Product Details
• Connection size: 1/2"
• Heat output calculated at Delta T50°C
• Pressure tested to 5.2 bar, maximum working pressure 4 bar
• Maximum working temperature: 120°C
• Manufactured and tested to EN-442
• Projection from wall: 90mm - Wall to centre: 60mm
Dimensions are height by width.
Stylish designer radiator with modern panel design duo version, suitable for hot water central heating systems. Steel construction with high quality pre-treatment and a powder-coated finish. Easy to install, with wall fixings, plug and vent included.
10 year manufacturer's guarantee (T&Cs apply).
Technical Specification
| Brand |
Ximax |
| Colour by dominance |
Anthracite |
| Width (mm) |
600 |
| Height (mm) |
595 |
| Unavailable offshore |
|
| BTU |
2000 |
Delivery details
Please note items delivered by our suppliers are not available for the options above.
Delivery times may vary.
More about Delivery & Returns
Click & Collect details
If you are using our Click & Collect service please note the following:
- Order online or over the phone and collect in branch from 5 minutes later.
- Ensure you check stock is available for collection at your chosen branch.
- Check branch opening hours to ensure you have sufficient time to collect.
- For items not available for same day collection, place order before 8pm Mon-Sat (4pm Sun) and you can collect Next Business Day (Mon-Fri) after 3pm.
- If we have your mobile number, we’ll send you a text when your order is ready to collect.
Reviews
★★★★★
★★★★★
Ximax Oxford Duo Designer Radiator 595 x 600mm 2048Btu Anthracite is rated
1.0 out of
5 by
1.
Rated 1 out of
5
by
DrNigel from
Looks stylish but not fit for purpose
Bought this to replace an older radiator for a kitchen revamp and to use in the vertical mode. From what I have now observed these rads. should not be sold for vertical use as shown in adverts, if there are more conventional rads. on the system. The reason being; is that each panel is only connected to the in/out tubes by tiny holes ~2-3mm. So, when plumbed in from the base the incoming hot water will take the path of least resistance. Possibly plumbing in diagonally (top/bottom) might work. Of course, if plumbed horizontally incoming water would have to rise & work across the panels to reach the outlet.
Date published: 2019-10-15
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