All of our KAISC XN930 Smartphone Batteries. are made with high-quality original new Cells, they are designed to meet or exceed the OEM (original) specifications. XN930 Smartphone Batteries of KAISC for KAISC battery are 100% brand new, 1 year Warranty, 30 days money back guarantee.
Battery condition: 100% Brand New
Battery model: XN930
Battery category: Smartphone Batteries
Brand: KAISC
Capacity: 2200mAh/16.28Wh
Voltage: 7.4V
Type: Rechargeable Li-ion
Color: White
Certification: Passed CE, UL, ROHS, ISO 9001/9002 and GS certification
Replace Part Number: XN930
Compatible Models:
For KAISC XN930
Guarantee: 100% safe shopping guarantee! 1 year warranty!
[DE] Akkus für XN930 2200mAh/16.28Wh
[UK] Battery for XN930 2200mAh/16.28Wh
[FR] Batterie pour XN930 2200mAh/16.28Wh
[NL] Batterij voor XN930 2200mAh/16.28Wh
Quality Service for KAISC XN930 Smartphone Batteries:
We promise that the KAISC XN930 Smartphone Batteries sold in our website are 100% brand new - We never sell used or refurbished XN930 Smartphone Batteries 100% new high quality Replacement battery Compatible your KAISC Smartphone Batteries. Provides excellent discharge characteristics. Quick delivery for every order.
How to care for the battery?
-If you do not use your laptop for extended periods of time (a week or more), remove the battery pack from the laptop.-Do not expose the battery to high heat or freezing temperatures. Do not leave your battery in your car in the summer. Hot batteries discharge very quickly, and cold ones can’t create as much power.-Completely drain and recharge the battery overnight once a month to maximize its capacity to hold a charge.-Fully charge new battery packs before use. New pack needs to be fully charged and discharged (cycled) a few times before it can condition to full capacity.-For laptops that work as Desktop Replacement, the battery should be re-installed every 3-4 weeks and allowed to fully discharge.-Leaving a battery in a laptop while using an electrical outlet for long periods of time will keep the battery in a constant state of charging up and that will reduce the life cycle of the battery.
