Marine Led Flood Lights
Rated Power: 120W
Input Voltage: AC80-315Vac, DC80 ~ 400Vdc
Color Temperature: 2700K-6500K
Lamp Efficiency: 130LM/W
Beam Angle: 60°, 120°, 140°x60°.
CRI: Ra>75
IP Grade: IP65/IP67
Bracket: Stainless Steel
Net Weight: 8KG
Warranty: 5 Years
Certificate: RMRS, CE, RoHS, SAA, C-Tick, UL, DLC, CB, ISO:9001
- Product Description
400W Marine LED Flood Lights - Professional Maritime Illumination
Built for the Harshest Ocean Conditions
Razorlux 400W Marine LED Flood Lights are the first choice of marine operators when equipment failure is not an option. With IP67 waterproof protection and corrosion-resistant stainless steel, these fixtures provide reliable performance with seawater spray, voltage fluctuations, and the rigours of 24/7 operation.
Key Performance Features:
· 130LM/W efficiency with 50,000+ hour lifespan
· Wide voltage compatibility: AC90-305V / DC127-431V
· Multiple beam angles (15°-140°) and color temperatures (2700K-6500K)
· 15KG industrial-grade construction with 5-year warranty
· Certified: RMRS, UL, CE, SAA, ISO:9001

Marine LED Flood Lights Specifications
Model | RGL-120A | |
Beam Angle | 60° 120° 140° | |
Stable Flux (5700K after 1 hour) | 14400 lm | |
Dimension (mm) | 360*358*187 | |
| LEDs | 108W |
Power | Driver | 12W |
Consumption | Total | 120W |
Replace HID Lamp | 250~300W | |
Net Weight | 8kg(17.6lbs) | |
Color Temperature | 2000-6000K | |
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 | 80-315Vac input voltage without additional adapter | |
DC Input | 80 ~ 400Vdc | |
THD | <10% | |
Power Factor | ≥0.98 | |
Warranty | LED Module | 5 year |
| Driver | 5 year |
| Housing | 10 year |

Real-World Applications
Commercial Fishing Operations
Night trawling requires deck lighting that won't fail mid-operation. Our 120° flood beam configurations eliminate shadows across sorting decks, while Ra>75 color rendering helps crews accurately assess catch quality.
The stainless steel housing withstands constant saltwater exposure and vibration from processing equipment—critical for vessels that can't afford downtime during peak fishing seasons.
Offshore & Tugboat Services
Support vessels conducting towing operations or platform maintenance need reliable illumination in volatile conditions. The wide voltage input (AC90-305V) handles generator fluctuations common in offshore environments.

One offshore contractor reported zero lighting failures across their fleet during a 14-month deployment in the North Sea—previously they replaced aluminum fixtures every 6-8 months due to corrosion.
Port & Shipyard Infrastructure
Loading terminals operating 24/7 require lighting that survives harsh wash-down procedures. IP67 protection ensures performance through deck flooding, while multiple beam options let facility managers customize coverage for specific crane operations or container zones.

Why Marine Operators Choose Razorlux
Proven in Extreme Environments
Since 2006, we've supplied LED marine lighting to vessels operating from the Arctic Circle to tropical shipping lanes. Our marine Led Flood Lights maintain L70 performance (70% lumen retention) beyond 50,000 hours in salt-air environments—outlasting standard industrial lights by 2-3x.
Complete Design Control
With 200+ patents covering LED Packaging, thermal management, and marine-specific driver technology, we control the entire production chain. This isn't rebranded equipment—every component is engineered for maritime conditions.
The Razorlux Difference
25 Years of Industrial Experience
We started in 1998 as a power supply manufacturer for Fortune 500 telecoms and moved into LED lighting in 2006. That foundation in mission-critical power systems influences every driver circuit we develop.
Engineering Support Included
Beyond selling fixtures, our team provides lighting layout design and photometric calculations. We'll help you meet maritime safety standards (like SOLAS regulations) while optimizing energy efficiency across your vessel or facility.
Research-Backed Innovation
We have an R&D team working with Xi’an Jiaotong University for national initiatives. 30% of our people possess PhD’s and we convert academic LED research to practical marine solutions.

Common Questions
Q: Why is stainless steel important for maritime lighting?
Molybdenum is used in marine-grade stainless steel to protect against pitting corrosion from chloride ions in salt water . Typical aluminium fittings would experience galvanic corrosion within months. We have run fixtures for over 3,000 hours in continuous salt-fog chambers with no deterioration.
Q. Will they mess up navigational equipment?
No. All fixtures are tested to the CISPR 15 and IEC 60533 EMC standards to assure no radio frequency interference with GPS, VHF radio or radar systems. Electromagnetic noise is kept out using filtered drivers and shielded wiring.
Q: How are marine generator voltage spikes handled?
Active power factor correction and built-in surge protection (4 kV-10 kV rating) take up the voltage variations inherent to vessel electrical systems. We have tried AC90-305V and DC127-431V without performance decrease.
Q: What is the difference between IP65 and IP67?
IP65 Water jet protection from every angle Suitable for most deck mountings. IP67 can handle brief submersion to 1 metre, perfect for areas subject to wave wash or deck flooding in heavy seas.
Q: What's the actual lifespan in salt air?
Our fixtures achieve L70 ratings at 50,000+ hours under continuous marine exposure (verified through accelerated salt-fog testing). This translates to 10+ years at 12 hours daily operation, backed by our 5-year warranty.
Q: Why doesn't the lens turn yellow like other lights?
We use UV-stabilized polycarbonate or tempered glass lenses, not standard plastic. These materials resist photodegradation from UV exposure and salt reflection—lenses remain optically clear throughout the warranty period.
Q: How do you prevent galvanic corrosion on aluminum hulls?
Installation kits include dielectric isolation washers (nylon/Teflon) breaking electrical paths between dissimilar metals. Combined with 316L stainless mounting hardware, this eliminates the battery effect causing accelerated corrosion.
Contact Us
Ready to discuss your maritime lighting project? Our Marine Led Flood Lights' team can assist with product selection and compliance requirements.
Email: sam@razorlux.com
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