100W Compact UFO High Bay
A compact platform for warehouse aisles, stockrooms, and suitable commercial retrofit applications.
View Product Warehouse and Industrial Supply
LED High Bay Light Manufacturer for High-Ceiling Projects
Select the fixture through mounting height, distribution, environment, electrical system, suspension, and maintenance strategy.
- 100W to 500W UFO high-bay platforms
- Layout inputs based on ceiling height and task area
- Photometric files, samples, and model documentation
High-Ceiling Selection
Translate Building Geometry into a High-Bay Specification
An LED high bay light manufacturer should start with the space, task, mounting height, and maintenance plan before recommending power.
Share floor dimensions, rack or machinery layout, mounting positions and height, target lighting criteria, surface conditions, voltage, controls, ambient temperature, dust or moisture exposure, quantity, and target market. VST can compare UFO platforms published at 100W, 150W, 200W, 240W, 300W, and 500W. Output, efficacy, optics, driver, dimming, surge, protection, temperature, certification, dimensions, weight, and suspension details remain model-specific. A review of an LED high bay light manufacturer should produce a model shortlist tied to the building layout.
Use the Mounting Height
Ceiling height, fixture position, aisle geometry, and target plane guide power, distribution, and spacing.
Check the Optical Pattern
Compare beam, glare, overlap, rack shadows, vertical light, and photometric data for the real layout.
Review the Suspension
Confirm eye bolt or bracket route, supporting structure, safety restraint, cable, clearances, and access.
Account for Heat and Dust
Relate fins, driver, ambient temperature, duty cycle, air movement, dirt, and maintenance to the platform.
Plan Repeat Supply
Lock the approved model, options, labels, cartons, documents, and inspection points for future batches.
High-Bay Supply Controls
Evaluate the LED High Bay Factory Behind the Fixture
A credible LED high bay light supplier should connect published model data with the site's geometry, environment, electrical system, and maintenance constraints. An LED high bay light manufacturer must also clarify suspension and thermal constraints.
Published Project Range
VST's current category lists 100W, 150W, 200W, 240W, 300W, and 500W products for different scales.
Layout-Based Review
Mounting height, aisle or open-area geometry, target plane, glare, distribution, and spacing can be discussed before selection.
Thermal Structure
Circular finned housings, driver loading, ambient conditions, operating hours, and dirt exposure are reviewed as one decision.
Suspension Coordination
Hanging eye, supported mounting routes, structure, safety restraint, cable, and access need confirmation.
Repeat-Order Control
Samples, approved specifications, labels, packing files, inspection points, and change records protect later orders.
High-Bay Selection
What Defines an Industrial High-Bay Configuration
Power and lumen output matter, but they only work through the right distribution and mounting plan.
A UFO high bay combines an LED source, optical system, circular housing and heat sink, driver, suspension point, cable entry, controls, and protective construction. The suitable platform depends on mounting height, target illuminance, rack or machinery layout, distribution, glare, ambient temperature, operating schedule, voltage, control strategy, and maintenance access. Compare an LED high bay light manufacturer through complete model data and layout support. Do not assume the highest wattage or narrowest beam gives the best result.
UFO High-Bay Platforms
Select a Starting Platform for the Building
Use mounting height, task, distribution, and maintenance access to narrow the range before approving a specific UFO model. As an LED high bay light manufacturer, VST compares complete UFO platforms rather than isolated wattages.
150W Flexible-Power High Bay
A medium-height warehouse and production-area route with configuration flexibility.
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200W Factory Upgrade High Bay
A platform for factories, distribution centers, loading areas, and high-ceiling conversions.
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300W Industrial High Bay
A high-output route for tall halls and heavier industrial applications.
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500W Project High Bay
A very-high-ceiling and infrastructure platform where access and maintenance planning are critical.
View Product Decision Controls
Checks Before Approval
Each feature addresses a separate product or supply decision.
Mounting Height
Use ceiling height, target plane, aisle or open-area geometry, and fixture positions to select a platform.
Thermal Path
Review fins, LED loading, driver, ambient temperature, dust, duty cycle, and airflow as one system.
Optical Distribution
Match beam and spacing to horizontal and vertical tasks, uniformity, glare, rack shadows, and maintenance.
Driver and Controls
Confirm voltage, power factor, surge, dimming protocol, sensors, control wiring, and compatibility.
UFO High-Bay Architecture
Optics, Thermal Housing, and Suspension
The three blocks explain how light distribution, heat movement, and structural attachment influence long-term operation.
Optical System
Lens and Distribution
The lens or cover shapes how LED output reaches aisles, floor areas, work planes, racks, and vertical surfaces. Beam label alone is not a layout. Use model photometric data with mounting height, spacing, tilt, glare limits, and surface conditions. A high bay light manufacturer should keep the optical file linked to the exact configuration. Keep the lens or cover option linked to the exact photometric file, driver setting, and housing used in the lighting calculation.
