"waterproof outdoor lights"
IP66 防水LEDヘリポートライト 100000時間使用寿命と航空障害のための断片性結合ベース
Product Overview ANNHUNG LED Elevated Heliport Light is designed for helipad runway, taxiway, and edge area applications. Featuring green emission color and IP66 waterproof rating, this aviation obstruction lighting provides reliable performance in demanding environments. Key Features Compact design with height not exceeding 25cm Frangible base coupling for aircraft safety - breaks immediately upon impact to prevent damage 360° beam angle for optimal visibility Long lifespan
紫外線保護されたヘリポートのヘリデッキは軽い接地を上げ、区域を離れる
UV Protected Helipad Helideck Elevated Light Touchdown And Lift Off Area Product Specifications Attribute Value Available Colors Green Intensity (cd) ICAO standard Flash Characteristics Steady burning Body Material UV protected Polycarbonate Base Material Powder-coated Die-casting aluminum Waterproof IP66 Product Description AH-HP-E-TLOF(L) Touchdown and lift-off area lighting AH-HP-E-TLOF(L) Touchdown and lift-off area lighting features a fragile coupling in the base
10万時間の寿命と夕暮れから夜明けまでの動作を備えたソーラーIP66防水ダブル航空障害灯
Solar Powered Low-intensity Double Aviation Obstruction Light L810 Professional solar-powered aviation obstruction light designed for enhanced visibility and safety on towers, buildings, and other tall structures. Product Overview Technical Specifications Specification Value Warranty 2 Years Type Aviation Obstruction Lights Lifespan 100,000 hours Product Weight 0.3 kg Input Voltage 3.7V, 7.4V or 11.1V Lamp Luminous Flux 100 lm Beam Angle 360° IP Rating IP66 Emitting Color Red
CREE超高強度LED 恒常燃焼ヘリランディングライト 100000時間寿命
White 110-240VAC Helipad Landing Lights Heliport Surface Flood Light Product Overview Heliport Surface Flood Light Steady burning White 110-240VAC Helipad Light LED Surface Heliport Flood Light is used to illuminate the entire heliport area at night. Specially designed for helipads and helidecks, it provides glare-free, uniform surface lighting for landing and loading activities. These LED Surface Floodlights improve pilot depth perception by reflecting the surface of the
