Application sheet
SpeedUp Eco
Tile / natural stone
Strongboard tile and laminate
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1 Tile / natural stone incl. adhesive ≥ 12 mm
2 Strongboard tile and laminate 5 mm
3 SpeedUp Eco heat panel + FH composite pipe 30 mm
4 Support batten (30mm)
5 SpeedUp Eco perimeter insulation
6 If necessary moisture barrier
Floor nish ≥ 8 mm Tile dimensions min. 10 x 10 cm; max. 40 x 60 cm;
Natural stone thicknesses from 10 mm; Grout width 3 mm
Construction height ≥ 47 mm Height including oor nish
Weight ~ 49 kg / m² Weight including oor nish
Thermal resistance R 0,75 m²K / W The minimum thermal resistance requirement of EnEV is fullled.
Thermal transmission coecient U 1,09 W / m²K
Design load ≤ 2,0 kN / m²
Point load (≥ 20 cm²) ≤ 1,5 kN Sum point load ≤ design load; please notice special heavy ob-
jects (aquaria etc.)
Impact subsonic noise reduction 22 dB Test value according to DIN ISO 140-8; applies to concrete slabs
thicker than 12 cm (DIN 4109: m’ > 276 kg/m²)
Application area
Residential spaces, hallways and attic spaces in residential buildings and hotel rooms.
Corresponds to categories A1, A2 and A3 of DIN 1055-3.
Requirements & special features
A level, smooth and structurally sound surface is necessary for full surface contact with
the heating elements (elevated requirements according to DIN 18202 Table 3, row 4).
Wooden joist oor, free from twist eects, free of deection Strongboard is only ap-
proved for use with Danfoss components. Lay tiles using the combined method with
Mapei adhesive and Elastorapid (see installation instructions). Observe all installation
instructions and manufacturer’s instructions.
Additional insulation
This construction applies to residential partition slabs between rooms at the same tem-
perature. No additional insulation is necessary. See “Overview of maximum additional
insulation” with regard to allowable equalisation insulation.
Construction
According to EnEV, EN 1264, DIN 1055, 4108 and 18202
Construction number 35
Technical Data Floors/ceilings between rooms at the same temperature
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© Danfoss 11/2008
VA.CS.F1.02
Danfoss HES