Thermal Structure
Finned Housing
The circular finned housing moves heat away from the LED assembly while supporting the driver and suspension interface. Fin area, material, thermal contact, driver loading, ambient temperature, air movement, dirt accumulation, and operating hours affect the thermal condition. Compare the selected model under realistic site assumptions rather than appearance or weight. The approved thermal assembly should identify the housing, interfaces, driver, ambient assumptions, cleaning access, and any operating limit. The LED high bay light factory review should connect this thermal structure to the selected power platform and real ambient conditions.
Mechanical Interface
Suspension Eye
The hanging eye transfers the fixture load to the building structure and must remain aligned with the approved mounting method. Confirm eye and thread details, secondary restraint, cable route, fixture weight, vibration, structure, clearances, and service access. Site anchors and supports require project-specific approval. Confirm the suspension hardware, thread engagement, cable support, secondary restraint, fixture weight, and service clearances with the project team.
High-Bay Manufacturing Context
Company Overview and Customer Perspective
The videos introduce VST and one cooperation viewpoint; the warehouse design still depends on model-level evidence.
VST Company Overview
The company introduction provides manufacturing context. High-bay optics, driver, thermal limits, suspension, and project documents remain separate approvals.
Customer View of Industrial Supply
The second video provides a customer perspective on cooperation and does not prove warehouse illumination, product life, or a high-bay test result.
High-Ceiling Application Guide
Match the UFO Fixture to the Work Pattern
Rack aisles, open floors, production halls, demanding environments, and very tall buildings need different layouts. An LED high bay light manufacturer can recommend a platform only after reviewing the ceiling geometry and task planes.
Warehouse Storage Aisles
Rack aisles need useful light on floors and vertical pick faces while limiting glare and dark zones between bays. Confirm mounting height, aisle width, rack height, target levels, beam, spacing, sensors, and access. VST can compare UFO platforms and provide model information for lighting calculation and sample review. VST can compare UFO platforms using aisle geometry and mounting height, then provide model data for the calculation and sample review.
Open Logistics Floors
Sorting, staging, and dispatch areas require broad, consistent coverage that adapts to changing work zones. Share floor dimensions, ceiling grid, task locations, vehicle movement, controls, voltage, and maintenance strategy. VST can review platform power, distribution, sensor or dimming options, and batch planning for phased installation. The logistics-floor review can align broad distribution, sensor zoning, phased delivery, labeling, and maintenance access with the operating plan.
Manufacturing Halls
Production spaces combine machinery, local tasks, heat, dust, vibration, and safety requirements. Confirm work-plane needs, equipment shadows, mounting points, ambient conditions, supply voltage, controls, and cleaning routine. VST can compare high-bay models, discuss thermal and protective construction, and coordinate samples or project documents. VST can evaluate housing, driver, optics, and protection against the manufacturing environment, then document the selected industrial configuration.
Demanding Environments
Facilities with unusual temperature, dust, moisture, or long duty cycles need model-level operating limits and protective details. Provide the real ambient range, contaminants, cleaning method, circuit conditions, mounting, and access constraints. VST can identify candidate configurations and state which ratings, components, tests, or documents need verification. Candidate models can be screened against the stated temperature, contaminants, cleaning method, circuit conditions, and evidence required by the project.
Very High Industrial Buildings
Tall halls and large infrastructure spaces require longer throw, careful glare control, structural coordination, and a maintenance plan for difficult access. Confirm building geometry, mounting height, target criteria, fixture positions, controls, voltage, environment, and quantity. VST can evaluate higher-output platforms and support data exchange with the designer. Higher-output platforms can be compared with the building model, structural interface, glare criteria, control strategy, and difficult-access maintenance plan.
Start with the Building
Request a High-Bay Layout and Product Review
Share floor and ceiling dimensions, mounting height, rack or machinery layout, target light criteria, voltage, controls, environment, quantity, market, and schedule. VST can compare verified UFO platforms and identify the remaining design and documentation decisions. VST can then identify the high-bay platform that needs a sample or photometric review.
Technical Review
High-Bay Specification and Site Interface
Review model data, optional configurations, manufacturing checks, and suspension responsibilities as separate decisions.
