Emos B0543B Manual De Instrucciones página 2

GB | Powerbank
User manual:
Specifications:
Capacity: 10 000 mAh (38.5 Wh)
Accumulator type: Li-Po 3.85 V
Max. input power: DC 5 V/2.4 A; 9 V/2 A; 12 V/1.5 A – 18 W
Max. output power:
USB-A: DC 5 V/4.5 A; 9 V/2 A; 12 V/1.5 A – 22.5 W**
USB-C: DC 5 V/3 A; 9 V/2.22 A; 12 V/1.67 A – 20 W**
Max. wireless output power: 15 W
Dimensions: 109 × 68 × 20 mm
Weight: 186 g
Operating temperature: +5 °C ~ 40 °C
Charging time: 4 hours (approximately)*
* The above charging time may differ depending on ambient
conditions.
* USB power adapter not included.
* Valid when using a USB adapter or power supply providing max.
input current (PD 18 W or QC 3.0).
** When using both USB outlets at the same time, max. output
of the power bank is only 5 V/3 A.
Instructions for use:
Battery status indicator of the power bank:
• To check the battery status of the power bank, press the
oval button.
• When the button is pressed, the LED display displays the
current remaining capacity of the power bank expressed in %.
Charging indicator
• While the connected device is charging, % drops and the
display is lit.
• During charging, the display is also lit and % increases.
Wireless charging:
• To start wireless charging, first press the oval button, the
icon (wireless) will light up on the display, and then touch
the wireless device to the side of the power bank with the
magnet.
• If you also discharge the power bank simultaneously when
wired charging, the power of both wireless charging and
wired charging will be limited to max. 5 V/2 A = 10 W.
• If you charge Apple-branded products, such as the iPhone
12 or 13, wireless charging power is reduced to a maximum
of 7.5 W by the Apple device's electronics.
• Unfortunately, this power bank is not compatible with the
Apple Watch.
• This power bank cannot be charged wirelessly, only dis-
charged.
• If your phone cover isn't designed for wireless magSafe
charging by Apple, we recommend that you remove the cover
when charging wirelessly. This will achieve higher charging
efficiency and reduce energy losses during power transfer.
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