200W production-hall high bay
The 200WF is a UFO high-bay for factory upgrades. Compare its published output and lens options at the proposed mounting height and work plane.
View Product Industrial fixture planning
Industrial LED lighting for your production environment
Match industrial LED lighting to the tasks and operating conditions in your facility, from production halls to exterior service areas.
- High-bay options for open production spaces
- Protected battens for enclosed service areas
- Outdoor fixtures selected by distribution and exposure
- Engineering input for environment-specific requirements
Operating environment
Describe the process and operating conditions
Industrial LED lighting solutions need to suit the way your facility operates. Specify the temperature and contamination at the mounting point, the visual task, and service access.
Industrial LED light fixtures need to fit their supports and illuminate the work being performed. Record exposure conditions before comparing power. A general IP rating cannot establish suitability for explosive atmospheres or aggressive chemicals. VST can identify standard models for your facility and which special requirements need separate construction or supporting evidence.
Process exposure
Describe dust, moisture, heat, and cleaning methods where the fixture will sit. These conditions determine whether you need a general industrial fitting or specialist construction.
Access for service
Check how the fitting can be reached while production is stopped. Service access affects where you can mount it and how a failed unit can be replaced.
Machine visibility
Identify the working surfaces and moving parts that must be visible. General light on the circulation floor may not cover those tasks.
Circuit conditions
Give VST the supply range and relevant switching or surge conditions. Check them against the driver specified for the fixture you intend to order.
Facility support
Include the operating conditions in your quotation
VST is an industrial LED lighting manufacturer with engineers who can address electrical, structural, and lighting requirements together.
Direct engineering discussion
Send the process conditions to the engineering team. They can identify which product limits need checking for the particular production room or service area.
Tests for the specific concern
Use photometric measurements, thermal imaging, or aging checks for the concern they address. Agree the relevant checks for the selected sample and its intended use.
Changes recorded by model
Describe any change to the housing, driver, or controls. A written scope lets you compare the proposed configuration with the original model.
Inspection across production stages
VST uses incoming, in-process, final, and outgoing checks for different sources of error. Agree inspection points for the product configuration you select.
Packing for heavy fittings
Heavy fittings and unusual shapes can need different packing. Talk through the handling requirements with VST before shipment so the packing arrangement suits the order.
Product boundary
Industrial LED lighting must match the operating conditions
Industrial LED lighting covers fixtures for production work, equipment areas, and related facility spaces where visual tasks and exposure influence selection.
High-bays illuminate large rooms from overhead. Protected battens suit linear installations, while floodlights cover outdoor areas. Each model has limits that must suit its mounting location. An IP rating describes ingress protection under defined tests. Chemical resistance, explosion protection, and operation at an unlisted temperature need separate evidence. Ask VST, your industrial LED lighting supplier, which standard models suit the process you describe and which requirements need special construction. Keep those requirements explicit when comparing fixtures.
Industrial fixture families
Choose the fitting for its installation
VST can assess configuration changes as your industrial LED lighting OEM supplier. The quotation should identify that engineering work separately from the published standard model.
500W very-high-ceiling high bay
The 500WF supplies higher output for very tall spaces. Check its different input range before adding it to an existing circuit.
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1200mm protected batten
The sealed STF-120-40W provides linear illumination. Check ingress exposure, fixings, and the selected driver for the equipment area.
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150W industrial yard floodlight
The bracket-mounted FL20-150W illuminates industrial yards. Check distribution and aiming where equipment and vehicle routes share the area.
View Product Evidence to request
Four checks beyond rated power
VST is an industrial LED lighting vendor that can supply the model information you need to check distribution, construction, and electrical compatibility.
Work-plane calculation
Calculate where the selected distribution puts light around machinery and task locations. Total lumen output alone does not show illumination on those surfaces.
Thermal construction
Metal fins provide a heat-transfer path. Their performance depends on clearance around the fitting and conditions at its mounting location.
Electrical option selection
The driver determines input and dimming limits. Check the selected option whenever the site supply or controller differs from the standard specification.
Configuration records
Retain model and component records for repeat orders. Record intended changes so they can be distinguished from accidental substitutions during supply.
Fixture construction
Inspect the source, lens, and thermal housing
The source array, optical lens, and housing affect output, distribution, and heat transfer.
Light generation
LED light source array
Multiple LED emitters cover the high-bay optical face. Their output and color consistency depend on source selection and operating conditions. Define the color-rendering requirement for the production task and evaluate the corresponding fixture. The industrial LED lighting layout must also account for machinery between the source and work plane, because an obstruction can keep light from reaching the surface you need to see.
Light distribution
High-bay optical lens
The lens controls the distribution below the high-bay. Compare its beam with equipment shadows and the directions people normally look. Calculate the hall using the photometric file for the chosen lens. Keep that optical option recorded with the fixture model: two fittings with identical housings can produce different distributions, so their appearance alone does not make them interchangeable for your work area.
Thermal management
Die-cast high-bay housing
The die-cast housing transfers heat to surrounding air through its metal and fins. Nearby process heat, dirt, and restricted airflow can change the conditions around it. Check the installation temperature and preserve the specified clearance. The housing photograph shows the construction. Suitability for your process still needs the documented limits and any evaluation agreed for that particular fixture configuration.
Working with VST
VST and its customers
Company background and a customer view of cooperation with VST.
