50W Compact Flood Light
A compact platform for entrances, signs, loading doors, and smaller perimeter or security-lighting tasks.
View Product Outdoor Project Supply
LED Flood Light Manufacturers for Controlled Area Coverage
Define the fixture using the site, mounting point, optical task, exposure, electrical system, and maintenance plan. Wattage alone is not enough.
- 50W to 600W rectangular flood-light platforms
- Optics and brackets selected for site geometry
- Model files, samples, and inspection planning
Site-Based Specification
Turn the Area-Lighting Task into a Fixture Requirement
The right LED flood light supplier begins with the illuminated area, mounting geometry, spill constraints, electrical system, and environmental exposure.
Provide site drawings or dimensions, mounting position and height, target area, required task, nearby boundaries, voltage, control method, wind and weather conditions, quantity, and market. VST can compare available 50W–600W rectangular platforms and separate standard options from project-specific changes. Beam angle, output, bracket loading, surge protection, IP/IK scope, controls, driver, and certification remain linked to the selected model. A comparison of LED flood light manufacturers should produce an optical and mounting shortlist for the site.
Start with the Area
Define the surface, task, mounting point, obstructions, boundaries, and required coverage before choosing power.
Select the Optics
Compare lens or glass-cover routes, distribution, spill control, tilt, and fixture spacing on a site basis.
Verify the Mounting
Review bracket geometry, aiming range, fasteners, structure, cable routing, wind exposure, and service access.
Confirm Outdoor Details
Tie sealing, materials, coating, surge, driver, controls, and operating conditions to the quoted model.
Plan Project Delivery
Coordinate quantities, batch labels, cartons, mounting accessories, documents, and delivery sequence.
Flood-Light Manufacturing
Compare the Factory Through Project Controls
Compare LED flood light manufacturers by how their quoted optic, bracket, driver, and outdoor construction fit the site. VST can also identify production checks and model-specific documents for that configuration.
Power Family Coverage
VST's published rectangular range covers compact 50W units through 600W project platforms. This provides a model shortlist when comparing LED flood light manufacturers for area size and mounting height.
Optical Selection
Model-level lens and cover options can be reviewed against reach, coverage, spill, glare, and fixture layout.
Thermal Verification
Housing, heat-sink geometry, driver loading, ambient conditions, and operating time are considered together.
Outdoor Detail Review
Bracket, cable entry, seals, finish, surge, protection scope, and access can be clarified before sample approval.
Project Documentation
As an LED flood light factory, VST can identify which drawings, datasheets, reports, certificates, packing information, and inspection records apply to the quoted model.
Flood-Light Selection
What Changes Across an LED Flood Light Range
Power is only one axis; optics and mounting decide where the light actually goes.
A flood-light platform combines an LED array, optical lens or cover, housing and thermal path, driver, bracket, cable entry, seals, controls, and protective construction. Higher power does not automatically suit a larger site if distribution, aiming, glare, pole position, or spacing are wrong. Compare LED flood light manufacturers by complete supported configurations and project review capability. Use the site geometry to select a power-and-optics route, then confirm voltage, surge, control, protection, materials, temperature, certification, and mounting details for the exact model.
Outdoor Flood-Light Platforms
Choose a Power and Optics Starting Point
Choose a card that fits the area's scale and optical task. Confirm controls, protection, and mounting for the exact model. Compare LED flood light manufacturers through complete power-and-optics configurations.
150W Industrial Yard Flood Light
A published platform for loading zones, warehouse aprons, and factory perimeters with several optical routes.
View Product 
250W Sports and Area Flood Light
A higher-output route for training fields, public squares, and large car parks.
View Product 
400W High-Mast Flood Light
A project platform for logistics terminals, sports grounds, industrial yards, and infrastructure compounds.
View Product 
600W Major-Site Flood Light
A large-site route for ports, stadium zones, major high-mast areas, and infrastructure applications.
View Product Decision Controls
Checks Before Approval
Each feature addresses a separate product or supply decision.
Beam Planning
Choose distribution and aiming from area geometry, mounting point, task, spill limits, and spacing.
Outdoor Construction
Confirm model-specific sealing, cable entry, materials, finish, protection scope, and conditions.
Thermal Path
Relate LED loading, housing fins, driver position, ambient temperature, and duty cycle.
Bracket Alignment
Check aiming range, bolt positions, structure, fasteners, wind exposure, cable clearance, and access.
Flood-Light Construction
How the LED Face, Heat Sink, and Bracket Work
Each component affects a separate project risk: optical output, thermal stability, or mechanical aiming and support.
Primary Light Source
LED Array
The LED array provides the light source, but practical output depends on drive current, temperature, optics, and model configuration. Confirm efficacy, CCT, CRI, lumen output, package type, and report availability for the selected unit. VST should not apply one model's measured performance to an entire product family without supporting data. The selected optical face should be linked to its photometric data and driver setting so the quoted output remains traceable.
