LUMINA T20 shower head, equipped with a rain jet and white light illumination. Complete with electronic control unit and temporized activation panel with integrated thermostat.
DESCRIPTION
Elegance and technology come together in LUMINA, the shower head with a rain jet and white light illumination, offering an enveloping wellness experience. Equipped with an electronic control unit and a timer-controlled activation push button with integrated thermostat, it provides precise and intuitive control of every function. Ideal for locker rooms, home bathrooms, and hotel rooms, LUMINA is designed to illuminate the space evenly and pleasantly, creating a relaxing and welcoming atmosphere in any setting.
Functions
Technical info
Ceiling-mounted round recessed shower head Ø200 mm with 1 white LED for white light illumination.
Technical Specifications
Minimum water flow rate: 10 l/min
Minimum required pressure: 3 bar (dynamic)
Recessed ceiling depth: 150 mm
Water inlet: 1/2” inch
Material: 316L super mirror stainless steel
Control unit
Pre-wired control panel with stainless steel support, designed for installation in a technical compartment. Equipped with a user interface featuring a display for parameter adjustment and 12V power supply. Complete with a single-button panel and integrated thermostat in super mirror stainless steel.
Technical Specifications
Power supply: 230 V
Power consumption: 100 W
Dimensions: 525 x 500 x 149.5 mm
Water inlet: 3/4"
Optional included
Note: Available on request.
Scenarios and programs
Button 1: SC-1 White Rain
JETS
FINISHES
CHROME
BRUSHED
MATT WHITE
BLACK MATT
GOLD
GOLD BRUSHED
GUN METAL
GUN METAL BRUSHED
COPPER BRONZE
COPPER BRONZE BRUSHED
SCENARIO
The LUMINA shower system offers a unique experience by harmoniously combining water and white light.
WHITE RAIN
The shower releases a flow of water reminiscent of a summer rain for about one minute, accompanied by soft white lighting. The user can adjust the water temperature according to their preferences.
For more information or for your custom project