High Bay Lighting LED Driver Solutions
Compact, programmable and high-voltage constant-current LED drivers for UFO high bays, linear high bays, warehouses, factories, logistics centers and demanding industrial lighting systems.
Common Power Challenges in High Bay Lighting
High bay drivers must manage thermal stress, long duty cycles, sensor control and multiple facility voltages inside compact industrial luminaires.
High Bay Lighting Applications
Match each industrial space to the correct fixture structure, voltage platform, control method and environmental protection.
Warehouses & Logistics Centers
Compact UFO high bay platforms with efficiency, switching and sensor-ready options.
Recommended: FD-K / K1Manufacturing Plants
Programmable output, long operating hours and occupancy-based dimming.
Recommended: R3 / FD-TCold Storage & Food Processing
Protected drivers for low-temperature, moisture-prone and wash-down-adjacent spaces.
Recommended: FD-T / FD-VAircraft Hangars & Workshops
High-power and high-voltage platforms for large mounting heights and heavy industry.
Recommended: K1-V / FD-VBig-Box Retail & Exhibition Halls
Uniform light output, flicker control and platform reuse across several fixture powers.
Recommended: FD-K / FD-LSports Halls & Indoor Arenas
Stable dimming, zoning and programmable platforms for flexible event lighting.
Recommended: R3 / FD-TRecommended High Bay LED Driver Series
Three primary platforms cover global UFO fixtures, intelligent industrial lighting and high-voltage UFO projects.
Compact UFO High Bay Driver for Global Markets
For warehouses, logistics centers, retail halls and standard industrial UFO fixtures requiring compact integration and platform flexibility.
- Compact die-cast housing direction
- Global input-voltage platform
- High-output-voltage options
- Power / CCT DIP configurations
- Dimming options
- IP65 integration direction
Programmable Driver for Intelligent High Bay Lighting
For smart warehouses, manufacturing plants and fixtures using occupancy sensors, scheduled dimming or programmable current.
- Programmable constant-current output
- 0–10V / PWM / resistor dimming
- Multi-stage timer profile direction
- Dim-to-Off capability direction
- Auxiliary 12V options
- Sensor-control integration
High-Voltage UFO High Bay Driver
For 347V and 480V warehouses, hangars, logistics facilities and industrial plants using high-voltage distribution.
- 200–480Vac input direction
- Compact UFO integration
- Multiple power directions
- Dimming and switching options
- High-output-voltage platforms
- IP65 mechanical direction
Wide-Input UFO Driver for Canadian 347V Projects
For Canadian warehouses and commercial facilities requiring broad input support, compact UFO integration and power/CCT switching options.
Discuss FD-L Application100–347V Driver for Linear High Bay Fixtures
For low-voltage, high-current LED boards, linear industrial fixtures, sensor control and auxiliary-power integration.
Discuss FD-T Application200–480V Driver for High-Voltage Linear High Bays
For 480V factories, ports, rail facilities and heavy industrial linear fixtures requiring a protected internal driver.
Discuss FD-V ApplicationApplication-to-Product Matrix
Use this matrix for early-stage platform selection before detailed LED-board, thermal and luminaire review.
| Fixture / Project | Input Voltage | Power Direction | Main Feature | Suggested Series |
|---|---|---|---|---|
| Global UFO High Bay | 90–305Vac | 100–320W | Power / CCT DIP | FD-K / K1 |
| Smart Warehouse High Bay | 108–305Vac | Up to 240W class | Programming / Timer / 0–10V | R3 |
| Canadian UFO High Bay | Up to 347V class | 100–320W | DIP / Dimming | FD-L |
| 480V UFO High Bay | 200–480Vac | 100–320W | High-Voltage Input | K1-V |
| Linear High Bay | 100–347Vac | 40–400W | 0–10V / Aux 12V | FD-T |
| 480V Linear High Bay | 200–480Vac | 40–320W | 3-in-1 Dimming | FD-V |
High Bay Driver Engineering Calculator
Calculate driver sizing or estimate annual facility energy using actual dimmed input-power ratios and control schedules.
High Bay Lighting Power and Sensor Control Architecture
A complete industrial lighting platform combines facility power, driver conversion, constant-current LED output and occupancy or daylight control.
Why Fahold for High Bay Lighting
Industrial power platforms engineered around compact integration, multi-voltage projects, sensor control and long-duration operation.
Custom High Bay Power Solutions
Fahold can evaluate project-specific drivers around the fixture structure, LED voltage window, target current, facility input voltage, sensor interface, thermal conditions and target market.
Thermal, Surge and Industrial Reliability
Critical validation items for warehouses, factories, cold storage, hangars and heavy industrial spaces.
Frequently Asked Questions
Key questions for UFO and linear high bay manufacturers, industrial lighting brands and project engineers.
How do I select an LED driver for a high bay light?
Match the driver’s constant-current operating window to the LED board minimum, nominal and maximum forward voltage, output current, input voltage, power, thermal conditions, dimming interface and target certification.
What is the difference between a UFO and linear high bay driver?
UFO fixtures often require compact round or die-cast driver integration and higher LED voltage, while linear high bays may use internal rectangular drivers and lower-voltage, higher-current LED boards.
When is a 347V or 480V high bay driver required?
Use these platforms when the facility distribution system supplies 347V or 480V. The selected driver must be explicitly rated for the actual input range.
Can a high bay driver power an occupancy sensor?
Yes, when the driver includes a compatible auxiliary output and the sensor’s voltage and current requirements are within that output rating.
How is high bay driver power calculated?
Nominal LED power is approximately nominal forward voltage multiplied by output current and channel count. Driver rating must also account for maximum LED voltage, utilization limit and thermal derating.
Can one driver cover multiple fixture powers?
Yes, when output current can be programmed or switched and every setting remains inside the driver’s voltage, current, power and thermal operating limits.
What dimming method is common for high bay lighting?
0–10V is common in industrial projects, while PWM, DALI and sensor-controlled interfaces may also be used. The driver, sensor and controller must be electrically compatible.
What information should I send for a driver recommendation?
Send input voltage, LED voltage range, target current, fixture type, power, control method, sensor details, auxiliary-power requirement, environment, housing dimensions, quantity and target market.
Get Your High Bay Lighting Solution
Send the fixture, LED-board, thermal, sensor, voltage and target-market requirements. Calculator results can be transferred directly into the Elementor Pro form below.