LUZ-H30024 LED Driver – 300W, 24V, IP20 Indoor Power Supply

The LUZ-H30024 is a high-capacity 300W constant voltage LED driver designed to supply stable 24V DC power to large indoor lighting installations. Built for durability, performance, and efficiency, this driver is ideal for powering extensive 24V LED strips, modules, and low-voltage lighting systems. With an IP20 rating, it is optimized for use in dry environments such as commercial spaces, architectural projects, and hospitality venues, delivering reliable operation with integrated protection features.

Key Features:

High Power Output: Provides up to 300W of consistent 24V DC power.

Stable Voltage Supply: Ensures optimal performance for 24V LED applications.

Indoor-Safe (IP20): Designed for use in enclosed and ventilated dry spaces.

Integrated Protection: Guards against overload, short-circuit, overvoltage, and overheating.

Efficient Design: High efficiency for lower energy costs and reduced heat.

Silent Operation: Fanless build for quiet performance in sensitive areas.

Compact Form Factor: Easy integration into cabinets, ceilings, and equipment setups.

Key Specifications:

Model: LUZ-H30024

Output Power: 300 Watts

Output Voltage: 24V DC

Input Voltage: 180–240V AC, 50/60Hz

Maximum Output Current: 12.5A

IP Rating: IP20 (indoor use only)

Cooling Method: Natural convection (fanless)

Efficiency: ≥85%

Protection Features: Overload, short-circuit, overvoltage, and thermal protection

Housing Material: Aluminum or thermoplastic

Certifications: CE, RoHS

Ideal Usage:

Large 24V LED Strip Installations: Powers extended LED runs across ceilings, walls, and floors.

Commercial & Retail Displays: Reliable power for shelf lighting, product showcases, and backlighting.

Hospitality Projects: Supports mood and ambient lighting in restaurants, lounges, and hotels.

Architectural Installations: Suitable for indirect lighting, cove lighting, and feature wall setups.

Studios & Workspaces: Ensures uninterrupted 24V power for precision lighting in creative environments.