150W adjustable-power high bay
The 150WF is a UFO high-bay with published power settings. Compare its optical data with the rack layout to assess coverage.
View Product Logistics lighting supply
Warehouse lighting planned around your racks and work zones
Plan warehouse lighting around rack geometry and daily operations so light reaches labels, workstations, and vehicle routes.
- High-bay fixtures for tall storage spaces
- Linear battens for lower work zones
- Outdoor floodlights for covered loading approaches
- Layout support using your rack and task information
Working surfaces
Design for the racks as well as the floor
LED warehouse lighting needs to make rack labels, travel routes, and handling tasks visible. Check the storage aisle as well as floor brightness.
Position warehouse LED light fixtures to suit the racks. Tall storage can block light to picking locations. Identify the surfaces needed for storage, receiving, and packing separately. Warehouse lighting solutions can combine overhead fittings, lower-mounted fixtures, and exterior products. VST can help choose those products using the building geometry and tasks you describe.
Rack geometry
Measure aisle width and rack height. Mark which shelf faces need readable labels so the calculation shows whether light reaches the picking locations.
Task separation
Mark receiving, packing, inspection, and travel areas on the plan. Calculate their tasks separately from the light needed for bulk storage.
Maintenance access
Check whether a lift can reach each fitting with the racks loaded. This affects mounting positions and how you plan spare units.
Logistics project support
Choose fittings from the rack and work-area plan
VST can help select warehouse lighting using your rack layout and the surfaces that need illumination.
Calculation from the rack plan
Ask VST for a DIALux proposal based on rack height, aisle width, mounting positions and the selected optic. Request separate results for aisle floors, vertical picking faces and packing benches, with the agreed lighting targets and assumptions recorded.
Separate zone quantities
List aisle lights, packing fittings, and loading fixtures separately. The site team can then receive the order and allocate each model to its zone.
Sample configuration control
Agree the trial fixture’s lens, driver, and light color. Retain that configuration as the reference when you release the rest of the warehouse order.
Shipment coordination
Tell VST the installation phases and receiving constraints. Discuss packing and order releases around what the site can handle at each stage.
Layout scope
What warehouse lighting needs to illuminate
Warehouse lighting must reach the storage and handling surfaces people use, while keeping travel routes visible for staff and vehicles.
A high-bay illuminates from overhead, but racks can block its light. Compare LED warehouse lighting fixtures using the selected optic's distribution file and the actual rack layout. Evaluate the work surfaces in each zone separately, including shelf faces used for picking. VST is a warehouse lighting manufacturer that can help select models and prepare a DIALux proposal. Use the reported results and recorded project targets to compare options, with the design assumptions stated for each calculation.
Fixture shortlist
Fixtures for storage, packing, and loading
VST can assess driver and mounting changes as your warehouse lighting OEM supplier. Keep each requested change recorded alongside the standard model.
40W packing-area batten
The 1200mm protected batten gives linear illumination in lower work zones. Check mounting and protection against the packing or service-area conditions.
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200W loading-area floodlight
The bracket-mounted FL20-200W covers loading and perimeter areas. Evaluate its aiming and light spill from the vehicle approach to the dock.
View Product Layout essentials
Information for the layout and installation
As a warehouse lighting vendor, VST can help organize calculation inputs, mounting details, controls, and model references for each zone.
Surface-based design
Include vertical shelf faces and packing planes in the calculation. Check whether the distribution reaches tasks that racks and stored goods can obscure.
Mounting clearance
Keep high-bay bodies and supports clear of sprinklers, racks, and handling equipment. Check those clearances when setting positions on the mechanical layout.
Occupancy zoning
Select driver controls and sensor coverage for the activity in each zone. The occupied areas determine where sensing is useful and how it should operate.
Receiving identification
Identify the model for each zone on the order list and cartons. This helps receiving staff allocate the fittings when several areas are supplied together.
High-bay detail
The high-bay source, lens, and housing
Check these components on the selected high-bay configuration when comparing its output, distribution, and cooling construction.
Emitting surface
High-bay LED array
The high-bay face contains multiple emitters. Their source characteristics affect light color and rendering, while fixture position determines where that light reaches below the racks. Retain the agreed sample with its source and optical specifications. This keeps the warehouse lighting calculation and the later supply based on the same configuration. Compare those records before substituting a similar-looking high-bay.
