Mo

CROSS SECTION

Mo

LONGITUDINAL SECTION

Mo
Download-in-pdf-icon Download-reader-icon

COIL – MO

  • heating of any interior (in winter) and interior
  • cooling (in summer) with the possibility of moisture condensation in the trough
  • heating of swimming pools
  • implied condensate outlet 

DIMENSIONS

total width
303 mm
construction height
125 mm
length
900 - 3000 mm

USAGE

Convector COIL – MO is used as a fast reacting heating unit suitable for heating of interiors with high heat loads. Convector COIL – MO is also suitable for use in wet spaces, where pooling of water in the trench can occur. The convector has a specially profiled base enabling draining of collected water (eventually condensed water) through the outlet pipe at the bottom of the trough. The fan operates at the safe voltage of 12V. If there is a source of chilled water (6/12 ºC) available the COIL-MO may also be used for cooling of the interior The convector will cause formation of cool air curtain by the window where it prevents room heating through convection from heated window surfaces. The cooling effect is most evident especially in the vicinity of windows so that the interior air is not fully cooled as in case of when using standard air conditioning. The convector cannot be installed to swimming pools with salt or other aggressive water.

TEMPERATURE EQUATION - HEATING

Q = μ QN
(
tW-tA 50
)
m
m = 1,0435 temperature exponent
tW, A mean water temperature, mean air temperature [°C]
QN nominal heat transfer rate for temperatures tW/tA 70/20 °C [W]
μ μ = 1 (select μ according to the diagram for other than flow nominal values)
Q heat transfer rate for other [W]

HEAT TRANSFER RATE - Q [W]

°C
°C
°C
°C
length L = 900 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 1 740 1 620 1 571 1 824 1 698 1 647 1 995 1 856 1 801
80 °C 1 499 1 379 1 331 1 571 1 445 1 395 1 718 1 580 1 525
70 °C 1 259 1 140 1 092 1 320 1 195 1 145 1 443 1 307 1 252
50 °C 786 669 622 824 701 653 900 767 713
length L = 1000 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 2 030 1 889 1 833 2 128 1 981 1 922 2 327 2 165 2 101
80 °C 1 749 1 609 1 553 1 833 1 686 1 628 2 004 1 844 1 780
70 °C 1 469 1 330 1 275 1 540 1 394 1 336 1 684 1 524 1 461
50 °C 917 780 726 961 818 761 1 051 894 832
length L = 1250 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 2 756 2 564 2 488 2 889 2 688 2 608 3 158 2 939 2 851
80 °C 2 373 2 183 2 107 2 488 2 289 2 209 2 720 2 502 2 415
70 °C 1 994 1 805 1 730 2 090 1 892 1 813 2 285 2 069 1 982
50 °C 1 244 1 059 986 1 304 1 110 1 033 1 426 1 214 1 130
length L = 1500 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 3 481 3 239 3 143 3 649 3 395 3 294 3 989 3 712 3 602
80 °C 2 998 2 758 2 662 3 143 2 891 2 790 3 436 3 161 3 051
70 °C 2 518 2 280 2 185 2 640 2 390 2 290 2 886 2 613 2 504
50 °C 1 571 1 338 1 245 1 647 1 402 1 305 1 801 1 533 1 427
length L = 1750 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 4 206 3 914 3 797 4 409 4 103 3 980 4 820 4 485 4 352
80 °C 3 623 3 332 3 216 3 797 3 493 3 372 4 152 3 819 3 686
70 °C 3 043 2 755 2 640 3 190 2 888 2 767 3 488 3 157 3 026
50 °C 1 899 1 617 1 504 1 990 1 695 1 577 2 176 1 853 1 724
length L = 2000 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 4 931 4 589 4 452 5 169 4 810 4 667 5 651 5 259 5 102
80 °C 4 247 3 907 3 771 4 452 4 095 3 953 4 868 4 477 4 322
70 °C 3 568 3 230 3 095 3 740 3 386 3 245 4 089 3 702 3 547
50 °C 2 226 1 895 1 764 2 334 1 987 1 849 2 551 2 172 2 021
length L = 2500 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 6 382 5 938 5 761 6 689 6 225 6 039 7 314 6 806 6 603
80 °C 5 496 5 056 4 880 5 762 5 300 5 116 6 299 5 794 5 593
70 °C 4 617 4 180 4 006 4 840 4 382 4 199 5 291 4 791 4 591
50 °C 2 881 2 453 2 282 3 020 2 571 2 393 3 302 2 811 2 616
length L = 3000 mm
Fan speed and mean air temperature tA
1 - min. speed 2 - med. speed 3 - max. speed
Mean water temperature tW 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C 15 °C 20 °C 22 °C
90 °C 7 832 7 288 7 071 8 210 7 640 7 412 8 976 8 352 8 103
80 °C 6 746 6 205 5 989 7 071 6 504 6 278 7 731 7 111 6 864
70 °C 5 666 5 130 4 916 5 940 5 378 5 153 6 494 5 879 5 634
50 °C 3 536 3 010 2 801 3 706 3 156 2 936 4 052 3 450 3 210

Search

News

Catalogue

New catalogue MINIB 2009/2010
Download our new catalogue for the year 2009/2010!

Video

Video

Assembly instructions
for floor convectors
play video »

Assembly instructions
for standing convectors
play video »

Management of quality

En-small

Since the year 2007 we have got the Certificate of Management of Quality for ISO 9001:2001 for the field of activity – manufacture of heating convectors.

EC Declaration of Conformity

Confirmity

All our listed products meet general requirements according to Statutory Rules no. 190/2002 Sb.