VST-HBL-240WF
36,000 lm at full power, three optical choices and a Φ365 × H176 mm body. View the exact model data before developing the layout.
View Product High-ceiling project option
240W UFO LED high bay light for high-ceiling projects
Build your 240W UFO LED high bay light specification around the height, optical distribution and maintenance access of the hall.
- VST-HBL-240WF is published at 36,000 lm at full rated power.
- 240W, 200W and 150W settings allow a defined operating choice.
- VST can assess a proposed layout using the required working planes and obstructions.
Planning at height
Plan where the light needs to land
Changing optics after installation at height can be expensive. Set the lighting requirements and assess the layout before deciding how many fittings to order.
The 240W UFO LED high bay light has a larger circular body than VST's lower-power models. Output, distribution and spacing all affect the illumination below. VST is a 240W UFO high bay supplier that can assess the hall and help select a lens and operating configuration for evaluation. Explain how installed fittings will be accessed, so adjustment and maintenance remain practical.
Specify the measurement surfaces
Identify floor routes, elevated workstations and vertical targets separately. A single average value can hide a surface that receives inadequate illumination.
Account for access equipment
Check where a lift can travel and park. High output does not solve a mounting position that cannot be reached for servicing.
Map overhead movement
Cranes and suspended services can intersect a proposed lighting grid. Include their travel envelopes before fixing the luminaire positions.
High-ceiling support
Specify a 240W UFO LED high bay light before installation
VST works as a 240W UFO LED high bay light manufacturer with engineering input for the layout and selected product configuration.
Photometry for the proposal
Ask VST about IES testing and lighting simulation for the specified lens and output. The photometric file used in the layout must represent that configuration.
Mechanical questions early
Structural engineers can contribute to the mounting discussion. Provide the intended fixing position and surrounding services before ordering the accessory arrangement.
Sample-based decisions
Settle optical and control questions with a sample before installation. Changes become more disruptive once the fittings are in positions that are difficult to reach.
Production preparation
Electrical and optical choices can be documented for the production team. This connects the evaluated version with the configuration identified on the order.
Delivery planning
VST can discuss export packing and shipment coordination for the larger fixture body. Include handling constraints and the intended installation sequence in that discussion.
Output at height
Why lumens alone cannot establish coverage
The 240W UFO LED high bay light rating describes nominal input power. Lumens describe total light output; illuminance describes the light reaching a surface at a given position.
Distance, optical distribution and obstruction change how much light reaches a target surface. A concentrated beam can help reach a defined area from a tall mounting position, but it may leave gaps if the spacing is unsuitable. Wider distribution changes the overlap and the amount of light reaching surrounding surfaces. Compare the calculated maintained illumination and uniformity for the proposed hall. Selecting a 240 watt UFO high bay should therefore follow the spatial requirements, with the chosen operating setting included in the assessment.
240W product platform
VST-HBL-240WF for layout evaluation
Start with the published 240W model, then specify the options required for your installation.
Project preparation
Support for a defined high-ceiling order
As your 240W UFO high bay OEM supplier, VST can work through technical choices and delivery requirements with you.
Lighting design
DIALux support lets you examine proposed fixture positions against task surfaces. Include the hall’s height and obstructions in the model.
Production inspection
VST’s quality stages cover incoming materials through outgoing goods. The approved configuration gives the production checks a specific basis.
Configuration planning
Choose the controls, CCT and optics needed for the platform. Identify the complete combination on the order, including which options are supplied.
Handling preparation
A larger body needs suitable protection during transit. Discuss carton dimensions, internal support and handling requirements as part of the export packing scope.
Component assessment
What shapes the high-ceiling result
Look at the visible construction alongside the model-specific performance data.
System output
LED light source
Philips Lumileds LEDs are specified for the VST-HBL-240WF. The source contributes to the complete luminaire’s output, but a component brand cannot establish the finished fitting’s photometry by itself. For a tall-space project, use measured luminaire data at the selected operating level. Color requirements should also be settled before comparing samples, particularly where several zones must have a consistent appearance.
