1000W Foldable Grow Plant Light Designed for 4×6ft Grow Trays
Optimized Light Distribution for 4x6ft Growth Spaces. Engineered for Maximum Yield in High-Density Veg & Bloom.
1000W Foldable Plant Grow Light Design Parameters
Optical and Radiometric Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Total radiated power(System PPF) | 2800 – 2900 µmol/s | The absolute mainstay data for replacing the 1000W DE HPS (high-pressure sodium lamp) |
| System Lighting Effects(System PPE) | 2.8 – 2.9 µmol/J | Top-level photoelectric conversion efficiency |
| Central peak luminous intensity(Max PPFD) | > 1800 µmol/m²/s | Hanging at a height of 12 inches, a mandatory CO2 concentration of 1500ppm+ is required. |
| Core coverage area(Core Footprint) | 4 × 6 ft (1.2m × 1.8m) | For continuous rectangular moving seedbeds, it perfectly eliminates ineffective light spillage in the aisles. |
| LED chip matrix(Diode Array) | Top-tier high-power white light + 660nm deep red light | High-density lighting layout, extremely low load per LED, and extremely slow light decay. |
| Spectral configuration(Spectrum) | Medicinal Full Spectrum | Extremely high red and blue light photon flux, targeted activation of secondary metabolites during flowering. |
Electrical parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Actual system power consumption(AC Input Power) | 1000W ± 5% | Constant current drive, actual power output under full grid load |
| Input Voltage | 277V – 480V AC (or 120-277V) | It is recommended that commercial plants use high-voltage input to significantly reduce the diameter of engineering cables. |
| Power Factor | > 0.95 | Fully compliant with industrial-grade high-power grid-connected safety technical specifications |
| Total Harmonic Distortion (THD) | < 10% | Significantly reduces harmonics, protecting the stability of the workshop’s PLC control system. |
| Dimming Protocol | 0-10V / Intelligent Environmental Control Bus Dimming | It can be linked with the main control system of the large-scale intelligent greenhouse to simulate stepped light intensity. |
| Number of Cascades(Daisy Chain) | A single loop can support a maximum of 100 nodes. | Impedance isolation technology is used to ensure that the dimming synchronization of the matrix light group is absolutely consistent. |
Structure and Thermal Management
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Dimensions | Length 1.8m × Width 1.2m × Height 0.09m | Unfolded physical dimensions; ultra-wide rectangular array design |
| Net Weight | Approximately 19-22 kg | Heavy industrial equipment must be installed with suspension systems that meet safety load standards. |
| Bar Count | 10 Bars | Ten ultra-long light strips are arranged in a high density, allowing photons to penetrate directly to the bottom of the canopy. |
| Thermal Design | Thickened 6063 aviation aluminum anodized passive heat dissipation | Physical passive heat dissipation has a huge surface area, completely eliminating the risk of fan failure. |
| BTU/h | Approximately 3412 BTU/h | It has a significant impact on HVAC systems; it is recommended to install a separate power supply to divert the heat source. |
| Ingress Protection) | IP65 / IP66 | It can operate stably in environments with high humidity, water vapor condensation, and sulfur fumigation. |
Business and Engineering Compliance
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Optical transmission maintenance rate(Lifespan L90) | >54,000 hours | Meeting the financial requirements of large-scale capital agricultural projects for long-cycle equipment depreciation |
| Warranty | 5-year global all-inclusive warranty | Commercial compensation clauses covering chip light decay, driver circuit failure, etc. |
| Safety Certification(Safety Standard) | UL8800, ETL, CE | Authoritative certification is essential for large-scale centralized procurement and industrial and commercial insurance underwriting. |
| Energy Efficiency Certification(Energy Rebate) | DLC 5.1 Premium (QPL) | Large North American plantation licensees are in dire need of eligibility to receive substantial government electricity rebates. |
| Packaging | Heavy-duty foldable double-layer corrugated export box | Solving the transportation pain points of 1.8-meter-tall vehicles and optimizing overseas local delivery costs. |
Purpose-Built for 4×6′ Grow Trays
This 1000W LED grow light is tailored for 4×6-foot (approx. 1.2 x 1.8 meter) trays, providing perfect coverage across the entire growing area and eliminating light spillage caused by daisy-chaining multiple lights.
