This indoor cultivation fixture operates at a true power draw of 110 watts while delivering light output comparable to conventional 1000-watt HPS or metal halide lamps. Built around 100 individually rated dual-chip 2-watt diodes, the panel covers a 200-watt optimal output range and provides consistent illumination for both vegetative stretching and flowering cycles. An integrated dual-interface allows cultivators to toggle between spectral profiles tailored to specific plant developmental phases.
Performance Metrics and Thermal Control
Positioned 30 centimeters above the canopy, the array generates a photosynthetic photon flux density near 364 µmol/m²/s, optimizing photosynthesis rates without generating excess radiant heat. The optical design utilizes a broad 120-degree emission angle to eliminate shadowed zones beneath the unit. Constructed with reinforced aluminum heat exchangers and two silent 3000 RPM fire-resistant polycarbonate blowers, the system reliably maintains operational stability between -68°F and 104°F. Rated for a service life exceeding 50,000 hours, the chassis avoids fragile external mounting brackets by incorporating welded suspension loops directly into the rear casing.
Electrical Compatibility and Deployment
The internal circuitry accepts alternating current voltages between 85 and 265 volts alongside a 50 to 60 hertz frequency spread, supporting diverse regional power grids. Advanced daisy-chain wiring ports enable sequential linking of additional panels, streamlining cable management across expansive growing tents. The complete shipping carton contains the primary lighting apparatus, a United States standard power lead, structural suspension hardware, and an installation reference pamphlet.
- All critical components arrive assembled and ready for immediate ceiling or overhead suspension.
- The streamlined layout reduces tripping hazards while maximizing usable garden footprint.