35000mAh Samsung Power Bank
Keep your gadgets powered up on the go with this high capacity power bank. It has a 35,000mAh capacity which gives your devices up to 10 full charges.
The power bank is powered by polymer batteries and comes with 3 connector jacks which can charge your iPad, iPhone and any Samsung device at the same time. It is available in white and its small size makes it easy to store and carry around.
Features:
Polymer batteries
Universal charger
3 connector jacks
2 USB ports
Works on iPads, iPhones and all Samsung devices
Interesting Facts
A Brand new Power bank 30000mAh to charge your device. What Else!!! It is Compatible with all smart phones, PSP,Audio Device…Etc … So need not to be scared for low battery or Battery Draining& Enjoy all time access to your favorite Devices. Do you know??? Also most Digital camera which uses USBfor charging will able to charge by this device as well.
fyi, though the name states 30000mAh Battery however there will be power loss due to conversion. This is importantinformation for all battery backup
1. 100% brand new and high quality.
2. 30000mAh, Rechargeable battery of large capacity.
3. Suitable for iPhone 5/4S/4, HTC, iPad, Samsung S3 I9300 Note II, etc. Compatible with most models of phones
4. With battery LED indicator, easy control of mobile power electricity
5. Use it for charging your Phone anytime and anywhere
6. USB output, allow device charges.
7. Very less Electricity consumption by its intelligence technology
Specification:
1. Capacity: 35000mAh
2. Cell type: Li polymer batteryLithium-ion
3. Input: DC 5.0V Via USA miniconnector.
4. Input Current: 1000mA (Max)
5. Output: DC 5.0V simultaneousoutput, to dual USB port for charging
6. Output Current (PORT A):1000mA（MAX）
7. Output Current (PORT B):2100mA（MAX）High current for IPAD (version 1,2,3) charging
8. Charge time of the backup power: Around6-8 hours
9. Size: About 175x71x22.5mm
10. Build in Protection for charging/ overcharge / short circuit / discharge
11. LED indication for Battery Status, electricity consumption of the product.
12. Circle Time: ≥800 Times
Protections
1.Over current and short circuit protection
2.Over-charging and over-discharging protection
3.Built-in IC chip with surge protection
4.Leakage-proof charging function
Package includes:
1 x 35000mAh Portable power supply battery
1 x USB charging cable
Information on General Powerbank
The below explanation is for illustrative purpose and do not consider as accurate outcome of the product. The results may vary from mobile to mobile of same model depending upon mobile battery health and usage pattern. The conversion efficiency quoted is for illustrative purpose only and not the actual figures. Why a power bank, whose typical capacity is the same or slightly higher than phone's one, can't fully charge a phone ?
This question confused many customers. Here is an explanation with iPhone4 as an example
First, we have to clear a concept: when the power device works, "energy" is transfered, rather than so-called "capacity".
Secondly, the voltage for charging iPhone4 is 5.0V. In other words, the output voltage of power bank need to be 5.0V. However, the typical voltage of lithium batery is 3.7V. So, when the power bank charges iPhone 4 , the energy of battery is doing two conversions of "3.7V ~ 5.0" and "5.0V ~ 3.7V" .
Third, assume that there is no energy loss when power device works, a power bank, whose typical capacity is the same as iPhone4's, can fully charge one iPhone4.
However, in fact, all the power device at work will have a energy loss. This refers to an energy conversion efficiency. For power bank and other devices like this, the energy conversion efficiency is around between 85% and 92%". In addition, there are also an energy loss when the built-in battery of iPhone4 charges the device. At the same time, there is also a consumption for standby power. General speaking, the energy efficiency is about "80% to 90%" when the power bank charges iPhone4.
For example: a power bank with typical capacity of 1800mAh charge iPhone4
Fully stored energy of power bank (appr.): 1800mAh * 3.7V = 6660mWh;
Typical capacity of iPhone4: 1470mAh;
Energy for fully charging iPhone4 (appr.): 1470mAh * 3.7V = 5439mWh;
For power bank, to take the middle value of "89%" as its energy conversion efficiency
Then, its output energy (appr.): 6660mWh * 0.88 = 5808mWh;
So, the actual energy for IPhone4 (appr.) is: 5808mWh;
For iPhone4, to take the middle value of "85%" as its own energy conversion efficiency
Then, the energy that its built-in battery got (appr.): 5927.4mWh * 0.85 = 4936.8mWh;
Finally, charging rate for iPhone4 : 4936.8mWh / 5439mWh * 100% = 90.8%
These are calculated for iPhone4, and other products can be done in the same manner.
To sum up, we remember one thing: when the power device works, "energy" is transfered, rather than so-called "capacity". In this process, there is energy loss. The only difference among products is how much energy lost.
Colour will send as per avaibility.
It's imported product so it has no manufacturing warranty.
Warranty will be consider as per shopclues policy.
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