AC Infinity Commercial LED Grow Lights
A collection page of Quick Bloom Lights
About
COMMERCIAL LED GROW LIGHTS - AC INFINITY IONFRAME EVO RANGE PRODUCT OVERVIEW Introducing the AC Infinity Ionframe EVO Range, a cutting-edge solution for commercial cultivation. These LED grow lights are meticulously designed to meet the demands of large-scale grow spaces, offering unparalleled yield, quality, and return on investment. Unlike residential lights, the Ionframe EVO range is engineered for performance, efficiency, and reliability, setting a new standard in commercial horticulture lighting. KEY FEATURES High-Efficiency Diodes : Features Samsung LM301H EVO LEDs, each rated at 3.14 µmol/J PPE, outperforming LM301B, LM301H, and Bridgelux 3030 chips. Smart Controls : Programmed with schedule controls, sunrise/sunset dimming, and 10 brightness levels; UIS™ platform-compatible for WiFi app control. Optimized Design : Bar-style fixture with algorithmically spaced diodes for even coverage, deep canopy penetration, and hotspot reduction. Heat Management : Passive cooling LED driver is removable to balance heat dissipation; supports daisy-chaining with up to 80 grow lights. PRODUCT DESCRIPTION The AC Infinity Ionframe EVO is an indoor plant grow light designed for commercial applications. Its unique design utilises Samsung LM301H EVO diodes, algorithmically spaced on a bar-style form factor, ensuring even lighting coverage and reduced hotspots. The modular design and steel and aluminium build offer excellent heat dissipation, magnetic mounting, and IP-65-rated humidity resistance. Meeting ETL standards (certificate #5021417), this grow light ensures secure use in various lighting applications. INDUSTRY-LEADING LED CHIPS Experience the latest in horticulture lighting technology with genuine Samsung LM301H EVO diodes. These diodes emit intense brightness with greater efficiency, outshining previous-generation LEDs. The IONFRAME EVO's full spectrum light output is supported by UV and OSRAM red diodes, enhancing plant growth and efficiency. SCHEDULE AND BRIGHTNESS CONT