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Close-up of red tomatoes on the vine against a blurred green background.
P.L. Light Products

ParFX Ultra

POWER MEETS PRECISION

Designed to deliver ultra-high light output and unrivaled uniformity, the ParFXTM Ultra is a high-performance LED top-lighting solution that provides the ultimate balance of power and precision.

  • A rectangular LED grow light with a white frame and vibrant pink panels, suspended by a central hook.
Key Features
Image of a pill capsule with downward arrows inside a circle, symbolizing a controlled-release or extended-release medication.Delivers exceptional uniformity and ideal light distribution.
A circular icon with a serrated top, resembling a gear or castle battlement, above wavy horizontal and vertical lines.Engineered for optimal thermal management.
Icon of a sun with a plug attached, enclosed in a circle, representing solar energy.Optimum performance and energy savings.
A white electrical plug icon and a gray cup icon, both within a white circle on a black background.Simple plug-and-play platform.
Product Details

Engineered to deliver a light output of up to 4585 μmol/s* and a system efficacy of 3.9 μmol/J*, the ParFXTM Ultra delivers ultra-high performance in both full LED and/or hybrid applications.

An integrated driver, standard horticultural power connectors, and intuitive mounting allow for easy installation in both new or retrofit applications.

 

*R95B5 spectral recipe, 3-Channel Ultra Max model    R95B5 spectrum, Ultra Plus model

The ParFXTM Ultra’s lens is optically engineered to deliver a wide or ultra-wide batwing distribution for exceptional uniformity. This ideal combination of wide light distribution and exceptionally high light output enables wider spacing, so growers can achieve desired light levels evenly across the surface of the crop with fewer luminaires.

The ParFXTM Ultra is thermally and mechanically engineered to dissipate heat through conduction and convection paths—minimizing LED junction temperature and maximizing light output, lifetime, and reliability.

HOW IT WORKS

  1. Convection currents draw cool air into the slots along either end of the luminaire.
  2. The air then passes through the integrated fins that span the length of the luminaire, drawing heat away from the LEDs and electronics compartment.
  3. These integrated aluminum fins also allow for additional conductive heat dissipation for optimal passive thermal management.
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