1

Model

INR18650-1300

2

Can Material

Ni-Iron

3

Rated Capacity

1300 mAh(0.2C5A)

4

Nominal Voltage

3.7V

5

Max. Charge Voltage

4.2 V

6

Discharge Cut-off Voltage

2.75V

7

Max. Charge Current

1 C5A

8

Max. Continuous Discharge Current

15 C5A

9

Max. Pulse Discharge Current

30A (2s pulse  )

10

Max. Diameter(include PVC)

≤18.30 mm

11

Max. Height (include PVC)

≤65.30mm

12

Weight (Approx.)

41.0g

13

Impedance (Max. at 1000Hz,charged status)

≤ 18 mΩ

14

Charge Method (CC/CV)

Standard

0.5 C5A×3hrs

Quick

1 C5A×2.5hrs.

15

Operating Temperature

Charge

0℃～45℃ 32oF～113oF

Discharge

-10℃～60℃ -4oF～140oF

Storage

-20℃～45℃ -4oF～113oF

1

Discharge rate capabilities

A)1 C5A ≥100% B)10 C5A ≥95% C)15 C5A ≥90%

Standard charged under the condition of normal atmospheric pressure and the environmental temperature of 23℃±3℃ and45%～85%RH, then rest for 30mins and discharge at1C5A,5 C5A,10 C5A to the discharge cut-off voltage respectively. Charge/discharge cycle can be conducted for 3times before meeting the Standards(the same below)

2

capacity retention and recovery

Residualcapacity≥94％ Recoverablecapacity≥*98％

Standard charged under the condition of normal atmospheric pressure and the environmental temperature of 23℃±3℃, Stored for 28 days, then discharge at 0.2 C5A to 2.75Vmeasuring residual capacity; Then standard charge/discharge measure recoverable capacity.

3

Low Temperature Performance

discharge capacity≥85% rated capacityno distortion and no rupture

The cell shall be charged in accordance with the standard charge. Then stored in the temperature of -10℃±1℃ for4h, Discharge at the constant current of 0.2C5A down to the end-of-discharge voltage 2.75V.

4

Cycle Life

≥300cycles

Charge: The cell shall be charged in accordance with RapidCharge condition. rest for 10mins.Discharge: 10C5A discharge to 2.75V, one cycle is finished, then rest for 30mins. Then repeat above steps, when capacity is less than 80% of initial capacity, the battery life is over.

1

Overcharge

No fire,No explosion

After standard charge, rest for 10mins; then charge at constant current of 3C5A to 10V.(or charge at 3C5A for 90mins). 

2

Forced discharge

No fire,No explosion

The battery to be discharged with standard discharging condition, Inverse charge current =1C5A;time: ≥  90mins 

3

Short Circuit test

No fire, No explosion

The battery to be fully charged with standard charging condition, and short the positive and negative terminals 
       with wire resistance  ≤50mΩ.Tests are to be conducted at 23℃±3℃  and at 55℃ ±5℃, keep 24h or case temperature decline to 20% of the max temperature ,test is over. 

4

Crush test

No fire,No explosion

A battery is crushed between two flat surfaces. The applied force is 13 kN±1kN by hydrocylinder, Once the maximum pressure has been obtained or voltage decrease to 1/3 of nominal voltage sharply, then release pressure. 

5

Shock test

No fire,No explosion

The full charged battery is fixed on shock table, to force a certain shock to three mutual vertical direction, in initial 3ms, the min. average acceleration is 75gn,the peak acceleration is between 125gn and 175gn.

6

Heating test 
       (130°C)

No fire,No explosion

The cells are fully charged with standard charging condition, and put into incubator with nature air or cycled air convected, heat battery by velocity of 5°C ±2°C/min to 130°C±2°C,and maintain for 10mins. 

    7

Temperature 
 Cycling Test

no leakage, no fire, no explosion

The fully charged batteries are placed in a test chamber and subjected to the following cycles: a) Raising the temperature to 75°C ±2°C within 30 minutes and maintaining this temperature for 6 hours. b) Reducing the temperature to minus 40°C ±2°C within 30 minutes and maintaining this temperature for 6 hours. c) Repeating the sequence for a further 9 cycles. d) After the 10th cycle, storing the batteries for 24 hours prior to examination.