Amp setting on charger
#1
Thread Starter
Tech Initiate
Joined: Jun 2013
Posts: 49
Hi Guys!
I just got the Nanotech 2s 5600mah 50C-100C lipo. The lipo is rated "Max charge 8C". What does it mean?
My Muchmore charger requires me to enter the charger power in "Amp". So how much should I enter??
I just got the Nanotech 2s 5600mah 50C-100C lipo. The lipo is rated "Max charge 8C". What does it mean?
My Muchmore charger requires me to enter the charger power in "Amp". So how much should I enter??
#2
Tech Champion

Joined: Oct 2007
Posts: 7,342
1C charge rate for a 5600mAh is 5.6 amps. So 8C max is 44.8 amps max in theory anyway.
Probably limited by the charger capability more than the lipo.
Using a balance charge mode and paying attention during the charge is increasingly important at higher charge rates, as everything goes quicker, including potential problems.
Probably limited by the charger capability more than the lipo.
Using a balance charge mode and paying attention during the charge is increasingly important at higher charge rates, as everything goes quicker, including potential problems.
#7
5.6 for a normal charge. I usually do a 2C rate during the day while im racing, so in your case it would be 11.2A. I will always set it back to 1C when i put it in storage mode. Always let your battery sit unplugged for atleast 5min befor charging it. It gives the cells time to even themselves out and let the voltage stabilize.
#8
Thread Starter
Tech Initiate
Joined: Jun 2013
Posts: 49
5.6 for a normal charge. I usually do a 2C rate during the day while im racing, so in your case it would be 11.2A. I will always set it back to 1C when i put it in storage mode. Always let your battery sit unplugged for atleast 5min befor charging it. It gives the cells time to even themselves out and let the voltage stabilize.
#12
Tech Rookie
Joined: Aug 2013
Posts: 16
1C charge rate for a 5600mAh is 5.6 amps. So 8C max is 44.8 amps max in theory anyway.
Probably limited by the charger capability more than the lipo.
Using a balance charge mode and paying attention during the charge is increasingly important at higher charge rates, as everything goes quicker, including potential problems.
Probably limited by the charger capability more than the lipo.
Using a balance charge mode and paying attention during the charge is increasingly important at higher charge rates, as everything goes quicker, including potential problems.
#14
Here's a real easy way to figure out charge rates.
If you have a 6000Mah battery and it's recommended to charge it at "1c" just move the decimal point on the Mah rating to the left 3 places:
Example: 4800(mah) ---> 4.800 amps
Exampe: 5600.(mah) ---> 5.600 amps
Example: 6000.(mah) ---> 6.000 amps
Example: 8000.(mah) ----> 8.000 amps
Example: 10000.(mah) ---> 10.000 amps
Now if you want to charge the batter at 2c just multiply that second number by two.
Example: 6000.(mah) ---> 6.000 amps x 2 = 12.000amps (thats a 2c charge rate for a 6000 mah battery.
If you have a 6000Mah battery and it's recommended to charge it at "1c" just move the decimal point on the Mah rating to the left 3 places:
Example: 4800(mah) ---> 4.800 amps
Exampe: 5600.(mah) ---> 5.600 amps
Example: 6000.(mah) ---> 6.000 amps
Example: 8000.(mah) ----> 8.000 amps
Example: 10000.(mah) ---> 10.000 amps
Now if you want to charge the batter at 2c just multiply that second number by two.
Example: 6000.(mah) ---> 6.000 amps x 2 = 12.000amps (thats a 2c charge rate for a 6000 mah battery.
#15
Here's a real easy way to figure out charge rates.
If you have a 6000Mah battery and it's recommended to charge it at "1c" just move the decimal point on the Mah rating to the left 3 places:
Example: 4800(mah) ---> 4.800 amps
Exampe: 5600.(mah) ---> 5.600 amps
Example: 6000.(mah) ---> 6.000 amps
Example: 8000.(mah) ----> 8.000 amps
Example: 10000.(mah) ---> 10.000 amps
Now if you want to charge the batter at 2c just multiply that second number by two.
Example: 6000.(mah) ---> 6.000 amps x 2 = 12.000amps (thats a 2c charge rate for a 6000 mah battery.
If you have a 6000Mah battery and it's recommended to charge it at "1c" just move the decimal point on the Mah rating to the left 3 places:
Example: 4800(mah) ---> 4.800 amps
Exampe: 5600.(mah) ---> 5.600 amps
Example: 6000.(mah) ---> 6.000 amps
Example: 8000.(mah) ----> 8.000 amps
Example: 10000.(mah) ---> 10.000 amps
Now if you want to charge the batter at 2c just multiply that second number by two.
Example: 6000.(mah) ---> 6.000 amps x 2 = 12.000amps (thats a 2c charge rate for a 6000 mah battery.



Some have explained with too much of the math where I can't follow them. I have done this for a while too. Thanks Dave.