300W LED UFO High Bay Pro 300W/240W/200W 5000K 100–277V Dimmable

CIRC LED UFO HIGH BAY LIGHT PRO 300W/240W/200W 5000K 100-277VAC DIMMABLE

The CIRC 300W LED UFO High Bay Pro is a high-performance, energy-efficient lighting solution designed for demanding industrial and commercial applications. Featuring selectable wattage (300W / 240W / 200W), this fixture allows precise power adjustment to match ceiling height, layout, and illumination requirements—helping reduce energy consumption without sacrificing brightness.

With a 5000K daylight color temperature, the light delivers clear, uniform illumination that enhances visibility and productivity in warehouses, manufacturing plants, logistics centers, and large retail spaces. Certified to UL, cUL, ETL, cETL, and DLC 5.1 Premium standards, this high bay meets the highest benchmarks for safety, efficiency, and rebate eligibility.

The fixture supports remote 0–10V dimming and is microwave motion sensor compatible, enabling smart lighting control for further energy savings. A 6-foot input and dimming wire cord ensures fast, flexible installation in new builds or retrofit projects.

Key Features

• Selectable Wattage: 300W / 240W / 200W

• Color Temperature: 5000K bright white

• Input Voltage: 100–277VAC

• Dimming: Remote-controlled 0–10V dimming

• Sensor Ready: Microwave motion sensor function supported

• Certifications: UL, cUL, ETL, cETL, CE, DLC 5.1 Premium

• Easy Installation: 6-foot cord for power and dimming wires

• Energy Efficient: Designed for long-term operational savings

Technical Specifications

Applications

• Warehouses & distribution centers

• Manufacturing & industrial facilities

• Logistics hubs

• Gymnasiums & sports complexes

• High-ceiling commercial environments

Why Choose CIRC LED UFO High Bay Pro

The CIRC 300W LED UFO High Bay Pro combines power flexibility, premium certifications, and smart lighting compatibility in one robust fixture. Its selectable wattage, dimming control, and sensor readiness make it an ideal solution for facilities focused on reducing energy costs while maintaining consistent, high-quality illumination.