● Protection Rating: IP65
● Light Source Options: 20W–200W LED
● Rated Voltage and Frequency: 12V–24V–220V (±10%), 50Hz
● Mounting Pipe Diameter: 60mm
● Electric Shock Protection Class: Class I
● Lamp Housing Made of Die-Cast Aluminum: Lightweight, corrosion‑resistant treatment followed by a polyester powder coating on the surface
● Built-in Primary Light Distribution Lens within the Lamp Body
● Fasteners and Screws All Made of Stainless Steel
● Applicable Height: 8m–12m
● Lamp Pole Made of Steel, Hot-Dip Galvanized and Finished with a Polyester Powder Coating
High Energy Efficiency:
Energy conservation and zero pollution equate to environmental protection. DC-driven, **low power consumption, with an electro-optical conversion efficiency approaching ****—for the same lighting effect, LED lights save more than 80% energy compared to traditional light sources. Moreover, LED circuits are designed with multi‑channel power supply; during operation of high‑power streetlights, even if a single LED chip fails, it will not affect the overall illumination of the lamp. This distinguishes LED streetlights from conventional road lights: in traditional streetlights, once the light source fails, the entire fixture goes dark, severely compromising road lighting performance and significantly increasing repair costs. In addition, in new-energy road lighting applications, the system can be configured with multi‑channel power supply—typically, from 6 p.m. to midnight, when pedestrian and vehicle traffic is at its peak, all lights remain fully illuminated to meet lighting demands. After midnight, when pedestrian and vehicle traffic decreases and brightness requirements are lower, half of the lights can be dimmed while the other half remains on, operating at half power. This approach not only maintains adequate lighting but also saves roughly half the power consumption—demonstrating that, in addition to their inherent energy-saving properties, LED light sources can be tailored to specific needs, delivering even greater energy efficiency and substantial cost savings.
Long Lifespan:
LED solid-state cold light sources boast an exceptionally long service life. The surface temperature of LEDs is lower than that of traditional luminaires; even after half an hour of operation, the surface temperature of high‑power LED light sources stabilizes between 50°C and 60°C. This not only enhances safety but also enables the fixtures to operate continuously for over 50,000 hours—more than ten times the lifespan of traditional light sources. Over the long term, this translates into significant savings on replacement costs and labor expenses. Environmentally Friendly: LED lighting offers superior environmental benefits—its spectrum contains no ultraviolet or infrared rays, meaning there is no heat generation and no harmful radiation. Glare is minimal, and waste materials are fully recyclable. Free from mercury and other pollutants, LED light sources are cold‑light emitters that can be safely touched, making them a quintessential green lighting solution. Excellent Color Rendering: LED light sources deliver outstanding color rendering, with a color rendering index (CRI) exceeding 90.