How does the LED system operate without external electrical connections?

Integrated hydroelectric generation modules convert water-flow energy directly into electrical power for LED operation.

What engineering improves LED temperature-indication accuracy?

Thermally calibrated sensing components continuously correlate water temperature with predefined illumination outputs.

How does the rainfall spray plate optimize hydraulic distribution?

Balanced outlet spacing ensures even pressure allocation and uniform water dispersion.

What technologies improve electronic waterproofing reliability?

Multi-layer sealing systems isolate internal circuitry from direct water exposure and humidity intrusion.

How does the matte black finish withstand high-moisture environments?

Protective coating systems resist oxidation, finish deterioration, and cleaning-agent exposure.

What hydraulic features reduce turbulence-related pressure losses?

Streamlined flow channels reduce internal resistance and preserve discharge efficiency.

How does the generator maintain performance during fluctuating flow conditions?

Balanced impeller assemblies regulate rotational efficiency across varying hydraulic velocities.

What structural technologies improve overall service life?

Rigid metallic construction and vibration-resistant electronic supports enhance long-term durability.

Fontana 16" Matte Black Round LED Rainfall Showerhead

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Retail Price $888.48

Sale Price: $596.94

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Sale Price: $596.94

Availability: Usually Ships in 1 to 2 Weeks

Product Code: D005-2MB

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Description

Technical Specs

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Fontana 16" Matte Black Round LED Rainfall Shower head

The matte black finish of the Beauty Matte Black shower head complements both traditional and contemporary designs, adding a warm and rich aesthetic to any bathroom. Equipped with spray technology for optimal water distribution, it delivers a full rain shower experience. This shower head also features built-in LED lights powered by a hydro-powered device. These lights serve as visual cues for shower temperature, helping to reduce water waste. The LED lights change colors based on the water temperature: blue for temperatures between 32°C to 89°F, green for temperatures between 36-42°C (97 to 107°F), and red for temperatures between 43-50°C (109 to 122°F). The red lights will flash to indicate scalding temperatures. Installation is hassle-free as no assembly or tools are required. Simply unscrew your old shower head and replace it with the new one. Now you can enjoy your rainfall shower head with the perfect mood lighting tailored to your preferred water temperature.

Fontana 16" Matte Black Round LED Rainfall Shower head Features:

Brand Name: FontanaShowersÂ®
Model Number: D005-2MB
Shower head Length: 16"
Shower head Width: 16"
Material: Stainless Steel
Spec: Shower head available in BIM object
Spec: Shower head available in Revit Families
Finish: Matte Black
Shower head Style: Contemporary
Feature 1: Rain Shower
Feature 2: LED Shower Head
Mount Method: Ceiling Mount
Connection: 1/2" US standard
Water Showerhead Flow Rate: 2.5 GPM

Features

Matte Black LED Rain Shower Head FAQ

LED Illumination Control, Rainfall Distribution Engineering & Surface Protection

The D005-2MB integrates hydro-powered LED illumination, a large rainfall spray surface, and a matte black finish engineered for contemporary shower environments.

How does the rainfall spray face improve water distribution?

The oversized spray plate distributes water uniformly across the shower area, creating a balanced rainfall effect with improved user comfort.

How is LED illumination powered during operation?

A built-in hydroelectric turbine generates electricity from water movement, allowing the LEDs to function without batteries.

How does the matte black coating improve durability?

The finish helps resist moisture-related wear, fingerprints, and minor surface abrasion while maintaining a modern appearance.

Does the LED system affect shower flow performance?

The turbine assembly is engineered to minimize hydraulic resistance and maintain consistent flow characteristics across the spray surface.