The Fenix SD20 – 1000 Lumens Diving Led Torch is specifically designed with the diver in mind. A maximum 1000 lumens, 564ft (172m) of beam distance, and waterproof up to 100 meters, allows you to explore the depths with confidence and safety. Easily choose between the different modes with one hand via the rotating magnetic ring on the head of the flashlight. Always know your flashlight’s remaining battery life with the built-in indicator and never lose your light with the bigger button hook and premium included lanyard.
SPECIFICATIONS
- Cree XM-L2 U2 and Cree XQE Red LED with a maximum output of 1000 lumens
- Output and Runtime:
- 1000 Lumens – 3hrs
- 400 Lumens – 7h30mins
- 105 Lumens – 8hrs
- Dimensions:
- Length: 208mm
- Diameter: 26mm
- Head: 40mm
- Weight: 245g excluding battery
What’s Included:
Fenix SD20 Flashlight,Lanyard, Spare O-ring, Conducting plate.
OPERATIONS
Rotate the magnetic ring to select the wanted output level.
From left to right, there are five output levels: Battery level, Red light, Off, Low and High.
Battery Level Indicator
When rotates the magnetic ring to the battery level output, there are three states: red light constant-on displays sufficient power level, red light slow flash displays poor battery level, red light quick flash displays critical battery level.
Low-voltage Protection
1. When the light works at High output, if the detected voltage is lower than the preset voltage of 6.2V, the output will automatically downshift to 400 Lumens.
2. When the light works at High or Low output, if the detected voltage is lower than the preset voltage of 6.0V, the output will automatically downshift to 100 Lumens.
3. When the light works at the Red light mode, if the detected voltage is lower than the preset voltage of 6.0V, the output will automatically downshift to 25 Lumens.
Intelligent Over-heat Protection
The light will accumulate a lot of heat when it is working at High output. When the light is overheated internally up to 65C or above, the flashlight will automatically adjust the output to prevent the light from overheating.