Dual USB Power Bank Charger Module 2.4A Typec C
Boards
₦ 2,500
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Description
This is a mobile power module accessories with 18650 Lithium Battery Circuit board shell to meet the individual needs of your DIY, but you must understand basic electronic assembly.
Motherboard comes with protection function: Charging overcharge protection, over-discharge protection, overcurrent protection. Intelligent output device after charging full, automatically stop charging, to prevent mobile phones overcharge. Output voltage and current stable will not harm user devices.
Specifications:
1.Input Parameter: 5V/1A
2.Input Interface: V8 interface micro USB
3.Output Parameter: Double USB Output:5V/2.4A
4.Conversion Rate: 90% Average
5. Battery parallel requirements between 3.2-4.2V can work properly, the maximum can not exceed 200,000mA
Charging Display:
When charging 0-25%, one light is on, other light is off. 25%--50%, the second light flashes, the first light is continously on; 50%-- 75%, the third light flashes, front two lights are continuously on; 75%---100%, the fourth light flashes, front three lights are continuouly on. And four lights are on charging to 100%.
Mainboard Protection Function:
- Overcharge protection
- Overdischarge protection
- Overcurrent protection.
Installation:
- Circuit board B- connects power negative, B+ connects positive. Don't inversely connect as it will result in burning of this board. Power is series soldering, so please be sure of the insulation between power and circuit when installing the battery
- Double press the switch and flashlight LED light starts, then double pressing again turns it off
- Double press starts flashlight, then press once and light will be lighting.Then touch once start SOS mode and press one more time turns off LED.
Note:
- Do not reverse the polarities. Ensure that + is correctly connected to Positive and - is correctly connected to Negative to avoid damage
- Type-C port is only for input, not output
- The battery lead should not touch the circuit board, so as not to cause a short circuit.