3.7V Lipo Battery 950mAh 30C - mBot Battery
Specially designed for mBots. Thanks to its special socket, mBot can be easily connected to robots. Thanks to the charging circuit on mBot, you can charge the robot via USB without having to remove the battery.
It is an ideal Lipo battery that you can use for your Drone, Model airplane, Multicopter, Helicopter, RC Car and various robots. Since it has a high current value, it is more useful than other batteries and you can use it in projects that require high power.
The product has dimensions of 45x26x11mm and weighs 24g.
The charging cables coming out of the drones are 5V. If you charge it with it, the battery will swell. It only needs to be charged with a lipo battery charger.
LiPo Battery Structure
Charge control connector and connection connector on the LiPo battery.
LiPo Batteries consist of 3.7V cells. 3.7V Lipo Battery has 1 3.7v cell. This allows you to monitor and charge individual cells. This is called 'Balance Charging' and it extends the life of your battery.
Lipo Battery Testing and Monitoring
Your LiPo battery
Lipo Level Meter and Alarm Module with We recommend that you use it. This device can monitor each cell in your battery and sound an alarm when the battery gets too low. This is important for maintaining your battery. If you allow the voltage of your battery to become low, the battery may be permanently damaged and become unusable.
Charging the Lipo Battery
Special charger for charging Lipo batteries. You must use the devices. Using different devices will damage your lipo battery and can be dangerous.
Things to Consider When Using Lipo Batteries
- The end cables of Lipo batteries should NEVER touch each other. Short circuits should not be made.
- In order for Lipo batteries to work efficiently, it is necessary to pay attention to the range of 3.00V - 4.20V per cell.
- If any cell of the battery you use falls below 3V, there is a risk of the battery ending its life. .
- Overcharging, that is, charging more than 4.20V, also has safety risks.
- A LiPo battery should not be discharged below 3V. Considering that the capacity will decrease as the battery ages, the battery should be discharged following the 80% rule. In other words, the LiPo battery should be discharged to the value obtained when 80% of the capacity value is calculated. If this rule is not followed, batteries may swell and explode.
- LiPo batteries should not be opened and LiPo batteries should not be allowed to come into contact with water.
- Lipo batteries should only be charged with lipo battery chargers. Charging with the wrong charger will cause the battery to swell and is dangerous.
We recommend you to read our blog post about Lipo Battery usage.
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