P7R Core Flashlight and Flex5 Powerbank
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1400 lm15 lm
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300 m15 m
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2 h90 h
LED
- LED Configuration 1 x Xtreme LED
- Luminosity1 MAX 1400 lm - MIN 15 lm
- Lighting Range1 MAX 300 m - MIN 15 m
- Battery Duration1 MAX 90 h - MIN 2 h
- CRI 70
- Color Temperature 6500
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Light Functions
- Power - high light output for every situation
- Mid Power - medium light output for every situation
- Low Power - economical light for long battery life, glare-free reading and working
- Boost - short-duration maximum power for more brightness
- Blink - automatic emission of light impulses at regular intervals
- Position - two short pulses of light, repeated three times, to alert others of your location
- S.O.S - the distress signal the light emits is SOS in Morse code (3 x short, 3 x long, 3 x short)
- Strobe - flashes of light with a confusing blinding effect for, among other things, self-defense
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Switches
- Front Switch - a switch on the front of the torch so you can use one hand
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Core Series
For home and life. Designed for a wide range of applications for everyday or on the job use. Equipped with Ledlenser’s latest technologies and great functionality, the Core Series gives people the opportunity to experience the best parts of our lighting products in everyday life.
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Special functions
- Advanced Focus System (AFS) - for efficient, precise flood and spot lighting
- Smart Light Technology - for custom light functions
- Flex Sealing Technology - provides high protection against dust and water (IP68)
- Constant Light - for constant luminous flux over a long period of time
- Convenient Charging - of the battery with Magnetic Charge System
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IP-Class
- IP68 - Protection for submersion in water up to 1.5m deep for up to 30 mins.
Height and Weight
- Length (defocused) 158 mm
- Head Diameter 35 mm
- Weight 202 g
Battery and Casing
- Battery 1 x Li-ion 3.7V
- Battery Capacity2 4800 mAh
- Water Resistance IP68
- Rechargeable Yes
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Rechargeable
By using rechargeable batteries, you're not just protecting your wallet, but also the environment. Regular batteries, after all, require up to 500 times more electricity to produce than they can release themselves. Combined with the energy consumption for transport and storage, the CO2 emissions are huge.