High-output LED luminaires for racked aisles, open picking areas and industrial storage, with beam, mounting, occupancy, daylight and emergency options selected around the warehouse layout.
Compare current HighRack, Aegis and Harbor product data for racked aisles, open storage, loading areas and circulation. Product order and relevant options change with the selected application.
High-output LED high bay for racked aisles, open storage and industrial halls, with surface, suspended or BESA mounting.
EasyAir occupancy and daylight harvesting suits intermittently occupied storage aisles.
View HighRack →
IP65, IK08 vapour-proof LED batten for loading, service and lower-mounting industrial areas.
PIR on/off and PIR dimming options support intermittently occupied loading and service areas.
View Aegis →
IP65, IK10 LED bulkhead for wall or ceiling mounting in circulation, ancillary and service areas.
The motion-sensor option suits warehouse circulation and ancillary spaces with intermittent use.
View Harbor →Final luminaire quantities, spacing, uniformity and emergency coverage require project calculations and the building emergency-lighting strategy.
Rack height, aisle width, mounting position and the working task determine the useful distribution. Lighting should support horizontal tasks and vertical visibility on stored goods without placing bright sources directly in normal sightlines.
Coordinate luminaires with the clear aisle rather than the rack tops, so the distribution reaches the floor and vertical storage faces.
High racks and handling equipment can block light. Check turning areas, intersections, pedestrian routes and pick faces separately.
Consider source brightness, viewing direction and transitions between warehouse zones as well as the calculated illuminance.
The optic should follow the geometry of the area. HighRack offers a 34° medium beam for racked aisles and a wide-beam option for broader open spaces.
A narrower distribution directs more of the luminaire output along the clear aisle where racks create a tall, constrained space.
A broader distribution suits open floor areas where the design needs lateral coverage rather than a concentrated aisle pattern.
Intermittently occupied aisles can be grouped around occupancy and available daylight. HighRack can be specified with an EasyAir occupancy and daylight-harvesting option, while tunable white with DALI and emergency variants are available where the control or emergency strategy requires them.
Define zones around actual movement patterns and sightlines. Loading doors, cross-aisles, open picking areas and continuously occupied workstations may need different behaviour from storage aisles.
Emergency coverage follows the building risk assessment and escape strategy rather than the normal warehouse-lighting grid alone. Access, testing and maintenance requirements should be defined before luminaire positions are finalised.
Cover intersections, changes of direction, open areas and final exits as part of the building emergency-lighting design.
Record the emergency operating method, test arrangement and control groups for commissioning and routine inspection.
Coordinate emergency luminaires with escape routes, stairs, level changes and doors, not only the normal aisle-lighting positions.
Allow safe access to luminaires, sensors, drivers and emergency components, with cleaning intervals suited to the warehouse environment.
Task visibility, glare, shadows, vehicle movement, pedestrian routes and maintenance all affect an industrial lighting design.
Share aisle widths, rack heights, mounting points, working areas, operating pattern and control requirements to identify a suitable HighRack configuration and supporting warehouse luminaires.
