Ultraheat "Windsor" White Tube on Tube Designer Heated Towel Rails (3 Sizes)
The iconic tube on tube design in a white powder coated paint finish fits seamlessly into a variety of roomsets. This contemporary towel rail can be used throughout the home and will enhance any modern bathroom, en-suite or wetroom. The range of available sizes and impressive heat outputs makes this ideal for larger family bathrooms.
Data sheet
- Outer Finish
- White Powder Coating
- Height (mm)
- 798mm, 1150mm, 1612mm
- Width (mm)
- 500mm
- Depth (mm)
- 54mm
- Design
- Windsor
- Colour Family
- White
- Material
- Mild Steel
- Output BTUs
- 1288, 1837, 2705
- Output Watts
- 377, 538, 793
- Accessories
- Supplied with Wall Brackets, Bleed Valve & Blank Plug
- Guarantee
- 5 Years
- Projection
- 80mm - 90mm
- Pipe Centres
- 448mm
- Fuel Type
- Central Heating
- Brand
- Ultraheat
"Windsor" Tube on Tube White Designer Heated Towel Rail (3 Sizes)
The elegant, slimline sections of the Smyrna white aluminium radiator fit seamlessly into a variety of roomsets in a modern, gloss white finish with chrome cap details. This contemporary radiator can be used throughout the home and will enhance any modern kitchen or living room. The wide range of available sizes and impressive heat outputs makes this ideal for full house renovations.
Max Working Pressure: 10 Bar | 5 Year Guarantee | ||||||
Product Code | Height | Length | Depth | Pipe Centers | Wall to Face | BTU's | Watt's |
WIN5W8 | 798 | 493 | 54 | 448 | 80 - 90 | 1288 | 377 |
WIN5W11 | 1150 | 493 | 54 | 448 | 80 - 90 | 1837 | 538 |
WIM5W16 | 1612 | 493 | 54 | 448 | 80 - 90 | 2705 | 792 |
- Tube On Tube Design
- A choice of 3 models to suit your needs from 1288 BTU (377 Watts) up to 2705 BTU (792 Watts)
- High quality white coated finish
- 5 year warranty
- Built to last: 1.5mm thick mild steel for guaranteed quality
- Tested to BS EN 442 Standards
- ISO9001:2008 Registered Manufacturer
- CE Marked
Some of our other product ranges.
This is just a guide for reference only, rooms may require more than one radiator. If this applies to you, divide the required output between the number of radiators required. All figures given are for Delta T 50°