Victoriana 3 Column Cast Iron Radiator - 645mm High - 3 Sections

Quickfind Code: 68323 SKU: VIC3-645-03
Victoriana 3 Column Cast Iron Radiator - 645mm High Victoriana 3 Column Cast Iron Radiator - 645mm High
  • Victoriana 3 Column Cast Iron Radiator - 645mm High
  • Victoriana 3 Column Cast Iron Radiator - 645mm High - Side View
  • Victoriana 3 Column Cast Iron Radiator - 645mm High - Front View
  • Victoriana 3 Column Cast Iron Radiator - 645mm High - 3 Quarter View
  • Victoriana 3 Column Cast Iron Radiator - 645mm High - Profile View
  • Victoriana 3 Column Cast Iron Radiator - 645mm High - Front View
  • If no colour is saved we will send a natural cast painted radiator
    Your customization:
Number of Sections
£203.00
Tax included
In Stock
If you order before 2pm your order will be delivered between Thursday, 25th August - Tuesday, 30th August
info Product Information

Victoriana 3 column cast iron radiators were originally designed for maximum heat efficiency and versatility of use, ideal for both large and small rooms, befitting every decor with its simple classic lines. At only 120mm in depth the 3 column Victoriana is a perfect choice for those rooms where space is at a premium yet style is paramount. These classic late Victorian 3 column cast iron radiators are all 120mm in depth and come in a choice of 3 heights: 745mm, 645mm and 450mm.

No. Of SectionsLength mmBTU'sWatts
3 215 983 288
4 276 1311 384
5 336 1638 480
6 398 1966 576
7 457 2294 672
8 517 2621 768
9 578 2949 864
10 638 3277 960
11 698 3605 1056
12 759 3932 1152
13 819 4260 1249
14 880 4588 1345
15 940 4915 1441
16 1000 5243 1537
17 1061 5571 1633
18 1121 5898 1729
19 1182 6226 1825

Listed at Delta T60.

Returns policy for Paladin Branded Products
VIC3-645-03 Reference
In Stock Stock Level
Material Cast Iron
Height 645mm
BTU Output 328 Per Section
Watts Output 96 Per Section
Orientation Horizontal
Projection 120mm
Guarantee 10 Years
Socket Width ½" BSP
Model Victoriana

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°