LED Lenser MH7 Rechargeable LED Head Torch

It’s easy to wonder if you’re still on the right path when darkness falls on the countryside. With the MH7 you don’t have to worry about this. It provides optimal lighting to keep the path clearly in sight – even up to 600 lumens in boost mode if needed. And thanks to a magnet, the charging cable can be quickly and easily connected to the light. If charging isn’t an option, the MH7 can also be operated with disposable batteries. The battery status indicator always displays how much power is left so you never need to worry about running out unexpectedly.

The MH7 has four brightness settings and a blink function as well as a red light for those occasions where you want to preserve the eye's natural night vision.

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.

Specifications
• LED Configuration: 1 x Xtreme LED
• Luminosity: MAX 600 lm - MIN 20 lm
• Lighting Range: MAX 200 m - MIN 40 m
• Battery Duration: MAX 40 h - MIN 3.5 h
• Battery: 1 x 2x14500 Battery Pack 3.7V
• Battery Capacity: 5.73 Wh
• Water Resistance: IPX4
• Dust Resistance: IP5X
• Rechargeable: Yes
• Head Diameter: 31 mm
• Weight: 139 g

Features and Benefits
• Rechargeable LED head torch
• Supplied with rechargeable battery and magnetic charging cable
• Can also be used with disposable alkaline batteries
• Low battery warning
• Charge indicator
• Battery indicator
• Transportation lock prevents accidental activation
• Additional red light for preserving night vision
• Easily accessible front switch
• Power - high light output for every situation
• Low Power - economical light for long battery life, glare-free reading and working
• Mid Power - medium light output for every situation
• Boost - short-duration maximum power for more brightness
• Blink - automatic emission of light impulses at regular intervals