The 3415 magnetic ATEX torch is designed for professionals in hazardous areas operating in zone 0. It features a pivoting head and a powerful magnet allowing it to be fixed to any metal wall and enable us to work "hands-free". The ATEX torch includes two lighting functions allowing it to direct and emit a beam at long range or proximity.
ATEX Zone 0 torch with swivel head and a strong magnet for hands-free applications
Powerful LED light (up to 329 lumens) with a long run time (up to 14 hours in the high mode)
IPX8 protection can be immersed down to 100 meters deep
ABS body and shock-resistant polycarbonate lens
Two modes of use are available: close-up or remote
Additional information
Equipped with a swivel head and an integrated magnet, the PELI 3415 ATEX torch allows the user to position it on any metal surface for "hands-free" use in most hazardous locations. Powered by 3 AA batteries, it is equipped with spot LEDs and a beam for close-up and/or remote lighting. The side button allows the selection of the light mode of the lighting unit.
The PELI 3415 torch is ATEX Zone 0 approved for safe use in hazardous areas. It is also IPX8 certified, protecting it against immersion under water at a depth of 100 meters for 4 hours. It is an essential accessory for firefighters, first aiders, maintenance workers, or interventions in confined spaces.
The PELI 3415 magnetic ATEX torch has three lighting modes (high, low, or flashing). It delivers a light power of 329 Lumens with a maximum range of 133 meters and an autonomy of 6 hours on max. power mode (spot + beam). The lamp body is manufactured from unbreakable ABS material and a shockproof polycarbonate lens.
Confined spaces are partially or fully closed structures (pits, tanks, sewers…) present in many industries. Risks generated because of a poorly oxygenated, toxic or explosive ...
Water purification and wastewater treatment processes developed for water sanitation produce many combustible, toxic or asphyxiating gases. This field of activity presents several ...
Road and railroad tunnels are considered as closed or partially closed structures. They feature same risks and hazards than interventions in confined spaces, such as oxygen ...
