1/5

Aqualisa Aquastream Thermostatic Power Shower White

~~£780.00~~

Product out of stock

Product information

Description

General description

The Aqualisa Aquastream Thermostatic Power Shower in white is designed to deliver an impressive flow rate of up to 18 litres per minute, which is 28% more water than standard showers. Utilizing Aqualisa's patented Bi-Metallic Coil technology, it ensures exceptional temperature stability, preventing hot temperature spikes when other taps are in use. This thermostatic control maintains a consistent temperature, dynamically adjusting to changes in water pressure commonly experienced in family homes.

Technical specifications

Flow rates: Normal flow position: 10 litres per minute (2.2 Gallons Per Minute)

Boost flow position: 18 litres per minute (4.0 Gallons Per Minute)

Maximum required pressure: 1 bar

Valve inlet centres: 65mm

Pipework entries: Top, bottom, and rear

Inlet supply positions: Cold on the right, hot on the left

Outlet connection: ½” BSP

Electrical requirements: 3amp fused spur, A/C

Low voltage transformer mains cable length: 2m (6ft 6 Inches)

Low voltage transformer low voltage cable length: 4m (13ft 2 Inches)

Valve dimensions: Height: 320mm (12.6 Inches), Width: 180mm (7 Inches), Depth: 160mm from finished wall (6.3 Inches)

Rail system dimensions: Length: 450mm (17.7 Inches), Diameter: 25mm (1 Inch), Depth: 360mm from wall (14.2 Inches), Rail fixing centres: 407mm (16 Inches)

Compatibility and accessories

Suitable for gravity water systems only

Not suitable for high-pressure water systems

Combi boiler compatible: No

Mobile app connectivity: No

Amazon Alexa connectivity: No

Google Home connectivity: No

Installation

Installation type: Exposed

Water feed: Rear wall fed

Usage

Designed for use in homes with gravity-fed water systems

Incorporates a built-in pump for flow boost

Other information

3-Year Guarantee against manufacturing defects

Features

Brand
AQUALISA SHOWERS
Height
32 cm
Material
Acrylic
Colour
White
Shape
Rounded

You are here: