Semi-finishedproduct : No
Data Record : No
High-concerned chemical : none
Electronic : No
Material : Plastic
Size : 22.5W power bank kit
Type : diy power bank kit
Model Number : 22.5W Power Bank Case DIY kit
DIY Supplies : Electrical
Brand Name : Aideepen
Origin : Mainland China
Output Voltage : 5V 9V 12V
Style : Fast Charging Module
Certification : CE
22.5W Power Bank Case DIY kit Fast Charging Module Battery Storage Box Quick Charge PD Battery Holder Mini Mobile Power Kit
Product Features:
1. Support 22.5W super fast charging, efficient, fast and time-saving charging
2. Type C bidirectional fast charging, compatible with various device charging needs
3. Built in multiple security protections, providing comprehensive protection and peace of mind for use
4. Real time digital display of battery level, lightweight shell, portable, simple and practical
5. DIY kit design, simple welding, convenient and practical assembly
Product Parameters:
Product Name: Digital Fast Charging Mobile Power Kit
Input parameters:
Micro USB input: 5V 2A/9V 2A/12V 1.5A
Type C input: 5V 3A/9V 2A/12V 1.5A
Output parameters:
Micro USB output: 4.5V 5A/5V 3A/9V 2A/12V 1.5A
Type C output: 5V 3A/9V 2.2A/12V 1.6A
Motherboard interface: equipped with 1 Type C fast charging port (rechargeable or output)+2 USB fast charging output ports
Kit compatible battery: can hold 2 1260110 battery cells, requires welding (batteries not included in shipment)
Internally installable dimensions: approximately 110x60x23mm
Main board function: The main board has complete protection, including multiple protections such as overcharge/overdischarge/overvoltage/overheating, high conversion rate, and stable current and voltage
Note: 22.5W is the super fast charging protocol, VOOC flash charging, and bidirectional fast charging is the PD20W protocol, with multiple interfaces simultaneously outputting no fast charging
Assembly instructions:
1. The motherboard has been received. First, connect the charging wire for input testing, check the status of the display screen, confirm that the display screen can light up, and then proceed with soldering.
2. In normal use, the battery wires are welded together, and methods such as wire twisting, alligator clips, and spring boxes can lead to insufficient power supply and affect charging and discharging. The positive and negative terminals of the battery need to be insulated and protected to avoid damage caused by contact with the motherboard during assembly.
3. Connect the B+position of the motherboard to the positive pole of the battery and the B - position to the negative pole of the battery. Do not connect them in reverse, as it may cause damage
Burning the motherboard will leave traces on the burned IC, which can only occur if the connection is reversed or bumped.
4. To connect the battery, a 3.7V lithium battery should be used. Lithium iron phosphate batteries cannot be used. The batteries should be welded in parallel and cannot be connected in series. If the series voltage is too high, it will burn the motherboard, which cannot be used for after-sales .
5. The motherboard has a protection function, and welded batteries do not require a protection board. The battery protection board has a limit on the current, and if it exceeds the limit, the output will be disconnected.
6. After installing the motherboard and battery, it is necessary to fix the battery with adhesive. If there is a difference in thickness between some battery models and the outer shell, it is necessary to observe whether it needs to be raised to avoid a sense of collapse when pressing the outer shell after installation. If the thickness difference is not observed or the battery is not fixed with adhesive during assembly, resulting in battery shaking or a sense of collapse in the outer shell, etc., it is not responsible for improper assembly or damage to the outer shell or battery caused by disassembly.
7. The shell is a snap fit and cannot be disassembled repeatedly. Please make sure to test the motherboard's output/input fast charging/button/display functions for normal operation before closing the cover. It is best to cycle the charging and discharging several times to confirm that there are no problems before closing the cover. If there are problems with assembling and closing the cover shell without testing, it is due to improper assembly by oneself. We are not responsible for any damage to the shell or battery caused by disassembly.
Instructions for Use:
1. Regarding the issue of activating mobile fast charging, there is a distinction between public and private protocols for mobile fast charging. The motherboard uses an intelligent fast charging chip that is compatible with mainstream public fast charging protocols in the market and can meet the fast charging needs of different s of phones. Before placing an order, please confirm whether your phone is compatible with public protocols to avoid triggering fast charging.
Regarding the issue of motherboard heating during charging, when the power bank is in operation, the current passes through the motherboard and chip, resulting in energy conversion loss. This loss is dissipated in the form of heat, and during fast charging, the power is higher and the heating is more pronounced. This is a normal physical phenomenon.
3. When the battery is just connected, the digital display of the power level may not be accurate. The power meter supports self-learning of battery capacity, and after a few cycles of charging and discharging, it will return to normal.
Shipping List:
Package I: module x1+wire x2
Package 2: Kit x1
label:yes
Battery capacity: 43200
Charge indicator: No
Number of ports: 1 port
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