As smart buildings and Human Centric Lighting (HCL) rapidly evolve, space design demands a higher standard of dimming quality for linear LED strips and indirect lighting. Traditional dimming solutions often suffer from issues such as low-level flickering, visible stepping, and complex protocol integration. To address these industry challenges, MEAN WELL proudly introduces the complete SPWM-75 / 150 / 240 Series of Constant Voltage PWM Output LED Drivers.
Covering three power levels— 75W, 150W, and 240W—the series integrates three major standards (DALI, KNX, and Matter) alongside 3-in-1 dimming across 30 total models. Built with industrial-grade reliability and specifically designed for low-voltage LED strips and flexible neon lights, the SPWM series combines high-frequency PWM technology, 0.1% ultra-deep dimming, and comprehensive smart control protocols. It eliminates pain points in low-light details and system integration, delivering a flawlessly smooth visual experience for any lighting project.
Engineered with Class II double-insulated architecture, the series provides top-tier electric shock protection without requiring a safety ground. Certified by international safety standards, it significantly simplifies field wiring while delivering a solid, dependable security barrier for both commercial and residential spaces.
Supports 1 to 4 channel configurations with 0.1% ultra-deep dimming for seamless color temperature tuning and multi-color (RGBW) transitions. The -KN and -MA models feature a selectable dimming frequency up to 20kHz, delivering flicker-free, camera-ready lighting essential for high-quality video production.
Offering 30 models from 75W to 240W across four control interfaces—Matter, DALI, KNX, and 3-in-1 dimming. From standalone dimming to smart building buses, it delivers an exceptionally flexible solution for modern lighting systems.
Featuring an off-white, ultra-slim housing with push-in terminal blocks, its compact footprint easily conceals within narrow ceiling slots and aluminum extrusions. This design significantly lowers installation complexity and boosts on-site assembly and maintenance efficiency.