PHOTOBIO•X Instruction PHOTOBIO - Brochure
The PHOTOBIO•X changes everything. We took a step back, evaluated all the fixtures on the market, and then set out to do things entirely different. The result is a 680W fixture delivering 15% more light to your canopy, using 35% less power than a 1000W DE fixture. Achieve record breaking yields while driving down operational cost. The spectrums were developed in a private research laboratory to drive flower yield and elicit market desirable traits in short day resin producing crops.
PHOTOBIO•X abandons the bar style concept in favor of a more efficient contiguous circuit board where proprietary spacing between diodes is optimized to deliver unparalleled PPFD uniformity to the canopy. A highly reflective panel between the boards redirect photons reflected off leaf surfaces back down to the canopy which equates to a 2% increase in PPFD. Extensive thermal modeling and testing was conducted to ensure diodes remain well below operating temperature to maintain consistent light output and yields for over a decade. 0-10V PHOTO•LOC Light Output Control allows you to precisely regulate the amount of light delivered to your plant canopy when paired with the available Autopilot PX2 controller.
PHOTOBIO•X’s design is multilayer rack centric, providing the ability to double or triple your canopy square footage within your existing structures footprint. The driver is mounted below the fixture to maximize vertical grow space and has the ability to be remotely mounted.
PHOTOBIO•X is designed for the serious horticultural professional looking to increase business sustainability by reducing power consumption while simultaneously improving crop performance and yield.
Developed for businesses that are heavily focused on flower production for the eventual extraction of pharmaceutical grade concentrates. Provides UV and Far Red outside of the PAR range. UV is responsible for increased terpene content, pest and pathogen resistance, and color expression. Far Red light is responsible for increased leaf size, which contributes to driving other processes in the plant. More leaf surface area increases photosynthesis, which in turn increases flower and fruit biomass. S1 is designed for application exclusively in flowering phase.
Provides highly efficient full spectrum with a healthy red-to-blue ratio to drive photosynthesis. Light energy between 500–599nm, previously thought wasted, penetrates deeper into the plant canopy promoting photomorphogenic responses. High color rendering “white” light aids to rapidly identify potential threats to your crop and provides superior working conditions and safety for personnel. Ideal for both flowering and vegetative production.
Autopilot PX2 Advanced Lighting Controller
PHOTOBIO offers professionally rendered lighting plans to help you evaluate the needs and requirements of your project.
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