LUZ-H50012 LED Driver – 500W, 12V, IP20 Indoor Power Supply

The LUZ-H50012 is a powerful 500W constant voltage LED driver engineered to deliver stable 12V DC output for high-load LED systems. Designed for large-scale indoor applications, this IP20-rated driver ensures efficient energy conversion, consistent light performance, and reliable safety features. It is perfect for powering expansive LED strip installations, commercial lighting systems, and architectural projects that demand durability and high output in dry environments.

Key Features:

Ultra-High Power Capacity: Provides up to 500W for extensive 12V LED systems.

Stable 12V DC Output: Guarantees uniform and flicker-free lighting across installations.

Safe for Indoor Use: IP20-rated housing suitable for dry, ventilated environments.

Full Protection Suite: Equipped with overload, short-circuit, overvoltage, and thermal safeguards.

High Energy Efficiency: Reduces electricity consumption and heat generation.

Quiet Fanless Cooling: Operates silently for noise-sensitive environments.

Installation-Friendly Design: Slim profile for flexible mounting in cabinets or ceilings.

Key Specifications:

Model: LUZ-H50012

Output Power: 500 Watts

Output Voltage: 12V DC

Input Voltage: 180–240V AC, 50/60Hz

Maximum Output Current: 33.3A

IP Rating: IP20 (indoor only)

Cooling Method: Natural convection (fanless)

Efficiency: ≥85%

Protection Features: Overload, short-circuit, overvoltage, overheat protection

Housing Material: Aluminum or thermoplastic

Certifications: CE, RoHS

Ideal Usage:

Extensive LED Strip Systems: Powers long and high-density 12V LED strip installations.

Commercial Interiors: Suitable for signage, product display, and general LED lighting in stores and offices.

Hospitality Lighting: Ideal for ambient and indirect lighting in restaurants, hotels, and lounges.

Architectural Lighting Projects: Supports complex layouts including cove, accent, and under-cabinet lighting.

Workshop & Studio Lighting: Delivers consistent 12V power for precision lighting environments.