Pegler Yorkshire Terrier Thermostatic Radiator Valve & Lockshield Drain Off Pack

This Terrier Thermostatic Radiator Valve and Lockshield Drain Off Pack is ideal for both vertical and horizontal mounting. It features a chrome body with a reverse flow and a frost setting to avoid frozen radiators (providing the heating is on). It also has range and temperature locking capabilities using a wax thermal element.

Manufactured from durable brass with a chrome-plated finish and polypropylene lockshield, this thermostatic valve and drain-off pack is ideal for complementing the contemporary aesthetic design within your home. The flow spindle is made from stainless steel, the thermal head cover/body is from ABS and the thermal head element/housing is from Noryl.

Features & Benefits: Pegler Yorkshire Terrier Thermostatic Radiator Valve & Lockshield Drain Off Pack

• Control range of 11°C to 29°C
• Comes with a drain off lockshield
• Vertical or horizontal mounting
• Chrome body with a reverse flow
• Frost setting to avoid frozen radiators
• Range and temperature locking capabilities using a wax thermal element
• Easy to clean with a damp cloth
• No maintenance needs
• Maximum operating pressure of 10 bar at 65°C
• Maximum system water temperature of 120°C at 5 bar

This Thermostatic Radiator Valve can withstand a maximum cold working pressure of 10.0 bar at temperatures up to 120°C and has been designed for use only in an indirect hot water and/or indirect open-vented or sealed water-filled central heating system. With minimal maintenance requirements, it can simply be cleaned with a soft damp cloth.

Standards & Certification

• BSI Keymark License: EN215 TRV

Please note:

• This Pegler Yorkshire Thermostatic Radiator Valve is only appropriate for use with water-based systems and cannot be utilised in any other systems containing solutions or liquids, with the exception of additional proprietary central heating anti-freeze, corrosion inhibitor or cleaner as directed by the manufacturer. Furthermore, it is not capable of withstanding maximum hot working pressure.