MERO-TSK - Systems „Made in Germany“

References

project report

Digel AG

Location:

Nagold, Germany

Building owner

Digel Calwerstraße Grundstücks-GmbH & Co. KG

Architect:

Stikel Architekten, Nagold

Completion:

2013

Floor systems

2,800 m² system floor with 170 mm structural height
200 m² hollow floor with 170 mm structural height, fitted for thermal management, with high load bearing capacity

Floor systems:

MERO Heavy Duty Hollow Floor

Type Combi T B40-6000 GFV-60 and Thermo with heating and cooling function in the area of the atrium, as a special construction for high loads

Surface material: Ceramic tiles 15 mm

Load requirements: Articulated telescoping boom lift

with a maximal point load of

6 t (60 kN)

Construction: Support grid 300 x 300 mm

Bearing layer 2-layer 600 x 600 mm

cemented in an offset grid.

Bottom panel is a fibre-reinforced calcium suphate panel 40 mm with steel sheet reinforcement on the underside.

Top panel is a fibre-reinforced calcium sulphate panel 40 mm with cut-outs for the insertion of the floor heating pipes.

Heating pipe: high-pressure cross-linked poly-

ethylene pipes Uponor PE-Xa 14×2, pipe distance 150 mm

Thermally insulated connectors to the heating circuit distributors run through the hollow floor space

Heating: 18 heating circuits

Heat ouput 87 W/m²

MERO Dry Hollow Floor Type Combi T – NB36 GFV-11

in the showroom area with high loads

Surface material: Parquet

Load requirements: 11 kN nominal point load,

22 kN breaking load

MERO Dry Hollow Floor Type Combi T – NB36 GFV-6

in storage areas

Surface material: Ceramic and textile tiles

Load requirements: 6 kN nominal point load,

12 kN breaking load

MERO Access Floor Type 6 N36

in standard office areas

Surface material: Carpet tiles

Load requirements: 3 kN nominal point load,

6 kN breaking load

MERO Access Floor Type 6 N36

in technical and IT areas

Surface material: Linoleum, conductive and

antistatic

Load requirements: 3 kN nominal point load,

6 kN breaking load

MERO Access Floor Type 6 NB36

in technical and IT areas

Surface material: Linoleum, conductive and

antistatic

Load requirements: 4 kN nominal point load,

8 kN breaking load

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