Terma Michelle Designer Towel Rail - Nickel Gloss & Copper
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Product Specifications
More Information SKU 12668 Brand Terma Product Weight (kg) 17.3 Depth (mm) 84 Height (mm) 1437 Width (mm) 500 BTUs ΔT50 2460 Watts ΔT50 721 BTUs ΔT30 1266 Watts ΔT30 371 BTUs ΔT60 3118 Watts ΔT60 914 Material Carbon Steel Material Thickness (mm) 1.5 Colour Copper Number of Bars 19 Inlet Size 1/2" (15mm) Inlet Location Bottom, out from vertical strut Pipe Centres (mm) 50 Pipe Centre to Floor (mm) N/A Wall to Centre Tapping (mm) 22 - 30 Projection from Wall (mm) 126 - 134 Max Pressure Working Pressure x 1.3 Max System Temperature (°C) 95 Safety Accreditation CE Certified. Manufactured to EN442 guidelines. -
Manuals & Installation
Download the Terma Michelle technical drawing & assembly diagram here.
Download the Terma radiator manual here.
Terma Michelle Designer Towel Rails must be professionally installed by a qualified plumber: this is not a DIY task.
These radiators have adjustable wall brackets which gives them a fitted depth of 126 - 134mm.
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Warranty
Terma Michelle Designer Towel Rails come with an 8 Year Manufacturer’s Warranty.
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Delivery Info
These items are available with free next working day delivery. Next working day delivery is available when you order before 12pm (excluding weekends).
Orders of multiple items may be shipped on a pallet. If you are ordering multiple different items, we will always endeavour to dispatch your goods together. However, separate dispatches may be necessary if the items you have ordered are being shipped from different locations. Check our delivery page or speak to our customer service team for more information.
Please be aware that delivery times and charges may be increased if you want the items delivered to addresses in the Scottish Highlands & Islands, or outside the UK mainland. This will be calculated when you enter your postcode at the checkout.
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Product Specifications
More Information SKU 12668 Brand Terma Product Weight (kg) 17.3 Depth (mm) 84 Height (mm) 1437 Width (mm) 500 BTUs ΔT50 2460 Watts ΔT50 721 BTUs ΔT30 1266 Watts ΔT30 371 BTUs ΔT60 3118 Watts ΔT60 914 Material Carbon Steel Material Thickness (mm) 1.5 Colour Copper Number of Bars 19 Inlet Size 1/2" (15mm) Inlet Location Bottom, out from vertical strut Pipe Centres (mm) 50 Pipe Centre to Floor (mm) N/A Wall to Centre Tapping (mm) 22 - 30 Projection from Wall (mm) 126 - 134 Max Pressure Working Pressure x 1.3 Max System Temperature (°C) 95 Safety Accreditation CE Certified. Manufactured to EN442 guidelines.
Very few designer bathroom radiators are as attractive as the Terma Michelle towel rail, with its elegantly spiralled ladder and minimal contemporary aesthetic. By combining an attractive copper-coloured bar with rungs finished in sparkling nickel-gloss, the Michelle creates a visually arresting two-tone look that won’t fail to impress. Under certain light, this designer towel rail can take on the appearance of either brilliant chrome or soft white. For statement heating that demands a second glance, the Terma Michelle Designer Towel Rail is a must for any modern bathroom.
- Elegant Spiralled Ladder Design
- Copper & Nickel Gloss Powder Coated Finish
- 1.5mm Thick Carbon Steel
- Inlet Size: 1/2" (15mm)
- Inlet Located on Bottom Right
- Max System Temperature: 95°C
- Wall to Centre Tapping: 22-30mm
- Projection from Wall: 126-134mm
- Max Pressure: Working Pressure x 1.3
- Includes Brackets, Screws & Plugs
- Valves Not Supplied
- CE & EN442 Certified
The BTUs above are based on a standard ΔT of ΔT50. This means a difference of 50 °C between the desired temperature of your rooms and the average water temperature of your system. It’s the standard to use if your boiler has an average water temperature of 70 °C.
Of course, the temperature of the water in your system will affect the heat output of your radiators – and not all systems operate at the same temperature. If the water is hotter, the heat output will increase. If the water is cooler, the heat output will decrease, and you may need more radiators to heat the space. If your system has an average temperature of 80 °C – common in older boilers – you should use BTUs measured at ΔT60. If your system has an average temperature of 50 °C – typical for low energy eco boilers – you should use BTUs measured at ΔT30. You can find these values in the specification tab. Remember, all heat outputs are approximations only, affected by a variety of different factors. If you are at all unsure, give our customer service team a call before buying, or check with a qualified plumber.