Eaton VMVL-5-R1-G-UNV1-TB6 LED fixture - Hazardous/IP66

LED performance drives measurable business impact. The VMVL delivers 5000 lumens at 127 lm/W with a 45-watt input, enabling high-visibility lighting that reduces energy use versus HID systems. In hazardous locations this efficiency lowers utility costs, shrinkage related to lamp replacements, and cooling loads. The cool white output supports accurate instrument interpretation and safer operator decisions in critical process areas. Certification and protection deliver compliance confidence and uptime. IECEx/ATEX Zone 21, NEC/CEC, IP66 and NEMA 4X guard against dust, water, and explosive atmospheres, allowing continuous operation in chemical plants, refineries, and offshore facilities. The robust die-cast aluminum housing resists corrosion and impact, reducing maintenance and replacement cycles in harsh environments. Power flexibility and drive performance streamline system design. With 100-277 VAC and 127-250 VDC operation, VMVL fits a broad energy- and control-systems landscape, reducing the need for multiple part numbers. The dimmable driver enables staged lighting, scene control, and energy savings during off-peak periods. A six-pole terminal block and absence of a mounting module speed installation and facilitate future retrofits without rewiring. Optical and mechanical design optimize reliability under vibration and heat. Type I optical distribution ensures predictable illumination patterns for work areas, while heat and impact resistant glass protects the optical path from harsh environments. The six-pole terminal block, wire guard, and glass lens assembly support quick field service and straightforward maintenance. The combination of die-cast aluminum, gasketed seams, and IP66 protection helps the fixture withstand washdowns and routine cleaning in hazardous locations. Installation efficiency and lifecycle value also matter. The product ships with installation instructions and essential mounting hardware considerations; in practice, no mounting module means fewer components and faster mounting to suitable brackets or junction boxes, reducing total installation time and field error rates.