18V 5400mAh 18650 Panasonic Lithium Battery Pack
For Medical Ultrasound Machine, Ternary Lithium Battery with SMBus Communication
- Product Number: 09AQ109-09
- Nominal voltage: 18.0V
- Nominal capacity: 5400mAh
- Battery size: 235.3*75.3*24.3mm (Max)
- Charging temperature: 0-45℃
- Discharge temperature: -20 to 60 ℃
- Application field: Medical equipment
Product Number: 09AQ109-09
Battery cell model: NCR1865PF/2900mAh/3.6V
Battery specifications: 18650-5S2P/5400mAh/18V
Nominal voltage: 18.0V
Nominal capacity: 5400mAh
Charging voltage: 21.0V
Charging current: 1080mA
Discharge current: 1080mA
Maximum discharge current: 2000mA
Discharge cut-off voltage: 12.0V
Finished product internal resistance: ≤300mΩ
Battery weight: 600g
Product dimensions: 235.3*75.3*24.3mm (Max)
Charging temperature: 10 to 45℃
Discharge temperature: -20 to 60℃
Storage temperature: -20 to 50℃ (less than one month)
Battery packaging: ABS+PC casing
Lithium battery protection: short-circuit protection, overcharge protection, overdischarge protection, overcurrent protection, etc
Application field: Medical equipment
Battery management: It adopts TI’s charging management chip, featuring high stability, high-precision monitoring, precise control, and temperature protection functions. Eliminate potential safety hazards to the greatest extent.
The ABS+PC casing enhances the reliability and firmness of the battery
Data communication management: Utilizing TI-SMBus software management chips, SMBus communication for precise data transmission, and accurate temperature control, it eliminates potential safety hazards to the greatest extent.
Data communication management: It adopts TI-SMBus software management chip and SMBus communication for precise data transmission, as well as real-time battery status monitoring and control.
Connector plug output end: TSA1 output method is adopted, and the mating increases the reliability of electrical conduction.
The battery pack is safe and has good performance.
The battery pack has a high cycle life and conforms to the value concepts of low carbon, energy conservation and environmental protection.
