Lithonia Lighting 47748 Die-Cast Wall Pack CFL HID Outdoor, Glass TWH

Lithonia Lighting 47748 Die-Cast Wall Pack CFL HID Outdoor, Glass TWH

For outdoor storage areas, warehouse and factory perimeters, and loading docks.Not recommended for applications with frequent exposure to harsh chemicals or commercial cleaning fluids (e.g., car washes). Installations in such environments may lead to premature failure of the luminaire and void the warranty. Construction Housing: Rugged, die-cast aluminum housing. Corrosion-resistant captive external hardware includes slotted hex-head fasteners. Finish: Dark bronze polyester powder finish standard. Additional architectural colors available; see www.lithonia.com/archcolors. Optics Reflector is specular anodized aluminum. Refractor is prismatic borosilicate glass. Lens is sealed and gasketed to inhibit entrance of outside contaminants. Nighttime Friendlyª - Order with a full shield (FS) option, cast aluminum and glass lens construction, 400W max. Electrical Ballast: All ballasts are 100% factory tested. High reactance, high power factor for 150W and below. Constant wattage autotransformer 175W and above. MH:150W and below are standard with pulse-start ignitor technology. Super CWA Pulse Start ballasts, 88% efficient and EISA legislation compliant, are required for 151-400W (must order SCWA option) for U.S. shipments only. CSA, NOM or INTL required for probe start shipments outside the U.S. Compact fluorescent uses an electronic high-frequency ballast. Socket: Horizontally oriented, mogul-base porcelain socket for 175W and above, medium base for 150W and below, with copper alloy, nickel-plated screw shell and center contact. UL Listed 1500W-600V, 4KV pulse rated. Fluorescent is four-pin positive latching thermoplastic. LPI is standard 35K for CFL. Installation Back housing is separated from front housing, eliminating ballast weight and promoting easy handling. Top 3/4" threaded wiring access. Back access through removable 3/4" knockout. Mount on any flat, non-combustible vertical surface.