Boulder Lamp PerfectPar 1000W Full Spectrum LED Grow Light

The BoulderLamp PerfectPar 1000W covers up to 25 square feet of canopy space with its six-bar LED array configuration. This makes it ideal for a 5' x 5' flowering footprint in commercial cultivation setups, ensuring uniform light distribution across the entire growing area.

Yes, the PerfectPar 1000W is compatible with 120V, 208V, 240V, and 277V electrical systems. Power consumption ranges from 972W to 990W depending on voltage, with corresponding amperage draws from 3.50A to 8.25A, making it adaptable to various commercial facility electrical configurations.

Absolutely. The fixture's compact 2.2-inch height profile is specifically designed for multi-tier vertical farming applications. Its low-profile construction allows for efficient stacking in vertical farms, greenhouses, and other space-optimized commercial growing environments without sacrificing light intensity.

The PerfectPar 1000W delivers a complete light spectrum with wavelength ratios engineered specifically for cannabis flowering stages. This optimized spectrum promotes dense flower development and resin production without requiring manual spectrum adjustments or supplemental lighting during the bloom cycle.

The fixture generates between 3,315 and 3,376 BTU depending on the voltage used (277V produces the least heat at 3,315 BTU, while 120V produces 3,376 BTU). This heat output should be factored into your HVAC calculations, especially in sealed growing environments or multi-tier configurations where heat management is critical.

The six independent LED bars distribute light more evenly across the entire canopy compared to single-panel designs, reducing hot spots and shadowed areas. This configuration ensures consistent PAR values throughout the 25 square foot coverage area, promoting uniform growth and eliminating the need for frequent plant rotation.

While the PerfectPar 1000W is optimized specifically for flowering cycles, its full-spectrum output can support vegetative growth. However, for maximum efficiency in commercial operations, this fixture is best deployed during the flowering phase where its high intensity and spectrum optimization deliver the greatest return on investment.