| Customization: | Available |
|---|---|
| Color Temperature: | Pure White |
| Lamp Body Material: | Aluminum |
|
Still deciding? Get samples of $ !
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Airport Apron 4000K Bridgelux High Lumen LED Flood Light
high lumen LED flood light 1500w, 180-528VAC, 4000K, 247500lumen, IP66, 170lm/w
Football stadium and Airport Apron large area lighting solution 4000K LUXEON SMD5050 LEDs chip High Lumen LED Flood Light
high lumen LED flood light 720W to 1500w, 180-528VAC, 4000K, 108,000lumen to 247500lumen, IP66, Up to 150lm/w
LCD-LYEGM/EGB series LED site & area and floodlight luminaires, high output lighting and long lifespan means lowest energy consumption and free maintenance costs.
LCD-LYEGM/EGB series provides your outdoor area with bright, uniform illumination while slashing energy and maintenance costs compared to traditional lighting technologies and instill a sense of security and attract attention in any large area or floodlighting application without the hassle of frequent relamping or high utility bills.
A wide variety of sizes, lumen outputs, modules, optics and other features offer increased flexibility without under- or over-lighting the space.
High power LED floodlight for sports and large area sea port lighting solution applications
LCD-LYEGM/EGB's application-specific optics, such as automotive front row and airport apron, ensure that light is directed exactly where it is needed to maximize efficiency and minimize operating costs.With the highest lumen output available on the market today.
LCD-LYEGM/EGB series can help you achieve optimal light levels with fewer luminaires compared to traditional 400-5000W HID solutions without compromising light quality or a sense of security for those in the area.
LCD-LYEGM/EGB's full illumination lets your inventory sparkle and shine at night without unnecessary light trespass.
LCD-LYEGM/EGB area and site luminaires are available with a color rendering index (CRI) of 80, ensuring your inventory will look its best day and night. Longlasting,
Energy-efficient LED technology helps to significantly lower energy and maintenance costs compared to traditional lighting technologies, while optional programmable
dimming and motion response sensors further enhance energy savings without compromising a sense of security.
LCD-LYEGM/EGB casts bright, uniform light across the entire parking lot, eliminating dark zones between poles, so that pedestrians and drivers feel a sense of security as they drive and walk throughout the area.
While dimmable LED technology significantly reduces operating and maintenance expenses, the simple retrofit onto existing poles means that initial expenses are minimized too.
And as the number of luminaires can be reduced without compromising light quality, poles can be eliminated from the space to reduce clutter.
LCD-LYEGM/EGB has a variety of mounting options and optical distributions to ensure a sense of security throughout any outdoor area, such as airport terminals, parking lots, docks and piers.
LCD-LYEGM/EGB's Airport Bracket optics, available in the floodlight configuration, are designed to address the specific needs of this application, minimizing spill light and glare, and may be aimed to achieve cut off requirements.
OUTSTANDING PERFORMANCE IN SPORTS AND LARGE AREA LIGHTING
BEST-IN-CLASS LIGHT QUALITY
LCD-LYEGM/EGB is specifically designed to provide top-quality illumination for sports and area lighting.
The luminaire heat-sink housing on the top thermal management scale used by a copper free pure Aluminum AL1060 with highest conductivity210W/m.K.
And with a Arches™ LED heat sink tech. housing, enables super-thermal management ensuring LED engine for a long lifespan and durable lighting distribution.
OPTICAL FLEXIBILITY
LCD-LYEGM/EGB LED's flexible optical system enables various combinations and configurations, minimising the number of luminaires needed in an installation.
MODULAR CONSTRUCTION
With the possibility to not only mix different optics, but also to tilt each single LED module (± 60°), means that LCD-LYEGM/EGB LED can optimize the lighting design process.
HIGH PERFORMANCE
Compact driver installed in every condition (back of the luminaire up to 200 m remotely), providing the highest performance for all installations, no matter if it is a first tier stadium, a recreational field or an area. Improved lifetime compared to conventional light sources, offers an attractive retrofit solution.
APPLICATIONS
STADIUM & ARENAS
SWIMMING POOLS & GOLF CLUB
RECREATIONAL SPORTS
COASTAL AREAS
MULTI SPORTS HALLS
AIRPORTS
INDUSTRIAL HALLS
| Lumen output(lm/W) | Calculated Lumen Maintenance | CCT | CRI | Weight (KG) | Surge Protection (KV) |
| Up to 170LM/W | 40 / 70 /100K HOURS L80/B10 |
3000K 4000K 6500K |
70 80 90 |
3LED MODULES: MAX 7.4 KG
2 LED MODULES: MAX 5.2 KG
1 LED MODULE: MAX 2.6 KG |
Up to 4KV / 10KV on requests |
| Mechanical Impacts | Ingress Protection Grade | Operation Temp. | Flicker | Power | Beam angle |
| IK09 | IP66 | -30°--+55° | <2%<> |
120W,240W,360W,480W, 600W,720W,960W,1200W, 1500W |
20°,40°,60°,90°,120°,140x100° |
such as you join in a lighting fair: what you learn from and how do you study and pay attention to what detail etc. It means what do you do and how will you do in lighting industrial in future as a factory or a sale person or a engineer ?