Angular distribution
PC lens
The lens determines the distribution used in your 240W UFO high-bay lighting layout. The model lists 60°, 90° and 120° choices. These options need to be assessed against spacing and target surfaces rather than assigned automatically to a ceiling height. Where the fixture grid crosses an aisle or crane path, examine the distribution on both sides of the obstruction.
Roof-level conditions
Die-cast housing
The Φ365 mm body includes fins that expose surface area to the surrounding air. At roof level, local temperature and accumulated dust can differ from conditions below. Keep the housing accessible for appropriate cleaning and avoid mounting arrangements that enclose the cooling surfaces. A thermal assessment should consider the actual installation environment rather than treating the published ambient range as a universal guarantee.
Company and cooperation
Meet the project support team
The company introduction and customer feedback provide background for your discussions with VST.
Company background
The introduction covers VST's business. Before ordering for high mounting positions, establish how the team will coordinate the sample, photometric data and production specification.
Customer feedback
Hear the customer's account of cooperation. Agree your project's own technical deadlines and the shipment identification needed by the installation team.
Tall-space applications
Evaluate the geometry of each hall
Select a 240W UFO LED high bay light configuration for the actual lighting task and operating environment.
High-rack logistics halls
Tall racking needs useful light on stored goods and clear visibility along movement routes. Provide rack height, aisle dimensions and the positions of overhead services. VST can assess the optical layout and vertical illumination, helping you compare a proposed fixture alignment with the surfaces that staff actually need to see.
Heavy assembly buildings
Large assemblies can cast substantial shadows beneath a high roof. Identify the working levels, crane travel and changing dimensions of the products handled in the hall. VST can develop a lighting proposal around those obstructions and examine whether additional task lighting is required at locations general overhead light cannot reach.
Indoor freight terminals
A freight terminal combines wide circulation routes with temporary stacks of cargo. Establish the maximum storage envelope, operating hours and daylight openings before choosing the lighting grid. VST can discuss distribution and control zoning for the indoor area, using the changing handling pattern as part of the layout assessment.
Rolling-stock maintenance halls
Long vehicle maintenance halls need overhead lighting that remains clear of access platforms and service equipment. Provide the vehicle envelope, maintenance positions and any specialized electrical or environmental requirements. VST can examine the general-lighting arrangement and separate locations needing a different luminaire or dedicated local task lighting.
Large fabrication halls
General fabrication halls may contain large workpieces and overhead material handling. Check the process conditions, particulate exposure and whether any area has a hazardous classification. VST can evaluate this ordinary-location platform for suitable zones and develop the optical proposal without assuming that the standard fitting covers every process environment.
Define the hall
Share the height, floor plan and task
Share a simple building outline to start your 240W UFO LED high bay light proposal. VST’s 240W UFO high bay factory can identify the remaining layout inputs.
240W specification
240W UFO LED high bay light specifications
As a 240W UFO high bay wholesale supplier, VST can identify the model and configuration on the order and packing documents.
| Parameter | Published value |
|---|---|
| Model Number | VST-HBL-240WF |
| Power Consumption | 240W (DIP adjustable: 240W / 200W / 150W) |
| Luminous Flux | 36,000 lm (150lm/w) |
| Input Voltage | 100–277V AC 50/60Hz |
| Power Factor | >0.95 |
| LED Chip | Philips Lumileds |
| LED Driver | Sosen |
| CCT & CRI | 3000K / 4000K / 5000K / 5700K / 6500K; CRI >80 |
| Beam Angle | 60° / 90° / 120° |
| Dimensions | Φ365 × H176 mm |
| Housing Material | Die-cast aluminium |
| Type of Cover | PC lens; aluminium or PC lampshade optional |
| Ingress Protection Rating (IP Rating) | IP65 |
| Impact Resistance Rating (IK Rating) | IK08 |
| Total Harmonic Distortion (THD) | <15% |
| Surge Protection | 6kV |
| Dimming Option | 0-10V / 1-10V / PWM / TRIAC / ZigBee / Sensor |
| Working Temperature | -40°C to +60°C |
| Lifetime | 50,000 hours |
| Warranty | 5 Years |
Specify the 240W UFO LED high bay light with the required lens, CCT, control interface, cable and finish. This model has optional bracket mounting and a choice of aluminum or PC lampshade. Custom labels and cartons can identify the selected version throughout the supply process.
