through 3-4 times it still registers “Replace”, more than likely you have a broken plate inside.
After the above is completed and you’ve determined, as best as possible, that there is no physical damage you simple inject the correct amount of Tenacious Battery Revitalization System™ by using the syringe provided. It is important to keep track of which cells were injected so you do not miss putting fluid in one cell or putting too much fluid in another. Each cell needs to have the correct amount and every cell in the entire series must be injected with Tenacious!

Find the number of Ampere Hours for the battery, e.g. 250 aH on a 24v battery.
Simply multiply the 250 x 0.06 and that is the amount of Tenacious BRS per cell. (15ml/cell) times this by the number of cells (12 for this battery) and that is the total amount it takes.
If the aH is not readily available do the following:
Find the 3 sets of 2-3 digit numbers on the number one strap (e.g. 12  85  13).
The first numbers indicate the number of cells for that battery.
The next number indicates the plate aH rating.
The last number is the number of straps connecting the cells. This particular one has 13 straps and is always an odd number. You divide the numbers to determine how many Neg. straps vs. Pos. straps. In this case there are 7 Neg. and 6 Pos. NOTE: the higher number is always the Negative connections. You now multiply the plate aH rating by the number of Positive plates – this would calculate out this way: 6 (pos. plates) X 85 (plate aH rating) = 510 (Battery aH total). Times this by the 0.06 standard factor and you get 30.6 or 31cc’s per cell.
The next step will help determine if the battery is damaged internally. Take an accurate hydrometer and proceed to measure the density of each cell. Because Tenacious Battery Revitalization System™ dissolves the sulfation, it is not very important if the density is well below the normal range. By the nature of Tenacious’ ability to dissolve the sulfation you might not get a proper reading of the density until 3-4 cycles of charging and discharging the battery.
What you are looking for with the hydrometer is the electrolyte is clear and there is approximately the same amount of water in each cell. In other words, if you draw up very little water in 1 or 2 cells and you’ve kept up maintenance and checked the water levels periodically, you probably have broken cells internally. If you draw up electrolyte and it is cloudy or muddy you have a broken cell. Do not put Tenacious in that cell! This is a physical damaged battery cell and we cannot perform properly due to that. Instead, what you can do is replace that 2volt cell and add Tenacious to it. You might find the voltage is very low (from just sitting there) but the water in each cell is clear and hasn’t leaked internally. Tenacious will work on this one!
The most accurate test would be done with our 2 volt Load Tester. Using this meter it will detect the broken cell/cells after3 cycles of charging and discharging. A broken cell will not show a change on the Load Tester and it will register below 2v.
After the above is completed and you’ve determined, as best as possible, that there is no physical damage you simple inject the correct amount of Tenacious Battery Revitalization System™ by using the syringe provided. It is important to keep track of which cells were injected so you do not miss putting fluid in one cell or putting too much fluid in another. Each cell needs to have the correct amount and every cell in the entire series must be injected with Tenacious!

  Prior to adding the fluid to used batteries it is important to try to determine if there is physical damage to the exterior in interior surfaces of each battery.
Exterior damage would include broken terminals, cracked walls and/or white sulfation visibly seen on the surface.
One or more of the following methods may detect interior damage:
Voltage should be checked for the battery.
The next step will help determine if the battery is damaged internally. Take an accurate hydrometer and proceed to measure the density of each cell. Because Tenacious Battery Revitalization System™ dissolves the sulfation, it is not very important if the density is well below the normal range. By the nature of Tenacious’ ability to dissolve the sulfation you might not get a proper reading of the density until 3-4 cycles of charging and discharging the battery.
What you are looking for with the hydrometer is the electrolyte is clear and there is approximately the same amount of water in each cell. In other words if you draw up very little water in 1 or 2 cells and you’ve kept up maintenance and checked the water levels periodically, you probably have broken cells internally. If you draw up electrolyte and it is cloudy or muddy you have a broken cell. Do not put Tenacious in that battery! This is a physical damaged battery and we cannot perform properly due to that. Instead, what you can do is find a discarded battery you might have tossed aside and run the same tests on it. You might find the voltage is very low (from just sitting there) but the water in each cell is clear and hasn’t leaked internally. Tenacious will work on this one!
The final test would be done with a Load Tester. However, even if it registers in the “Replace” scale it does not mean there is damage internally. This would be determined if, after injecting the fluid and you’ve cycled through 3-4 times it still registers “Replace”, more than likely you have a broken plate inside.
After the above is completed and you’ve determined, as best as possible, that there is no physical damage you simple inject the correct amount of Tenacious Battery Revitalization System™ by using the syringe provided.
In order to determine the correct amount to inject into each of the six cells you take the amp hours for the battery and times that by 0.06. If the aH is not available the standard average amount of Tenacious is 9 cc’s per cell.
It is important to keep track of which cells were injected so you do not miss putting fluid in one cell or putting too much fluid in another. Each cell needs to have the correct amount and every cell in the entire series must be injected with Tenacious!