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

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

Product Details:

Place of Origin: Guangzhou
Brand Name: TAC
Certification: MSDS REACH
Model Number: 60H3B6H

Payment & Shipping Terms:

Minimum Order Quantity: 500 PCS
Price: PRICE NEGOTIABLE
Packaging Details: 50PCS/BOX
Delivery Time: 10-25 days
Payment Terms: L/C, T/T, Western Union
Supply Ability: 500000pcs per week
Get Best Price Contact Now

Detail Information

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Product Description

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 0
 
 
 

  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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