What makes a Flashlight SAFE?
| Division 1: |
Where volatile substances can exist all of the time or some of the time under normal
operating conditions. |
| Division 2: |
Where volatile substances are not likely to exist under normal operating
conditions. |
DIAGRAM OF CLASS 1 DIVISIONS/ZONES
WHAT IT MEANS TO HAVE SAFETY APPROVAL
Products must pass a battery of rigorous tests conducted by safety agencies
before getting a stamp of approval. When you’re in a potentially hazardous
environment, using a flashlight that carries these approvals is vital.
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SAFETY APPROVED FLASHLIGHTS
PelicanTM flashlights have more approvals than those of any other manufacturer.
Know that when you enter a Class I or Class II location where flammable gases and
combustible dusts are present, or a Class III environment with ignitable fibers, your
Pelican flashlight will not be a source of ignition.
So how do we do it? Pelican Products uses only the best
quality materials and components in manufacturing flashlights.
They stand up to rigorous testing by independent laboratories
and industrial safety agencies that issue their approvals. High
impact resins like ABS, Xenoy® and polycarbonate for flashlight
bodies are as tough as they come. They are corrosion proof,
chemical resistant, and virtually indestructible yet light weight. Our Umbrella Valve
allows gas build-up to quickly escape while keeping moisture out. This safety feature
is the new and improved version of the patented Pressure Release Valve (PRV) introduced
in 1990 to the flashlight industry. All FM approvals have
since changed and are now based on Pelican’s research and
development contributions. Another industry first is the addition
of Hydrogen-Absorbing Pellets to Pelican lamp modules. It is a
back-up system that absorbs excess hydrogen retained inside the
flashlight. No gas. No spark.
Pelican’s Battery Polarity Guard Tray makes operating
the flashlight impossible if one or more cells
are inverted. This safety feature guards against dangerous “outgassing” of hydrogen
from an accidentally reversed cell (which is a major cause of flashlight accidents, in
and out of hazardous environments). It also doubles as an armor for protecting the
fragile alkaline cells from rough handling.
“ALWAYS FOCUSED” TECHNOLOGY
All Pelican flashlights use high-intensity Xenon, Halogen, or LED
lamps that generate high quality beams. The exclusive dual
filament lamps on our large size lights provide emergency backup
and increased lamp life. But what is unique with a selection
of our lights is the pre-focused beam. Pelican’s sealed and
open face one-piece patented safety approved lamp modules
combine tough abuse proof protection with unsurpassed lumen
values (true light emitted) and focused white light reflection.
The computerized spot reflector opens up the light pattern
slightly to give a powerful in-focus beam without annoying
black spots or shadows. Whether it’s the submersible Tracker™
with a laser spot beam that penetrates fog, haze, and murky
water, or the modified spot beam on the Big ED™ that cuts
through the thickest smoke, there is no more fumbling to focus.
> LIGHT FEATURES
WHAT MAKES A FLASHLIGHT SAFE?
Umbrella Valve
Pelican’s clean, even
pre-focused beam
Other flashlights offer
poor and uneven beams
with shadows
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