Nitecore EDC31
Dimensions
- Length:
113.2 mm
- Head Diameter:
23.0mm
- Weight:
100g
Construction
- Material:
Aluminium Alloy
- LED:
NiteLab UHi 20 MAX
- Switch:
Tactical Tail Button
- Lens:
Optical lenses with Double-Sided, Scratch Resistant Coating
- Reflector:
OP
Features
- Rechargeable:
Yes
- Special Modes:
Lumin Shield
- Maximum Output:
3,500 lumens
- Maximum Beam Distance:
380 meters
- Water Resistant:
IP68
Battery
- Included:
Built-in 3,800mAh Li-ion
- Compatible:
N/A
Nitecore EDC31
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Description
The Nitecore EDC31 compact tactical flashlight has a maximum output of up to 3,500 lumens at a beam distance of 380 meters from the NiteLab UHi 20 Max LEDs. This torch is powered by a built-in 3,800mAh Li-ion battery with a runtime of up to 57 hours and is rechargeable via USB-C.
The EDC31 is operated by a tactical tail button; half press for brightness level adjustment and Search mode and fully press for power On/Off and for the Lumin Shield mode. This flashlight features a rapid lockout function allowing the user to access full lockout mode, half lockout mode or unlock the flashlight with a simple sliding switch.
This flashlight features a power level display indicating the remaining power by the light indicators:
4 Constant - on lights : 75% - 100%
3 Constant - on lights : 50% - 75%
2 Constant - on lights: 25% - 50%
1 Constant - on lights: 0% - 25% (Please charge the flashlight as soon as possible)
This flashlight includes a clip and lanyard for quick use and easy storage.
The Nitecore EDC31 has an impact resistance of up to 3 meters and a waterproof rating of IP68.
The EDC31 includes: USB-C Charging Cable, Lanyard and Clip.
Brightness Levels:
Lumin Shield: 3,500 lumens, 330 meters
Search (Spotlight): 1,500 lumens, 380 meters
High: 1,100 lumens, 4hrs runtime, 200 meters
Mid: 300 lumens, 5hr runtime, 173 meters
Low: 70 lumens, 24hrs runtime, 85 meters
Ultralow: 5 lumens, 57hrs runtime, 20 meters
Advanced Temperature Regulation (ATR) adjusts the output of the EDC31 based on the working and ambient temperatures. This feature ensures that the device maintains optimal performance while preventing the LED from overheating. The output measurements account for the total runtime, including periods of reduced brightness due to temperature changes or built-in protection mechanisms, which may cause the brightness level to drop.