Specify the lens and electrical version before manufacturing. VST checks materials and production, then inspects finished goods before release. Identify different zone configurations on the order and cartons. Discuss third-party reporting needs for the model and destination.
Use qualified personnel and suitable access equipment for installation. With power isolated, verify the supply, structural fixing and selected suspension or bracket hardware. Route and terminate power and control conductors according to the supplied instructions. Keep crane and access clearances unobstructed, then commission the selected power level and check the agreed working surfaces.
Customer perspective
Comments on project preparation
Feedback about the coordination around an order.
Project ordering
Commercial questions for the 240W model
Agree the configuration before using the quotation to schedule installation.
The published minimum is 50 pieces. State the quantity for each required configuration and identify any customized controls, cables or packaging. That allows the quotation to show the relevant terms instead of treating every possible option combination as the same production order.
VST can arrange a sample of the selected version. Agree its scope and charges before testing it in the intended environment. Sample costs may be credited to a later bulk order by agreement; no automatic credit should be assumed without those commercial terms.
VST-HBL-240WF lists approximately 15–25 days for bulk manufacture. For customization, the general windows are 3–4 weeks for light changes and 4–6 weeks for extensive development. Establish the schedule against available materials and the selected scope before adding transport time.
Yes, private labeling and customized packaging are supported. Provide the product information, artwork and handling needs for the larger fitting. Where the project changes the mechanical design, tooling costs may be involved and need to be stated separately in the quotation.
For a bulk order, the usual bank-transfer stages are a 30% deposit and a 70% balance before shipment. Sample orders require full advance payment and support PayPal, Western Union or bank transfer. Use the agreed terms when calculating the project’s payment schedule.
VST lists five years for the 240W model. If a supplied product has a quality issue, provide an explanation, unit identification and photos or video. VST can discuss replacement arrangements, including separate dispatch or supply with a later shipment, after reviewing the reported problem.
High-ceiling questions
Before committing the installation plan
Before ordering the 240W UFO LED high bay light, settle the electrical, optical and access requirements. The questions below cover choices that can be costly to change once fittings are installed at height.
Height is useful, but add floor dimensions and the main work activity. A rough sketch showing racks, cranes or major equipment helps VST identify the next information needed. The initial discussion does not require a complete engineering drawing, although the final layout needs reliable geometry.
No single mounting height defines suitability. Required illuminance, lens distribution, spacing, surface reflectance and obstructions all influence the result. Evaluate the 240W model within the proposed layout instead of assigning it a universal height band or guaranteed coverage radius.
Resolve the choices that would otherwise require another visit at height.
| Decision | Order detail |
|---|---|
| Output setting | Intended operating level by zone |
| Control operation | Interface and commissioning method |
| Servicing | Access route and replacement procedure |
| Mounting | Hardware and surrounding clearance |
The published input range for VST-HBL-240WF is 100–277V AC. Those higher supplies are outside that range. Provide the actual measured or specified supply conditions and request a separately supported solution; the base model must not be connected on an assumed high-voltage capability.
Do not assume the full-power lumen figure applies to a reduced setting. Request the relevant photometric data for the operating level you intend to use, and base the layout on it. Power adjustment changes the operating point and must be reflected in the assessment.
IP65 does not establish corrosion resistance. Describe the chemicals, condensation, airborne contaminants and cleaning methods in the hall. Evaluate housing and coating suitability against those conditions before specifying this fixture.
General illumination and close inspection need separate evaluation. Higher overhead output may leave shadows inside equipment or on recessed surfaces. Identify those tasks so the proposal can distinguish general lighting from dedicated inspection lights.