This state-of-the-art lighting solution consumes 650 watts and delivers a remarkable Photosynthetic Photon Flux (PPF) of 1950, setting new benchmarks for efficiency with a rating of 3.0. Specially designed without red loading, it features an advanced diode and driver technology that produces a tailored 3k spectrum, optimizing conditions in your flowering rooms. The ROI-FF-650 enhances plant growth and significantly reduces operating costs.
Red Loading - is a term in the industry where some LED Lighting manufacturers are using a lot of red diodes, in addition to them doing this to "fluff" efficacy numbers, overdoing it with red diodes contributes to unwanted effects. This fixture still uses red diodes, but in a manner where they are used to balance the spectrum and provide fruitful benefits to the plants.
Key Features:
- Efficient Energy Use: Operates at 650 watts with a high-output PPF of 1950.
- Optimized Spectrum: Delivers a 3k light spectrum designed for flowering stages.
- Advanced Technology: Utilizes cutting-edge diodes and drivers for maximum performance.
- Cost-Effective: Reduces energy and maintenance costs with efficient design and durable construction.
- Easy Integration: Compatible with various AC plugs and includes multiple mounting hardware options.
- Robust Build: IP66-rated for dust and water resistance, ensuring longevity in harsh environments.
Applications:
Ideal for commercial cannabis cultivation, the ROI-FF-650 excels in flower rooms where precise, powerful lighting is crucial. Its tailored spectrum ensures optimal growth during critical flowering phases, enhancing both the quality and quantity of yields. Easy to install and compatible with standard electrical setups, this fixture can be integrated seamlessly into existing operations, improving light distribution and plant health immediately.
For comparison, while the ROI-FF-650 focuses on flowering stages with its 3k spectrum, the ROI-FV-350 is tailored for veg rooms with a 5k spectrum, making it perfect for earlier plant stages. This strategic differentiation ensures that each fixture can be deployed to maximize plant performance based on specific growth phases.
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