Power & Control
Power & control your LED system.
Match voltage, load, dimming method, control behavior, and installation environment to the right power and control path for your LED lighting.
Already know what you need?
Browse directly by driver family, system voltage,
or control path below.
12V · 24V · 48V
Match power output voltage to the lighting system.
Dimmable Power
Choose the driver family for the control method
used by the project.
Wall & Wireless Control
Explore compatible wall, RF, multi-channel,
and smart-control paths.
Planning Tools
Size the load or build the complete system
before choosing components.
Find the Right Power
Start with system requirements.
Four decisions narrow the power selection quickly: output voltage, connected load, control method, and installation environment.
01 / Voltage
What voltage does the lighting use?
The driver's DC output voltage must match the rated voltage of the lighting.
02 / Wattage
How much power does the system need?
Calculate the connected LED load, then leave appropriate headroom when choosing driver capacity.
Calculate Wattage →
03 / Control
How will the lighting respond?
Match the driver or power architecture to the dimming or control method used by the project.
Choose a Control Path →
04 / Environment
Where will the power be installed?
Protected and exposed locations can require different enclosure and environmental ratings.
Choose by Driver Family
Different control paths need different power.
Choose the driver family that fits the control strategy, then select the correct voltage, wattage, and enclosure.
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Universal Dimming
Broader control compatibility across supported phase-cut, 0–10V, PWM, and other verified methods. Confirm the exact model.
Electronic / ELV
Electronic low-voltage driver options for compatible trailing-edge phase-control systems.
Magnetic / MLV
Magnetic low-voltage transformer options for compatible leading-edge control paths.
Non-Dimmable Power
Constant-voltage power for systems that do not require line-voltage dimming.
Shop by Voltage
Already know the system voltage?
Go directly to power options organized around the output voltage required by the lighting.
Low-Voltage Power
12V Drivers
Power options for compatible 12V lighting. Confirm wattage and control requirements before choosing a model.
Browse 12V Power →
Primary Power Range
24V Drivers
Explore the broad 24V range across wattages, enclosure types, and supported dimming methods.
Browse 24V Power →
Long-Run Systems
48V Drivers
Power options for compatible 48V lighting and projects designed around 48V architecture.
Browse 48V Power →
Power Options
Compare common starting points.
These products represent several common power paths. Open the product to compare exact wattages, ratings, and supported control methods.
Universal Dimming
24V Universal Dimmable Driver
Multi-method dimming and multiple wattage options for compatible 24V systems.
View Options →
Waterproof Power
24V IP67 Dimmable Driver
Protected 24V power for compatible projects requiring a more robust enclosure.
View Options →
48V Systems
48V Universal Dimmable Driver
48VDC power with multi-method control support for compatible 48V lighting systems.
View Options →
Choose the Control
Start with what you want the light to do.
Switching, dimming, tunable-white control, and color control are different jobs. Define the behavior first, then choose a compatible control path.
01 / Switch
Turn the lighting on or off.
A project that only needs reliable on/off operation does not automatically need a dimming system.
Understand Switching →
02 / Dim
Adjust the brightness.
Dimming can happen through a compatible wall-control path or a controller on the low-voltage side.
03 / Tune White
Change the white-light appearance.
Tunable-white systems coordinate multiple white-light channels and require compatible lighting and control.
Explore Tunable White →
04 / Change Color
Control RGB color.
RGB systems manage multiple color channels and require lighting, controller, power, and connections designed to work together.
Explore RGB Control →
Choose the Control Path
Control does not always live in the same place.
Some controls act before the driver, some are integrated with power, and others operate between the power source and LED lighting.
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Wall Dimming
A compatible wall dimmer controls a dimmable driver designed for that phase-cut or control method.
Integrated Wall Control
Control and power can be combined in one product when the system is designed around an integrated dimmer/driver.
Wireless / RF Control
A low-voltage controller can sit between power and lighting to manage brightness without a line-voltage wall dimmer.
Smart / App Control
Compatible controller-based systems can add app or smart-home control. Verify voltage, channels, and availability.
Control Architecture
Where does control happen?
These are system relationships, not universal wiring diagrams. The actual connection method depends on the selected products.
Wall / Phase-Cut
Control before the driver.
A compatible wall dimmer modifies the input to a dimmable driver, which then powers the lighting.
Wall Dimmer
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Driver
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Lighting
Low-Voltage Controller
Control after the power source.
A compatible controller manages the lighting on the low-voltage side of the system.
Power
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Controller
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Lighting
Integrated Control
Control and power together.
Some products combine the control interface and power conversion into one system component.
Control + Power
→
Lighting
Current Control Options
Start with the control paths.
Some control methods are available as standalone products, while others are bundled into complete lighting kits. This hub can route you to the right system.
Integrated Wall Control
24V Dimmer + Driver
A wall-control path that combines dimming and 24V power conversion in one product family.
View Options →
Wireless Dimming
RF-Controlled Lighting System
A complete 24V kit that includes the RF control path for wireless brightness adjustment.
View RF System →
Multi-Channel White
Tunable White System
A complete lighting path for adjustable white-light color temperature and brightness.
View Tunable White →
Color Control
RGB Lighting System
A complete multi-channel RGB path with compatible lighting and remote control.
View RGB System →
Smart / App Control
WiFi + Bluetooth Controller
A multi-mode controller for compatible 12–24V single-color and multi-channel lighting systems.
View Controller →
Power & Control Basics
Four things have to agree.
The safest shortcut is not memorizing product names. It is checking the complete system relationship.
01 / Voltage
Match the electrical system.
The lighting, power source, and low-voltage controller must use compatible voltage requirements.
02 / Load
Size the power correctly.
Calculate connected load and leave appropriate driver headroom rather than operating at maximum rating.
03 / Method
Match the control architecture.
Phase-cut, dedicated-signal, PWM, and controller-based paths are different methods with different component requirements.
04 / Lighting Type
Channels matter.
Single-color, tunable-white, and RGB lighting require controls designed for the correct number and type of outputs.
Planning Tools
Plan the system before you buy it.
Calculate power when you already know the lighting load, or build the complete system when power and control are part of a larger project.
Calculate
Need to know what wattage driver to use?
Estimate the connected LED load and required power capacity before selecting a driver.
Open Wattage Calculator →
Build the System
Choosing power and control together?
Work through lighting, voltage, length, power, control, and compatibility in one component-level planning path.
Open LED System Builder →
Power & Control FAQ
Common questions before choosing.
Use these as a starting point, then verify the exact specifications and compatibility of the products you intend to install.
How do I know what wattage driver I need?
Calculate the total connected LED load and allow headroom rather than operating the driver at its maximum rating. Use the Wattage Calculator for a quick estimate.
Can I use a 24V driver with 12V lighting?
No. The driver's DC output voltage needs to match the rated voltage of the LED lighting.
Does “dimmable” mean any dimmer will work?
No. The dimmer, driver, control method, lighting load, and wiring architecture all need to be compatible. Check the exact product documentation.
What is the difference between wall dimming and an RF controller?
Wall dimming commonly acts through a compatible dimmable-driver path. An RF controller commonly operates on the low-voltage side between power and lighting.
Can one controller run fixed white, tunable white, and RGB?
Only when the controller is specifically designed for the required voltage, channel arrangement, and lighting type. A controller's feature list does not make every system compatible.
Where should I start if I am unsure?
Use the LED System Builder for the complete component path, or read the Dimming & Controls Guide if you first want to understand the methods.
Power & Control the System
Ready to choose power or control?
Browse our power range, explore dimming & controls, or build the system around your lighting requirements.
- Choosing a selection results in a full page refresh.
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