Lutron Lumaris Hardwired Power Interface - 24VDC Tape Light Driver | LU-PH3-A

In stock
SKU: LU-PH3-A
Regular price $438.90
Color

Shipping, returns & support

Quick product facts

Quick summary
The Lutron hardwired power interface for Lumaris Tunable White Tape Light allows for more versatility during project installations by powering up to 3 Lumaris wireless controllers and 48ft of Lumaris LED tape. Three (...
Highlights
  • Create a dedicated control center on your desk or nightstand for lights
  • shades
  • and audio.

Technical profile

  • Voltage120V-277V
  • EnvironmentDamp Location

Key specifications

Voltage 120V-277V
Environment Damp Location
Component type Power

Product identifiers

  • VendorLutron
  • SKULU-PH3-A
  • MPNLU-PH3-A
  • GTIN'784276311878
  • Barcode784276311878

Love this product? Share the transformation and inspire others to upgrade their homes or businesses too!

The Lutron hardwired power interface for Lumaris Tunable White Tape Light allows for more versatility during project installations by powering up to 3 Lumaris wireless controllers and 48ft of Lumaris LED tape. Three (3) barrel-to-terminal adapters for easy wiring from the Wireless Controller to the hardwired power interface are included. The Lutron Lumaris tunable white LED tape light solution is the first professional grade tape light that’s native to Lutron RadioRA 3 and HomeWorks QSX.

-Includes (1) power interface for Lumaris Tunable White Tape Light and (3) barrel-to-terminal adapters
-Input: 120/277V, (50/60Hz); Output 24V
-Accepts 12 AWG to 20 AWG; see wiring section on product spec sheet for specific length configurations
-For independent control, wireless controllers must be homerun back to the power interface; For zone or grouped applications, wireless controllers can either be homerun or T-tapped back to the power interface
-Must be used with a Lumaris Wireless Controller for RadioRA3 (RRL-TWC*) or the Lumaris Wireless Controller for HomeWorks QSX (HWL-TWC*)
-Indoor damp/Dry location rating; Output short-circuit and overload-protection