Lancaster Traditional Dual Concealed Thermostatic Shower Valve + Ceiling Mounted 8″ Rose

Lancaster Traditional Dual Concealed Thermostatic Shower Valve + Ceiling Mounted 8″ Rose

A beautiful Victorian inspired concealed shower package; includes a traditional dual concealed thermostatic shower valve with a ceiling mounted 8 inch rainfall shower rose.

The shower valve offers thermostatic showering with two easy to operate levers, one lever operates flow whilst the other allows temperature selection. Operates one shower accessory.

Shower Valve Details

• Diameter: 193mm
• Type: Dual Thermostatic Shower Valve
• Colour/Finish: White/Chrome
• Round Backplate
• Manufactured from solid brass
• Smooth Operation with Quality Components
• Water Pressure: 0.5 bar to 5 bar 
  
• Anti-scald technology
• Classic body with traditional lever and cross head handles
• Operates a single shower accessory – 1 Outlet
• 150mm between pipe inlet centres
• Suitable for modern pressurised plumbing systems.
  
• Hot water temperature 55 to 85 Degrees
• Shower valve will not work efficiently on a gravity fed tank system, unless a booster pump is installed.
• Should a pump be required we recommend a universal or negative head pump.

Shower Head & Arm Details

• Material: Solid Brass
• Colour/Finish: Chrome Plated
• Pressure Requirements: 0.5 Bar Minimum
• Rose Height: 77mm
• Rose Diameter: 194mm
• Arm Length: 150mm
• Arm Width: 63mm

Guarantee: 5 Year (1 Year on serviceable parts for example: internal components such as check valves and cartridges)

Pictures for illustrative purposes only.

All measurements are approximate

Comprises

(1) Dual Concealed Thermostatic Shower Valve
(1) Round Ceiling Mounted Shower Arm
(1) 8″ Apron Fixed Shower Head – Chrome

Gravity Fed Systems:
If you live in an older property there’s a good chance you have a low pressure gravity-fed system. This shower valve requires a minimum pressure of 0.5 bar therefore we recommend installing a negative or universal pump (sold separately). Please note: Positive pumps will not work.