High Bay LED Lights (UFO Industrial)
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High Bay LED Lights (UFO Industrial)
Massive logistics warehouses, factory floors, sports halls, and hangars with 6 to 12-meter-high ceilings are the most demanding environments in the lighting industry. If a cheap "store-bought" bulb burns out at such a height, calling an electrician and renting a scissor lift to replace it will cost the company hundreds of euros - not to mention production downtime. VIDEX industrial LED High Bay (or UFO-shaped) luminaires are a heavyweight engineering masterpiece designed to provide brutal lumen power and work maintenance-free for decades, guaranteeing your business an unbeatable Total Cost of Ownership (TCO) return.
Why professional energy managers choose only VIDEX High Bay for illuminating large hangars:
- Massive thermal protection (Cooling): In summer, near the metal roof ceiling, the temperature can exceed +50°C. Cheap plastic domes simply melt there. VIDEX uses top-quality die-cast aluminum with massive cooling fins (Heatsink). This dissipates heat from the LED chips with lightning speed, preventing them from degrading and losing light output (up to 50,000 hours).
- Optical precision (Lenses): A weak lamp scatters light on the walls while the floor remains dark, causing dangerous situations for forklifts. VIDEX High Bay uses special optical lenses (90° or 120° angle) that drive a concentrated, blindingly bright light straight down onto the work area.
- Extreme safety (IP65 / IK08): The lamp does not fear production dust or strong air moisture. The shock-resistant design protects it from accidental impacts in sports halls or warehouses.
Save up to 70% on your electricity bill, eliminate maintenance costs from your budget, and provide your employees with a safe, bright environment! Invest smartly, order at open tools!
Q: In which industrial zones is it engineeringly necessary to use UFO-type High Bay luminaires?
Q: How do narrow-beam (60° or 90°) lenses increase illumination in the work zone?
Q: How does the VIDEX aluminum housing with cooling fins prevent diode overheating?
Q: What mounting and safety requirements must be observed when installing High Bay luminaires?
Q: How much energy savings does a 150W UFO LED transition offer over old 400W gas-discharge bulbs?
A: The UFO radial design combines a compact size with a powerful luminous flux of 15,000 to 30,000+ lumens at ceiling heights from 6 to 12 meters. The symmetrical beam distribution concentrates photons directly onto work surfaces at ground level, providing code-compliant lighting in heavy manufacturing and hangars.
Q: How do narrow-beam (60° or 90°) lenses increase illumination in the work zone?
A: Narrow-beam optics prevent light scattering on walls and structural beams, directing radiation vertically downward. When mounting luminaires above a height of 8 meters, narrow-beam lenses increase light intensity at the working surface level by more than 40% and eliminate glare for equipment operators.
Q: How does the VIDEX aluminum housing with cooling fins prevent diode overheating?
A: Vertically arranged die-cast aluminum fins create natural convective airflow that rapidly dissipates heat from 100W–200W SMD diodes. Effective heat exchange keeps the semiconductor crystal temperature within safe limits even in hot under-ceiling areas in summer, guaranteeing a long service life.
Q: What mounting and safety requirements must be observed when installing High Bay luminaires?
A: Luminaires are mounted on a solid steel hook or mounting ring, additionally anchoring the housing with a steel safety cable. Such double-fastening engineering eliminates the risk of falling due to machinery vibrations, and IK08 impact-resistant glass protects the optics from damage.
Q: How much energy savings does a 150W UFO LED transition offer over old 400W gas-discharge bulbs?
A: A 150W UFO LED luminaire with an efficacy over 140 lm/W replaces 400W mercury or sodium lamps while consuming 65% less electricity. LED technology provides 100% light output instantly without warmup time and eliminates constant downtime for changing bulbs at height.
