Explosion proof high power LED lamp HL 10 EX [AccuLux 492022]

Explosion proof high power LED lamp HL 10 EX [AccuLux 492022]

SKU: AC-492022
GTIN: 4003189920226
Category: LED Lamps / Torches
Manufacturers: AccuLux

with power LED for use in Ex zones 1, 2, 21 and 22

65,90 €

incl. 19% VAT , plus

Available immediately
Delivery time: 1 - 3 days int. shipments may differ

pcs

Description

This explosion proof high power LED lamp from the AccuLux series model HL 10 EX is made of a very impact-resistant and waterproof plastic casing (IP 68). The innovative LED torch with a length of only 17 cm and a weight of only 167 g is the leader among comparable torches. Through the super strong power LED with approximately 7000 Kelvin colour temperature, the HL 10 EX shows its strengths with its bright white light. This high-power LED torch offers a operating time of approximately 11 hours through the 4 Mignon batteries included in the delivery (AA). The user will appreciate that the bulbs will not have to be replaced any more thanks to the high lifespan of the strong, but power-saving LED lamp. The HL 10 EX is ideal for professional use as a hand and helmet lamp, for example, for the fire department. It was designed in accordance with DIN 14649.

can be attached to protective helmets (helmet clamp as accessory)
Bipolar power management *
submersible up to 5 m
Power LED with bright white light
Lightweight: only 167 g
long operating time: approximately 11 h
Range approximately 150 m
no bulb replacement

Technical specifications:

Case material: Plastic (shock-resistant)
Lamp: Power LED
Operating time: approx. 11 h
Range: approx. 150 m*
Batteries: 4 x AA, Mignon
Protection class: IP 68
Weight: approx. 167 g
Dimensions in mm: 172 x 41
Explosion zone: 1, 2, 21 and 22
Ex marking: II 2 G Ex ib IIC T4 Gb / II 2 D Ex ib IIIC T 135°C Db
ATEX no.: TÜV-A 10ATEX0003

*Luminous flux (lumen) or maximum range (meter) measured when turning on with a set of new batteries or fully charged battery. These are average values that may deviate by +/- 10% due to component tolerances.