Ltech Dali Dimmable LED Drivers
Ltech Dali dimmable LED driver receive either a Dali or Dali-2 signal in order to control the LED lights.
Featuring T-PWM super deep dimming technology, down to an ultra-low 0.01%, flicker-free high-frequency exemption level (IEEE 1789 standard), overheat, over-voltage, overload, and short circuit protection with automatic recovery and soft-on and fade-in dimming function for enhanced visual comfort.
The dimmable drivers must be paired with a Dali controller.
All our Dali Dimmable drives come with a 5 year warranty.
Free Delivery for orders over £120
12 Years of Experience
5 Year Warranty
Rapid Delivery Worldwide
-
Dali CCT Tuneable White Dimmable 75w 24v Driver LM-75-24-G2D2F
£80.00 Add to basket -
Dali CCT Tuneable White Dimmable 150w 24v Driver LM-150-24-G2D2F
£99.00 Add to basket -
Dali Dimmable 36w 12v Driver LM-36-12-G1D2
£35.00 Add to basket -
Dali Dimmable 36w 24v Driver LM-36-24-G1D2
£35.00 Add to basket -
Dali Dimmable 75w 12v Driver LM-75-12-G1D2F
£60.00 Add to basket -
Dali Dimmable 75w 24v Driver LM-75-24-G1D2F
£60.00 Add to basket -
Dali RGBW/RGB Dimmable 150w 24v Driver LM-150-24-G4K3
£101.20 Add to basket -
Dali Dimmable 150w 12v Driver LM-150-12-G1D2F
£70.00 Add to basket -
Dali Dimmable 150w 24v Driver LM-150-24-G1D2F
£70.00 Add to basket
DALI Dimmable Drivers
DALI — Digital Addressable Lighting Interface — is the professional standard for intelligent lighting control. It’s an open protocol running over a simple two-wire bus, where every driver, sensor and control device carries its own digital address, so fixtures can be controlled individually, grouped together, or recalled as scenes at the touch of a button. DALI-2, the current standard, added mandatory certification and testing, which means genuine interoperability between equipment from different manufacturers rather than the fingers-crossed compatibility of the original DALI-1 specification. Within DALI-2, DT6 handles straightforward single-channel dimming of fixed-white or single-colour fittings, while DT8 controls multiple outputs from a single address — ideal for tunable white and RGBW, with simpler wiring and far more efficient use of your address space.
Why choose LTech?
LTech (Zhuhai LTECH Technology Co., Ltd) is one of the world’s leading names in LED lighting control, specialising in intelligent drivers and lighting control systems, and its DALI range has become a go-to choice for specifiers who want dimming that actually performs at the bottom of the curve. The company’s proprietary T-PWM technology delivers exceptionally smooth, ultra-deep dimming — a full 0–100% range that runs down as low as 0.01%, entirely flicker-free and rated to high-frequency exemption level, with colour rendering held steady throughout the dimming range. No stepping, no shimmer on camera, no colour shift as the lights come down: just a clean, cinematic fade from full output to the barest glow.
Built for real projects
The LTech DALI range covers both constant voltage and constant current, from compact 36W units up to 240W, in 12V and 24V DC, plus single- and dual-channel constant current drivers for downlights and linear fittings. Highlights include the LM series NFC DALI-2 drivers (75W, 100W, 150W and 240W), ultra-slim SN-series drivers, dedicated magnetic-track models, and the LM-150-24-G4K3 full-colour RGBW driver supporting both DMX and DALI-2 DT8. NFC programmability lets you set the dimming interface, DALI address and other parameters from a programmer or smartphone app and sync them straight to the driver — no bench time, no commissioning headaches. Every unit is built around V0 flame-retardant housings, Class 2 SELV construction, soft-start and fade-in dimming, ErP-compliant standby below 0.5W, and full overheat, overvoltage, overload and short-circuit protection with automatic recovery — with a service life reaching 100,000 hours. Whether the project is an office, a retail fit-out, a hotel or an architectural scheme, LTech DALI drivers give you specification-grade control that installs cleanly and performs for the long haul.
