5V 2.4A Multi-Port USB Power Bank – Dual USB-A, USB-C, Micro-USB & Lightning Inputs with LED Display & 18650 Charging Board

Description

Features

• Constant Current: 2.4 A
• Dual Output Current: 5V 2.4 A
• Input Voltage B+ to B-: 0 – 0.2V
• Charging Cable: Support iPhone and android three USB Cables

• Prevent Overcharge Protection:
  • Detection Voltage: 20±0.05V
  • Release Voltage: 100±0.05V
  • Detection Delay time: <200 ms

• Prevent Over-discharge Protection:
  • Detection Voltage: 0±0.10V
  • Release Voltage: 10±0.10V
  • Detection Delay Time: <100 ms

• Short Circuit Protection:
  • Short Detection Delay time: <50 uS
  • Release Conditions: Cut offload

• Normal Current Consumption:
  • Normal Current Consumption of PCM: Max 0uA
  • Standby Current Consumption: Max 50uA

• Suggest Working Conditions:
  • Max Continuous Charge/discharge Current: 1.5/2.5 A
  • Suggest Working Temperature: -5～5℃

Caution: Pay attention to battery polarity while connecting it to the board, wrong polarity will burn the components.T

Note: Working of the Quick charge feature varies and it depends upon lots of functions such as cable, charger and model of the phone used, so comparing it with the others solution available in the market is not the right thing to do.

• The positive pole of the battery is connected to B+ and the negative pole is connected to B-, do not reverse it. If it is reversed, it will burn out!!!!
• This module is a portable backup power supply with an input that matches the 5.0V adapter to charge the internal battery. Use built-in battery for portable device to provide 5.0V/3.0A USB2.0 supply output for external devices.
• Protection: overcharge protection, overdischarge protection, short circuit protection, constant current.
• Charging cable: support three USB data cable charging, including Iphone and Android.
• Size: 6.5 * 2.5 * 0.1cm; Dual output current: 5V 2.4A; Input voltage B+ to B-: 3.0 – 4.2V.
  Note: All the cells that are connected to the power bank module should be in a series, please don’t connect the cells in parallel as this will damage the power back module and cause a heating issue in it and eventually the power bank module will stop working.

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