DUSLAN
DUSLAN 8-Pack AA 3.2V 600mAh LiFePO4 14500 standard battery
Eight 3.2 V 600 mAh LiFePO4 14500 cells replace lower-capacity AA batteries and deliver up to 1000 charge cycles
- Battery TypeAA
- LiFePO4 chemistry gives stable 3.2 V output
- 600 mAh capacity replaces lower-rated 500 mAh cells
- Up to 1000 charge cycles for long service life
- No memory effect simplifies charging routine
- Compact 14500 size fits standard AA slots
What this pack is
Eight AA lithium phosphate cells deliver 3.2 Volt nominal voltage and 600 mAh capacity each. They suit devices built for the 14500 form factor where higher voltage than standard alkaline is required.
Heat noise and draw
LiFePO4 chemistry produces minimal heat during normal charge and discharge at 0.6 Amp maximum current. No audible noise is generated and self-discharge remains low for long shelf storage.
Voltage match requirement
Each cell operates at 3.2 Volt — three times typical AA voltage — so the host device must be designed for this level. Using them in equipment expecting 1.5 Volt will cause damage.
Highlights
- LiFePO4 chemistry gives stable 3.2 V output
- 600 mAh capacity replaces lower-rated 500 mAh cells
- Up to 1000 charge cycles for long service life
- No memory effect simplifies charging routine
- Compact 14500 size fits standard AA slots
Specifications
| Battery Type | AA |
|---|
Questions about this item
How do I install these 14500 LiFePO4 cells in a device that takes AA batteries, and what is the step people get wrong?
These cells share the 14 mm diameter and 50 mm length of a standard AA, so they fit the same holder. The critical step is verifying your device accepts 3.2 V per cell instead of 1.5 V; using them in a 1.5 V device can cause immediate damage.
What maintenance or replacement will these 600 mAh LiFePO4 batteries need over time?
They are rated for up to 1000 charge cycles with no memory effect and long storage life. When capacity eventually drops below your device's needs, replace the full set with any 14500 LiFePO4 cell between 200 mAh and 800 mAh.
What limit appears first when these 3.2 V cells are run continuously at their 0.6 A maximum discharge?
The 0.6 A continuous discharge ceiling is reached before thermal or voltage-cutoff limits, so sustained loads above 0.6 A will trigger protection or voltage sag immediately.
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