D550
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OrcaTorch D550 is a small and lightweight tail magnetic switch diving light. It is equipped with a totally sealed magnetic controlled tail switch which offers high waterproofness and easy operation underwater. Using the latest USA CREE XM-L2(U4) LED, max 1000 lumens output and over 4 hours runtime. this portable diving light offers high and low two modes and one strobe mode for different diving environments use. Plus robust water pressure resistant construction, high portability, and easy operation, the D550 would be qualified for both recreational diving as a primary light and deep diving as a backup light.
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Featuring
* Cree LED, 1000 lumens output
* Uses one USB-C 18650 battery
* Magnetically controlled tail switch offers high waterproofness and easy operation underwater
* Standardly included wrist strap fastens the flashlight to the back of your hand
* Water pressure resistant construction, depth rated to 150 meters
* High efficiency constant current circuit, constant brightness
* Reverse polarity protection, to protect from improper battery installation
* Over-discharge protection function
* Aircraft-grade high-strength aluminum material
* The latest diamond-grade hard-anodized seawater-corrosion-resistance finish;
* Alloy aluminum reflector with professional optical analysis
* Two sides coated toughened glass with high water pressure resistance under deep water
ANSI/NEMA FL1 | High | Low | Strobe |
Output | 1000 lumens | 380 lumens | 1000 lumens |
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Runtime | 2h | 4h 20mins | / |
Beam Distance | 244m(on land) | ||
Intensity | 15000cd | ||
Impact Resistance | 1.5 m | ||
Waterproof | Underwater 150m | ||
Working Voltage | 3-4.2V | ||
Dimension | 144mm(Length) x 25mm(Diameter)x 41mm(Head) | ||
Net Weight | 200g(Excluding Battery) | ||
Accessories | 1*18650 USB-C battery, 1*USB-C charging cable, 1* Wrist strap, 3* Spare O-rings, 1* Lanyard |
Notice:
Stated data has been measured according to the international flashlight test standards ANSI/NEMA FL1 using one 18650 Li-ion battery (3.7V, 3400mAh) under laboratory conditions. The parameters are approximate and may vary between flashlights, batteries, and environments.