An ups consists of battries as the main components .Batteries store charge (charge=current*time)... hence its units is so.
ex. if its rating is 6AH and the load connected to in draws 1A, then the batter lasts for 1 hr.
The ampere-hour rating of series connected batteries is the same as that for one battery, so the ampere-hour rating of four 65 Ah batteries in series is still 65 Ah. The reason for this is Kirchoff's current law - the signed sum of the currents entering a node is zero - or - the current at every point in a series circuit is the same.
milliamphere Hour or one-thousandth of an ampere-hour
An ampere hour (A.h) is a non-SI unit of measurement for electrical charge (the SI unit is a coulomb-which is equivalent to an 'ampere second'). So an ampere hour is equivalent to 3600 coulombs.Cells and batteries are generally rated in terms of ampere hours, as a convenient alternative to the kilocoulomb.
The UPS should be rated in Amps per Hour. Just divide that number by the current requirements of the device connected to the UPS. Say that the UPS is rated for 10 Ampere Hours and your device draws 2 amps. You could run the device for about 5 hours.
Ampere-hours is a battery hold-up time rating. Volts is a voltage rating. The two are not related, so the question cannot be answered as asked.
The ampere-hour rating of series connected batteries is the same as that for one battery, so the ampere-hour rating of four 65 Ah batteries in series is still 65 Ah. The reason for this is Kirchoff's current law - the signed sum of the currents entering a node is zero - or - the current at every point in a series circuit is the same.
To find our what charging ampere to use a simple way is to divide the battery Ampere with its ampere hour (i.e. for car batteries they will say 75ah C/20) this means that the battery has 75 ampere rating based on 20 hour rating... as such to find the charging ampere divide 75 by 20 to get a charging ampere of 3.75... this is for a slow charge - to speed up the charge divide the ampere by 5 hours (to charge the battery from empty to full in 5 hours)...
An ampere-hour rating is a relatavistic indication of how long a battery can supply a specific current.It is not possible to determine the run time when you only gave watts, but watts are volts times amps, and you did not supply the volts.
Rephrase your question; as it stands, it makes no sense.
This refers to a battery rating (laptop in this case) Ah is ampere-hour and mAh is milliampere-hour. A milliampere-hour is one-thousandth of an ampere-hour (3.6 coulomobs) so 4400mAh would equal 4.4Ah which means it would not last as long as 4.6Ah. Thanks Wikipedia.
milliamphere Hour or one-thousandth of an ampere-hour
60 ampere
14
An ampere hour (A.h) is a non-SI unit of measurement for electrical charge (the SI unit is a coulomb-which is equivalent to an 'ampere second'). So an ampere hour is equivalent to 3600 coulombs.Cells and batteries are generally rated in terms of ampere hours, as a convenient alternative to the kilocoulomb.
There is a thousand milliamps in an amp. So it would be 5.4AH.
The UPS should be rated in Amps per Hour. Just divide that number by the current requirements of the device connected to the UPS. Say that the UPS is rated for 10 Ampere Hours and your device draws 2 amps. You could run the device for about 5 hours.
There is a thousand milliamps in an amp. So it would be 5.4AH.