Thermal Structure
Rear Heat Sink
Rear fins increase surface area for heat transfer from the LED board and housing. Fin geometry, material, thermal contact, driver placement, ambient temperature, orientation, and dirt exposure influence operation. Review the complete thermal structure on the chosen power platform rather than judging it only by the number or depth of fins. Record the housing, heat-sink geometry, thermal interfaces, driver position, and relevant ambient assumptions for the chosen power platform.
Mechanical Interface
Aiming Bracket
The bracket sets fixture angle and transfers weight and wind load to the support. Hole pattern, material, fasteners, pivot hardware, clearance, cable route, and corrosion exposure must suit the mounting point. VST can provide model information for structural review; the installer remains responsible for the site connection and local requirements. A bracket drawing and physical sample can confirm hole positions, pivot travel, fasteners, cable clearance, and the fixture's intended aiming range.
Flood-Light Supplier Context
A Company View and a Customer View
The videos provide general cooperation context. Use model data, drawings, reports, and samples for the actual outdoor project.
VST Company Overview
The overview supplies company context for an outdoor-lighting program. It does not replace flood-light photometric data, protection evidence, or mounting review.
Customer View of Project Coordination
This approved customer video adds commercial context but does not establish flood-light output, outdoor durability, or results at a named site.
Outdoor Area-Lighting Applications
Connect the Fixture to the Site Geometry
Each scene changes mounting, optics, spill control, environmental exposure, and maintenance planning. A comparison of flood-light manufacturers should include the target area, mounting point, and spill limits.
Building Perimeters and Entrances
Entrances, signs, service doors, and building edges need controlled local coverage without unnecessary spill into windows or neighboring areas. Confirm mounting position, target surface, beam, CCT, controls, cable route, and exposure. VST can compare compact platforms, review bracket orientation, and prepare a sample or drawing for approval. VST can compare compact housings and optical routes, then provide a bracket drawing or sample for approval at the entrance mounting point.
Parking Areas and Service Yards
Parking and service zones require usable horizontal and vertical light for movement, security, and vehicle operations. Share pole or wall positions, mounting height, area dimensions, required controls, voltage, and boundary conditions. VST can compare medium-power fixtures and optical options, then support layout-related specification discussions. Medium-power platforms can be reviewed against pole spacing, boundary conditions, control schedules, and the vertical-light needs around vehicles.
Loading Docks and Industrial Aprons
Loading areas combine vehicle movement, doors, canopies, vertical surfaces, and long operating periods. Confirm fixture positions, glare limits, aiming, impact exposure, ambient conditions, surge, controls, and maintenance access. VST can review industrial configurations, mounting details, project quantities, and batch identification for coordinated delivery. The supplier review can align industrial optics, bracket orientation, surge and control options, shipment batches, and installation-zone labeling.
Sports Training Fields
Training fields and community courts need distribution that supports play while controlling glare, spill, and dark zones. Confirm field dimensions, pole locations, mounting height, target criteria, aiming restrictions, controls, and local requirements. VST can compare higher-output platforms and provide model data for the lighting designer's calculation. VST can provide model data for the lighting calculation and clarify which photometric file, driver, and aiming details apply to the selected platform.
Ports and High-Mast Infrastructure
Ports, transport aprons, and major compounds involve long throw, high mounting, wind exposure, corrosion, surge risk, and difficult access. Provide mast geometry, site environment, electrical system, target area, control strategy, and quantity. VST can evaluate large platforms and clarify supported optics, construction, and documents. Large-platform evaluation can cover mast interfaces, wind and corrosion exposure, control architecture, service access, and project documentation.
Bring the Site Data
Request a Flood-Light Platform and Optics Review
Share the application, area dimensions, mounting positions and height, target performance, voltage, controls, exposure, quantity, market, and schedule. VST can recommend a verified starting platform and list the parameters that still require confirmation. VST will identify the flood-light platform that merits sample or layout review.
Technical Review
Flood-Light Technical Boundaries
Separate verified model data from optional customization, production controls, and installer responsibilities.
