Lutron PHPM-PA-120-WH Grafik Eye Phase Adaptive Power Module, 120V, White

Optimize lighting performance and operational control with the Lutron PHPM-PA-120-WH Phase-Adaptive Power Module. Designed for commercial and security-focused environments, this Lutron power module provides precise dimming for a single zone up to a full 16 A load on 120V systems and supports incandescent, halogen and a broad range of low-voltage transformers. Its phase-adaptive technology automatically switches between leading- and trailing-edge dimming to minimize flicker and extend fixture life—critical for security, surveillance and consistent task-area illumination.

The PHPM-PA-120-WH integrates seamlessly with HomeWorks QS, GRAFIK Eye and Caséta systems to enable centralized scene control, energy monitoring and streamlined building automation. Installers benefit from flexible mounting (recessed, surface, wall) and scalable deployment—one dimmer can control multiple modules depending on configuration—reducing installation time and total cost of ownership. RoHS-compliant and built in the U.S., this compact white module fits retrofit and new installation needs where reliable, adjustable lighting supports safety, monitoring and operational workflows. Add the Lutron PHPM-PA-120-WH to your project to enhance visibility for surveillance and security systems while simplifying integration with your monitoring and control infrastructure.

• Deliver precise, flicker-free dimming for a single zone up to 16 A, improving scene consistency and lowering maintenance costs
• Phase-adaptive technology automatically selects leading- or trailing-edge dimming for compatible transformers, reducing lamp and transformer stress
• Seamless integration with Lutron systems (HomeWorks QS, GRAFIK Eye, Caséta) for centralized lighting control, energy monitoring and building automation
• Flexible 120V operation with recessed, surface or wall mounting for easy retrofit or new-construction installations
• Scalable zone control: one dimmer can manage multiple modules (model-dependent) to simplify wiring and reduce labor and equipment expenses