Question 1

Is this ‘cast iron style’ and made of something else or actual cast iron?  it seems very heavy. thank you

Accepted Answer

I'm not sure if cast all I can say is it looks like it and I'm happy with it and the price I thought was reasonable

Question 2

Hello , has the radiator got a smooth finish or a rugged texture ? as I can really tell from the photos and where can I purchase the legs. Thanks

Accepted Answer

It's got a smooth finish mine it's fixed to the wall so didn't need legs and additional pipes and valves from plumbers merchants near home hope this is helpful

Question 3

Hi, does anyone know what delta the btu heat output quoted  is base upon please?

Accepted Answer

Average radiator water temperature). What is average radiator water temperature? Well, if you have an input of 80 degrees and an output of 60 degrees, then this means that the average radiator water temperature would be 70 degrees. Still with us? Slightly more complex maths time. When you look at a radiator’s specifications, you’ll find the heat output figure quoted is the unit’s Delta T at a specific room temperature. The standard room temperature desired is usually quoted as 20 degrees C. So, if the average water temperature across the radiator is 70 degrees C, the Delta T is 50 degrees C. A radiator’s power output is most often expressed in watts. The wattage of a radiator is based on the system’s likely operating temperature. That output will usually either be expressed as a measurement taken either at Delta 60 (Δ T60) or Delta 50 (Δ T50). Delta 50 is now the UK standard for all domestic gas boiler systems. Prior to 2013, the UK used Delta 60 until it opted to come into line with the rest of Europe. Under BS EN 442, to calculate a Delta rating, radiators must be tested with a flow water temperature of 75°C and a return temperature of 65°C in a test room with a consistent air temperature of 20°C. In addition, the flow and return connections should be connected at the same end, normally referred to as ‘top bottom same end’. Add in another acronym - the BTU The BTU (British Thermal Unit) calculation is an important figure to determine the right size of a radiator for a room. A higher BTU rating indicates that more power will be required for the radiator to reach its heating potential. BTU is an imperial unit of energy. It is simply the amount of energy required to heat or cool one pound of water by 1 Fahrenheit. The higher the BTU rating, the more power is required for the radiator to reach its potential. The BTU system was first used by industry in the 19th century and originally applied to steam-powered engines, locomotives and ships. It was later used by engineers to relate to domestic heating systems. It’s easy to calculate the BTU that you will require for any room using our BTU calculator...in a word no. It's warm, really warm 👍🏼👍🏼

Question 4

Could you tell me the weight of the model PGR0237 (1800 x 560mm) thanks

Accepted Answer

Empty it's just over 32kg, not sure what the water capacity is, got to be something like 25 -30 litres, with 1 litre = 1kg to calculate operating weight. I'll need to use support legs due to that mounted weight as stud walls might struggle.

Manufacturer	Warmehaus
Part Number	130-0804
Product Dimensions	190 x 48 x 13 cm; 29.4 kg
Manufacturer reference	130-0804
Size	1800 x 380mm - Double
Colour	White
Item Package Quantity	1
Included Components	Fixing Pack
Batteries included?	No
Batteries Required?	No
Item Weight	29.4 kg

Traditional Cast Iron Style White Double Column Vertical Radiator 1800 x 380 mm - 10 Yr Guarantee

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