22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication2
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication3
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication4
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication2
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication3
22.4V 28Ah underwater surveying robot with lithium iron phosphate battery, RS485 communication4

22.4V 28Ah underwater surveying robot with lithium iron phosphate battery

Lithium iron phosphate batteries suitable for intelligent robots

Product Number: 08DQ0011-03
Rated voltage: 22.4V
Rated capacity: 28000mAh
Battery size: 240*φ168mm
Charging temperature: 0 – 45℃
Discharge temperature: -20 to 60 degrees Celsius
Application field: Surveying and mapping

Product Number: 08DQ0011-03
Cell model: 26650 – 3500mAh – 3.2V
Battery specification: 26650 – 7S8P – 28Ah – 22.4V
Rated voltage: 22.4V
Rated capacity: 28Ah
Charging voltage: 25.2V
Charging current: ≤ 14A
Discharge current: 5.6A
Instantaneous discharge current: 20A
Discharge cut-off voltage: 17.5V
Internal resistance of the finished product: ≤ 200 mΩ
Battery weight: 5500g
Product dimensions: Height 240mm, Diameter 168mm
Charging temperature: 0 – 45℃
Discharge temperature: -20 to 60 ℃
Storage temperature: -20 to 35 ℃
Battery housing: Sheet metal metal housing
Lithium battery protection: short circuit protection, overcharge protection, overdischarge protection, overtemperature protection, overcurrent protection, ESD protection, etc.
Application fields: Inspection robots, power monitoring robots, mapping robots and other robot-related fields

Product features

The sheet metal casing enhances the reliability and stability of the battery, and makes it easy to install, transport and carry.
Wire output terminal: It adopts a high-temperature-resistant wire output method to enhance electrical conductivity reliability and high-temperature resistance.
Data communication management: RS485 communication for precise data transmission and accurate temperature control, minimizing 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.

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