Danfoss SpeedUp - Strongboard tile and laminate User guide

Type
User guide

Danfoss SpeedUp - Strongboard tile and laminate is a heating system designed for residential and commercial spaces, offering efficient heat distribution and sound reduction. It features a laminate finish for durability and a construction height of 63 mm, making it suitable for various flooring applications. The system includes a heat panel, composite pipe, support batten, additional insulation, and perimeter insulation for optimal performance. It provides a thermal resistance of 1.43 m²K/W and a thermal transmission coefficient of 0.63 W/m²K, ensuring energy efficiency.

Danfoss SpeedUp - Strongboard tile and laminate is a heating system designed for residential and commercial spaces, offering efficient heat distribution and sound reduction. It features a laminate finish for durability and a construction height of 63 mm, making it suitable for various flooring applications. The system includes a heat panel, composite pipe, support batten, additional insulation, and perimeter insulation for optimal performance. It provides a thermal resistance of 1.43 m²K/W and a thermal transmission coefficient of 0.63 W/m²K, ensuring energy efficiency.

Application sheet
SpeedUp
Laminate
Strongboard tile and laminate
1
2
3
4
5
1 Laminate ≥ 8 mm
2 Strongboard tile and laminate 5 mm
3 SpeedUp heat panel + FH composite pipe 30 mm
4 Support batten (30mm)
5 Additional insulation EPS 035 DEO 20 mm
6 SpeedUp perimeter insulation
7 If necessary construction sealing
Floor nish ≥ 8 mm Laminate; strength without subsonic noise lamination
Construction height ≥ 63 mm Height including oor nish
Weight ~ 16 kg / m² Weight including oor nish
Thermal resistance R 1,43 m²K / W The minimum thermal resistance requirement of DIN EN 1264 is
fullled.
Thermal transmission coecient U 0,63 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) ≤ 2,0 kN Sum point load ≤ design load; please notice special heavy ob-
jects (aquaria etc.)
Impact subsonic noise reduction NA dB
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. Oce spaces, hallways in oce
buildings, medical oces, stations and spaces with human occupancy, and commercial
spaces with oor areas up to 50 m² in residential or oce buildings. Corresponds to
categories B1, D1 and D2 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).
Supply / return panels and cut panels (insulation panels or SpeedUp panels) must be
glued to the substrate and to each other. The R value must be increased if the ground-
water level is less than or equal to 5 m. A U value not exceeding 0.5 W/m²K must be
maintained in existing buildings and additions with areas up to 50 m². Strongboard
is used under the laminate as a structural and subsonic noise reduction layer. Protect
laminate against moisture penetration from below if necessary (vapour barrier). Observe
all installation instructions and manufacturer’s instructions.
Additional insulation
20 mm EPS 035 DEO 200 kPa; existing buildings: 40 mm XPS 035 500 kPa
Construction
According to EnEV, EN 1264, DIN 1055, 18195 and 18202
Construction number 79
Technical Data Floors/ceilings facing unheated rooms or the ground
6
7
© Danfoss 11/2008
VA.CR.M1.02
Danfoss HES
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Danfoss SpeedUp - Strongboard tile and laminate User guide

Type
User guide

Danfoss SpeedUp - Strongboard tile and laminate is a heating system designed for residential and commercial spaces, offering efficient heat distribution and sound reduction. It features a laminate finish for durability and a construction height of 63 mm, making it suitable for various flooring applications. The system includes a heat panel, composite pipe, support batten, additional insulation, and perimeter insulation for optimal performance. It provides a thermal resistance of 1.43 m²K/W and a thermal transmission coefficient of 0.63 W/m²K, ensuring energy efficiency.

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