Danfoss SpeedUp - Direct load User guide

Application sheet

SpeedUp

Massive wooden planks on battens

Direct load

1 Wooden planks ≤ 22 mm

2 SpeedUp heat panel + FH composite pipe 30 mm

3 Support batten (30mm)

4 SpeedUp perimeter insulation

5 If necessary moisture barrier

Floor nish ≤ 22 mm Massive wooden planks or parquet

Construction height ≤ 52 mm Height including oor nish

Weight ~ 18 kg / m² Weight including oor nish

Thermal resistance R 0,86 m²K / W The minimum thermal resistance requirement of EnEV is fullled.

Thermal transmission coecient U 0,97 W / m²K

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).

If necessary, protect oorboards and prefabricated parquet against moisture penetra-

tion from below according to the manufacturer’s instructions (vapour barrier).

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 7

Technical Data Floors/ceilings between rooms at the same temperature

VA.CR.B1.02

Danfoss HES