Cameron Sino Battery 413184 2500mAh 3.6V
Replacement 3.6 V 2500 mAh Ni-Zn battery for SE 3.6, SL 3.6 and 413184 power tools
- Parts1 Year
- Replacement for 413184, SE 3.6, SL 3.6 power tools
- 2500 mAh capacity delivers 9.00 Wh of runtime
- 6 V nickel-zinc chemistry matches original specification
- Built-in protection against overcharge, over-discharge and short circuit
- Compact 110.94 × 41.60 × 39.10 mm size fits existing battery bay
Direct replacement for 413184 power tools
This 3.6 V Nickel-Zinc cell delivers 2500 mAh and 9.00 Wh in a 110.94 x 41.60 x 39.10 mm pack weighing 84.0 g. It matches the original specifications for SE 3.6, SE3.6, SL 3.6 and SL3.6 models. A fully decoded chip communicates with the tool exactly as the factory unit does.
Voltage and capacity fix the runtime envelope
At 3.6 V the pack cannot drive tools rated for higher voltages, and 2500 mAh sets a hard limit on amp-hours per charge. Continuous high-draw applications will deplete the cell faster than lower-draw tasks. Storage above 60 °C or 140 °F accelerates permanent capacity loss.
Slide the pack into the tool until the latch clicks
Align the connector pins before pressing home; a misaligned connector is the most common cause of a dead-on-arrival report. Allow two to three full charge cycles for the gauge to calibrate. Avoid low-quality third-party chargers, which can trip the over-voltage and short-circuit protection circuits.
Highlights
- Replacement for 413184, SE 3.6, SL 3.6 power tools
- 2500 mAh capacity delivers 9.00 Wh of runtime
- 6 V nickel-zinc chemistry matches original specification
- Built-in protection against overcharge, over-discharge and short circuit
- Compact 110.94 × 41.60 × 39.10 mm size fits existing battery bay
Specifications
| Parts | 1 Year |
|---|
Questions about this item
Which Cameron Sino replacement matches my 413184, SE 3.6, SE3.6, SL 3.6 or SL3.6 power tool?
This unit carries part number 4935413165 and is built to fit the 413184, SE 3.6, SE3.6, SL 3.6 and SL3.6 models listed by the manufacturer.
What runtime can I expect from the 2500 mAh, 9.00 Wh pack in my tool?
At 3.6 V the cell stores 9.00 Wh, so a tool drawing 1 A will run for about 2.5 hours before recharge.
Does the 3.6 V nickel-zinc chemistry limit charging or discharging current?
The integrated protection circuit guards against over-charge, over-discharge, over-voltage and short-circuit, keeping current within safe limits for the chemistry.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



