Maesta Traditional TRV Angled Radiator Valves - Matte Black
These stylish Maesta TRV traditional radiator valves are an elegant and functional addition to you...These stylish Maesta TRV traditional radiator valves are an elegant and functional addition to your classic heated towel rail or radiator, featuring a stunning matte black finish and a wooden top handle. The angled valves are thermostatic, allowing you to control the heat output of your radiators to reduce energy consumption and lower energy bills by using only the heat needed in each room. They offer temperature control for optimal comfort, energy savings by maintaining precise room temperatures, and personalized heating with room-by-room control. Key features include a matte black finish, compatibility with traditional radiators and cast iron styles, a refined brass body with a hand-finished wood handle, and a traditional design. Supplied as a complete set with a thermostatic valve and lockshield, these valves are designed for longevity and superior performance. Important: These radiator valves are not bi-directional. For correct installation, position the TRV thermostatic head on the flow side and the lockshield on the return side. Designed with frost protection, the valves will allow water to flow when temperatures dip below 7°C, safeguarding your system from freezing. Specifications: Valve type - TRV, Orientation - Angled, Style - Traditional, Colour - Matte Black, Finish - Matte, Material - Brass/ Wood, Compression inlets - 15mm, Radiator coupler - 1/2 BSPT, Dimension - 80*55*143mm, Weight - 809g. What is in the box: Thermostatic Valve, Lockshield Valve, User/Install Manual.
Best current price£54.99from Appliances Direct (BID)
These Maesta TRV angled radiator valves are for homeowners seeking to enhance the aesthetic and efficiency of their traditional radiators or heated towel rails. They offer precise temperature control for optimized comfort and significant energy savings by allowing room-by-room heat management. A key consideration is their non-bi-directional design, requiring correct installation on the flow and return pipes.
All features
Model Part Number
TRVT-AG-9MB
Brand
Maesta
Extended Product Information
FAQs
What is the main benefit of using thermostatic radiator valves?
Thermostatic radiator valves allow you to control the temperature of individual radiators, which helps in optimizing comfort and reducing energy consumption by only heating rooms to the desired temperature.
Can these valves be used on any radiator?
These valves are designed for traditional radiators and cast iron styles with 15mm pipework and a 1/2 BSPT radiator coupler. They are not suitable for all modern radiator types or underfloor heating systems.
How do I know which valve goes on the flow and which on the return?
The thermostatic valve (TRV head) must be installed on the flow pipe (where hot water enters the radiator), and the lockshield valve must be installed on the return pipe (where water exits).
What does 'frost protection' mean for these valves?
The frost protection setting means the valve will automatically allow a small amount of water to flow through the radiator when the ambient temperature drops to around 7°C, preventing the water inside the radiator and pipes from freezing.
How do I clean the matte black finish?
Clean the matte black finish and wooden handle using a soft, damp cloth. Avoid using harsh chemicals or abrasive materials that could scratch or damage the surface.
What are the dimensions of the valve?
The approximate dimensions are 80mm (width) x 55mm (depth) x 143mm (height).
Are these valves reversible?
No, these radiator valves are not bi-directional. They must be installed with the thermostatic head on the flow side and the lockshield on the return side for proper function.
Troubleshooting
Radiator not heating up
Ensure the TRV head is not set to minimum or frost protection. Check that the lockshield valve is fully open. Verify correct installation on flow and return pipes.
Radiator is too hot and cannot be controlled
Confirm the TRV head is correctly seated and not damaged. Ensure the valve body is not blocked. Check if the lockshield valve is fully closed, which would force water through the TRV.
Leakage from valve connections
Gently tighten the compression fittings. If leakage persists, the olives or seals may need replacement. Ensure pipe ends are clean and free from burrs.
TRV head is stiff or difficult to turn
Gently try to move the pin inside the TRV head with a non-sharp object (e.g., the handle of a screwdriver). Ensure no debris is obstructing its movement. If it remains stiff, professional inspection may be required.
Pros and Cons
Pros
Enhances radiator aesthetics with a stylish matte black and wood finish.
Provides precise temperature control for improved comfort and energy efficiency.
Reduces energy bills through intelligent room-by-room heating management.
Durable construction with a brass body and a refined wood handle.
Protects against freezing with built-in frost protection.
Cons
Not bi-directional; requires specific placement of TRV head and lockshield.
Installation may require professional knowledge of plumbing systems.
Primarily suited for traditional radiator styles; may not match modern aesthetics.
Setup, Compatibility & Care Instructions
Setup:
Identify Flow and Return: Determine which pipe is the flow (hot water enters) and which is the return (water leaves).
Install TRV Head: The thermostatic valve (TRV head) must be installed on the flow pipe.
Install Lockshield: The lockshield valve must be installed on the return pipe.
Connections: Ensure 15mm compression inlets connect to the pipework and the radiator coupler is a 1/2 BSPT.
Tightening: Use appropriate tools to tighten compression fittings securely but avoid over-tightening.
Compatibility:
These valves are compatible with traditional radiators and cast iron styles.
Suitable for systems with 15mm pipework.
Radiator connection is 1/2 BSPT.
Care:
Wipe the matte black finish and wooden handle with a soft, damp cloth. Avoid abrasive cleaners or solvents that could damage the finish.
Periodically check fittings for any signs of leakage.
Ensure the thermostatic head can move freely and is not obstructed.