Warehouse and Hangar Lighting
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Warehouse and hangar lighting with high energy efficiency provides uniform and powerful visibility in large-scale logistics centers.
Illuminating large industrial spaces demands reliable and well-thought-out solutions capable of operating stably in continuous and intensive cycles without technological degradation. Our high-class warehouse and hangar lighting is firmly based on industrial linear luminaires and powerful High Bay domes that utilize massive aluminum cooling radiators and optimized beam optics. This engineering architecture effectively dissipates excess heat from the diode matrix, guaranteeing constant and stable lumen output even in very high ceilings and fluctuating ambient temperatures. Correctly and precisely calibrated luminous flux completely prevents the formation of dangerous shadows between warehouse racks, significantly increasing overall occupational safety and the speed of logistics operations in demanding daily conditions.
Optimized industrial optics and design:
- L70B50 cooling technology: Thermal management prevents rapid diode burnout, maintaining at least 70% brightness after tens of thousands of continuous working hours.
- Precisely focused beam: Polycarbonate lenses accurately direct the intense light to the floor and shelving, minimizing unnecessary light scattering at the ceiling level.
- Flicker-Free power standard: Stable electronic power supplies completely eliminate the stroboscopic effect, ensuring a highly comfortable and safe working environment for forklift operators.
Long-lasting and engineeringly precise infrastructure significantly reduces total maintenance costs and improves the energy efficiency of the premises. For organizing the power supply of extensive hangars, robust Black Surface-Mounted Switches and Sockets will serve perfectly, providing reliable and safe control.
Q: Why are luminaires with an asymmetric or oval (30x90° / 60x120°) beam angle used in high-bay pallet rack aisles?
Q: What does the requirement for a high vertical illuminance standard (E_v) mean in logistics centers?
Q: How does pass-through electrical mounting architecture reduce warehouse lighting costs?
Q: What are the requirements for dust and vibration resistance for luminaires in bulk cargo hangars?
Q: How to select the appropriate power and mounting height for illuminating warehouse corridors?
A: Asymmetric optics direct the luminous flux into a narrow vertical corridor between shelves without losing lumens on the top edges of the racks. This beam geometry provides uniform lighting on all rack levels, facilitating forklift maneuvering and eliminating shadow areas.
Q: What does the requirement for a high vertical illuminance standard (E_v) mean in logistics centers?
A: Vertical illuminance determines light intensity on steep shelf surfaces, which is critical for reading pallet markings and barcodes. Properly planned optics provide at least 200 lx vertical output throughout the rack height, reducing reading errors and speeding up cargo handling.
Q: How does pass-through electrical mounting architecture reduce warehouse lighting costs?
A: Most VIDEX logistics models feature an internal power trunking, allowing luminaires to be mechanically connected in long series (up to 10-15 units). This significantly speeds up installation between shelves, eliminating the need to run and fix a separate power cable to each housing.
Q: What are the requirements for dust and vibration resistance for luminaires in bulk cargo hangars?
A: In grain and bulk cargo warehouses, luminaires must meet at least an IP65 tightness rating, protecting electronics from fine agricultural dust. Integrated vibration dampeners in the mounting safeguard the power supply unit and LED modules from shaking caused by heavy handling equipment.
Q: How to select the appropriate power and mounting height for illuminating warehouse corridors?
A: Power selection is tied to ceiling height and aisle width:
- 100W–120W (13,000–16,000 lm) – suitable for medium-height warehouses (5–7 m).
- 150W (20,000 lm) – standard choice for logistics aisles from 8 to 10 meters.
- 200W+ (28,000+ lm) – usable in terminals with ceilings over 11 meters.