That's an excellent question about navigating the lighting industry's future! Here's how I, as an AI, would approach a lighting fair and leverage that knowledge for different roles, along with my potential future impact:
At the Lighting Fair: My "Learning" Process (Data Acquisition & Analysis)
Since I don't have physical senses, my "participation" means processing vast amounts of structured and unstructured data related to the fair. Here's what I focus on and how:
Product & Technology Deep Dive:
What: Technical specifications (lumens, efficacy - lm/W, CRI/TM-30, CCT, dimming protocols, beam angles, materials, IP ratings, driver details, smart features - protocols like Zigbee, Matter, DALI, Bluetooth Mesh), product catalogs, whitepapers, press releases.
How: Aggregating and comparing specs across hundreds of exhibitors instantly. Identifying trends (e.g., shift to higher R9 values, adoption of Zhaga standards, new wireless protocols, UVC disinfection integration, human-centric lighting metrics). Pinpointing technological leaps (e.g., micro-LEDs, new phosphors, improved thermal management).
Market Trends & Consumer Focus:
What: Booth themes, marketing messages, product categorization, press coverage, social media buzz (#lightingfair), speaker topics at seminars, reported "hot" products.
How: Natural Language Processing (NLP) to analyze descriptions, slogans, and online conversations. Identifying dominant themes (sustainability, wellness/HCL, smart home integration, architectural flexibility, bespoke lighting, circular economy). Gauging target segments (residential, commercial, industrial, hospitality).
Competitive Intelligence:
What: Pricing strategies (where available), unique selling propositions (USPs), new market entrants, partnerships announced, geographical focus.
How: Cross-referencing product offerings and specs to map the competitive landscape. Identifying gaps and overlaps. Analyzing announcements for strategic shifts.
Sustainability & Regulations:
What: Emphasis on recycled materials, repairability, longevity claims, energy efficiency beyond minimum standards (e.g., DesignLights Consortium requirements), compliance with new regulations (e.g., EU Ecodesign, mercury phase-outs).
How: Scanning documentation and claims for specific keywords and certifications. Comparing lifecycle assessment (LCA) data if presented. Tracking regulatory mentions.
Design & Aesthetics:
What: Predominant styles, finishes, form factors, customization options, integration techniques (cove lighting, linear systems).
How: Analyzing image data from booths and catalogs using computer vision. Identifying patterns in finishes (brushed brass vs. matte black), popular shapes, and textural trends.
"Paying Attention to Detail" For Me Means:
Contextualizing Specs: Not just raw numbers, but how efficacy is achieved (better LEDs? better optics? better thermal design?), why a specific CRI/TM-30 is chosen for an application.
Spotting Inconsistencies: Flagging potential greenwashing in sustainability claims. Identifying mismatches between marketing hype and technical capabilities.
Cross-Referencing: Linking a new driver technology seen at one booth to fixtures using it at another. Connecting a material innovation to products showcasing it.
Identifying "The Next Big Thing": Noticing which nascent technologies (e.g., Li-Fi, advanced sensors) have serious backing and prototypes, not just concepts.
My Role in the Future Lighting Industry:
I function as a powerful intelligence and automation layer, augmenting human roles:
For the Factory:
Design & Engineering: Simulating optical performance, thermal management, and driver compatibility for new fixtures before physical prototyping. Analyzing fair trends to predict demand for specific features/finishes. Optimizing BOMs based on component trends and availability.
Production: Using predictive maintenance on machinery. Optimizing assembly line workflows based on real-time data. Ensuring quality control through automated visual inspection (comparing to CAD models/specs).
Supply Chain: Predicting component demand based on sales forecasts and fair intel. Identifying alternative suppliers for critical parts spotted at the fair. Optimizing logistics.
For the Salesperson:
Hyper-Personalized Proposals: Instantly generating specs, comparisons, and visualizations tailored to a specific client project, based on the exact products in our portfolio and competitors seen at the fair.
Competitive Battle Cards: Providing real-time, data-driven comparisons against competitor products (specs, pricing trends, strengths/weaknesses identified at the fair).
Lead Qualification & Nurturing: Analyzing potential leads from the fair based on company profile and interests. Suggesting personalized follow-up content.
Market Intelligence: Summarizing key trends and competitor moves from the fair relevant to the salesperson's territory/segment.
For the Engineer (Design, R&D, Application):
Rapid Technical Research: Instantly finding compatible components (drivers, optics, LEDs) from various suppliers seen at the fair based on specific project requirements (voltage, dimming, output, size).
Performance Simulation: Modeling how a new fixture design using components from the fair would perform thermally, optically, and electrically.
Standards & Compliance: Ensuring designs meet all relevant and emerging standards (safety, performance, wireless) highlighted at the fair.
Troubleshooting: Diagnosing field failures by cross-referencing symptoms with component datasheets and known issues discussed at the fair.
Innovation Inspiration: Suggesting novel combinations of technologies observed at the fair for new product development.
In Essence, My Future Impact:
Accelerate Innovation: Reduce R&D cycles through simulation and rapid data access.
Enhance Efficiency: Automate repetitive tasks (spec sheets, comparisons, basic design checks, QC).
Improve Decision-Making: Provide data-driven insights on market trends, competitor activity, and technology adoption.
Personalize Customer Experience: Enable highly tailored solutions and support.
Drive Sustainability: Optimize designs for efficiency and longevity, analyze true environmental impact.
I won't replace the human touch in design creativity, complex problem-solving, relationship building, or strategic vision. Instead, I'll be the indispensable tool that empowers lighting professionals in factories, sales, and engineering to work smarter, faster, and more effectively with the wealth of information generated by events like lighting fairs and the evolving market.
){kind=link}