1600W Plant Lights for Indoor Growing: Extra-Large Coverage
Ultimate 16-Bar Uniformity for 4x10ft Commercial Coverage. | Engineered for High-Intensity Yields & Maximum ROI.
1600W Plant Lights for Indoor Growing Technical Specifications
Optical and Radiometric Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Total radiated power(system PPF) | 4480 – 4640 µmol/s | The absolute main output data that replaces multiple traditional HPS lamp sets |
| System lighting effects(system PPE) | 2.8 – 2.9 µmol/J | True overall lamp energy efficiency including high True overall lamp energy efficiency including high power drive conversion losses |
| Central peak luminous intensity(max PPFD) | > 2200 µmol/m²/s | Hanging at a height of 12 inches (30 cm), a mandatory CO2 concentration of 1500-2000 ppm is required. |
| Core coverage area(core footprint) | 4 × 10 ft (1.2m × 3.0m) | Rectangular asymmetric light distribution, perfectly suited for continuous commercial mobile seedbeds. |
| LED chip matrix(diode array) | Top-tier high-power white light + 660nm deep red light | 16 LED strips with ultra-high density lighting, extremely low single-chip load, and extremely slow light decay. |
| Spectral configuration(spectrum) | Pharmaceutical-grade full-spectrum (Red-Enhanced) | Enhanced 660nm radiation flux, applicable throughout the entire lifecycle, with a focus on tackling late-stage flower induction. |
Electrical Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Actual system power consumption(AC input power) | 1600W ± 4% | Stable real-world power consumption at 100% full load operation |
| Input voltage | 277-480V AC (or 120-277V) | It is strongly recommended that large CEA plants adopt a 480V high-voltage input to significantly reduce the diameter of engineering cables. |
| Power factor | > 0.96 | Industrial-grade grid connection standards minimize reactive power losses in the power grid. |
| Total Harmonic Distortion (THD) | < 10% | Extremely low harmonic interference, protecting the workshop’s automated environmental control and PLC control bus. |
| Dimming protocol | 0-10V continuous dimming / intelligent control bus | It can seamlessly interface with mainstream commercial environment control systems to achieve stepped light intensity simulation. |
| Number of cascades(daisy chain) | A single loop can support a maximum of 100 nodes. | Signal impedance isolation technology is used to ensure that the dimming timing of the matrix light group is absolutely consistent. |
Structure and Thermal Management
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Dimensions | 3.0m (length) × 1.2m (width) × 0.1m (height) | The 4×10ft extra-long and extra-wide rectangular geometric design eliminates light overflow in the corridor. |
| Net weight | Approximately 28-32 kg | For heavy industrial equipment, the installation of suspension trusses must meet commercial safety load standards. |
| Bar count | 16 Bars (Ultra-high density micro-matrix arrangement) | By reducing the spacing between light strips, a 0% light spot shading rate can be achieved in near-canopy operations. |
| Thermal design | Heavy-duty 6063 aerospace-grade anodized passive heat dissipation aluminum | Physical passive heat dissipation has a huge surface area, eliminating the risk of malfunctions caused by fan lifespan issues. |
| BTU/h | Approximately 5460 BTU/h | Provided for HVAC engineers to calculate precision ventilation and cooling loads in fully enclosed workshops. |
| Ingress protection | IP66 | Heavy-duty waterproof and dustproof, capable of withstanding large-scale spray operations in commercial automated greenhouses. |
Business and Engineering Compliance
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Optical transmission maintenance rate(lifespan L90) | >54,000 hours | After 50,000 hours of continuous operation, the optical decay does not exceed 10%, meeting the depreciation requirements of high-standard projects. |
| Warranty | 5-Year Limited Warranty | Full coverage of driver power supply, LED modules, and core electrical cables. |
| Safety certification(safety standard) | UL8800, cETLus, CE, RoHS | UL8800 is the highest level of safety and environmental standard specifically for horticultural lighting in North America. |
| Energy efficiency certification(energy rebate) | DLC 5.1 premium (QPL qualification) | Helping large, legally licensed farms in North America quickly pass the energy-saving subsidy review by local power companies. |
| Packaging | Heavy-duty segmented or foldable industrial shock-resistant packaging | Key B2B Selling Point: Avoiding the transportation pain points of 3-meter-long aircraft, optimizing overseas delivery and cross-border CBM costs. |
The Greenhouse Titan: Massive 4×10ft Single-Unit Coverage
This is not just another grow light—it is an industrial powerhouse engineered to dominate massive commercial canopies. Packing a colossal 1600W of raw power and an unprecedented 16-bar high-density matrix, this fixture delivers flawless, edge-to-edge 4×10 ft coverage. From center to perimeter, it ensures deep canopy penetration and exceptional PPFD uniformity, empowering every plant to reach its full genetic and photosynthetic potential.