- Perfect Fit, Zero Waste: Specifically dimensioned for standard 4′ x 6′ rolling benches and cultivation trays. Don’t need to daisy-chain multiple lights; this avoids unnecessary waste caused by light leakage and saves more costs for growers.
- 1000W Commercial Output: Driven by a true 1000-watt powerhouse, this fixture pushes high-intensity PAR directly to the canopy, meeting the rigorous demands of high-density commercial facilities and professional cultivators.
- Foldable & Scalable Design: The innovative folding design not only saves on shipping and installation labor costs but also makes routine maintenance easy and convenient.
10-Bar High-Density Matrix: Make Every Plant Yield a Bumper Crop
This specialized 10-bar grow light configuration creates a dense, overlapping light matrix that eliminates edge light drop-off, ensuring every plant receives the optimal Photosynthetically Active Radiation (PAR) needed for vigorous growth.
- Iour meticulously spaced 10-bar design delivers a flat, incredibly uniform PPFD map across the entire 24 sq. ft. footprint.
- Light penetrates deep into the canopy, reaching the four corners of the tray; this resolves issues with stunted edge growth and ensures uniform morphology from the center to the outermost perimeter.
- Uniform light distribution increases the proportion of high-quality flowers, yields a premium harvest, and accelerates the return on investment for the cultivation operation.
Optimized PPFD Distribution & Light Recipe Integration
Full-Spectrum Power for 1000W Commercial Scaling
Harness the full potential of your canopy with our meticulously engineered 1000W custom-tailored light recipe. By integrating enhanced 660nm deep red with a balanced full-spectrum white light, this fixture delivers the exceptionally high PPFD levels required for dense flowering and rapid vegetative growth. The massive 1000W output ensures superior deep-canopy light penetration, driving uniform and vigorous growth across your entire footprint, ultimately maximizing your harvest weight and crop quality.
Outgoing Inspection and Packaging for PlantGrow Light
100% Rigorous Quality Inspection
Every LED grow light undergoes 48-hour aging tests and strict optical calibration before packing to ensure zero-defect delivery
Optimized Standardized Packaging
Custom high-density foam and reinforced cartons designed to withstand international transit and reduce shipping volume.
Safe & Efficient Bulk Shipping
Experienced container loading and logistics coordination to maximize space utilization and guarantee on-time global logistics.
Frequently Asked Questions
Does the 1000W output require specialized electrical infrastructure?
Designed for commercial scalability, our 1000W fixture supports standard high-voltage industrial inputs (277V/347V/480V options). We recommend consulting with a certified electrician to ensure your facility’s circuit load capacity is properly balanced for multiple high-output units.
How does this 1000W light handle heat dissipation in a closed-room environment?
The fixture features an advanced passive cooling structure with high-surface-area aluminum heat sinks. This design efficiently dissipates the heat generated by the 1000W output without relying on active fans, ensuring long-term thermal stability and a silent operating environment.
Is this 1000W system dimmable for different plant growth stages?
Yes, the system supports 0-10V dimming. You can precisely adjust the output from 10% to 100% to provide optimal PPFD for each stage, from cloning and vegetative growth to the high-intensity light requirements of the flowering phase.
Can the 1000W high-density output cause light burn, and how should I hang it?
Due to the high intensity, we recommend a recommended hanging height of 18–24 inches during peak flowering. The fixture’s uniform light distribution minimizes hot spots, but we advise using a PAR meter to monitor PPFD levels and adjusting the dimmer or height to match the specific light tolerance of your crop.
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