300W Led Floodlight
Rated Power: 300W
Input Voltage: AC110-480Vac, DC1100 ~ 400Vdc, 500Vdc ~ 800Vdc
Color Temperature: 2700K-6500K
Lamp Efficiency: 130LM/W
Beam Angle: 15°, 20°, 30°.
CRI: Ra>75
IP Grade: IP65/IP67
Bracket: Stainless Steel
Net Weight: 19KG
Warranty: 5 Years
Certificate: CE, RoHS, SAA, C-Tick, UL, DLC, CB, ISO:9001
- Product Description
300W LED Floodlight – Industrial-Grade High-Power Lighting
When your facility demands reliable, high-output illumination that performs in harsh conditions, our 300W led floodlight delivers. Built on 25 years of power supply engineering expertise, this fixture combines 130LM/W efficiency with military-grade durability. Whether you're lighting a container port, mining site, or manufacturing floor, expect consistent performance across voltage fluctuations (AC90-305V) and extreme temperatures—backed by our 5-year commercial warranty.

300W LED Floodlight Specifications
Model | RGL2-300P | |
Beam Angle | 15° 20° 30° | |
Stable Flux (5700K after 1 hour) | 36000lm | |
| LEDs | 270W |
Power | Driver | 30W |
Consumption | Total | 300W |
Replace HID Lamp | 600~800W | |
Net Weight | 19kg with stainless steel floodlight bracket | |
Color Temperature | 2700-6500K | |
Color Rendering | ≥Ra75 (≥Ra80, ≥Ra90 available on request) | |
Working Life | ≥50000Hrs | |
Housing Material | Aluminum & Powder coating | |
Power Supply | Meanwell | |
IP Class | IP 67 | |
IK Class | IK 10 | |
Insulation Class | Class I | |
Working Temperature | -40C ~ 60C / -40F ~ 140F | |
Working Humidity | 10% ~ 95% | |
AC Input | 110-480Vac input voltage without additional adapter | |
DC Input | 100 ~ 400Vdc, 500Vdc ~ 800Vdc | |
THD | <10% | |
Power Factor | ≥0.98 | |
Warranty | LED Module | 5 year |
| Driver | 5 year |
| Housing | 10 year |

Key Features
Voltage Stability for Remote Locations
Power grids in industrial zones, offshore platforms and mining sites usually do not provide clean power. Our wide-range driver (AC90-305V, DC127-431V) handles the voltage fluctuations in stride, so you get no flicker, no shutdowns. Electrical disturbances that kill normal lamps are dealt with by the built in 6kV surge protection.
Real-world benefit: Southeast Asian and African facilities report 40% fewer maintenance calls than earlier lighting systems.
Seven Beam Configurations
Different light distributions are required for different applications:
· Narrow beams (15°-30°) Tower cranes, high-bay warehouses (15m+ mounting height)
· Medium beams (40°-60°): Assembly lines, loading docks
· Wide beams (120°-140°×60°): Parking, storage yards
This flexibility frequently results in 20-30% fewer fixtures vs fixed-angle rivals.

Thermal Engineering That Extends Lifespan
Heat destroys LEDs. Our 300W Led Floodlight design combines three cooling mechanisms:
1.Aluminium heatsink with improved fin geometry 1.
2. Thermally conductive mounting bracket (also acts as heat spreader)
3. Insulated driver compartment (prevents heat accumulation on PCB) 4.
40°C ambient temperature operation maintains Junction temperature below 85°C giving 50,000 hour L70 rating.
IP67 Protection for Harsh Environments
IP65 version Weatherproof against rain and dust. Upgrade to IP67 if your site is exposed to:
· High Pressure Washdowns (Food Processing Plants)
· Temporary flooding (coastal infrastructure)
· Corrosive environments (chemical industries, marine terminals )
Gaskets are pressure cycled to 10,000 cycles. This is comparable to 10 years of thermal expansion/contraction.

Application Scenarios
Ports & Logistics Hubs
Container terminals run 24 hours a day in salty air. Our corrosion rating is C5M, the highest marine-grade designation, to avoid the rust-through failures typical to coastal fixtures. Instant-on operation removes the 10-15 minute warm-up waits of HID bulbs, which is crucial in the case of cranes that need instant visibility.
Mining & Heavy Industry
The equipment used in underground mines and quarries is constantly exposed to vibration, dust penetration and temperature variations. The housing is strengthened to resist impacts of 10J (IK08 rating). It’s dual AC/DC voltage compatible so it works with grid power and with backup generators, and it doesn’t need to be modified.
Manufacturing & Warehouses
The high CRI (Ra>75) rendering enables quality control with accurate color detection. Reduces eye strain for precise work with flicker-free output (tested to IEEE 1789). The 2700K-6500K range is suitable for anything from warm ambient lighting to clinical examination rooms. 
Sports Facilities
You need precise control for broadcast-quality lighting. You may stack light with many beam angles, tight beams for vertical lighting (less spill), broad floods for overall field coverage. Our fixtures are FCC Part 15 Class A compliant so they won’t interfere with wireless microphones or cameras.
Quality Assurance Process
Before every fixture is sent it is subjected to four levels of validation:
1. Photometric Testing (100% of units)
Lumens, CCT and CRI as specified and verified using integrating sphere measurements (±5% tolerance per IESNA LM-79).
2. Burn-In Cycles (24-48 hours)
Automated systems cycle voltage between 90V and 300V and check for driver failure or solder joint fractures. This avoids 99.2% of early-life failures.
3. Environmental Simulation
IP67 units are dipped for 1 hour at 1m depth. All models are spray tested for 15 minutes at 100L/min (IP66 equivalent). Thermal chambers cycle between +50 °C and -30 °C.
4. Surge Immunity Testing
We apply 6 kV line-to-line and 10 kV line-to-earth strikes per IEC 61000-4-5. Drivers who withstand 10 successive surges pass inspection.
Frequently Asked Questions
How does 300W LED compare to traditional metal halide?
Our 300W fixture (~39,000 lumens) replaces 1000W metal halide lamps while using 70% less energy. You also eliminate bulb replacements—MH lamps need changing every 8,000-10,000 hours versus our 50,000+ hour lifespan.
Can these handle voltage fluctuations in developing regions?
Absolutely. The AC90-305V range covers everything from brownouts to overvoltage conditions. We've deployed thousands of units in sub-Saharan Africa and South Asia where grid voltage swings ±30% daily.
Which beam angle should I choose?
General rule:
· Mounting height >15m → Use 15°-30° (focused projection)
· 8-15m height → Use 40°-60° (balanced coverage)
· <8m height or wide areas → Use 120°-140° (maximum spread)
Send us your site dimensions and mounting height—we'll provide a photometric layout within 24 hours.
Do you offer dimming options?
Standard models operate at full output. We provide 0-10V analog and DALI digital dimming as customization options (100-unit minimum order). PWM dimming available for DC input models.
How quickly can you fulfill orders?
Standard configurations (5000K, 60° beam, IP65): 7-10 days for quantities under 500 units. Custom specifications add 2-3 weeks for production setup. We maintain stock in three regional warehouses to expedite delivery.
Can you assist with lighting design calculations?
Yes. Our engineering team provides complimentary services for projects over 100 fixtures:
· AGi32 or DIALux photometric simulations
· Mounting layout recommendations
· Energy savings analysis (ROI calculations)
· Rebate application support (for DLC-listed models)
Contact Us
Discuss your 300W Led Floodlight requirements or request photometric data:
Email: sam@razorlux.com
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