Elemex 16650 Rechargeable Li-ion Battery 2000mAh (Tabbed Version)

Solder Tabbed 16650 Battery 2000mAh Li-ion 3.7V Rechargeable

Elemex Rechargeable Lithium ion 16650 Battery – (Tabbed Version)

Note: Unlike a number of generic products in the market claiming unrealistic high capacities, we ONLY supply GENUINE and fresh batteries. Each cell is tested before dispatch.

Solder Tabbed 16650 Battery 2000mAh (U-Type)

Solder Tabbed 16650 Battery 2000mAh (Z-Type)

Product Features: 

• Nominal Capacity (Ah): 2 Ah Max (2000mAh) Min (1900mAh)
• Voltage (V): 3.7 V
• Charging Voltage (V): 4.2 V
• Charging Current (A): 1.05 A (1050 mA)
• Rapid Charging Current (A): 2 A (2000 mA)
• Cut-off Voltage (V): 2.5 V
• Rapid Charging Time (hr): 2.5 Hours
• Energy: 7.4 Wh
• Max. Discharge rate (Ah): 4 A Continuous (Recommended)
• Pulse current (Ah): (1 sec.): 6 A
• Impedance: 100 milli-Ohms @1KHz
• Weight (g): 47 g (Max)
• Diameter (mm): 16 mm (+/- 0.07 mm)
• Height (mm): 65 mm (+/- 0.9 mm)
• PCB: No
• Top (positive side): Flat top
• Model: XBU166 Tabbed Version
• Made in China

Package Includes: 

• Premium Elemex 16650 Rechargeable Li-ion Battery with Solder Tabs ( U-Type OR Z-Type) [Please Select the Battery Type]

Warning:              

• Never wholly discharge a Li-ion battery (below 2.5V under load).              
• Charge fully to 4.2V before first use.              
• Never use force to install (insert) a Li-ion battery.            
• Do not use old and new battery cells together.               
• Use only a high-quality battery charger.            
• Do not remove the heat shrink/wrapping cover (it must be used as it is).              
• Do not expose to heat, NOT penetrate or modify.          
• Do not short (connect) positive (top), and negative (bottom) battery terminals (contacts).               
• Keep a battery, not in use in a plastic holder (or any insulating [plastic] container).              
• Never charge the battery over 4.25V (another reason to use a high-quality battery charger).
• Do not charge unattended nor overcharge unprotected cells.