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#1 |
Junior
Join Date: Mar 2007
Posts: 24
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Power = volts x amps = 24watts= 12v x 2amps
if you use 6v on the same device, the current (amps) will need to double to do the same work! |
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#2 |
Administrator
Join Date: Mar 2005
Location: 1-2 miles off the point
Posts: 6,948
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Personal experience has led me to believe that the draw is 1/2 of what you see on the 12 volt pumps running 12 because the same Ah battery 6 volt seems to run twice as long. My 6 volt 12ah will easily run twice what my 12 v 10.5 will.
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#3 |
Senior Member
Join Date: Dec 2012
Posts: 516
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Don't worry about the C rating for your pump. The rating becomes critical when you are pulling high amps, such as electric RC brushless motors. I have some 400 sized brushless motors that can pull up to 40 amps with the right speedcontroller. The packs I've run for the FF and bilge were 20 C 11.4volt packs, I can't remember the Mili amp hours, but somewhere in the 4000 range. Expensive batteries. If I remember correctly, the C rating is applicable to the charge rate as well, so depending on how fast you want to charge the pack, get the proper C rating for a fast charge.
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