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Green 3.6V Ni MH Battery High Temperature Type for Radar Detector

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Green 3.6V Ni MH Battery High Temperature Type for Radar Detector

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Brand Name :TAC
Model Number :60H3B6H
Certification :MSDS REACH
Place of Origin :Guangzhou
MOQ :500 PCS
Price :PRICE NEGOTIABLE
Payment Terms :L/C, T/T, Western Union
Supply Ability :500000pcs per week
Delivery Time :10-25 days
Packaging Details :50PCS/BOX
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Green 3.6V Ni MH Battery High Temperature Type for Radar Detector


Datasheet:

Model

Voltage

Capacity

Recommended
Trickle Charge Current

Nominal
Charge Current

Normal
Charging Time

Nominal
Discharge Current

Weight

60H3B6H(JST)

3.6V

80mAh

2.4~4mA

8mA

14~16h

16mA

11.2g




Green 3.6V Ni MH Battery High Temperature Type for Radar Detector


  1. CELL AND TYPE
    1. Cell : Sealed Ni-MH Button Cell
    2. Type : Button type
    3. Size type : 3.6V

  1. RATINGS
    1. Nominal voltage : 3.6V
    2. Nominal capacity : 80mAh
    3. Typical weight : 11.2g
    4. Standard charge : 8mA×14hours
    5. Rapid charge : 16mA×6hours

Trickle current : 2.4mA

  1. Discharge cut-off voltage: 3.0V
  2. Temperature range for operation (Humidity: Max.85%)

Standard charge 0 ~ +45℃
Rapid charge +10 ~ +45℃
Trickle charge 0 ~ +45℃
Discharge -10 ~ +45℃
3.8 Temperature range for storage (Humidity: Max.85%)
Within 2 years -20 ~ +35℃
Within 6 months -20 ~ +45℃
Within a month -20 ~ +45℃
Within a week -20 ~ +55℃

  1. ASSEMBLY & DIMENSIONS

Per attached drawing

  1. PERFORMANCE
    1. TEST CONDITIONS

The test is carried out with new batteries (within a month after delivery)
ambient conditions
Temperature: +25 ± 5℃
Humidity: 60 ± 20%
Note 1
Standard charge : 8mA×14hours
Standard discharge : 16mA to 3.0V


TEST METHOD & PERFORMANCE

Test

Unit

Specification

Conditions

Remarks

Capacity

mAh

≥80

Standard
Charge/discharge

Up to 3 cycles
Are allowed

Open Circuit
Voltage (OCV)

Voltage
(V)

≥3.9

After 1 hour standard
Charge

Internal
Impedance

mΩ/cell

≤1500

Upon fully charge
(1KHz)

High rate
Discharge (40 mA)

Minute

≥60

Standard charge
Before discharge

Discharge
Current

mA

40

Maximum continuous
Discharge current

Over charge

No leakage
Not explosion

2.4mA charge
one year

Charge
Retention

mAh

64

Standard charge;
Storage: 28 days;
Standard discharge

Cycle Life

Cycle

≥400

IEC/CEI61951-2:2001. 4.4

Leakage

No leakage nor
Deformation

Fully charge at 8mA,
Stand 14 days

Note 2 IEC/CEI61951-2:2001. 4.4 cycle life

Cycle number

Charge

Stand in charged Condition

Discharge

1

8mA for 16h

None

20mA for 2h20min

2-48

20mA for 3h10min

None

20mA for 2h20min

49

20mA for 3h10min

None

20mA to 1.0V/cell

50

8mA for 16h

1h to 4h

16mA to 1.0V/cell

1.Befor the endurance in cycles test, the cell shall be discharged at 16mA to a final voltage of 1.0V/cell.
2.The following endurance test shall then be carried out, in an ambient temperature of 20℃±5℃.

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