DOB Integrated IP66 LED Floodlight

⇒Learn more about our Integrated IP66 flood light

COMI integrated LED floodlights feature a high thermal conductivity die-cast aluminum housing and an integrated lens structure, incorporating multi-chip heat dissipation technology and high-quality imported LED light sources. They offer superior protection, rapid heat dissipation, uniform light output, and long-lasting durability. Equipped with an upgraded DOB wide-voltage full-power driver, they provide multiple safety protections and support flexible 180° installation. Their excellent overall protection makes them suitable for various outdoor lighting scenarios, including campuses, plazas, gardens, rural areas, factories, buildings, and bridges. With stable light output and long lifespan, they are a high-performance, cost-effective choice for bulk orders in commercial, municipal, and residential outdoor lighting projects.

⇒Detailed specifications 

LED Beads & DOB Drive System Adopts 6V 3030 imported LED chips (110LM/W, total 90LM/W, CRI＞80) for even, soft and true-to-life lighting. The DOB wide-voltage driver features overvoltage and 3KV surge protection. With dustproof, waterproof and explosion-proof design, it works steadily against voltage fluctuations and lightning strikes.
	AAdjustable Bracket System Supports 180° rotation to adjust lighting angles for buildings, factories, bridges, campuses, squares and courtyards. Wall, column and floor mounting are available, delivering full coverage with no blind spots.
Lamp Housing & Heat Dissipation System High thermal conductivity die-cast aluminum shell with high-temperature resistant coating resists corrosion and extreme temperatures. The multi-chip structure accelerates heat dissipation to reduce light decay. Pressure and shock resistant, the integrated lens structure ensures long-lasting performance outdoors.

⇒How to install and use flood lights?

⇒Application scenarios 

Bridge lighting: Floodlights outline the steel structure of the bridge, highlighting the architectural contours and lines, while also providing both aesthetic appeal and auxiliary lighting for traffic.	Commercial buildings: Floodlights project onto the glass curtain wall from the eaves, shaping the building's nighttime image, creating a high-end atmosphere, and also providing soft, indirect lighting for the interior.	Industrial plant areas: Floodlights are used to supplement the lighting of building entrances and exterior walls, ensure nighttime safety, eliminate blind spots, and form a complete lighting system in conjunction with streetlights.

⇒More street light designs are waiting for you to develop

Size and Structure: Customized lamp body dimensions, lamp molds, mounting devices, and accessories. Optical Performance: Customized beam angle, color temperature (2700K-10000K), color rendering index (CRI > 80/90/95Ra), etc. Drive Functions: Customized switch control, Tuya dimming, DALI dimming, adjustable white light, flicker-free power supply. Energy Efficiency: Customized high conversion efficiency, high power factor (PF) power supply.

Packaging & Labeling: Small-batch packaging design, brand label printing, customized surface treatments Branding Materials: Product manuals, brochures, display rack design and production Gifts: Customized branded tote bags, hats, display props Visual System: Brand logo printing, customized product color schemes

⇒Frequently Asked Questions (FAQ)

Q1. What is a DOB-driven floodlight? What are its core advantages compared to traditional driven lights?

A1: DOB is an on-board chip-integrated driver technology that integrates the light source and driver circuitry into one unit, unlike traditional external driver solutions. Its core advantages are significant: a more streamlined structure, ultra-thin and lightweight body, and less prone to dust and water accumulation; shorter circuit lines and lower losses, resulting in flicker-free, uniform, and stable light emission throughout; multiple circuit protections for stronger anti-interference capabilities, completely solving the pain points of traditional drivers such as easy aging, easy burnout, eye-straining flicker, and high failure rates, significantly extending service life and making it more suitable for long-term outdoor lighting projects.

Q2. With multi-chip heat dissipation and die-cast aluminum lamp body, is there a big difference in heat dissipation effect compared to ordinary lamps?

A2: The difference is significant. Ordinary lamps have a simple heat dissipation structure, resulting in severe heat accumulation and rapid light decay and lamp burnout. This model uses a dedicated multi-chip heat dissipation design, combined with high thermal conductivity die-cast aluminum material and a high-temperature resistant coating. This provides a larger heat dissipation contact surface and faster heat conduction, quickly dissipating the heat generated by the chips. Simultaneously, the lamp body is pressure- and shock-resistant, with a stable structure, preventing heat accumulation and overheating even under long-term high-load operation, effectively delaying light decay and significantly extending the overall lifespan of the lamp.