Minimum height, maximum warmth!
The Novello Plinth offers the perfect solution for spaces with large window sections from floor to ceiling, for shop windows, verandas, winter gardens or under window sills. Its subtle construction means this radiator perfectly matches any interior. The cold air close to a window is heated to provide warmth. The Novello Plinth is available as a wall model or stand-alone design.
Why opt for a Stelrad Novello Plinth radiator?
- Plinth radiator
- Height 200 mm
- Profiled front
- Available in colour
Discover the Stelrad Novello Plinth here in 3D
Click and hold the left mouse button, then drag to rotate the radiator. Scroll to zoom in or out.
Choose your colour
Choose your colour
Warmth is essential for creating a cosy home. As is an interior that you feel good in. With Stelrad you can now opt for colourful warmth.
The above colour palette can be further expanded with a multitude of RAL colours. The colours depicted are indicative only.
Stelrad Eclipse thermostatic insert
Stelrad thermostatic head
Double connection fitting – Straight, without drain-off facility
Double connection fitting – Straight, with drain-off facility
Double connection fitting – Angled, without drain-off facility
Double connection fitting – Angled, with drain-off facility
The Novello Plinth offers the perfect solution for spaces with large window sections from floor to ceiling, like shop windows, verandas and winter gardens. Its subtle construction means this radiator perfectly matches any interior. The cold air close to a window is heated to provide warmth.
The Novello Plinth can be connected either as a valve or compact radiator.
|Height||Type 22||Type 33||Type 44||Center distance|
Calculation Factor per meter length radiator at 75/65/20 °C in accordance with EN442
Characteristic equation: ф = KM x ΔTn
When connecting as a valve radiator:
When connecting as a compact radiator:
- the valve insert has to be removed
- the plastic plugs have to be replaced with brass plugs
* = a reduction in heat output will occur when combining low temperature heating with a high temperature difference between inlet and outlet.