XPP-5412G Intrinsically Safe Penlight, 50 Lumens, 50 Meters, 6.8″ Waterproof Polymer Housing, 1.5 ounces, 3 AAA Battery

XPP-5412G Intrinsically Safe Penlight, ETLus, ATEX and IECEx Listed

XPP-5412G Intrinsically Safe Penlight is a polymer housing flashlight that is cETLus, ATEX, and IECEx listed. Flashlight XPP-5412G can be safely operated in explosive gas or dust atmospheres. The ultra-thin design equipped with a Cree 50 lumen LED provides bright illumination in hard-to-reach locations. The tail cap switch operates the penlight in momentary or constant-on modes. The injection molded housing is textured with a no slip grip and is waterproof. The penlight comes accessorized with a pocket – belt clip.  XPP-5412G Intrinsically Safe Penlight is powered by 3 AAA batteries.

XPP-5412G Intrinsically Safe Penlight Features:

• ETLus, ATEX and IECEx listed Intrinsically Safe for use in locations where explosive gases or dust atmospheres may be present
• CREE® LED technology – 50,000 + hours LED life
• Momentary or constant-on flashlight
• Sharp focused beam for illuminating tight spaces
• Engineered polymer housing
• Non-slip grip
• Single body switch
• Waterproof
• Impact & chemical resistant
• Built-in pocket/belt clip
• Powered by 3 AAA batteries (included)

XPP-5412G Intrinsically Safe Penlight Specifications:

• Manufacturer: Bayco Products
• Model number: XPP-5412G
• UPC number: 017398802994
• Flashlight Lumens: 50
• Beam Distance: 50 meters
• Candela: 161
• Drop Rating: 2 meters
• Water Rating: IP-X7
• Flashlight Run-time: 13.75 hours
• Type of Switch: Single Tail Cap Switch – Momentary or Constant-on Flashlight
• Light Source: Cree LED
• Case Material: Engineered Polymer
• Body Color: Green
• Battery Quantity: 3
• Power Source: AAA Primary Batteries
• Length: 6.8 in (173 mm)
• Handle Diameter: 0.5 in (13 mm)
• Head Diameter: 0.6 in (15 mm)
• Weight: 1.5 oz (43 g)
• Package Contents: Light & Batteries
• Warranty: Limited Lifetime

Intrinsically Safe is a design technique applied to electrical equipment and wiring for hazardous locations. The technique is based on limiting energy, electrical and thermal, to a level below that required to ignite a specific hazardous atmospheric mixture.

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