1300W Ultimate Output Indoor Plant Grow Light
The ultimate 6-bar solution designed specifically for professional-grade 4×6 ft commercial cultivation. This precision-engineered LED fixture empowers you to achieve high yields, optimized light uniformity, and a strong return on investment.
1300W Indoor Plant Grow Light Design Parameters
Optical and Radiometric Parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Total radiated power(System PPF) | 3640 – 3770 µmol/s | Main output data that replaces multiple traditional HPS or low-wattage LED splicing units |
| System Lighting Effects(System PPE) | 2.8 – 2.9 µmol/J | True overall lamp energy efficiency including high power drive conversion losses |
| Central peak luminous intensity(Max PPFD) | > 1500 µmol/m²/s | Hang at a height of 12 inches (30 cm); suitable for Hang it at a height of 12 inches (30cm), and it is recommended to apply 1000-1200 ppm CO2 as a supplement. |
| Core coverage area(Core Footprint) | 4 × 10 ft (1.2m × 3.0m) | Rectangular asymmetrical light distribution perfectly matches continuous commercial mobile seedbeds, eliminating blind spots during splicing. |
| LED chip matrix(Diode Array) | Top-tier high-power white light + 660nm deep red light | Chips from leading global manufacturers ensure spectral consistency in ultra-large arrays. |
| Spectral configuration(Spectrum) | Pharmaceutical-grade full-spectrum (Red-Enhanced) | Enhanced 660nm radiation flux, applicable throughout the entire life cycle, with a focus on tackling late-stage flowering and fruit enlargement. |
Electrical parameters
| Parameter Name(Specification) | Engineering Parameters /Standards | Technical Note |
| Actual system power consumption(AC Input Power) | 1300W ± 4% | Stable real-world power consumption at 100% full load operation |
| Input Voltage | 277-480V AC (or 120-277V) | It is recommended that large CEA plants adopt high-voltage input to significantly reduce the diameter and copper loss of engineering cables. |
| Power Factor | > 0.96 | UIndustrial-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 | Supports external master control units for multi-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) | SThe 4×10ft extra-long and extra-wide rectangular geometric design eliminates unnecessary light leakage in the corridor. |
| Net Weight | Approximately 24-28 kg | For heavy industrial equipment, the installation of suspension trusses must meet commercial safety load standards. |
| Bar Count | 10 Bars (Wide-spacing, high-transmittance arrangement) | Increasing the spacing between the light strips significantly reduces the shading rate of top supplemental lighting on natural sunlight in the greenhouse. |
| Thermal Design | Heavy-duty 6063 aerospace-grade anodized passive heat dissipation aluminum | Physical passive heat dissipation has a huge surface area, completely eliminating the risk of malfunctions caused by fan lifespan issues. |
| BTU/h | Approximately 4435 BTU/h | Provides HVAC engineers with precise calculations of ventilation and cooling loads for fully enclosed workshops. |
| Ingress Protection) | IP66 | Features robust water and dust resistance, capable of withstanding high-volume spraying operations and high-humidity environments 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 | Compliant with electrical regulations for market 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 conservation subsidy review by local power companies. |
| Packaging | Heavy-duty modular/folding industrial packaging | Avoiding the transportation challenges of an extra-long 3-meter fuselage, optimizing overseas local delivery and cross-border CBM costs. |
1300W Extreme Output: Redefining the Limits of Per-Bar Power
Break free from the limitations of traditional, congested multi-bar fixtures. Engineered with a streamlined 6-bar architecture, this 1300W foldable LED grow light is built specifically for commercial cultivators demanding maximum PPFD penetration. Across a massive 4x6ft footprint, each individual bar unleashes unprecedented photon flux, driving high-intensity light deep into the lower canopy to unlock the ultimate yield potential of your crops.
- Extreme Per-Bar Intensity: Fewer bars mean more concentrated, hard-hitting light that cuts through dense canopies to stimulate lower bud sites.
- Optimized 4x6ft Footprint: Perfectly dimensioned for commercial rolling benches and vertical racks, maximizing usable light uniformity across the entire footprint.
- Heavy-Duty Foldable Design: Built for rapid, single-person deployment while drastically reducing shipping volume and logistical costs for large-scale facilities.
Built for High-Yield Facilities: Exceptional Airflow Convection and HVAC Synergy
Record-breaking yields naturally trigger intense crop transpiration, creating localized humidity pockets that threaten plant health. Our wide-spaced, 6-bar design goes beyond light distribution—it actively optimizes your facility’s microclimate. By eliminating structural obstruction, this fixture creates unrestricted vertical airflow channels that work seamlessly with your commercial HVAC and dehumidification systems to instantly evacuate stagnant moisture.
- Zero-Obstruction Airflow Channels: Eliminates the heat and humidity traps typical of densely packed fixtures, maintaining a stable, uniform microclimate right above the canopy.
- Seamless Dehumidification Integration: Enhances overall HVAC efficiency, significantly mitigating the risk of powdery mildew, botrytis, and microclimate spikes during peak flowering phases.
- Advanced Passive Thermal Management: Generous bar spacing allows cool ambient air to cycle freely, lowering diode operating temperatures to secure long-term spectral stability and prevent light degradation.
Optimized PPFD Distribution & Light Recipe Integration
Precision Engineering for Maximum Canopy Uniformity
Achieving high-yield consistency across a 4x6ft footprint requires more than just raw power; it demands strategic light placement. The STG-1300W-F series features a high-efficiency 6-bar architectural layout designed to minimize hot spots and ensure uniform photon density across the entire canopy. By balancing intense spectral output with optimized physical spacing, this system provides your crops with the consistent, high-intensity environment needed to drive accelerated growth and superior biomass production from edge to edge.
Quality Guaranteed for Indoor Plant Grow 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
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 designed to withstand international transit and reduce shipping volume.
Frequently Asked Questions
What are the primary performance advantages of the STG-1300W-F Series?
This series is designed for high-yield facilities, featuring a 1300W power output that redefines the limits of bar-style power. The 6-bar configuration is specifically engineered to provide extreme output while ensuring exceptional airflow convection and seamless synergy with HVAC systems.
How does the fixture handle heat management during operation?
The product utilizes a “Structured Thermal Management” approach. It is built to facilitate excellent airflow convection, which allows the light to work in synergy with HVAC systems to maintain optimal temperatures, ensuring both plant health and fixture longevity.
Can the light distribution and spectrum be optimized for different needs?
Yes, the fixture is designed for optimized PPFD (Photosynthetic Photon Flux Density) distribution, ensuring uniform light coverage. Furthermore, it supports light recipe integration, allowing the light to be tailored to specific growth requirements.
What measures are taken to ensure the quality and safety of these lights?
The STG-1300W-F meets rigorous business and engineering compliance standards. Every unit undergoes a comprehensive quality control process, which includes intelligent visual inspection, integrating sphere detection for light performance, and optimized standardized packaging to ensure safety during transit.
Planning STG-1300W-F Series 4x6ft Grid Setup?
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