Securall® 2 Drum 4HR Fire-Rated Agri-Chemical Storage Locker 5'W x 3'6"D x 6'11"H AG200FR4

This item is NOT returnable.

Securall® pesticide and chemical storage lockers & buildings are designed to ensure safe storage of your turf management chemicals. All models are fm approved and meets epa and osha standards for hazardous chemical storage. Perfect for golf courses landscape contractors and greenhouses. Securall®'s quality cannot be beat with standard features such as corrosion-resistant galvannealed steel construction tornado and hurricane resistant walls and interlocking wall panels designed for superior strength and durability. Building model selected includes 4 hour fire rating. Standard features include ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" 4 hour fire rating fire rated walls are intertek tested and fm approved for 4 hours fire rated roof is intertek tested and fm approved for 3 hours r-11 insulation in walls and ceiling (1) dust proof interior lights w/switch (1) vapor resistant exterior light w/photocell (1) gfci duplex receptacle w/weatherproof cover shelving (three tiers) w/raised edges for secondary containment building has double wall welded construction 3" airspace throughout exterior walls are 16-gauge galvannealed steel. Interior walls are 20-gauge cold roll (1) 3hr fire rated door with a ul classified commercial grade keyed lockset & door closer door dimension 42"w x 63"h 12 gauge steel sump removable galvanized steel safety plank flooring heavy gauge forklift channels with open-end construction bolt-down plates (4) with 7/8 diameter holes for wind and seismic bracing inlet vents for natural ventilation with fire dampers if a fire rated building load center is 120/240 volt single phase nema 3r hazard labeling (dot placard holder nfpa 704 rating signs) finish is a two-part aliphatic polyurethane complies with nfpa code 30 building factory mutual approved and ul listed accessories electrical installed in accordance with the nec 2008 and 2011 editions the type of building needed is determined by the material

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