Danfoss SpeedUp Eco - Liquid screed User guide

Danfoss
Brand
Danfoss
Model
SpeedUp Eco - Liquid screed
Type
User guide

Danfoss SpeedUp Eco - Liquid screed is a system for installing underfloor heating in residential spaces, hallways and attic spaces in residential buildings and hotel rooms. It is suitable for use with carpet, tiles, parquet, and liquid screed (≥ CAF F5). The system consists of a heat panel with FH composite pipe, a support batten, wood fibre insulation, and perimeter insulation. It has a construction height of 95 mm and a weight of ~82 kg/m². The thermal resistance is 1.35 m²K / W and the thermal transmission coefficient is 0.66 W / m²K. The impact subsonic noise reduction is 26 dB.

Danfoss SpeedUp Eco - Liquid screed is a system for installing underfloor heating in residential spaces, hallways and attic spaces in residential buildings and hotel rooms. It is suitable for use with carpet, tiles, parquet, and liquid screed (≥ CAF F5). The system consists of a heat panel with FH composite pipe, a support batten, wood fibre insulation, and perimeter insulation. It has a construction height of 95 mm and a weight of ~82 kg/m². The thermal resistance is 1.35 m²K / W and the thermal transmission coefficient is 0.66 W / m²K. The impact subsonic noise reduction is 26 dB.

Application sheet
SpeedUp Eco
Carpet / tiles / parquet
Liquid screed
1
2
3
4
5
1 Carpet / tiles / parquet
2 Liquid screed (≥ CAF F5) 35 mm
3 SpeedUp Eco system foil
4 SpeedUp Eco heat panel + FH composite pipe 30 mm
5 Support batten (30mm)*
6 Wood bre insulation 30 mm
7 SpeedUp Eco perimeter insulation
8 If necessary moisture barrier
Floor nish NA mm Carpet / tiles / parquet
Construction height 95 mm Height excluding oor nish
Weight ~ 82 kg / m² Weight excluding oor nish
Thermal resistance R 1,35 m²K / W The minimum thermal resistance requirement of DIN EN 1264 is
fullled.
Thermal transmission coecient U 0,66 W / m²K If the architectural design species better thermal insulation, this
must be taken into account.
Design load ≤ 2,0 kN / m²
Point load (≥ 20 cm²) ≤ 1,0 kN Sum of point loads not exceeding rated design load; particularly
heavy objects (such as aquariums and bathtubs) must be consid-
ered separately.
Impact subsonic noise reduction 26 dB Calculation value according to DIN 4109 on massive construction
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
Structural sealing according to DIN 18195 must be placed beneath the oor panel in case
of structures facing the ground, and otherwise on the unnished oor. The R value must
be increased if the groundwater level is less than or equal to 5 m. A U value not exceed-
ing 0.5 W/m²K must be maintained in existing buildings and additions with areas up
to 50 m². For CAF-F4 self-levelling screeds a screed thickness of 40 mm must be main-
tained. The screed thicknesses must be adjusted in case of higher design load or point
load values. * Construction without a stabilising support batten is also possible. Observe
all installation instructions and manufacturer’s instructions.
Additional insulation
30 mm wood bre insulation, WLG 045; existing buildings: 40 mm WLG 040
Construction
According to EnEV, EN 1264, DIN 1055, 18202, 18560, 4108 and 4109
Construction number 97
Technical Data Floors/ceilings facing unheated rooms or the ground
6
7
8
© Danfoss 11/2008
VA.CS.R1.02
Danfoss HES
  • Page 1 1

Danfoss SpeedUp Eco - Liquid screed User guide

Danfoss
Brand
Danfoss
Model
SpeedUp Eco - Liquid screed
Type
User guide

Danfoss SpeedUp Eco - Liquid screed is a system for installing underfloor heating in residential spaces, hallways and attic spaces in residential buildings and hotel rooms. It is suitable for use with carpet, tiles, parquet, and liquid screed (≥ CAF F5). The system consists of a heat panel with FH composite pipe, a support batten, wood fibre insulation, and perimeter insulation. It has a construction height of 95 mm and a weight of ~82 kg/m². The thermal resistance is 1.35 m²K / W and the thermal transmission coefficient is 0.66 W / m²K. The impact subsonic noise reduction is 26 dB.

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