FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT

Item No.: 00424
Battery pack should have sufficient strength and the LIR cell inside should be protected from mechanical shocks. The LIR cell should be fixed to the battery pack by its large surface area.No cell movement in the battery pack should be allowed.
Description
Description

Product Description

FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT

 

Feature:

1. Flat

2. It has handles for easy handling.

3. Metal case

4. IP65

5 Weight:18KG

 

 

 

FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT

 

Parameter

 

No.
Items
Specifications
Remark
 
1
Capacity for assembled cell
discharging by 0.2C
 ≥42Ah
 Standard discharging method 
 
2
 Battery Voltage
 51.2V
Delivery Voltage, Within 10 days from Factory
 
 
 
3
 
 Standard charge condition 
 
Charge with 0.2C constant current and 58.4V constant voltage, charge to 58.4V,continue charging till current decline to ≤0.01C
 Charge volage58.4V±0.05V
Charge current:0.2C
 
4
Maximum continuous charge
current per pack
 Long time constant current charging current ≤21A 
 
 
5
 Standard discharging method
 0.2C constant current discharge to 40V,
 
 
 
Maximum continuous discharge
current per pack
 
Long time working current 42A
 
 
6
 Internal Impedance
 Assemblage Impedance ≤160mΩ
 
Measure the Red and black wire of
the connector after assembling.
 7
Bluetooth function
YES
 

 

 

 

 

FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT

 

Picture:

FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT 0FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT 1FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT 2FLAT 48V 42AH IFR32700 16S7P LIFEPO4 BATTERY PACK FOR ROBOT CAN SUPPORT 80A WORKING CURRENT 3

 

 

 

Notice for Designing Battery Pack

1. Pack toughness

Battery pack should have sufficient strength and the LIR cell inside should be protected from mechanical shocks. 

2.  Cell fixing

The LIR cell should be fixed to the battery pack by its large surface area.

No cell movement in the battery pack should be allowed.

3.  Inside design

No sharp edge components should be insides the pack containing the IFR cell.

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