Galerie-119-1030x579

Radiant panel KSP

Basic element: aluminum lamela 150 mm wide
Construction: precise steel tube Ø 28 mm, embedded in aluminum heating surface
Sidewings: aluminum metal sheet
Thermal insulation: 40 mm thick with alluminum coating
Panel composition: N x 150, n = 2 up to 10 ... widths 300 up to 1500 mm
Lengths: 2, 3, 4, 6 m
Connecting of panels into bands: pressfittings 28, M or V contours
Hydraulic variants: paralell, half paralell, serial - with welded-on or pressable header

 

Heat transfer medium:

  • Warm water - from 40 up to 100 °C (PN 6)
  • Hot water - from 100 up to 150 °C (PN 16)
  • Steam -  up to 150 °C (PN 6)

 

Control possibilities:

  • Three way valve + circulation pump
  • Two way valve + circulation pump
  • Jet pump + controller with optimisation

Detail KSP

1 - aluminum heating surface
2 - precise carbon steel tube
3 - mineral insulation with aluminum coating
4 - rapid chain connector (included in panel's delivery)
5 - suspension system (wire or nodal chain with adjusting screw)

DIMENSIONS

Radiant panel KSP - 2 m

Půdorys KSP 2000 bw

Radiant panel KSP - 4 m

Půdorys KSP 4000 bw

Radiant panel KSP - 3 m

Půdorys KSP 3000 bw

Radiant panel KSP - 6 m

Layout KSP 6000 bw en

WEIGHTS AND SUSPENSIONS

 

MODULES
n
Width [mm]
n x 150
Weight [kg] Number of suspensions
Panel L = 2 m Panel L = 3 m Panel L = 4 m Panel L = 6 m Length [m]
full empty full empty full empty full empty 2 a 3 4 6
2 300 11,2 9,2 16,5 13,5 22,4 18,4 33,0 26,9 4 6 6
3 450 16,1 13,1 23,7 19,2 32,4 64,4 47,6 38,6 4 6 6
4 600 20,9 16,9 31,0 25,0 42,3 34,3 62,4 50,4 4 6 6
5 750 25,8 20,8 38,3 30,8 52,1 42,1 77,0 62,0 4 6 6
6 900 30,7 24,7 45,6 36,6 61,7 49,7 91,8 73,8 4 6 6
7 1050 35,5 28,5 52,8 42,3 71,9 57,9 106,6 85,6 4 6 8
8 1200 40,4 32,4 60,0 48,0 81,8 65,8 121,3 97,3 4 6 8
9 1350 45,3 36,3 67,3 53,8 91,7 73,7 136,1 109,1 4 6 8
10 1500 50,2 40,2 74,6 59,6 101,6 81,6 150,9 120,9 4 6 8

THERMAL OUTPUTS - EN 14037-2

Dt [K] Panel width B [mm]
300 450 600 750 900 1050 1200 1350 1500
  [W/m] [W/m] [W/m] [W/m] [W/m] [W/m] [W/m] [W/m] [W/m]
30 90 127 164 201 237 274 311 343 374
35 108 152 197 241 286 330 375 412 450
40 127 179 231 283 336 388 440 484 528
45 146 206 266 327 387 447 507 557 607
50 165 234 302 371 439 508 576 632 689
55 185 262 339 416 492 569 646 709 772
60 205 291 376 461 547 632 717 787 857
65 226 320 414 508 602 696 790 866 942
70 247 350 453 555 658 761 864 947 1030
75 268 380 492 603 715 827 939 1029 1118
80 289 410 531 652 773 894 1015 1111 1208
85 311 441 571 701 831 961 1091 1195 1298
90 333 472 612 751 890 1030 1169 1280 1390


Δt = (tm1 + tm2) / 2  -  ti     
where:     tm1 [°C]   water temperature - inlet  |   tm2 [°C]   water temperature - return  |   ti [°C]   internal design temperature