Eaton Crouse-Hinds | CPMV7L-UNV1-S903

Technical Specifications

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Key Features & Benefits

✅ High Energy Efficiency

• Operates at 58.9W, providing significant energy savings compared to traditional 150-175W HID fixtures.
• High lumen output for bright, uniform illumination with reduced power consumption.

✅ Rugged & Durable Construction

• Heavy-duty die-cast aluminum housing with corrosion-resistant epoxy powder coating.
• Clear polycarbonate lens (S903) for high impact resistance and optimal light transmission.

✅ Weatherproof & Hazard-Resistant

• IP66-rated, making it dustproof and waterproof for reliable operation in extreme conditions.
• Designed for hazardous locations where flammable gases, vapors, or dust are present.

✅ Wide Voltage Compatibility

• Supports a wide voltage range of 120-277V AC and 125-250V DC, making it adaptable to various industrial power systems.

✅ Dimmable LED Driver for Adjustable Brightness

• Allows brightness adjustment based on task requirements.
• Maximizes energy efficiency while ensuring optimal lighting conditions.

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Ideal Applications

The CPMV7L-UNV1-S903 LED luminaire is engineered for demanding industrial and hazardous environments, including:

• Hazardous Locations: Oil refineries, gas stations, chemical processing plants, and petrochemical facilities.
• Industrial Workspaces: Warehouses, factories, manufacturing plants, and high-risk production areas.
• Outdoor & Security Lighting: Perimeter lighting, loading docks, parking lots, and industrial zones.

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Why Choose the CPMV7L-UNV1-S903 LED Luminaire?

✔ Ultra-Efficient LED Performance – Reduces energy costs while maintaining high brightness levels.
✔ Rugged Construction – Designed to withstand harsh industrial environments.
✔ Weather & Hazard Resistant – IP66-rated for extreme durability.
✔ Easy Installation & Low Maintenance – Reduces long-term operational costs.

The CPMV7L-UNV1-S903 is the perfect lighting solution for hazardous and industrial locations, delivering efficiency, durability, and high-performance illumination.