LED Kessil H80 Tuna Flora LED Grow Light

Full spectrum with UV and infrared
H80 Tuna Flora contains four efficient spectra - Blue, Grow, Bloom, Red - in one device. The light is ideally blended with wavelengths, including real UV and infrared (in the range from 360-780 nm), increasing photosynthesis performance.

The blue spectrum quickly develops the basis of the plant at every stage, promoting the growth of the stem.

The GROW spectrum aims to assist a plant growth throughout the life cycle of many different plants.

Bloom spectrum increases the yield by favoring abundant flowering during the decisive stage of reproductive plants.

The Red spectrum is designed for tissue culture and cloning by producing maximum root growth during the entire life cycle of the plant. In the final phase, the Red Spectrum also increases the productivity of plants and the quality of collections.

Intensity and penetration
Our Dense Matrix LED technology produces a concentrated point source with sufficient power to penetrate through the crown and deliver light to the entire plant. High-quality optics provides minimal light loss and an even growth of plants.

Adjustable spectrum with dimmable possibility
Easy to use intensity and colored knobs allow the user to switch between spectrum and adjust the intensity from 10% to 100%, maximizing flexibility and convenience.

Simple external control and programming
H80 tuna Flora lamps can be controlled using an easy-to-use controller and combined in series to combine many lights. Using the controller you can create custom days and night schedules for plants with different needs. H80 tuna Flora is also compatible with any 0-10V controller.

Heat management
H80 Tuna Flora is characterized by advanced thermal management, providing constant light power, using minimal power and producing less heat than traditional lamps.

Technical data

Dimensions: outer diameter = 12.39 cm Height = 2.48 cm
Covering: up to 60 cm in diameter
Power supply 100-240 V AC (input) 24 V DC (output)
Energy consumption 15 in max