Eaton Crouse-Hinds | CPMV7L-UNV34-S903

Technical Specifications

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Key Features & Benefits

✅ Designed for High-Voltage Industrial Applications

• Operates on 347-480V AC, making it an ideal lighting solution for industrial and hazardous locations with high-voltage power systems.

✅ Enhanced Light Output with Clear Polycarbonate Lens (S903)

• The S903 clear polycarbonate lens maximizes light transmission, ensuring brighter illumination while maintaining impact resistance.

✅ Energy-Efficient Performance

• Uses 58.9W, significantly reducing energy consumption while delivering 7,000 lumens—a powerful alternative to 150-175W HID fixtures.

✅ Rugged & Corrosion-Resistant Build

• Die-cast aluminum housing with Corro-Free™ epoxy powder coating protects against harsh environmental conditions.
• IP66-rated, making it completely dustproof and waterproof for extreme industrial settings.

✅ Dimmable LED Driver for Flexibility

• Adjustable brightness allows for customized lighting levels, optimizing energy usage.

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Ideal Applications

The CPMV7L-UNV34-S903 is built for hazardous and high-voltage industrial environments, including:

• Hazardous Locations: Chemical plants, gas stations, refineries, and petrochemical sites.
• Industrial Facilities: Warehouses, manufacturing plants, and processing centers.
• Outdoor & Security Lighting: Loading docks, parking lots, and perimeter lighting.

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Why Choose the CPMV7L-UNV34-S903 LED Luminaire?

✔ Optimized for High-Voltage Systems – Designed for 347-480V AC applications.
✔ Clear Polycarbonate Lens for Maximum Brightness – Ensures superior light transmission and durability.
✔ Energy-Efficient & High-Performance – Delivers 7,000 lumens at just 58.9W.
✔ Durable & Weatherproof – IP66-rated for dustproof and waterproof performance.
✔ Dimmable & Customizable – Adjustable brightness for greater energy savings and flexibility.

The CPMV7L-UNV34-S903 is the perfect lighting solution for hazardous, high-voltage industrial applications, offering efficiency, durability, and outstanding illumination.