| Model | Power | Luminous flux | Dimensions | Weight |
|---|---|---|---|---|
| VST-FL20-50W | 50W | 7,500 lm | L317 x W268 x H63.5mm | 2.5kg |
| VST-FL20-100W | 100W | 15,000 lm | L351 x W282 x H63.5mm | 3.0kg |
| VST-FL20-150W | 150W | 22,500 lm | L392 x W333 x H63.5mm | 4.3kg |
| VST-FL20-200W | 200W | 30,000 lm | L448 x W333 x H63.5mm | 5.2kg |
| VST-FL20-250W | 250W | 37,500 lm | L515 x W383 x H66.5mm | 7.0kg |
| VST-FL20-300W | 300W | 45,000 lm | L515 x W383 x H66.5mm | 7.8kg |
| VST-FL20-400W | 400W | 60,000 lm | L577 x W483 x H68mm | 11.0kg |
| VST-FL20-500W | 500W | 75,000 lm | L577 x W483 x H68mm | 12.0kg |
| VST-FL20-600W | 600W | 90,000 lm | L628 x W535 x H70mm | 16.0kg |
| Parameter | Published value |
|---|---|
| Efficacy | 150 lm/W |
| Input voltage | AC100-277V, 50/60Hz |
| Protection | IP65; IK08; 6kV surge standard, 10kV optional |
| Optics | 30°/60°/90° PC lens; 120° glass cover |
| CCT & CRI | 3000K/4000K/4500K/5000K/5700K/6500K; Ra ≥70, Ra ≥80 optional |
| Dimming | DALI / DMX512 |
| Lifetime / warranty | 50,000 hours / 5 years |
Flood-light discussions may cover power platform, CCT, CRI, optics, driver, controls, voltage, cable, bracket, finish, labels, packing, and project documents. Options vary by housing.
Flood-light production can include housing and bracket preparation, LED and optical assembly, driver wiring, sealing, electrical checks, aging, thermal review, appearance inspection, and packing.
Verify the supporting structure, bracket holes, fasteners, fixture weight, wind and corrosion exposure, aiming clearance, cable route, voltage, controls, earthing, sealing, and maintenance access.
Outdoor Project Feedback
Comments on Flood-Light Project Coordination
The feedback highlights specification structure, platform choices, mounting details, and model-linked documentation.
Working with VST
Outdoor Fixture Cooperation Questions
These answers cover the commercial policies most relevant when starting a flood-light project.
Yes. Agree first on the power platform, optics, driver, controls, bracket, and checks that the sample must represent. If a later order credit is desired, place that condition in the sample agreement before payment; freight and high-power sample selection should also be planned explicitly.
Higher-value fixtures may begin around 50, 30, or 20 pieces depending on power, optics, driver, controls, packaging, and customization. Smaller standard platforms may use a higher starting quantity. The confirmed quotation defines the actual MOQ.
Yes. VST can review fixture labels, carton marks, barcodes, accessory identification, pallet or handling needs, and delivery-zone grouping. Product certification marks must match the approved model and destination; they cannot be added as decoration.
Standard configurations generally take 2–3 weeks. Light customization is usually about 3–4 weeks, and extensive changes about 4–6 weeks. These periods cover production, not sea or air freight, and depend on approvals, materials, quantity, and factory loading.
Regular flood-light models commonly offer 3- or 5-year choices, but the correct term depends on the selected platform, driver, environment, operating profile, and contract. The approved quotation should state the warranty for that exact configuration.
Provide the model, order information, installation and environmental context, a concise description, and clear images or video. VST will evaluate confirmed product-quality issues and discuss replacement support, while site wiring, surge events, or external damage require separate assessment.
Product Questions
LED Flood-Light Project Questions
These questions focus on site geometry, optics, mounting, outdoor construction, controls, and inspection points that remain after supplier evaluation. The decision between LED flood light manufacturers should remain tied to the selected model and site evidence.
Use the target area, required illuminance, mounting height, optical distribution, fixture spacing, reflectance, glare and spill limits, maintenance access, and efficacy. A lighting calculation should connect the chosen platform to the real layout before quotation.
| Input | Decision affected |
|---|---|
| Mounting height and setback | Reach and aiming angle |
| Area width and depth | Spread and fixture count |
| Boundaries and windows | Spill and glare control |
| Task criteria | Output and uniformity |
A lens can shape distribution into supported beam patterns, while a glass-cover route may provide broader distribution depending on the model. The complete optical system includes LED layout, fixture angle, spacing, and mounting height. Confirm the actual photometric file before layout approval.
Review bracket dimensions, material, thickness, pivot hardware, hole pattern, aiming range, cable clearance, fixture weight, fasteners, supporting structure, wind exposure, corrosion, and service access. The supplied bracket does not validate the wall, pole, mast, or anchors.
| Area | Evidence |
|---|---|
| Housing and cover | Joints, seals, and material |
| Cable entry | Gland and installation method |
| Electrical protection | Driver, surge, and earthing |
| Environment | Temperature, corrosion, cleaning |
Controls are useful when schedules, occupancy, events, curfews, energy management, or staged output justify them. Confirm the actual driver and protocol, control wiring, addressing, commissioning responsibility, and fail state. Control options differ across power platforms.
Inspect the model, option code, housing, lens or cover, bracket, fasteners, cable entry, finish, labels, electrical function, control response, agreed photometric sample data, seals, packaging, and accessories. Record approved findings before the remaining batch is released.