Ellipsis 30_H 2

A classic that never goes out of fashion, the ELLIPSIS towel warmer is particularly suitable for refined environments. ELLIPSIS 30_H 2 Horizontal is available in 15 heights, from 4 to 50 elements and thermal powers from 213 to 2860 Watts. Thanks to its high performance it is ideal for low temperature design. Recommended for traditional, condensing boilers and heat pumps.

The images on this page have the sole purpose of depicting the product. Finishes and models may not have a perfect match with the actual product.

Ellipsis 30 2, Horizontal, 10 elements, Hight 400 mm, Lenght 1530 mm, Matt Sage Green - RAL 6021 Ellipsis 30 2, Horizontal, 10 elements, Hight 400 mm, Lenght 1530 mm, Matt Sage Green - RAL 6021, (detail)
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Configure your ELLIPSIS30_H

Configure your ELLIPSIS30_H

Ellipsis 30_H
Ellipsis 30_H 2

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Thermal power

Construction features

  • manifolds with a 30 mm diameter circular section
  • tubes made of sheet steel with a 30x15 mm elliptical section
  • manifold threading 1/2” Gas right
  • maximum working pressure 4 bar
  • maximum working temperature 95°C

Model Depth (mm) Length (mm) Conn. centre (mm) Weight (kg) Capacity (lt)
530 58,0 530 470 0,81 0,33
560 58,0 560 500 0,85 0,35
660 58,0 660 600 0,97 0,40
680 58,0 680 620 0,99 0,41
710 58,0 710 650 1,03 0,43
760 58,0 760 700 1,09 0,45
860 58,0 860 800 1,22 0,51
880 58,0 880 820 1,24 0,52
930 58,0 930 870 1,30 0,55
1030 58,0 1030 970 1,43 0,60
1230 58,0 1230 1170 1,67 0,71
1530 58,0 1530 1470 2,04 0,88
1830 58,0 1830 1770 2,41 1,04
2030 58,0 2030 1970 2,66 1,15
2230 58,0 2230 2170 2,90 1,26

(*) Thanks to the high performance of Irsap ELLIPSIS 30_H 2 Horizontal radiators, the ideal Δt for low temperature projects is Δt at 30°C.

For Δt different from 50°C use the formula: Q=Qn (Δt / 50)n

Standard equipment
  • wall fixing systems with screws and anchors
  • 1/2” blind plug
  • piper cover kit
  • 1/2” air vent
Thermal output per linear metre
Number of Elements 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50
Btu/h at Δt=50°C 1.372,1 1.797,1 2.177,1 2.525,0 2.859,9 3.182,2 3.491,2 3.794,0 4.090,3 4.380,2 4.663,5 4.947,2 5.230,6 5.507,5 5.784,3 6.061,6 6.338,4 6.615,3 6.892,5 7.169,4 7.439,8 7.717,0 7.993,9 8.270,8
Yield per linear meter Watt at Δt=50°C 401,9 526,4 637,7 739,6 837,7 932,1 1.022,6 1.111,3 1.198,1 1.283,0 1.366,0 1.449,1 1.532,1 1.613,2 1.694,3 1.775,5 1.856,6 1.937,7 2.018,9 2.100,0 2.179,2 2.260,4 2.341,5 2.422,6
Yield per linear meter Watt at Δt=40°C 310,0 405,8 491,4 569,1 647,2 723,2 790,3 855,4 916,8 976,1 1.048,4 1.111,4 1.174,5 1.236,2 1.297,7 1.359,0 1.420,5 1.481,8 1.543,2 1.604,2 1.663,9 1.725,2 1.785,9 1.846,9
Yield per linear meter Watt at Δt=30°C 221,8 290,2 351,2 406,0 464,1 521,5 566,9 610,4 649,4 686,2 745,3 789,4 833,8 877,0 920,2 962,8 1.005,8 1.048,6 1.091,5 1.133,6 1.175,1 1.217,7 1.259,4 1.301,7
Yield per linear meter Watt at Δt=20°C 138,3 180,8 218,7 252,2 290,4 328,9 354,9 379,4 399,4 417,6 460,8 487,5 514,4 540,7 566,8 592,4 618,3 644,1 669,9 694,9 719,8 745,2 769,8 795,0
Exponent change 1,164 1,166 1,168 1,174 1,156 1,137 1,155 1,173 1,199 1,225 1,186 1,189 1,191 1,193 1,195 1,198 1,200 1,202 1,204 1,207 1,209 1,211 1,214 1,216