Distribution control
High-bay lens
The lens controls the spread of light below the fitting. Rack tops may block a broad distribution, while a narrow one can leave work surfaces dark. Use the photometric file for the selected optic in the DIALux model of your aisle and loaded racks. Judge that optic by the calculated light on the picking faces, not by its nominal beam angle alone. Keep the optical option identified in the proposal so the calculation matches the fixture you order.
Heat dissipation
High-bay finned housing
Heat passes through the high-bay housing and its exposed fins. Check temperature at the mounting height, which may differ from conditions on the occupied floor. Keep airflow clear of stored materials and overhead services, and stay within the model’s operating limits. The rear housing view shows its heat-transfer construction. Performance in your building needs the appropriate temperature and lifetime evidence.
Working with VST
Get to know the warehouse supply contact
Watch the company introduction and customer feedback alongside your project discussion.
VST company introduction
Get to know VST before discussing the warehouse package. Bring the rack plan and work zones to that conversation. Use the matching photometric files and model data to calculate the layout for the configurations you are considering.
Customer feedback on cooperation
Watch a customer perspective on working with VST. For your logistics project, agree fixture quantities, zone identification, and release dates against the site schedule. Judge the proposed warehouse layout from its own data and calculations, with the customer video providing general cooperation background.
Operational zones
Lighting for warehouse storage and handling
Your warehouse lighting supplier can help select models separately for rack visibility, packing work, vehicle approaches, and lower-ceiling areas.
Tall rack storage
Tall rack aisles need readable shelf labels and a visible travel floor. Provide rack height, aisle width, and the picking surfaces that need light. VST can compare high-bay optics with that geometry so you can assess whether the selected distribution reaches loaded shelves, as well as the center of the aisle.
Open receiving areas
Receiving areas need broad visibility as pallets are checked and moved. Establish the handling positions and mounting height, including obstructions from temporary stock. VST can compare high-bay distributions for this open zone, where the task is handling goods across the area rather than reading labels on the faces of tall racks.
Packing workstations
At packing benches, light needs to reach labels and cartons without troublesome reflections from wrapping materials. Record bench height and nearby shelving before setting fixture positions. Ask VST about protected battens and fixing details for a trial at the workstation, evaluating the bench separately from the overhead storage lighting.
Covered loading docks
Covered docks need light on the handling area without glare along the vehicle approach. Check bracket supports and canopy clearance, then identify where light spill must be limited. VST can compare published floodlight models and aiming options for the dock so you can assess coverage alongside drivers’ sightlines and the site boundary.
Mezzanine picking areas
Mezzanine picking areas have limited headroom and low ceilings above stocked shelves. Check fixing surfaces, the electrical arrangement, and available clearance along the route. VST can identify compact linear models and supply dimensions for positioning them near picking activity, with space retained for movement and later access to service the fittings.
Share the rack layout
Send the rack plan or aisle photos
Send your rack plan or a few aisle photos, the mounting height, and approximate quantities. Your warehouse lighting supplier can help compare fixture options and identify the measurements needed to calculate the layout.
Published fixture data
Published models for the logistics building
Compare the warehouse lighting model data with the requirements for each storage and handling zone.
