High quality Lithium battery. Its low weight /size and high power make it suitable for many applications.
Attention: Our batteries are full capacity batteries. Don't be fooled by other cheap Asian packs that are really 80% capacity.
Specifications:
- Model No.: NANO 2200/30 -3S
- Typical capacity :2200mAh
- Typical Voltage: 11.1V
- Dimensions: 108*36.5*25.5mm
- Approx. Weight: 185 g
- Plug: XT60 Plug
- Continuous Discharge Current: 30C
- Burst Discharge Current: 60C
- maximum charging current: 1.1 A
- maximum discharging current: 66 A
Product Advantages:
(1) Adopt the world's key material-LiCo02.
(2) Fully automatic lamination machine with Nano Tech.
(3) Laminated structure, Nano Coat Technology. Advanced Nano ultrasonic welding
electrode.
(4) Industry most stringent single cell capacity, voltage, resistance and discharge
curve (competition level) matching process.
(5) Strong safety performance and extremely low self-discharge.
(6) Long cycle life, chargeable up to 300 to 500 times.
(7) No memory effect, high discharge and charge current.
(8) No mercury, No fire, No explosion, No leakage.
(9) Quite good and quick charge, capability can be charged to 90% within 10 mins.
(10) Thickness can be adjusted while width and height keep the same.
(11) Light weight and low IR, packed with punch and ready to race.
(12) Good storage performance, Green & Environmental protection without any
pollution.
Tag: 2200mAh rc helicopter lipo battery, 3S rc Lipo, 11.1V rc helicopter battery
We guarantee our packs to be 100% or more in capacity and C rate.
So what does it mean 35 C on a lipo?
The C rate is a number used to calculate the maximum continuous current that you can take from the battery at once. It is different than capacity, which tell you how long can the battery stay charging your device
You can use the following approximate formula to calculate the discharged continuous current from battery:
Example for 3300 mah battery with 35 C
Discharge continuous current = 35 x 3.3 = 115 A continuous current
Example for 2200 mah battery with 20 C
Discharge continuous current = 20 x 3.3 = 66 A continuous current
