Elizabethan Cast Iron Radiator - 650mm High - 3 Sections

Quickfind Code: 80663 SKU: ELIZ-650-03
Elizabethan Cast Iron Radiator - 650mm High Elizabethan Cast Iron Radiator - 650mm High
  • Elizabethan Cast Iron Radiator - 650mm High
  • Elizabethan Cast Iron Radiator - 650mm High
  • Elizabethan Cast Iron Radiator - 650mm High
  • Colour Swatch
  • Elizabethan Cast Iron Radiator - 650mm High - Insitu
  • If no colour is saved we will send a natural cast painted radiator
Number of Sections
£189.00
Tax included
In Stock
If you order before 2pm your order will be delivered FREE between Monday, 13th May - Thursday, 16th May
info Product Information

The Elizabethan Cast Iron Radiator at 650mm high embodies the grace and functionality of a bygone era. With its increased height, this radiator not only exudes the intricate detailing and classic charm reminiscent of the Elizabethan period but also delivers enhanced heat dispersion. Crafted from durable cast iron, it efficiently warms spaces while adding a touch of vintage elegance to any room. Perfect for areas requiring a bit more heat and a timeless aesthetic, this radiator seamlessly combines style and reliable heating performance.

Number of SectionsLength (mm)BTUsWatts
3 208 540 159
4 269 720 212
5 330 900 265
6 391 1080 318
7 452 1260 371
8 513 1440 424
9 574 1620 477
10 635 1800 530
11 696 1980 583
12 757 2160 636
13 818 2340 689
14 879 2520 742
15 940 2700 795
16 1001 2880 848
17 1062 3060 901
18 1123 3240 954
19 1184 3420 1007
20 1245 4200 1240
21 1306 4410 1302
22 1367 4620 1364
23 1428 4830 1426
24 1489 5040 1488
25 1550 5250 1550
26 1611 5460 1612
27 1672 5670 1674
28 1733 5880 1736
29 1794 6090 1798
30 1855 6300 1860

Listed at Delta T50.

Returns policy for Paladin Branded Products
ELIZ-650-03 Reference
In Stock Stock Level
Height 650mm
BTU Output 180 Per Section
Watts Output 53 Per Section
Guarantee 10 Years
Material Cast Iron
Orientation Horizontal
Projection 90mm
Socket Width ½" BSP
Model Elizabeth

Tags

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°

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