Meet the industrial fixture supply contact
This company introduction helps you get to know VST before discussing your facility order. Describe the process and separate standard fitting choices from special engineering. Obtain model documents for the operating conditions and any industrial hazards at your site.
A customer view of working with VST
See a customer perspective on cooperation with VST. In your own order, agree how process information, configuration changes, and production questions will be handled. Suitability for your facility needs the relevant product documents and tests for the selected configuration.
Industrial applications
Fixtures for five industrial work areas
Production, servicing, detailed inspection, and yard work have different lighting requirements.
Assembly halls
In an assembly hall, overhead light must reach working surfaces between equipment and services. Provide mounting heights and obstruction positions, and describe the production tasks. VST can compare high-bay outputs and lenses using those details, so the layout and power selection suit the work in each production area.
Metalworking workshops
Metalworking needs clear views of machines and reflective workpieces. Identify contamination, operating temperature, and any concern about light modulation around rotating equipment. VST can check the proposed high-bay configuration and discuss the electrical evidence for a trial, helping you evaluate that machine area before repeating the fittings across the production floor.
Utility service rooms
Equipment and pipework can block light in utility rooms. Check moisture exposure and fixing surfaces, allowing access to service the equipment and fittings. Get mounting details for suitable protected linear models from VST, then position them near the work while preserving the clearances that the maintenance team will need.
Inspection workstations
An inspection workstation needs light on the item being examined, with reflections suited to its finish. Explain the defect or color difference that must be visible and the viewing direction. Ask VST about source and fixture choices for a trial specifically for that task, separate from the general hall lighting specification.
Exterior service yards
Industrial service yards need visibility around vehicles and stored materials in changing weather. Identify fixing locations and the work area, including aiming restrictions. VST can compare floodlights and distributions for that yard, with coverage evaluated to avoid unnecessary light toward neighboring property or into the approach sightlines of vehicle drivers.
Describe the process
Tell us where the fittings will operate
Tell us the working area, mounting height, and exposure conditions. Your industrial LED lighting supplier can use those details to identify suitable standard fixtures and the requirements that need further engineering.
Model data
Published electrical and mechanical specifications
Use the industrial LED lighting model data to check electrical compatibility and the proposed installation.
| 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 |
Describe requested output, light color, controls, mounting, wiring, or branding by model. Unusual process conditions may need testing or mechanical changes. Check the resulting complete fixture against the intended operating environment.
Keep the specified source, driver, lens, and housing recorded for production. Agree aging, photometric, or thermal checks for the facility concern. Inspection at different stages helps identify an unwanted component substitution.
Follow the site isolation and lockout procedure. Verify fixings, supply, earthing, and clearance before connection. Keep supports clear of machinery and services, then inspect the work plane and sightlines when it is safe to do so.
Cooperation feedback
Communication during facility supply
Feedback on technical and order coordination.
Supply conditions
Plan the industrial order around its actual scope
Keep standard supply and development terms distinct.
VST is a China-based LED lighting factory. Discuss the facility product and required production work with the team. Check the model documents and agreed configuration against your process when deciding whether the fitting is suitable.
For higher-value fixtures, 50, 30, or 20 pieces may be a starting quantity. Lower-value fittings may begin around 100. The selected construction and any extensive customization can change the minimum, so request it by model.
Yes, samples are available for evaluation in your operating environment. Agree the trial requirements and sample costs. A credit toward a later order requires agreement; sample availability does not mean that the fixture or site testing is free.
Plan 2 to 3 production weeks for regular goods. Light customization typically needs 3 to 4 weeks; extensive changes need 4 to 6. Allow transit separately and account for material availability and any evaluation required before production.
For bulk supply, use bank transfer with 30% paid as the deposit and 70% before shipment. Samples require full advance payment by PayPal, Western Union, or bank transfer. Identify engineering charges separately on the facility order.
Send the model and operating conditions with a short explanation and photos or video. Discuss whether replacements will be sent separately or with a later shipment. Distinguish unrelated site damage from a quality problem in the product.
Process-related questions
Industrial LED lighting questions before selection
Before selecting industrial LED lighting for an unfamiliar process, identify any special hazards and compatibility requirements. Check what evidence the proposed product needs for those conditions. The questions below address situations where a standard fixture may require a different construction or further evaluation.
Describe the process, fixing height, exposure, and installation country, with photos of the mounting area. Flag unusual heat, dust, or chemicals at the start. Those details let VST check whether a standard fitting stays within its documented operating limits.
No. IP65 describes ingress protection under defined tests. A hazardous area needs the appropriate classification and product approval for flammable gas, vapor, or combustible dust. Check that evidence separately before considering an ordinary protected fitting for the location.
Identify the site exposure to decide which product evidence to request.
| Exposure | Evidence to request |
|---|---|
| Aggressive cleaning chemicals | Material compatibility |
| Temperature extremes | Operating and start limits |
| Combustible dust or gas | Applicable hazardous-area approval |
Describe the actual condition and check it against the fixture’s construction and documents. Select a standard fitting only where those records support the requirement at its installation point.
No. Light modulation depends on the driver, dimming, and operating conditions. Request the relevant data if rotating machinery or inspection creates a concern. Evaluate the fitting under the supply and controls you intend to use.
Check the driver interface, sensor function, mounting, and clearance together. A familiar connector alone is not enough to establish compatibility. Choose sensing before supply where practical, so the complete fixture and accessory combination can be evaluated.