£479.99
Recommended Extras
We've hand-picked these items because they are a great choice alongside the Burlington Cleaver Traditional Towel Radiator 720 x 642mm
- Heat Output (BTU 50°C): 1101
- Heat Output (Watts): 266
- Diameter of tubes is 32mm
- Distance from wall to the rail is 110mm
- Fill the radiator approximately 90% (2.0L) with an anti-rust mixture if the radiator is to be used for electric heating only (not connected to a central heating system)
- Includes all brackets and fixings
- High quality chrome plated finish
- Radiator valves are required
- Designed to be plumbed into your central heating system
- Operating pressure up to 8 bar (Certified by BEN N.L)
- Maximum working temperature: 95°C
Please note:
- If you're looking to use this radiator as electric only, please contact us here via live chat or email to arrange for the radiator to be delivered pre-filled with an electric element. There might be additional charges and a slightly longer lead time.
- If you're looking to use this radiator as a dual fuel radiator, you must buy an element (sold separately).
Product Code | R3CHR |
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Type | Designer Heated Towel Rails |
Brand | Burlington |
Brand Range | Burlington Cleaver |
GuaranteeMore information | 10 Years |
Guarantee
All of our brand partners and manufacturers offer a warranty as standard. Please note that these guarantees are provided by the manufacturer, and will be subject to individual terms and conditions, for example avoiding abrasive bleach-based cleaning products.
If you need further info about a specific manufacturer's guarantee, please contact our team.
Popular Features | Dual Fuel Compatible |
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Orientation | Vertical |
Material | Steel |
Finish | Chrome |
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Shape | Straight |
Mounting Type | Wall Mounted |
Style | Traditional |
Wall to Face (mm)More information | 235 |
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Wall Distance (mm)More information | 110 |
Width (mm) | 642 |
Height (mm) | 720 |
Depth (mm) | 235 |
Pipe Centres (mm)More information | 440 |
Wall to Face
Wall to face is the distance from the wall to the furthest point on the front of the radiator. This figure is an indicator of how far your product will protrude into the room.
Wall Distance
This is a measure of the gap between the back of the radiator and the wall. Wall distance is an indication of how much space there will be behind your radiator.
Pipe Centres
This is the distance between the centre of the two pipe inlets on your radiator or towel rail. This figure is an indication of where the two pipes for your radiator will need to go and can be helpful if you want to install a radiator using your existing pipes.
Heat Output (BTU∆t 50ºC)More information | 1101 |
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Fuel SourceMore information | Central Heating, Dual Fuel, Electric |
Heat Output (Watts)More information | 266 |
Heat Output (BTU∆t 50ºC)
BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our calculator.
Fuel Source
This is the source of fuel your radiator or towel rail will use to provide heat. Radiators will generate heat through central heating systems, electricity, or a combination of both with dual fuel.
Central Heating:
These radiators will generate heat through the water pumped round your central heating system.
Electric:
Electric radiators contain fluid heated by an electrical element. They plug into a socket or are wired directly into the mains.
Dual Fuel:
Dual fuel radiators are able to run on both central heating and electric power. They contain a ‘summer’ heating element which will allow you to use your radiator in warmer months without needing to turn on your entire central heating system.
Watts
Watts is a measure of heat output used for electric radiators, with a higher watt figure meaning a higher heat output. Purchasing a radiator that has the correct wattage will ensure your room will be at a comfortable temperature without wasting energy.
By using our BTU calculator, you can calculate the number of watts your radiator needs to adequately heat your room.