P4R Work Flashlight
$71.00
The compact yet powerful P4R Work is a reliable penlight that is perfect for any toolbox. It features a slim and lightweight design, with an end cap switch and a pocket clip for easy attachment to clothing. Advanced Focus System lets you focus the light beam as a spot or flood without losing quality of light. Recharge your P4R Work light with the Magnetic Charge System at any time.
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170 lm15 lm -
100 m20 m -
1.25 h15 h
LED
- LED Configuration 1 x Power LED
- Luminosity1 MAX 170 lm - MIN 15 lm
- Lighting Range1 MAX 100 m - MIN 20 m
- Battery Duration1 MAX 15 h - MIN 1.25 h
- CRI 80
- Color Temperature 4300
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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
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Switches
- End Cap Switch - a switch on the end of the light (end cap)
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Work Series
Tailored for Work and Professional use in tough environments where you need additional protection and a more robust lighting product. The work series has tailored technologies + accessories which will provide additional safety while on the job including our “Emergency Light Mode” to ensure you always have spare light on hand.
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Special functions
- Ultra-compact - robust pen lamp with Endcap Switch
- Improved chemical and fluid resistance - for the entire torch
- Advanced Focus System (AFS) - for efficient, precise flood and spot lighting
- Practical Clip - to attach to shirt or trouser pocket
- Convenient Charging - of the battery with Magnetic Charge System
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IP-Class
- IP54 - Protection against water projected in powerful spray.
Height and Weight
- Length (defocused) 164 mm
- Head Diameter 15 mm
- Weight 62 g
Battery and Casing
- Battery 1 x Li-ion 3.7V
- Battery Capacity2 600 mAh
- Water Resistance IP54
- 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.