Details

Illuminate with Precision and Power
The JLUX TG27-L 400W Marine LED Searchlight is the ultimate solution for reliable, high-intensity illumination in demanding marine and industrial environments. Designed to deliver unmatched performance, this searchlight outputs an incredible 48,000 lumens of bright, daylight-quality light at 5500K, ensuring superior visibility even in the darkest conditions.

Exceptional Performance for Marine Applications

• Powerful Illumination: Featuring advanced LED technology, this 400W searchlight ensures high brightness with energy efficiency.
• Universal Voltage Compatibility: Operates seamlessly within an 85-265V range, making it versatile for various power sources.
• Daylight Precision: The 5500K color temperature mimics natural daylight, providing clear, vibrant lighting to improve visibility.

Built for Harsh Environments

• IP66 Waterproof Rating: Engineered for tough marine conditions, this searchlight is resistant to water, dust, and corrosion.
• Durable Construction: Built with robust materials and advanced heat dissipation, it ensures long-lasting performance in extreme weather.
• Optimal Adjustability: Includes a manual mounting bracket for flexible positioning and angle adjustments.

Why Choose the JLUX TG27-L Searchlight?
The JLUX TG27-L stands out by offering exceptional performance, durability, and energy efficiency at an affordable price. Its long-lasting LED system and cost-effective operation make it the best value choice for ships, docks, industrial areas, and rescue operations.

Key Features:

• 400W high-powered LED with 48,000 lumens output
• IP66 Waterproof for marine and industrial use
• Wide input voltage range: 85-265V
• 5500K daylight color temperature for precision lighting
• Durable and adjustable mounting system for stability

Experience Unparalleled Lighting Efficiency
Choose the JLUX TG27-L 400W Marine LED Searchlight for unmatched quality and reliability. Ideal for marine, industrial, and emergency use, this searchlight provides exceptional value without compromising on performance.