LED Drivers, Controllers & Connectors
LED drivers, power supplies and controllers matched to every strip we supply — specified as one system, delivered together.
LED Drivers
Constant-voltage power supplies designed to UL 8750, organized the way an inspector reads the job — Class 2 first, then high-power and wet-location, then dimming. Constant-current strip and constant-current neon run on constant-current drivers, matched at quote.
Class 2 Power Supplies
NEC Class 2 / UL 1310 power-limited supplies — our 24V Class 2 drivers are rated at 60W each, so a longer run splits across several drivers and circuits. The wiring method for the output is confirmed with the AHJ. The default spec for interior architectural runs.
| Model | Type | Input VAC | Output | Power | Dimming | IP | Efficiency* | Ambient temp.* | PWM output* |
|---|---|---|---|---|---|---|---|---|---|
| UT-D40-24-C2 | Class 2 CV | 100–277 | 24V DC | 40W | Non-dim | IP20 | ≈82% | -4 to 122°F (-20 to 50°C) | None (DC output) |
| UT-D60-24-C2 | Class 2 CV | 100–277 | 24V DC | 60W | Non-dim | IP20 | ≈85% | -4 to 122°F (-20 to 50°C) | None (DC output) |
| UT-D60-24-C2-010 | Class 2 CV | 120–277 | 24V DC | 60W | 0-10V | IP20 | ≈85% | -4 to 122°F (-20 to 50°C) | ≈1 kHz |
*Typical values for this driver class, taken from comparable published datasheets and rounded conservatively (efficiency at full load, ambient operating range). The datasheet for the exact model is confirmed with your quote.
High-Power & IP67 Drivers
60–400W for long feeds and multi-run zones. IP67 potted enclosures rate for damp and wet locations; linear case drivers tuck into channels and millwork.
| Model | Type | Input VAC | Output | Power | Dimming | IP | Efficiency* | Ambient temp.* | PWM output* |
|---|---|---|---|---|---|---|---|---|---|
| UT-D60-1224-67 | CV, universal input | 90–264 | 12/24V DC | 60W | Non-dim | IP67 | ≈86% | -13 to 140°F (-25 to 60°C) | None (DC output) |
| UT-D100-24-67 | CV, potted | 90–264 | 24V DC | 100W | Non-dim | IP67 | ≈88% | -13 to 140°F (-25 to 60°C) | None (DC output) |
| UT-D150-24-L | Linear CV | 100–277 | 24V DC | 150W | Non-dim | IP65 | ≈88% | -4 to 122°F (-20 to 50°C) | None (DC output) |
| UT-D400-24-L | Linear CV | 100–277 | 24V DC | 400W | Non-dim | IP20 | ≈90% | -4 to 122°F (-20 to 50°C) | None (DC output) |
*Typical values for this driver class, taken from comparable published datasheets and rounded conservatively (efficiency at full load, ambient operating range). The datasheet for the exact model is confirmed with your quote.
Dimmable Drivers — 0-10V and TRIAC
0-10V for commercial control systems; TRIAC (forward and reverse phase) where the job reuses existing wall-box dimmers. Confirmed dimmer compatibility lists ship with every quote.
| Model | Type | Input VAC | Output | Power | Dimming | IP | Efficiency* | Ambient temp.* | PWM output* |
|---|---|---|---|---|---|---|---|---|---|
| UT-D96-24-010 | CV dimmable | 100–277 | 24V DC | 96W | 0-10V | IP20 | ≈88% | -4 to 122°F (-20 to 50°C) | ≈1 kHz |
| UT-D100-24-010-67 | CV dimmable, potted | 90–264 | 24V DC | 100W | 0-10V | IP67 | ≈88% | -13 to 140°F (-25 to 60°C) | ≈1 kHz |
| UT-D60-24-TRC | CV dimmable | 120 | 24V DC | 60W | TRIAC (fwd/rev phase) | IP20 | ≈85% | -4 to 122°F (-20 to 50°C) | ≈1 kHz |
*Typical values for this driver class, taken from comparable published datasheets and rounded conservatively (efficiency at full load, ambient operating range). The datasheet for the exact model is confirmed with your quote.
Controllers
Grouped by protocol — pick the control system first, and the decoder, panel, or amplifier follows. Every controller here is load-matched to the strips and drivers above it.
