Eaton CPMV7L-UNV1 LED Wall Pack Light - IP66/NEMA 4X

High-lumen LED performance with efficient operation. CPMV7L-UNV1 combines 7000 lumens with a compact 59-watt draw, delivering 115 lumens per watt and sustained performance across 50/60 Hz. The result is broad, uniform coverage for wall-pack installations, reducing the number of fixtures required in perimeters or outdoor plant walls. In hazardous locations, this translates into lower installed cost per lux and predictable illumination, even in cold environments. Universal voltage and dimming enable flexible deployment. With universal voltage 120-277 Vac and 125-250 Vdc, CPMV7L-UNV1 minimizes wire runs and eliminates the need for multiple drivers in mixed-supply sites. The dimmable driver supports lighting control strategies for energy savings and process visibility, while PF > 0.90 reduces reactive power. The 3/4" entry and yoke mounting simplify retrofits and new installations alike. Rugged, compliant construction for harsh environments. Engineered for hazardous/classified locations, the fixture features IP66 and NEMA 4X protection, tempered glass lens, and die-cast aluminum housing. The 7x6 optical distribution ensures even coverage, while the area-classification rating aligns with NEC/CEC requirements. The rugged build withstands wind, dust, and chemical exposure common to outdoor yards and production areas. Maintenance and reliability designed for long-life operation. Long-term reliability is supported by a low 59 W consumption and extended LED life, reducing maintenance cycles in remote or hard-to-access areas. The yoke mount allows quick aiming adjustments, and the 3/4" entry supports flexible conduit routing. The availability of 3D design packages and installation sheets facilitates accurate planning and on-site assembly. Industry-standard compatibility and robust supplier support complete the package. The availability of SP3D models, installation instructions, and datasheets accelerates engineering and procurement workflows, helping teams validate layouts earlier in the project lifecycle and avoid costly reworks.