Crosswater Union 2 Handle Thermostatic Shower Valve

Crosswater Union UB1000LBPC_LV Details

Crosswater Union Thermostatic Shower Valve with Dual Lever Handle is designed for portrait installation and purchased in 2 variation and ten finishes. The unit can withstand years of use and won't succumb to water damage. It is made from water-resistant materials. Made for recessed installation, it is suitable for both low and high water pressure system, depending on the type of model. The 3-Way Diverter Valve works with minimum 0.1 bar or above water pressure system.

Key Features

✔Available in 6 finishes and 2 variation
✔Fifteen years guarantee against any manufacturing defects

Manufactured using high-quality material
Wall-mounted installation
Modern design
Orientation: Portrait
Suitable for low-water pressure system
Required minimum 0.1 bar or above water pressure
Download Installation Instruction PDF File from the Additional Info Section
Refer to the technical diagram for the complete technical dimensions

Technical Specifications

Please note all the measurements are in 'mm'

⤷ Colour
: Chrome
⤷ Shape
: Rectangular
⤷ Warranty/Guarantee
: 15 Years
⤷ Theme
: Modern
⤷ Installation Type
: Wall Mounted
⤷ Temperature Control
: Thermostatic

⤷ Backplate Width
: 120
⤷ Backplate Height
: 215
⤷ Number of Handles
: 2
⤷ Orientation
: Portrait
⤷ Plumbing Option
: Concealed

Additional Info & Downloads

Download the Installation Instruction Pdf File

Technical Images

Crosswater Union 2 Handle Thermostatic Shower Valve

£441.76

RRP: ~~£625.00~~

STOCK AVAILABLITY: 7 Working Days Approx

QS Supplies

2 Features Included In This Product Explained

Thermostatic Control

Thermostatic shower control works behind the scenes to achieve or maintain water temperature output from a showerhead. With the built-in safety feature, the shower provides a consistent water temperature.
Read more...

Low Water Pressure

Water systems operating at a pressure between 0.1 and 0.4 bar are considered low pressure. Products usually come labelled if they are suitable to use under such pressure.
Read more...