Sign In | Join Free | My frbiz.com |
|
Categories | Ni MH Batteries |
---|---|
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 |
Company Info. |
Guang Zhou Sunland New Energy Technology Co., Ltd. |
Verified Supplier |
View Contact Details |
Product List |
Green 3.6V Ni MH Battery High Temperature Type for Radar Detector
Datasheet:
Model | Voltage | Capacity | Recommended | Nominal | Normal | Nominal | Weight |
60H3B6H(JST) | 3.6V | 80mAh | 2.4~4mA | 8mA | 14~16h | 16mA | 11.2g |
Trickle current : 2.4mA
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℃
Per attached drawing
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 | Up to 3 cycles |
Open Circuit | Voltage | ≥3.9 | After 1 hour standard | |
Internal | mΩ/cell | ≤1500 | Upon fully charge | |
High rate | Minute | ≥60 | Standard charge | |
Discharge | mA | 40 | Maximum continuous | |
Over charge | No leakage | 2.4mA charge | ||
Charge | mAh | 64 | Standard charge; | |
Cycle Life | Cycle | ≥400 | IEC/CEI61951-2:2001. 4.4 | |
Leakage | No leakage nor | Fully charge at 8mA, |
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. |
![]() |