generic808
Enlightened
- Joined
- Jan 19, 2008
- Messages
- 592
Forgive me if this has been posted already, but I don't seem to see it anywhere. Malkoff is releasing a new P7 drop-in for C/D M@gs next week. Now this looks like another great creation by Gene! :thumbsup:
Here's the specs courtesy of malkoffdevices.com:
This is the Malkoff Devices P7 Universal Drop-in for Maglite C and D sized flashlights. The same module fits both sizes. It features a C Bin SWO Tint Seoul Semiconductor P7 LED. It was specifically designed for use with 2 or 3 NIMH Cells. The voltage input range is from 1v to 3.6v. It produces a smooth 15-20 degree beam with a very generous spill pattern. Though not a big time thrower it, will light objects out to approximately 350+ feet from the sheer volume of light emitted.
Typical Output Using Various Inputs:
Input Output Approx Lumens Current Draw Ma
2 x NIMH 500+ 2700
3 x NIMH 700+ 3300
Runtime can be calculated by dividing the battery capacity (Mah) by the current draw (Ma from the table above). Then subtract 20-25%. This will give a conservative general approximation of runtime.
Here's the specs courtesy of malkoffdevices.com:
This is the Malkoff Devices P7 Universal Drop-in for Maglite C and D sized flashlights. The same module fits both sizes. It features a C Bin SWO Tint Seoul Semiconductor P7 LED. It was specifically designed for use with 2 or 3 NIMH Cells. The voltage input range is from 1v to 3.6v. It produces a smooth 15-20 degree beam with a very generous spill pattern. Though not a big time thrower it, will light objects out to approximately 350+ feet from the sheer volume of light emitted.
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Typical Output Using Various Inputs:
Input Output Approx Lumens Current Draw Ma
2 x NIMH 500+ 2700
3 x NIMH 700+ 3300
Runtime can be calculated by dividing the battery capacity (Mah) by the current draw (Ma from the table above). Then subtract 20-25%. This will give a conservative general approximation of runtime.