4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries2
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries3
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries4
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries2
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries3
4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries4

4.9Ah 3.7VShip inspection handheld monitoring equipment with polymer lithium batteries

Applicable to inspection handheld monitoring devices for ships

Product Number: 08DQ0055-01
Rated voltage: 7.4V
Rated capacity: 4900mAh
Battery size: 110mm * 65mm * 17.5mm
Charging temperature: 0 – 45℃
Discharge temperature: -10 to +60 degrees Celsius
Application field: Instrumentation and meters

Product Number: 08DQ0055-01
Cell model: JD626090 – 4.9Ah – 3.7V
Battery specifications: JD626090/2S1P/4.9Ah/7.4V
Product dimensions: 110mm * 65mm * 17.5mm
Rated voltage: 7.4V
Rated capacity: 4.9A
Rated capacity: 4.8A
Charging voltage: 8.4V
Charging current: 2A
Discharge current: 3A
Discharge cut-off voltage: 6V
Internal resistance of the finished product: ≤ 180 mΩ
Battery weight: 240g
Charging temperature: 0 to +45℃
Discharge temperature: -10 to +60 degrees Celsius
Storage temperature: -10 to +45℃ (less than 1 month) -10 to 35℃ (less than 3 months); -10 to +25℃ (less than 6 months)
Battery packaging: Black plastic casing;
Lithium battery protection: short circuit protection, overcharge protection, overdischarge protection, overcurrent protection, overtemperature protection, etc.
Application field: Inspection handheld monitoring equipment for ships

Product features

The structural ultrasonic processing method is simple, reliable and easy to install.
I2C communication protocol
Output terminal: Utilizes the national standard UL wire output method to enhance the conductivity reliability.
Battery protection management: Utilizes domestic brand protection chips, featuring high stability, precise monitoring, precise control, and the ability to eliminate potential safety hazards to the greatest extent.
The battery pack is safe, has excellent discharge performance and a long cycle life.
The battery pack has a long cycle life, which is in line with the value concepts of low carbon, energy conservation and environmental protection.

Get A Free Quote
Contact Form Demo (#3)

Related Products

Related News

Scroll to Top

Get A Free Quote Now !

Contact Form Demo (#3)
If you have any questions, please do not hesitate to contact us.
Client-Oriented Custom Battery Solutions1