Lutron Athena Lighting Control System

Lutron Athena Lighting Control System

Mar 3, 2021

Athena is a flexible, simple, all-in-one solution that combines advanced light sources with intelligent shades and connected apps to deliver a holistic light experience.

Create a cohesive light story with Athena. Start with daylight, and bring the outdoors in with Lutron shades. Add Ketra, to seamlessly blend interior and exterior light. Introduce any other light fixtures you like: a best-in-class LED+ universal phase control dimmer allows control of all load types from a single system.

With no minimum load requirement, even a single downlight can be its own zone, preserving design flexibility. A new right-sized processor delivers a solution fit for spaces – and budgets – small and large.

Go HERE for more information.

Related Articles


Changing Scene


Design


New Products

  • NX Dual Tech Digital LightHAWK Is a Combination Smart Wall Switch and Digital Sensor with Style

    NX Dual Tech Digital LightHAWK Is a Combination Smart Wall Switch and Digital Sensor with Style

    May 26, 2023 Current’s latest lighting controls solution combines ultra-convenience, utility and appeal. The new NX Lighting Controls Dual Tech Digital LightHAWK (NXSMIR-LH or NXSMDT-LH) from Current is a stylishly refined wall switch that combines leading occupancy sensing technology and multifunctional photocell capabilities into a single package. Allowing for simple plug-and-play connection with NX room control devices, as well as smooth… Read More…

  • WiZ Launches New Home Monitoring Technology for Ultimate Peace of Mind

    WiZ Launches New Home Monitoring Technology for Ultimate Peace of Mind

    May 26, 2023  Signify is launching new home monitoring technology and software features to complement its smart lighting system, pairing lighting and security in a simple, smart and secure way. The new WiZ indoor camera combines with software updates on the WiZ app, lights and SpaceSense motion detection technology to create an integrated solution that… Read More…