- 1600W ultra-high output: Delivers intense, driving photon flux to boost lower-tier flower and fruit development.
- 16bar precision matrix: Guarantees ultimate PPFD uniformity, eliminating hot spots and shaded edges.
- 4×10ft mega footprint: Pushes single-fixture coverage to the absolute limit for streamlined, high-density facility layouts.
Fewer Hanging Points. Drastically Lower Installation Costs.
In commercial horticulture, profitability is won in the details of operational efficiency. By providing an expansive 4×10ft footprint, a single unit of this “Greenhouse Titan” replaces multiple traditional, smaller fixtures. This massive form factor drastically minimizes the number of required hanging points and simplifies complex electrical wiring networks. Fewer fixtures mean shorter construction timelines, allowing you to significantly cut upfront installation labor fees and minimize future long-term maintenance overhead.
- Clean ceiling infrastructure: Eliminate cluttered grids of chains, cables, and cords to optimize airflow and greenhouse space.
- Rapid scale deployment: Fewer units to unbox, hang, and daisy-chain translates directly to accelerated facility commissioning.
- Optimized capex and opex: Drastically lower your initial capital expenditures on labor while future-proofing your facility against high maintenance costs.
Optimized PPFD Distribution & Light Recipe Integration
Precision Spectral Control: The Anti-Stretching Formula for Commercial Consistency
In the critical seedling and cloning stages, excessive red light can lead to weak, elongated stems. Our 1600W series utilizes a targeted 5000K/6500K spectral solution, rich in blue light (400-500nm). This specialized light recipe effectively triggers cryptochromes to inhibit stem stretching, ensuring your seedlings develop compact, sturdy structures and robust root systems—the essential foundation for maximum commercial yield. Combined with our 16-bar design, this spectrum provides perfectly uniform, high-intensity light distribution across the entire 4x4ft coverage area.
Detection & Packing for Plant Lights
Integral sphere detection
Our products use integrating sphere testing to measure key parameters: Flux/PPF, Spectrum, CCT/CRI, and Efficacy.
Optimized Standardized Packaging
Custom high-density foam and reinforced cartons are designed to withstand international transit and reduce shipping volume.
Safe & Efficient Bulk Shipping
Experienced in container loading and logistics coordination to maximize space utilization and guarantee on-time global logistics.
Frequently Asked Questions
What are the key technical advantages of the 1600W Commercial LED Grow Light?
This high-performance luminaire is engineered for professional agricultural environments, featuring a robust 1600W output designed to maximize crop yields. It offers exceptional light distribution with an optimized spectral output, specifically tailored to support complex plant growth stages through precise PPFD (Photosynthetic Photon Flux Density) delivery. Furthermore, the fixture incorporates advanced thermal management and structure, ensuring long-term operational stability and efficiency in demanding commercial greenhouse setups.
How does this lighting solution help reduce installation and operational costs?
As highlighted in image_c3ab5d.png, the system features innovative power hanging points designed to significantly lower installation time and labor costs compared to traditional setups. By simplifying the physical mounting process and utilizing high-efficiency components, the fixture minimizes both the initial setup burden and ongoing energy consumption. This makes it an economically viable choice for large-scale operations looking to optimize their capital and operational expenditure.
What quality control and safety standards does this product meet?
We prioritize engineering compliance to ensure reliability and safety for your facility. Our manufacturing process involves rigorous quality assurance, as evidenced by our detailed inspection, professional packaging, and secure transportation protocols. Every unit is built to adhere to strict business and engineering compliance standards, providing transparency in material science and electronic performance that professional growers demand for high-stakes agricultural environments.
Can you explain the importance of the light spectrum integration shown in the product data?
The spectral distribution illustrated in image_c3ab5d.png is critical for plant health, as it ensures that the light output is balanced to meet the specific physiological needs of your crops. By integrating light recipe technology, this fixture provides the necessary wavelengths to promote healthy growth, enhance photosynthesis, and improve overall harvest quality. We focus on delivering consistent, high-intensity light that supports your specific agricultural IoT topology and growth requirements.
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