2x AW IMR 18650 Rechargeable Batteries - 2000mAh 3.7V Lithium Li

Specifications

Flat Top
Nominal capacity 2000mAh
Discharge at 0 2ItA, 2.5V cut-off after Standard charge
Rated capacity 2000mAh
Discharge at 0 2ItA, 2.5V cut-off after Standard charge
Nominal voltage 3.7V
Charge voltage 4.20±0.05V
Cut-off voltage 3.0V
Maximum Charge voltage 4.25V
Continuous maximum charge current 10A
Continuous maximum discharge current 14A
Weight 46±1.5g
Size: 18650 18.2mm(D)×65.0mm(H)

Allowable Environment Temperature

Charge: 0 to +45degC
Discharge: -20 to +60degC
CC-CV 4.20V±0.005V, 1.5A, 2.5hrs

Battery Care

Do not incinerate
Do not disassemble
Do not short positive and negative contacts
Do not expose to heat
Do not completely discharge
Do not use force to install a li-ion battery
Use only high quality battery charger
Charge fully before first use
Store in cold and dry place at approximately nominal voltage

Genuine AW IMR 18650 3.7V 2000mAh Safe Chemistry LiMN rechargeable batteries have the benefit of safer chemistry, this removes the need for protection circuits. These batteries offer faster discharge rates the device is suitable for high power applications over 3 Amps. Safe chemistry means no risk of venting, flame or explosiong Specifications Flat Top Nominal capacity 2000mAh Discharge at 0 2ItA, 2.5V cut-off after Standard charge Rated capacity 2000mAh Discharge at 0 2ItA, 2.5V cut-off after Standard charge Nominal voltage 3.7V Charge voltage 4.20±0.05V Cut-off voltage 3.0V Maximum Charge voltage 4.25V Continuous maximum charge current 10A Continuous maximum discharge current 14A Weight 46±1.5g Size: 18650 18.2mm(D)×65.0mm(H) Allowable Environment Temperature Charge: 0 to +45degC Discharge: -20 to +60degC CC-CV 4.20V±0.005V, 1.5A, 2.5hrs Battery Care Do not incinerate Do not disassemble Do not short positive and negative contacts Do not expose to heat Do not completely discharge Do not use force to install a li-ion battery Use only high quality battery charger Charge fully before first use Store in cold and dry place at approximately nominal voltage