3.6V 2600mAh Molicel INR-18650-P26A
The Molicel INR-18650-P26A cell comes up with a nominal capacity of 2600mAh, the nominal voltage of 3.6V. This is an absolutely excellent cell for anyone seeking high performance 18650 cells.
HIGHLIGHTS OF Molicel INR-18650-P26A
Typical Capacity: 2600 mAh
Nominal Voltage : 3.6 V
Charge Voltage: 4.2 V
Discharge Voltage: 2.5 V
Standard Current: 2.6 A
Maximum Current: 6.0 A
Energy Density Volumetric: 535 Wh/l
Energy Density Gravimetric: 190 Wh/kg
APPLICATION: Cordless screw driver, Cordless drill/driver, Cordless impact driver, Cordless tubing cutter, Cordless angle grinder, Cordless polisher/waxer, Power tool, Electrical vehicle, PHEV.
1.Fast charge capacity
2.very low inpedance
3.High thermal stability and high reliability
4.great cycle life
5.High discharge current
Can : Steel
Diameter : 18.6 mm (Max)
Height : 65.2 mm (Max)
Weight: 50 g (Max)
Cell Date Code: YMDDSS
Y: indicates calendar year, 9=2009, A=2010, B=2011, C=2012, D=2013,
E=2014, F=2015, G=2016 etc.
M: indicates calendar month, 1~9, 10=A, 11=B, 12=C
AD: indicates calendar date of a month, 01~31
AS: indicates the sequence number in a day, 01, 02, etc
Nominal Specification of Molicel INR-18650-P26A
|Rated charge||Limiting 2.6A and constant 4.2V charge for 1.5h or 50mA at 23C|
|Rated discharge||Constant 0.52A discharge until 2.5V at 23°C|
|Rated capacity||2.6Ah (Typical)2.5Ah (Minimum)||Rated discharge capacity after rated charge.|
|Nominal voltage||3.6V||Mean voltage during rated discharge afterrated charge.|
|Shipping voltage||≥3.45V||Nominal approximate state of charge ≤ 30%.|
|änternal resistance||≤20m||Fresh cell measured by AC impedance at1kHz|
|End of charge voltage||4.20±0.05V||-|
|End of discharge voltage||2.5V||Discharge voltage for determination of ratedcapacity.|
|Charging time||90 min||Rated charge.|
|Discharging||-40~60 c||20 °C-40 ℃C reduced discharge voltage.|
|Storage temperature forshipping cell||<35C||Recommended temperature less than 23 Cfor long term storage.|
|Shelf life||1 year||-|
Standard Test Conditions
1.) Tolerance on temperatures is ±2 ℃.All tests performed at a relative humidity between 45% and 85% unless noted otherwise.
2.) 3 hours minimum soak time at specified temperature prior to discharging.
3.) The accuracy of measuring equipment (voltmeter and ammeter, etc.) shall be higher than class 0.5.
4.) Standard cycling: 2.6A charge to 4.2V for 50mA and 10A discharge to 2.5V, rest 10 minutes between discharge and charge.
5.) For incoming inspection purpose, the cells should be used in the tests within one week of receipt at customer.
|Discharge Capacity at 23 ℃||0.52A||≥2.50Ah||Discharge capacity to 2.5V after rated charge|
|2.6A||≥2.40Ah||Discharge capacity to 2.5V after rated charge.|
|10A||≥2.35Ah||Discharge capacity to 2.5V after rated charge.|
|15A||≥2.30Ah||Discharge capacity to 2.5V after rated charge.|
|20A||≥2.30Ah||Discharge capacity to 2.5V after rated charge.|
|Temperature Discharge Capacity at 2.6A||45℃||≥2.40Ah||Discharge capacity to 2.5V after rated charge at23C .|
|o ℃||1.90Ah||Discharge capacity to 2.5V after rated charge at23℃.|
|-20℃||≥1.80Ah||Discharge capacity to 2.5V after rated charge at23C .|
|1||23℃ 10A||C500||Per 5.1.4, 10A cycling at 23℃ to 500 cycles. The %=(Ah/2.50)*100%|
Storage Performance (SOC: State of Charge)
|ltem||Condition||Capacity Retention||Test Method|
|1||23℃ 1 month||30%SOC||≥25%||After storage,rated discharge(4.2) and ratedcharge(4.1b) for two cycles. The retentioncapacity (Ah) is defined at 1st discharge afterstorage. The %=(Ah/2.50)x 100%|
|2||23℃ 3 months||30%SOC||≥20%|
|3||23℃ 6 months||30%SOC||≥15%|
PRECAUTIONS FOR USING LITHIUM ION RECHARGEABLE CELL
The precautions described below are important to assure the performance and safety of designed pack. Mishandling may cause cell leakage, heat, smoke, explosion or fire. Please follow instructions carefully.
Cordless screw driver, Cordless drill/driver, Cordless impact driver, Cordless tubing cutter, Cordless angle grinder, Cordless polisher/waxer, Power tool, Electrical vehicle, PHEV.
The lithium ion rechargeable cell is to be charged by “constant current/constant voltage” method. The lithium ion cell is charged at a constant current (CC Mode) until the cell voltage reaches a specific voltage, followed by a constant voltage charge (CV Mode) at the specific voltage. The charging current at this constant voltage tapers off. As long as the tapering current is down to a particular current, the charge process is deemed complete.
Do not exceed the specified charge voltage (4.2V per single cell). If the cells are used in battery packs, the maximum voltage is 4.2 x N (N= number of cells connected in series) V.
b. Charge current:
Charge the cell at the specified charge current listed in section 4.10 or less.
c. Charge temperature:
Charge the cell at the temperature range of 0 oC ~ 60 oC. Due consideration should also be given to the arrangement of the battery pack so that it is in that temperature range even though it is effected by heat generated from the cell
The cell must be prevented from reverse-polarity charging.
A lithium ion rechargeable cell starts to discharge at 4.2V and terminates at a cut off voltage of 2.5V.
Discharge the cell at the specified discharge current listed in section 4.10 or less. In case a peak current of higher than maximum discharge current depending on the pulse interval may reduce the cell capacity.
Discharge the cell at temperature range from –40oC to 60oC. At a temperature of –30oC or less, the cell will show a significant decrease in discharge capacity.
c. Discharge termination voltage/Over discharge:
Avoid discharge to voltage less than 2.5V per single cell. A leakage current to the equipment may over discharge the cell, which may damage the performance of cell.
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