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To answer this question the amperage draw of the motor must be given. This amperage is then divided into the amp hour capacity of the battery to find the endurance time of the motor.
The AH means Amp Hours and is a measure of how much electricity the battery can store. Thus if the 12AH and 15AH batteries were connected to THE SAME device (one after the other) the 15AH battery would run the device for longer than the 12AH battery.
Twelve volts, 3 amp hours is the rating for a battery. That means it is rated for 12 Volts DC and will operate for three house at one amp. or If it is makered on an electrical item. It is rated to run on a 12v supply and will draw 3 Amps when connected.
By the brake pedal, since your connections to power will be right there, just follow the battery cable heading to the computer and you will see 2 terminals for 12v.
You could but this is not a very practicable way to run an air pump. There will have to be a large amount of batteries in series and parallel connections to add up to the amp hour capacity to run the air pump. Just use an old 12 volt car battery for your project.
yes uou can use but you have to use external battery charger 13.5 v-15 v, 5 amp charger .
12v means it is suitable for any 12v dc current purpose the 18ah means it has an amp hour rating of 18 its a measure of how long the battery can work from full charge until it would need to be charged again ex. the bigger the ah rating the longer you could turn the starter for before the battery would run flat
no
Both are giving the data about storage capacity of a battery. For Ex. 12V 7AH Battery will run 7 hours if you are driving the load of 1Amp continuously. But 12 12AH Battery will run 12 hours if you are driving the load of 1Amp continuously.
That's a large amount of current for a battery to use. You may want to purchase a 12V marine battery or 12V deep-cycle car battery. Or you can use a car battery charger with a 6amp minimum output. The amperage rating for your motor is a minimum requirement. For your power source, use the highest amperage rating you can find. Whether you use a 10 amp battery or a 10 million amp battery, it [the motor] will only draw 6 amps. The voltage is a different story. Use only 12 volts DC.
85 amp/h you can only use about 60% of that so thats 51 amp/h. 1000w 220v uses 4.6 amps so take 51/4.6 and u can run for about 10 hours
Connect it from the battery to a switch running through a 10 amp fuse.