500W LED Flood Light | Tower Hanging Lighting Sport Tunnel

Quality Assurance: Rigorous testing and premium components ensure long-lasting performance.

Expert Support: Our engineering team provides full technical support for your projects.

Fast Delivery: Global logistics network ensures your products arrive on time.

Is this dimmable? Yes, compatible with most PWM dimmers.

Can it be cut? Yes, cuttable every 50mm.

What is the warranty period? We offer a standard 3-year warranty on all our premium LED lighting systems.

Stadiums and sports fields. — The primary application. The FL9 500W’s 120° beam and 60,000 lm output cover football pitches, tennis courts and athletics tracks from tower-mounted positions, delivering uniform illuminance across the playing surface with minimal fixture count.

Industrial sites and warehouses. — Large-span factories, distribution centres and aircraft hangars use the FL9 500W for high-bay yard lighting. The IP65-rated housing withstands dust, oil mist and temperature swings common in industrial outdoor areas.

Architectural façade and landmark lighting. — Building exteriors, bridge undersides and public monuments are illuminated by aiming the FL9 500W upward or at an angle. The 120° spread creates a soft, even wash suitable for general façade highlighting rather than precise accent work.

Parking structures and transport hubs. — Airport aprons, railway yards and multi-storey car parks require bright, wide-area coverage. The FL9 500W’s wide voltage input handles voltage drop along long cable runs from central distribution boards to distant tower mounts.

Perimeter and security lighting. — Industrial site boundaries, utility compounds and construction perimeters use the FL9 500W for continuous overnight illumination. The IP65 seal and tempered glass front resist vandalism and weather exposure in unattended outdoor locations.

Why do buyers pick the ILED-FL9 500W over other high-power flood lights? Here is what we hear from customers:

120° beam angle — fewer fixtures for large areas. The FL9 500W’s wide 120° spread covers more ground per fixture than narrow-beam competitors, which means fewer towers or mounting points are needed for a given illuminance target. This reduces both material and labour costs on stadium and industrial lighting projects.

120 lm/W efficacy at 500W — maximum output per watt. Every FL9 500W unit delivers the same 120 lm/W luminous efficacy, producing approximately 60,000 lm from a single 500W fixture. This high efficacy keeps operating costs low even at the upper end of the flood light wattage range.

110–277VAC wide voltage — one SKU for global deployments. The dual-range input means the same FL9 500W unit works on 110V North American grids and 220–240V European grids without voltage conversion. For contractors supplying multiple sites across regions, this eliminates stocking separate regional variants and simplifies spare-part logistics.

Q1: What is the difference between the ILED-FL9 500W and lower-wattage flood lights?
A1: The FL9 500W delivers approximately 60,000 lm from a single fixture, compared with 12,000–24,000 lm from 100W–200W units. This means fewer fixtures and mounting points are needed to light a given area, reducing both hardware and installation costs. Choose the 500W variant for large sports fields and industrial yards; choose lower wattages for smaller car parks and perimeter security.

Q2: What does IP65 mean for a tower-mounted flood light?
A2: IP65 means complete dust protection and resistance to water jets from any direction. For a tower-mounted fixture, this seals the LED array and driver against dust accumulation and rain splash — preventing internal condensation or corrosion over years of exposed operation.

Q3: Can the FL9 500W be used for architectural façade lighting?
A3: Yes. While optimised for downward tower mounting, the FL9 500W can be aimed at building facades, bridge undersides and monument surfaces. The 120° beam provides broad wash lighting for general façade illumination; for accent or uplighting with tighter pools, consider a narrower-beam alternative.

Q4: Is DALI dimming available on the FL9 500W?
A4: DALI is not listed as a standard feature in the specification table. The standard FL9 500W uses an integral non-dimmable driver. If centralised dimming or daylight harvesting is required for a project, contact the sales team to confirm whether a DALI-enabled variant is available.

Q5: What is the difference between CRI70 and CRI80 on the FL9 500W?
A5: CRI70 (standard) renders colours adequately for sports and industrial environments where functional visibility is the priority. CRI80 (optional) provides noticeably better colour fidelity, making it preferable for broadcast sports venues, retail facades and architectural applications where accurate colour appearance matters.

Q6: How many FL9 500W units replace a 1000W metal halide flood light?
A6: A 1000W metal halide typically produces 60,000–80,000 lm. One ILED-FL9 500W (≈60,000 lm) matches the lower end of that range at half the power draw. For higher illuminance requirements, two FL9 500W units in a staggered tower layout will exceed a single metal halide fixture while consuming roughly 40% of the original energy.

Mounting height. — The 120° beam is optimised for tower mounts between 8 m and 15 m above ground. At lower mounts the spill extends too far; at greater heights the illuminance drops. Confirm the mounting height before ordering.

CRI selection. — Standard CRI70 is adequate for sports and industrial use. If the flood light will be used for broadcast venues, retail facades or architectural accent lighting, specify CRI80 at order — it is not a field-changeable upgrade.

DALI availability. — DALI is not confirmed as a standard feature for the FL9 500W. If daylight harvesting or remote dimming is required, contact the sales team before ordering to confirm whether a DALI variant exists.

Wide voltage verification. — The FL9 500W accepts 110–277VAC input, covering both North American (110–120V) and European (220–240V) supply standards. Confirm the local supply voltage — remote tower points with very low voltage may require a dedicated circuit.

Tempered glass front. — The FL9 500W uses a tempered glass front panel, which offers superior impact resistance compared to polycarbonate. For locations with high debris risk, the glass front is the recommended choice.