Specifications:
- LED: 2x NiteLab UHi 20 MAX
- Color Temperature: Cool White
- Max Lumen: 6500
- Max Beam Distance: 400m
- Max Beam Density: 40230cd
- Battery: Built-in 2500mAh Rechargeable Battery
- Impact Resistance: 1m
- Waterproof: IP54
Features:
- Utilizes 2 x UHi 20 MAX LEDs with a max output of 6,500 lumens
- Max peak beam intensity of 40,230cd and max throw of 400 meters
- 4 brightness levels to cycle through; SEARCH, LUMIN SHIELD™ and STROBE available
- One button customizable access to LUMIN SHIELD™ or STROBE READY™
- Multifunctional OLED real-time display for brightness level, lumens, battery voltage and runtime, etc.
- Built-in 2,500mAh Li-ion rechargeable battery
- Uses a precision metal orange peel reflector, offering long range and wide angle illumination
- Advanced Power Cut-Off (APC) technology for an ultra-low standby power consumption
- Highly efficient constant current circuit provides a stable output up to 61 hours
- Dual tail switches enable intuitive operations
- Level preset function available for setting the desired level in advance
- Built-in Li-ion battery charging circuit with a USB-C port
- Intelligent mode memory function
- Lockout Switch (Rapid Lock™) available for Semi Lockout Mode and Full Lockout Mode
- Incorporated Advanced Temperature Regulation (ATR) module (Patent No. ZL201510534543.6)
- High strength stainless steel body with PVD (Physical Vapor Deposition) titanium coating
- Waterproof and dustproof rating in accordance with IP54
- Impact resistant to 1 meter
- Dimension: Length 133.5mm, Width 34.6mm, Height 19.2mm
- Weight: 160g
Package Includes:
- 1 x Nitecore EDC29 Rechargeable Flashlight
- 1 x USB-C Charging Cable
- 1 x Lanyard
- 1 x User Manual
- 1 x Warranty Card
Warranty: 2 Years Warranty on the light from date of purchase against manufacturing defect. Accessories (such as pocket clip, lanyards, holsters, etc), normal wear and tear, drop & water damages is not covered, nor is damage resulting from abuse, neglect, battery leakage or altering this product from its original state