Securall® 16 Drum 2HR Fire-Rated Hazmat Storage Locker 10'W x 8'D x 8'3"H B1600FR2

This item is NOT returnable.

Securall® hazmat storage lockers & buildings are specifically designed for hazardous material storage and dispensing from 55-gallon drums containing flammable or combustible liquids. These double walled buildings have been tested for tornado resistance withstanding f-4 tornado force winds of 250 mph. All hazmat storage buildings are designed in accordance with the standards set forth by nfpa code 30 and comply with osha and epa regulations. All models are fm approved for the storing and dispensing of flammable and combustible liquids. All electrical options are u.L. Approved & installations are compliant to current state approved nec regulations. Electrical classification available at an additional charge. Building selected includes a 2 hour fire rating. Features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" 2 hour fire rating fire rated walls are intertek tested and fm approved for 2 hours fire rated roof is intertek tested and fm approved for 1.5 hours heavygauge double wall allwelded steel construction with 3" off airspace throughout exterior walls are 12-gauge galvannealed steel. Interior walls are 20-gauge cold roll (1) 1.5hr fire rated door with a ul classified commercial grade keyed lockset & door closer door dimensions 60"w x 80"h double door with 36" active leaf 12 gauge continuous welded steel sump 12 gauge heavygauge forklift channels with openend construction (4) boltdown plates for wind & seismic zone 4 conditions interior and exterior static grounding connections inlet vents for natural ventilation fire damper protection hazard labeling (dot placard holder & nfpa 704 rating sign) finished in a two part chemical resistant aliphatic polyurethane paint snow load up to 70 psf & floor load up to 500 psf the type of building needed is determined by the material being stored or dispensed. Flammable liquids falling in the class ia and class ib categories must be stored in a building designed with explosion relief. P

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