DUSLAN
DUSLAN 9.6V LiFePO4 Battery Pack 6400 mAh with Leads
A 9.6 V LiFePO4 pack delivers 6400 mAh through pre-wired 18 AWG leads with on-board PCB protection
- Battery TypeBattery Pack
- 6 V working voltage powers compatible devices
- 6400 mAh capacity delivers 62 Wh of energy
- LiFePO4 chemistry provides over 1000 charge cycles
- Built-in PCB limits current to 2 A for protection
- UN 38.3 passed for transport safety
9.6V LiFePO4 Pack for Custom Power Projects
This 9.6 volt lithium iron phosphate battery pack delivers 6400 mAh capacity and 62 Wh energy through pre-wired 18 AWG leads. Six 26650 cells in a 2 x 3 arrangement provide a compact 7.9 by 2.1 by 1.2 inch form factor weighing 1.2 lbs. The integrated PCB limits charge and discharge current to 2 amp while protecting against over-charge above 11.7 volt, over-discharge and short circuits. UN 38.3 certification confirms transport safety for this new pack.
Suits Portable Devices Needing Stable 9.6V Supply
Builders powering robotics, test equipment or RC platforms that operate between 7.5 and 11.4 volt will appreciate the flat discharge curve and over 1000 cycle life at 0.2C rate. The hard-wired leads simplify permanent installation but prevent hot-swap use. Applications requiring more than 2 amp continuous current, higher voltage rails or user-replaceable cells should consider alternative configurations.
6400 mAh Handles Moderate Loads With Ample Headroom
At the rated 2 amp limit the pack supplies roughly three hours of runtime before reaching the 7.5 volt cut-off. The 62 Wh capacity supports intermittent higher bursts within PCB limits while the LiFePO4 chemistry maintains performance across a wide temperature range. Extended high-drain sessions exceeding the 2 amp protection threshold will trigger shutdown, so size the load accordingly.
Highlights
- 6 V working voltage powers compatible devices
- 6400 mAh capacity delivers 62 Wh of energy
- LiFePO4 chemistry provides over 1000 charge cycles
- Built-in PCB limits current to 2 A for protection
- UN 38.3 passed for transport safety
Specifications
| Battery Type | Battery Pack |
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Questions about this item
What voltage charger do I need for the 9.6V LiFePO4 pack?
Use a LiFePO4 charger that stops at the pack's peak voltage of 11.4V and respects the 2A charge limit set by the onboard PCB.
Will the 2A discharge limit run my 9.6V brushed motor without tripping?
The PCB caps continuous draw at 2A; if your motor pulls more under load the pack will shut off, so verify the motor's stall current first.
How can I confirm the pack is healthy after the first charge cycle?
Measure the terminal voltage — it should read near 11.4V at full charge and stay above the 7.5V cut-off during use.
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