High-Performance Marine Searchlight for Demanding Environments

The TEF 2650 Searchlight is a robust and reliable solution designed for marine and navy applications. Equipped with a powerful 2000W halogen light source and an advanced bus-controlled motorized focus, this searchlight provides exceptional illumination for navigation and search operations in challenging conditions. Its durable construction, combined with precise light control, ensures superior performance in critical scenarios. The TEF 2650 is ideal for ships, offshore platforms, and other marine vessels requiring high-intensity, dependable lighting.

Advanced Technical Specifications for Optimal Performance

• Light Source: Halogen, 2000W
• Operating Frequency: 50/60 Hz
• Voltage: 230 V AC
• Luminous Flux: 50,000 lumens
• Color Temperature: 3000K (warm white)
• Light Angles: 10.8° for focused beam accuracy
• Control System: Bus-controlled with motorized focus for enhanced precision

Durable Build for Marine Conditions

• Material: AISI304 stainless steel for durability in marine environments
• Surface Treatment: Powder-coated for additional corrosion resistance
• Glass Dome Material: Toughened soda-lime glass with a reflector diameter of 457mm
• IP Rating: IP56, providing protection against harsh weather and water ingress

Flexible Adjustment and Range

• Pan: 370°
• Tilt: +20° to -30°
• Range (1 Lux): 2366 meters

Sleek and Functional Design

• External Color: White (RAL 9010) for a clean, professional appearance
• Reflector Material: Glass for high-efficiency light reflection

Product Dimensions

• Weight: 56 kg
• Glass/Dome Diameter: 457 mm

Key Highlights

• Precision lighting for marine navigation and search operations
• Advanced motorized focus for adaptable beam control
• Durable, corrosion-resistant construction for extended service life
• Long-range illumination with a focused beam

This searchlight sets the standard for high-performance lighting in marine environments, ensuring reliability, precision, and superior durability in even the toughest conditions.