| Model | Protocol | Input | Max load | Channels | Control | PWM output* | Ambient temp.* |
|---|---|---|---|---|---|---|---|
| UT-C010-350 | 0-10V decoder | 12–24V DC | 350W | 1 | 0-10V dimming system | ≈1 kHz | -4 to 122°F (-20 to 50°C) |
| UT-CTP-010 | 0-10V wall panel | 100–277 VAC | — | 1 zone | Touch panel | — (control signal only) | 32 to 104°F (0 to 40°C) |
| UT-CTRC-240 | TRIAC | 120 VAC | 240W | 1 | Phase dimmer (fwd/rev) | — (phase-cut output) | 32 to 104°F (0 to 40°C) |
| UT-CDALI-DT8 | DALI DT8 | 12–24V DC | 360W | 2 (CCT) | DALI bus | ≈1 kHz | -4 to 122°F (-20 to 50°C) |
| UT-CDMX-480 | DMX512 decoder | 12–24V DC | 480W | 4 | DMX console | ≈1 kHz | -4 to 122°F (-20 to 50°C) |
| UT-CSPI-2048 | SPI / pixel | 5–24V DC | 2,048 px | 3 | App + RF remote | Set by the pixel IC | -4 to 122°F (-20 to 50°C) |
| UT-CRF-24G | 2.4G RF | 12–24V DC | 360W | 4 zones | RF remote / wall panel, group control | ≈1 kHz | -4 to 122°F (-20 to 50°C) |
| UT-CAMP-4 | Signal amplifier | 12–24V DC | 384W | 4 | Repeats PWM signal downstream | Follows the controller | -4 to 122°F (-20 to 50°C) |
*Typical values for this controller class, taken from comparable published datasheets and rounded conservatively. The PWM rate decides how the strip looks on camera; the datasheet for the exact model is confirmed with your quote.
Connectors & Accessories
Three connection types cover every joint on a strip run, in variants matched to PCB width (8 / 10 / 12 mm), IP rating (IP20 / IP62 / IP65), and circuit — single color, CCT, RGB, RGBW.
Strip-to-strip
Butt two cut strip ends together with no soldering — continues a run past a cut point.
Wire-to-strip
Lands the power feed on the strip — driver lead or injection point to PCB.
Strip-wire-strip
Bridges two strips across a gap or corner with a wired jumper between them.
| Type | PCB width | IP rating | Circuit | Max current |
|---|---|---|---|---|
| BB strip-to-strip | 8 / 10 / 12 mm | IP20 / IP62 | Single color / CCT / RGB / RGBW | 5A |
| XB wire-to-strip | 8 / 10 / 12 mm | IP20 / IP62 / IP65 | Single color / CCT / RGB / RGBW | 5A |
| BXB strip-wire-strip | 8 / 10 / 12 mm | IP20 / IP62 / IP65 | Single color / CCT / RGB / RGBW | 5A |
| PCB corner connector | 8 / 10 mm | IP20 | Single color / CCT | 5A |
| Mounting clips | 8–20 mm | — | — | — |
Every quote ships with a matched driver and control plan — voltage drop, run length, and dimmer compatibility checked by our engineers before anything leaves the warehouse.
Request a quoteWiring, power and control guides
Power, dimming and wiring are system questions, not catalog questions — these guides walk through the decisions before you spec.
Certifications
UL Listed driver options, FCC compliant controller options, and RoHS compliant options are available through our qualified manufacturing partners. Certification coverage varies by model. Certification is held by the original manufacturing partner. Documentation and listing information are available upon request.
Which device carries the UL 924 listing on an emergency circuit
CE-compliant options available for buyers outside North America — contact us for EU specifications.
Power supply and control questions
How do I size an LED strip power supply?
Multiply watts per foot by the run length for every run on the supply, and keep the total at or below 80% of the driver's rating; the datasheet governs. For example, 40 ft of 3.2 W/ft strip loads 128 W, so it needs at least 160 W of rating.
What is the difference between a Class 2 and a non-Class 2 driver?
A Class 2 driver limits its output power, and the inspector checks the label, the listing and the load. Our Class 2 drivers are rated at 60 W each, so a larger load needs more than one driver, each on its own secondary circuit.
Which dimmer works with which driver?
The dimming method has to match the driver: a 0-10V driver needs a 0-10V control, and a TRIAC driver needs a compatible phase-cut dimmer. Mixing them is the most common cause of flicker. We match the pairing at quote.
Where should the driver go?
Somewhere you can reach without opening a finished surface, with air around the case and the shortest practical output run. A driver above a sealed ceiling or in a closed cabinet is where heat and service problems start.
Can an indoor driver be used outdoors?
No. Our Class 2 drivers are IP20 and stay in a dry space. For damp and wet locations use a potted IP67 driver such as UT-D100-24-67, and match the connectors to the same rating.
What is an LED driver?
The power unit between the building's 120V to 277V AC and the strip. A constant-voltage driver, often called a power supply, holds a fixed 12V, 24V or 48V DC output and the strip draws the current it needs; a constant-current driver holds a fixed current for strip and neon flex designed that way. The driver also carries the dimming input, 0-10V, TRIAC or DALI, so it is chosen with the wall control, not after it.
Is an LED driver the same as an LED power supply?
On a strip job the two names usually mean the same constant-voltage unit; power supply is the catalog term and driver is the term on the listing and in the code. The one case to watch is constant-current strip or neon flex, which needs a constant-current driver and will not run on a constant-voltage supply.
Spec your power and control system
Send your project details — an engineer replies with matched drivers, controllers, and documentation.
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