| Model | Power setting | Luminous flux | Input voltage | Beam angle | Dimensions |
|---|---|---|---|---|---|
| VST-HBL-100WF | 100W / 80W / 60W | 15,000 lm | AC100-277V | 90ยฐ / 120ยฐ | ฮฆ238 x H105mm |
| VST-HBL-150WF | 150W / 120W / 100W | 22,500 lm | AC100-277V | 60ยฐ / 90ยฐ / 120ยฐ | ฮฆ255 x H162mm |
| VST-HBL-200WF | 200W / 150W / 120W | 30,000 lm | AC100-277V | 60ยฐ / 90ยฐ / 120ยฐ | ฮฆ300 x H176mm |
| VST-HBL-240WF | 240W / 200W / 150W | 36,000 lm | AC100-277V | 60ยฐ / 90ยฐ / 120ยฐ | ฮฆ365 x H176mm |
| VST-HBL-300WF | 300W / 220W / 190W | 51,000 lm | AC100-277V | 60ยฐ / 90ยฐ / 120ยฐ | ฮฆ385 x H182mm |
| VST-HBL-500WF | 500W | 80,000 lm | AC180-305V | 30ยฐ / 60ยฐ / 90ยฐ / 120ยฐ | ฮฆ490 x H208mm |
| Parameter | Published value |
|---|---|
| Power factor | >0.95 |
| LED chip / driver | Philips Lumileds / Sosen |
| CCT & CRI | 3000K/4000K/5000K/5700K/6500K; CRI >80 |
| Housing | Die-cast aluminium |
| Protection | IP65; IK08; 6kV surge protection; THD <15% |
| Dimming | 0-10V / 1-10V / PWM / TRIAC / ZigBee / Sensor |
| Working temperature | -40ยฐC to +60ยฐC |
| Lifetime / warranty | 50,000 hours / 5 years |
High-bay customization may include power platform, optics, driver, voltage, dimming, sensors, cable, suspension, finish, label, packaging, and documentation. Model compatibility must be verified.
High-bay production can include housing preparation, LED and lens assembly, driver and cable installation, suspension hardware, electrical checks, photometric sampling, aging, thermal review, and packing.
Confirm the roof structure, fixture weight, eye or bracket interface, fasteners, secondary safety restraint, cable support, earthing, controls, clearances, ambient conditions, and service access.
High-Bay Supply Feedback
Comments on High-Bay Specification Support
Customers valued layout-focused discussion, driver and control clarification, and continuity between approval and repeat orders.
Working with VST
High-Bay Supply and Order Questions
These company-level answers address the practical commercial questions that accompany a high-ceiling fixture program.
Yes. Choose a unit that represents the intended power, optics, driver, controls, suspension, and packaging, then evaluate it against the planned mounting height and layout. Any offset of the sample expense against a future production order must be written into the prior agreement.
For a suitable higher-value UFO model, VST may discuss an opening quantity of 20, 30, or 50 fixtures. Power level, optical choice, driver, controls, packing method, and customization determine which quantity applies; the quotation records the actual MOQ.
Yes. Provide approved artwork, regulatory marking requirements, carton marks, barcodes, pack quantity, and zone or phase identification. Structural packing changes and low-volume printing may require separate setup, but routine private-label needs can be reviewed with the order.
Regular models generally need 2โ3 weeks. Light customization typically needs about 3โ4 weeks, and extensive electrical, optical, or structural changes about 4โ6 weeks. These ranges exclude transport and begin after the required approvals and materials are ready.
Regular fixtures commonly provide 3- or 5-year options. The applicable term depends on the exact UFO model, driver, ambient temperature, duty cycle, controls, market, and order agreement. Record it in the approved specification and quotation.
Send the model, order and batch details, mounting and electrical context, operating hours, problem description, and photos or video. VST will investigate the fixture and available evidence. If the supplied product is confirmed defective, the parties can determine suitable replacement handling while considering site conditions and external events.
Product Questions
UFO High-Bay Selection Questions
The final FAQ set covers mounting height, layout, distribution, suspension, ambient conditions, controls, and sample approval for a high-bay project. Model-level evidence should anchor the evaluation of an LED high bay light manufacturer.
Mounting height changes the distance to the task plane, usable beam spread, fixture spacing, glare, and required output. Consider it with aisle or open-area geometry, rack height, reflectance, target criteria, and maintenance access. Use photometric data and a layout rather than a wattage shortcut.
| Input | Why it matters |
|---|---|
| Floor and ceiling dimensions | Calculation boundaries |
| Positions and mounting height | Spacing and reach |
| Racks, machines, task planes | Shadows and vertical light |
| Environment and maintenance | Construction and access |
No. A narrow distribution may improve reach in some layouts but can increase bright spots, dark gaps, glare, and sensitivity to spacing. Open floors, aisles, racks, and vertical tasks require different patterns. Compare photometric files at the actual mounting height and fixture positions.
Review the hanging eye or bracket, thread engagement, fixture weight, cable support, secondary safety restraint, building structure, fasteners, vibration, clearances, and service access. The fixture mounting part does not approve the roof structure; a qualified party must confirm it.
| Condition | Affected area |
|---|---|
| Temperature and duty cycle | LED, driver, and thermal path |
| Dust and contaminants | Fins, optics, seals, cleaning |
| Moisture and vibration | Connections and support |
| Access limits | Maintenance method and cost |
Use controls when occupancy, daylight, schedules, energy targets, or zoning justify them. Confirm driver compatibility, protocol, sensor location, mounting height, detection pattern, control wiring, commissioning, and fail behavior. A sensor offered on one platform may not transfer automatically to another.
Check the model and option code, housing, fins, lens, suspension hardware, cable, driver, control response, electrical performance, CCT, visible uniformity, heat, labels, accessories, and packaging. Compare agreed test data where available and freeze the configuration before bulk release.