MERO Access Floor Type 6...
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Floor systems MERO Access Floor Type 6 Thermo Innovative solutions from one hand Development Consulting Planning Manufacturing Installation Access floor Hollow floor Floor covering and installation Services MERO-TSK International GmbH & Co. KG
Transcript of MERO Access Floor Type 6...
Floor systems
MERO Access Floor Type 6 ThermoInnovative solutions from one hand
Development
Consulting
Planning
Manufacturing
Installation
Access floor
Hollow floor
Floor covering and
installation
Services
MERO-TSK International GmbH & Co. KG
MERO floor systems have successfully proved their worth for the installation of service lines for many years. A further access floor feature for the building services engineering is the combination with MERO floor heating/cooling. The MERO floor heating combines the advantages of floor heating / cooling with those of the MERO floor system.Floor heating/cooling can now even been used e.g. in critical areas of largescale bank lobbies, foyers or production facilities. The access floor type 6/calcium sulfate is ideal for the transmission or storage of heat and cold.Due to the homogeneous panel material and the heat insulating unit underneath an even temperature is achieved. The fireproof panels and pedestals meet fire prevention requirements.The system allows for variable and quick temperature control.
Advantages of the MERO floor
with temperature control system
• huge installation plenum• very good properties with regard to fire
prevention• perfect temperature control for large
scale halls • retrofitting possible
Installation of the heating circuits
Variable heating circuit geometry according to location of junction or Tichelmann system possible.The good thermal conductivity of the access floor panel facilitates the rapid transmission of energy between the tube and the surface. Panels with power units are not provided with hea ting transmission sheets. The connection of the heating circuits as well as the tightness proof is generally carried out by the responsible heating contractor. Special solutions are possible on request.
Floor heating and coolingAccess floor with temperature control system
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Easy access to the installation units
1. Lifting of panel rows for the installation of the floor heating.
2. Mounting of the carrier profiles for the appli cation of the insulating heating units.
3. Installation of the heating units with heating transmission sheets.
4. Installation of the heating tubes.
5. Ready installed insulating thermal unit. 6. Heating circuit distributor with applied hea ting tubes.
1. Panel lifting by means of unilaterally set lifting device.
2. Unclip the heating tubes and simp ly remove insulating thermal unit diagonally upward. Electrical cables are now accessible.
3. The panels with inserted power units can later be relocated. Just remove the thermal unit, cut out the insulation according to the size of the power unit or relocate the thermal unit to the desired position.
4. Remount the lifted panels.
• Easy access to the installation units and heating tubes at any time by lifting the panels.• Problemfree later reconfiguration or modification of the heating system due to removable system units.
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Temperature control from below – access from above
Floor heating and cooling. Assembly process of the flexible access floor
Access floor Type 6 Thermo
The heating and cooling capacity of the system Type 6 N36 Thermo
MERO-TSKInternational GmbH & Co. KG
Access floor division
Lauber Straße 7
D97357 Prichsenstadt
Tel.: +49 (0) 93 83 203351
Fax: +49 (0) 93 83 203629
Email: bodensysteme@merotsk.de
Internet: www.mero.de
TÜV certified since 1997
The MERO access floor type 6 is tested acc. to DIN EN 12642/3/4 Nr. 7F313F and certified by independent institutes.
Heating Tube grid 150 mm
Heat flow density qG acc. to DIN EN 12642 (without floor covering0,00m2 K/W)
91,7 W/m²
At standard heating agent excess temperature ∆θH
25,3 K
Heat flow density qG acc. to DIN 12642 (with floor covering,R=0,15 m²K/W)
93,2 W/m²
At standard heating agent excess temperature ∆θH 42,1 K
Rλ,B carpet 0,07 – 0,23 m²K/W
Rλ,B ceramic tile / stone 0,02 m²K/W
Rλ,B PVC 0,01 m²K/W
Cooling
Specific cooling capacity Acc. to DIN EN 12645
23,0 W/m²
Cooling agent temperature ∆θH 8 K
Dewpoint free operation
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MERO-TSK International GmbH & Co. KG Subject to technical changes without prior notice May 2010 Max-Mengeringhausen Str. 5 © MERO-TSK page 3 of 3 97084 Würzburg
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Product data sheet Type 6 N36 Thermo 14 x 2 x 150
All type 6 Thermo systems are designed to operate dew point free. The coldest point of the system temperature must be at least 3°C over the definite dew point temperature. The heating and cooling capacity of the system has been determined with the floor panel type 6 N36. If other panels are used deviations are to be expected.
Performance chart of heating and cooling
Heating Tube grid 150 mm
Heating flow density qG acc. to. DIN EN 1264-2 (without covering, R =0,00 m�K/W)
91,7 W/m�
At standard heating medium excess temperature H
25,3 K
Heating flow density qG acc. to DIN EN 1264-2 (with covering, R =0,15 m�K/W)
93,2 W/m�
At standard heating medium excess temperature H
42,1 K R B carpet 0,07
– 0,23
m�K/W
R B ceramic tile / stone 0,02 m�K/W R B PVC 0,01 m�K/W
Cooling Tube grid 150 mm
Specific cooling capacity q acc. to DIN EN 1264-5
23,0 W/m� Cooling agent low temperature K
8 K
MERO-TSK International GmbH & Co. KG Subject to technical changes without prior notice May 2010 Max-Mengeringhausen Str. 5 © MERO-TSK page 3 of 3 97084 Würzburg
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0 2 4 6 8 10 12
cool
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q [W
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cooling agent low temperature T [K]
0102030405060708090
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0 5 10 15 20 25 30 35 40 45 50
heat
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q [
W/m
²]
heating agent excess temperature [K]
Product data sheet Type 6 N36 Thermo 14 x 2 x 150
All type 6 Thermo systems are designed to operate dew point free. The coldest point of the system temperature must be at least 3°C over the definite dew point temperature. The heating and cooling capacity of the system has been determined with the floor panel type 6 N36. If other panels are used deviations are to be expected.
Performance chart of heating and cooling
Heating Tube grid 150 mm
Heating flow density qG acc. to. DIN EN 1264-2 (without covering, R =0,00 m�K/W)
91,7 W/m�
At standard heating medium excess temperature H
25,3 K
Heating flow density qG acc. to DIN EN 1264-2 (with covering, R =0,15 m�K/W)
93,2 W/m�
At standard heating medium excess temperature H
42,1 K R B carpet 0,07
– 0,23
m�K/W
R B ceramic tile / stone 0,02 m�K/W R B PVC 0,01 m�K/W
Cooling Tube grid 150 mm
Specific cooling capacity q acc. to DIN EN 1264-5
23,0 W/m� Cooling agent low temperature K
8 K
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1. Access floor panel (optional with floor covering, without floor covering; primer if application on site) 2. Heating transmission sheet3. Heating tube 14 x 2 4. Insulating thermal unit 5. Metal profile for insulating thermal unit6. Access floor pedestal (construction type according to floor height)
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