H
= Height (mm)
E
= N° Elem.
H Height (mm) E N° Elem.   530 560 660 680 710 760 860 880 930 1030 1230 1530 1830 2030 2230
160 4 Watt =   W =  213 225 265 273 285 305 345 353 373 413 494 614 735 815 895
240 6 Watt =   W =  279 294 347 358 373 400 452 463 489 542 647 804 962 1067 1173
320 8 Watt =   W =  338 357 421 433 452 484 548 561 593 656 784 975 1166 1294 1421
400 10 Watt =   W =  392 415 489 504 526 563 637 652 689 763 911 1133 1355 1503 1651
480 12 Watt =   W =  444 469 553 570 595 637 721 738 780 863 1031 1282 1534 1702 1869
560 14 Watt =   W =  494 522 615 634 662 708 801 820 867 960 1146 1426 1705 1892 2078
640 16 Watt =   W =  542 573 675 695 726 777 879 900 951 1053 1258 1564 1871 2076 2280
720 18 Watt =   W =  589 622 733 755 789 844 955 978 1033 1144 1366 1700 2033 2255 2477
800 20 Watt =   W =  635 670 790 814 850 910 1030 1054 1113 1233 1473 1832 2191 2431 2670
880 22 Watt =   W =  680 718 846 872 911 975 1103 1129 1193 1321 1577 1962 2347 2603 2860
960 24 Watt =   W =  724 765 902 929 970 1038 1175 1202 1271 1407 1680 2090 2500 2773 -
1040 26 Watt =   W =  768 812 956 985 1029 1101 1246 1275 1348 1493 1783 2217 2652 - -
1120 28 Watt =   W =  812 858 1011 1041 1087 1164 1317 1348 1424 1577 1884 2343 2803 - -
1200 30 Watt =   W =  855 903 1065 1097 1145 1226 1387 1420 1500 1662 1984 2468 - - -
1280 32 Watt =   W =  898 949 1118 1152 1203 1288 1457 1491 1576 1745 2084 2593 - - -
1360 34 Watt =   W =  941 994 1172 1207 1261 1350 1527 1563 1651 1829 2184 - - - -
1440 36 Watt =   W =  984 1040 1225 1262 1318 1411 1597 1634 1727 1912 2284 - - - -
1520 38 Watt =   W =  1027 1085 1279 1318 1376 1473 1666 1705 1802 1996 2383 - - - -
1600 40 Watt =   W =  1070 1130 1332 1373 1433 1534 1736 1776 1877 2079 2483 - - - -
1680 42 Watt =   W =  1113 1176 1386 1428 1491 1595 1805 1847 1952 2162 - - - - -
1760 44 Watt =   W =  1155 1221 1439 1482 1548 1657 1875 1918 2027 2246 - - - - -
1840 46 Watt =   W =  1198 1266 1492 1537 1605 1718 1944 1990 2103 - - - - - -
1920 48 Watt =   W =  1241 1311 1546 1592 1663 1780 2014 2061 2178 - - - - - -
2000 50 Watt =   W =  1284 1357 1599 1648 1720 1841 2084 2132 2253 - - - - - -

Type Description Document Downloads

Catalogs

Catalog 2023 Catalog 2023

Catalogs

Color chart Color chart

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