Orca Torch - D620

ORCATORCH D620 2700lm Dive Torch

Flashlight for demanding divers at a great price!

Orca Torch D620 is a basic dive light designed for specialist technical and cave diving. The relatively small size light head is connected with a canister with batteries. The innovative rotary switch easily allows you to choose the appropriate lighting mode underwater. It also has a safety function against accidental switching on or off. The flashlight uses 4 lithium-ion batteries with a capacity of 3 x 3.7 V 18650 (3400 mAh), and the maximum lighting power is up to 2700 lumens. The set includes an adjustable, rotary Goodman handle, which can be assembled manually in a very simple and quick way.

The most important advantages of the ORCATORCH D620 diving flashlight:

• XHP70 LED diode with a power of 2700 lumens.
• Rotary switch with 90 ° locking for easy and reliable use.
• Handle with adjustable Easy-pack swivel.
• The use of four 18650 lithium-ion batteries.
• Construction resistant to water pressure up to 150 meters deep.
• Overheat protection.
• Reverse polarity protection to avoid improper battery installation.
• Overflow protection function
• The housing is made of high quality aviation aluminum.

Technical specification of the ORCATORCH D620 diving flashlight:

• Power: 2700 lumens (high) / 800 lumens (medium) / 150 lumens (low)
• Run time: 2.5 hours (high) / 8 hours, 50 minutes (medium) / 37 hours (low)
• Beam range on land: 260 meters
• Intensity: 16870 cd
• Impact resistance: 1m
• Working voltage: 5.5-8.4V
• Head dimensions: 83mm (length) x 50mm (Diameter)
• Canister dimensions: 113mm (length) x 54mm (Diameter)
• Weight: 681 grams

The kit includes:

• ORCATORCH D620 flashlight,
• 4x 18650 battery ,
• Suitcase for flashlight and accessories,
• Battery charger,
• Spare O-rings,
• Goodman handle.
• User manual.

Attention! We recommend that you use original OrcaTorch rechargeable batteries to guarantee that the flashlight works properly. Batteries from other manufacturers, even of the same type, may differ in structure and length and do not guarantee the correct power supply of the flashlight.