Radiant panel KSP KIT

Basic element: aluminium module 330 mm wide
Construction: precise steel tube Ø 18 mm, embedded in aluminum heating surface
Thermal insulation: 30 mm thick with alluminum coating
Panel composition: modules are suspended on common crossbars
Lengths: 2, 3, 4, 6, m
Connecting of panels into bands: pressfittings DN 18, V contour
Hydraulic variants: paralell, half paralell - with pressable header

 

Heat transfer medium:

  • warm water up to 120 °C (PN 6)

Control possibilities:

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

Detail KSP KIT

1 - aluminium heating surface
2 - precise carbon steel tube
3 - mineral insulation with aluminium coating
4 - top aluminium coating
5 - common top crossbar
6 - carabine 50 x 5
7 - suspension system (wire or nodal chain with adjusting screw)

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Photos

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KSP KIT1 KSP KIT

 

 

DIMENSIONS - LENGTH

Radiant panel KSP KIT - 2 m

KSP KIT I - 2000

Radiant panel KSP KIT - 4 m

KSP KIT I - 4000

Radiant panel KSP KIT - 3 m

KSP KIT I - 3000

Radiant panel KSP KIT - 6 m

KSP KIT I - 6000

 

DIMENSIONS - WIDTH

Radiant panel KSP KIT I - 6 m

KSP KIT I - 6000 - schema

Radiant panel KSP KIT III - 6 m

KSP KIT III - 6000 - schema

Radiant panel KSP KIT II - 6 m

KSP KIT II - 6000 - schema

Radiant panel KSP KIT IV - 6 m

KSP KIT IV- 6000 - schema

 

WEIGHTS AND SUSPENSIONS

 

Total width [mm]
n x 150
Weight [kg] Load/hanger Water volume Suspensions [pcs]
Panel L = 2 m Panel L = 3 m Panel L = 4 m Panel L = 6 m [kg] [l/m] Length of panel [m]
Operation Assembly Operation Assembly Operation Assembly Operation Assembly   2 or 3 4 or 6
330 9,0 7,4 13,4 11,0 17,9 14,7 26,8 22,0 2,3 - 6,6 0,8 4 6
720 19,4 14,8 28,2 22,0 37,8 29,4 55,9 44,0 4,9 - 13,7 1,6 4 6
1110 29,1 22,2 42,3 33,0 56,8 44,1 83,5 66,0 7,3 - 20,5 2,4 4 6
1500 38,8 29,6 56,4 44,0 75,8 58,8 111,4 88,0 9,7 - 27,3 3,2 4 6

In the operation weight there is weight of panels , common crossbars and water content. In the weight there is no weight of any suspension material to the ceiling as it depends on specification and dimensions.

 

THERMAL OUTPUTS - HEATING EN 14037-2

 

Dt [K]
 
KIT I KIT II KIT III
KIT IV
Panel Headers Panel Headers Panel Headers Panel Headers
[W/m] [W/pair] [W/m] [W/pair] [W/m] [W/pair] [W/m] [W/pair]
20 69 11 138 22 208 34 277 45
25 90 15 181 30 271 45 361 59
30 112 19 225 37 337 56 450 75
35 135 23 270 46 405 68 541 91
40 159 27 317 54 476 81 634 108
45 183 31 365 63 548 94 370 125
50 207 36 414 72 621 107 828 143
55 232 40 464 81 696 121 928 161
60 258 45 515 90 773 135 1030 180
65 283 50 567 100 850 150 1134 200
70 310 55 620 110 929 164 1239 219
75 336 60 673 120 1009 179 1346 239
80 363 65 727 130 1090 195 1454 260

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

 

PRESSABLE HEADERS

Header 2+1, 128 mm - 213.059

Header KSP KIT 2+1

Header 4+0, 295 mm - 213.060

Header KSP KIT 4+0

Header 6+1, 521 mm - 213.068

Header KSP KIT 6+1

Header 4+1, 295 mm - 213.062

Header 4+0, 350 mm - 213.061

Header KSP KIT 4+0+60

Header 12+0, 1079 mm - 213.065

Header KSP KIT 12+0

Header 8+1, 684 mm - 213.064

Header KSP KIT 8+1

Header 8+0, 684 mm - 213.063

Header KSP KIT 8+0

Header 12+1, 1079 mm - 213.066

Header KSP KIT 12+1