LEDLENSER H3.2 - headlamp with AAA batteries

LEDLENSER H3.2 - headlamp

The new Ledlenser H3.2 headlamp is an improved successor to the popular "H3". This flashlight also stands out for its lightness - together with three AAA pencil batteries it weighs only 133 g. However, its performance has been greatly improved: thanks to the reflector lens, which is part of the unique Advanced Focus System, it shines with 120 lm at a distance of 100 m for up to 6 hours. On the power saving mode (5 lm, 20 m), it can shine for 60 hours.

The tilting head of the headlamp can rotate the light cone up to 90°. The electrolytically gold-plated contacts guarantee high resistance to corrosive damage caused mostly by acid or battery gas. This is also confirmed by the seven-year warranty that covers Ledlenser flashlights.

The Ledlenser H3.2 headlamp is both splash and impact resistant to IPX4 standard, which will be especially appreciated by fishermen, sportsmen and all fans of outdoor activities. However, it is also very well used by assemblers and DIYers.

Package includes: flashlight, 1x set of 3 AAA batteries, neoprene case, sticker 100% original, instructions

• Reflector Lens
• Hinged headlamp head
• Electrolytically gold plated contacts
• High resistance to damage
• Seven-year warranty
• Resistance to splash water

Parameters:

Light range: 100/20 m
Light flux: 120/5 lm
Lighting time: 6/60 h
Weight: 133 g
Battery: 3 x AAA
LED: Power LED
Resistance certificate: IPX4

Advanced Focus System
Reflector lens allowing the beam of light to focus with a smooth transition from a wide homogeneous circle of light to a sharp beam and vice versa. Focusing is accomplished by simply moving the flashlight head forward (focus) or backward (defocus). LEDLENSER flashlights are the only flashlights in the world to use the principle of refraction. Conventional flashlights only reflect light from reflective surfaces inside the flashlight head.

Speed Focus
Fast focus. SPEED FOCUS is a fast and reliable sliding focusing mechanism and in many ways superior to conventional rotary mechanisms. It is an integral part of the AFS (Advanced Focus System). In order for this mechanism to work, the LED, lens and reflector must be placed on the same axis. The precise positioning of this system is performed using laser technology. The flashlight can then be operated simply with one hand, by moving the head of the flashlight with your thumb away from or towards you, to blur or focus the light at lightning speed and comfortably.