| Model | Power | Output / efficacy | Input (VAC, 50/60Hz) | IP |
|---|---|---|---|---|
| VST-HBL-240WF | 240W | 36,000 lm | 100–277V | IP65 |
| VST-HBL-300WF | 300W | 51,000 lm | 100–277V | IP65 |
| VST-HBL-500WF | 500W | 80,000 lm | 180–305V | IP65 |
| VST-HBL-100WF | 100W | 15,000 lm | 100–277V | IP65 |
| VST-HBL-150WF | 150W | 22,500 lm | 100–277V | IP65 |
| VST-HBL-200WF | 200W | 30,000 lm | 100–277V | IP65 |
| Model | Power | Output / efficacy | Input (VAC, 50/60Hz) | IP |
|---|---|---|---|---|
| VST-STF-60-20W | 20W | 2,600 lm | 220–240V/100–277V | IP65 / IP66 |
| VST-STF-120-40W | 40W | 5,200 lm | 220–240V/100–277V | IP65 / IP66 |
| VST-STF-150-50W | 50W | 6,500 lm | 220–240V/100–277V | IP65 / IP66 |
| Model | Power | Output / efficacy | Input (VAC, 50/60Hz) | IP |
|---|---|---|---|---|
| VST-FL20-50W | 50W | 7,500 lm | 100-277V | IP65 |
| VST-FL20-100W | 100W | 15,000 lm | 100-277V | IP65 |
| VST-FL20-150W | 150W | 22,500 lm | 100-277V | IP65 |
| VST-FL20-200W | 200W | 30,000 lm | 100-277V | IP65 |
| VST-FL20-250W | 250W | 37,500 lm | 100-277V | IP65 |
| VST-FL20-300W | 300W | 45,000 lm | 100-277V | IP65 |
| VST-FL20-400W | 400W | 60,000 lm | 100-277V | IP65 |
| VST-FL20-500W | 500W | 75,000 lm | 100-277V | IP65 |
| VST-FL20-600W | 600W | 90,000 lm | 100-277V | IP65 |
Identify optical, control, sensing, mounting, and labeling changes for each zone. Select sensors using the activity and installation geometry. Check whether the accessory fits the model and is included in the supply before specifying it.
Record the chosen lens and driver pairing by zone. Discuss the relevant sample measurements and inspection records with VST. Use model references during assembly and packing to distinguish fittings that look alike but have different optics.
Use load-rated supports clear of sprinklers and handling equipment. Isolate power before checking supply, earthing, and controls. Trial a representative aisle, and check label visibility and driver sightlines with the planned stock in position.
Cooperation feedback
Feedback on logistics orders
Comments on keeping the warehouse package organized.
Program terms
Arrange quantities and release dates
Set commercial terms separately from layout assumptions.
Yes. Use the fixture and lens selected for the layout trial. Agree any credit of the sample cost against subsequent bulk supply before including it in the project budget. Charges are handled according to that agreement.
Minimum quantities apply by model. Higher-value fixtures may start at 50, 30, or 20 pieces, while lower-value products may begin around 100. Ask VST for the quantities required for your mix of storage, packing, and loading fixtures.
Yes. Supply the artwork and one current zone list for custom labels or cartons. Mechanical tooling is a separate item if the product construction changes, so keep that cost distinct from ordinary packaging identification.
Plan 2 to 3 production weeks for regular products, 3 to 4 for light changes, and 4 to 6 for extensive customization. Allow transit separately. Material availability and when each configuration is released affect the schedule for the installation phases.
Pay in full for trial samples; PayPal, Western Union, and bank transfer are available. For the bulk order, transfer a 30% deposit and pay 70% before shipment. Use separate references for sample and production payments.
The recorded model warranty applies, with three- or five-year options for regular fixtures. Provide model and issue details plus photos or video of the failure. Discuss separate replacement dispatch or inclusion with a following shipment.
Before the final layout
Questions before ordering warehouse lighting
Before repeating warehouse lighting across the building, check what information the layout needs and how the fittings will work with loaded racks. Controls and special environments can also change the selection. These questions address those decisions after you have identified the main fixture options.
Yes. Send photos to start identifying fixture options, then add the floor plan, mounting height, and task zones when available. A useful calculation needs dimensions, but you can begin the discussion while the engineered drawing is still being prepared.
Shelf faces may receive much less light than the floor. Check illumination on loaded shelves, label surfaces, and picking locations. A floor-only result can miss the label visibility problem even when the aisle appears bright.
Choose the control behavior for the occupancy and activity in each zone.
Select the driver and sensor together. Use aisle activity to define the control task, then check detection coverage for the actual sensor and mounting position.
| Operating pattern | Design implication |
|---|---|
| Frequently occupied work zone | Avoid unnecessary repeated switching |
| Intermittent rack aisle | Assess occupancy coverage and dimming |
| Daylit receiving area | Evaluate daylight response with occupancy |
Only if the complete model is documented for the freezer’s operating and starting conditions. Check temperature, condensation, driver behavior, and access. An ingress rating alone cannot establish suitability for cold storage or justify using ordinary warehouse data for that environment.
Include power, hours, controls, installation labor, access equipment, and maintenance assumptions in the comparison with your existing lighting. Account for changed fixture quantities and newly illuminated work surfaces. Generic savings percentages cannot capture those changes in your building.