Phantom PHOTOBIO
4 products found

Phantom PHOTOBIO products

LED Systems

Phantom - Autopilot Advanced Lighting Controller

The Autopilot PX2 Advanced Lighting Controller provides precision photoperiod control of up to 512 fixtures in two independently controlled zones, all from one centralized location. Designed to work with any controllable Phantom or Core HID fixtures, as well as PHOTOBIO LED fixtures, the PX2 can control 512 digital HID fixtures (256 per zone), or 100 analog LED fixtures (50 per zone). The PX2 offers the flexibility to operate both zones analog or digital, or one zone analog and the other digital.

DE Systems

Phantom - DE Comparison Testing

Phantom DE Systems vs Other DE Market Brands. Independent Testing Laboratories, Inc. (ITL Boulder), the most experienced independent photometric testing lab in North America, was recently contracted by Hydrofarm to conduct independent testing of eight commercially available competitive double-ended horticultural lighting systems. Based on the test results generated by ITL, Hydrofarm`s Phantom Commercial Open Lighting System and the Phantom Commercial Enclosed Lighting System were ranked first and second place, respectively, in all of five testing categories.

CMH Systems

Phantom - CMH Reflectors

For an intense downward light pattern, the PHR3150 is your best choice for performance and value. Multifaceted 95% European hammertone aluminum for excellent light uniformity and diffusion. Patented double-wall design maintains optimum lamp temperature while keeping the reflector cool. Exceptionally consistent delivery of the CMH lamp`s superior color spectrum and PAR output. *Important - hot re-strike can take up to 15 minutes. The lamp will take longer to cool down since it has two layers of glass. Please allow enough time for ignition. Philips recommends that you do not operate the lamp for less than 3 minutes or this can cause ignition issues.

Controller

Phantom PHOTOBIO - Advanced Quantum PAR Meter

The Phantom PHOTOBIO Advanced PAR Meter provides accurate and cost-effective measurement for any light source used in horticultural applications.  The Advanced Quantum PAR meter is designed to measure PAR (Photosynthetically Active Radiation) flux in wavelengths ranging 400 to 700nm.  There is a positive proportional relationship between the number of photons absorbed in the 400 to 700nm band and the rate of photosynthesis, important for maximizing crop yield.