Telos 10 Pro LED Grow Light

The latest upgraded version of the GN Telos LED Grow Light featuring…

– Amazing performance
– 2.5 µmol/j. A huge upgrade over the existing version.
– 100% premium Osram LED’s at the cutting-edge of performance.
– Significantly cooler – at least 10 degrees Celsius.
– Improved spectrum for greater visibility in the growing chamber.

The Telos series is a range of full spectrum LED grow lights designed and manufactured in the UK by GN for growing taller plants in both harsh greenhouse conditions and indoor horticulture platforms. The Telos Pro 10 has 10 30W modules, drawing 300W and providing a PPF output of 558.9µmol/s.

Featuring a waterproof and dustproof design, the Telos Pro 10 can withstand any growing environment while providing a natural light for working under. The use of passive natural convection has eliminated the need for a fan, reducing noise output and significanlty increasing the life span of the light as it contains no moving parts.

Our enhanced full spectrum LED grow lights use a blend of white and photo-red LEDs to provide a highly efficient solution for horticultural applications.

The light intensity distribution of the Telos range has been calibrated to provide optimal light absorption through a stable, homogenised source, reducing ‘hot spots’ which can occur in other lighting products. Previous generations of LED grow lights used a mixture of royal blue and photo-red LED’s to target chlorophyll absorption peaks. Whilst these solutions worked adequately they missed out important spectra for quality plant growth, lacked penetration through dense canopies and provided poor visibility for inspecting and maintaining growth chambers.

Whether they are indoors or outdoors, LED grow lights should be able to withstand varying degrees of moisture. The Telos Systems are built and tested to an IP66 water and dust protection making them suitable for use in dry, damp and wet conditions. This, combined with the UV protected elements and corrosion protected metal work finishes and materials, makes it suitable for harsh greenhouse conditions in addition to controlled indoor platforms.