Floor Systems
MERO Hollow Floor Combi T ThermoInnovative solutions from one source
Development
Consulting
Planning
Manufacturing
Installation
AccessFloor
HollowFloor
Floorcoveringand
Installation
Services
EnEV-proved
06.1
3/C
ombi
TT
herm
oSu
bjec
tto
tech
nica
lcha
nges
with
outp
riorn
otic
e
Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150
HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,Rλ=0,00m²K/W)
77W/m² 60W/m²
atstandardheatingliquidovertemperature∆θH 12K 12K
HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15m²K/W)
89W/m²
78W/m²
atstandardheatingliquidovertemperature∆θH 26K 29K
Rλ,Bcarpet 0,07–0,23m²K/W 0,07–0,23m²K/W
Rλ,Bceramictile/stone 0,02m²K/W 0,02m²K/W
Rλ,BPVC 0,01m²K/W 0,01m²K/W
Cooling
Specificcoolingcapacityacc.toDINEN1264-5
38,2W/m² 28,7W/m²
Coolingliquidtemperature∆θH 8K 8K
Heating and cooling
Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit
concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.
TÜVcertifiedsince1997
Ourco-operationpartner:
TheMEROhollowfloorCombiTThermoistestedacc.toDINEN1264-2/3/4no.7F249-Fand7F250-Fandcertifiedbyindependentinstitutes. MERO-TSK International GmbH & Co. KG
Technicaldata*: Combi T ThermoAccessories: Drillingisdoneatfactoryoronsitefor:Powersupplyandtwist-airoutletsExpansionjoints/constructionjoints/jointsRevisionopeningsAccessfloorductsCutoutsSpecialwallconnectionsFasciaBridgingAdditionalinsulation(heat,impactsound)Stairs,rampsFloorcoveringsasstone,parquetetc.
*For further detailed technical datapleaseaskforourproductdatasheets.
Bearing layer:
Dimensions: 600x600Systemweight: 56kg/m²to66kg/m²Panelmaterial: Calciumsulphatepanel(fiber-reinforcedcalciumsulphate)Adhesive: Highqualitysolvent-freeadhesiveforthe
adhesionofthetoothing
Substruction
Module: 600x600mmPedestalmaterial: GalvanizedsteelConstructionheight: From50mmPedestalbonding: Normallygluedwiththesubfloorandthe
panel;continuouslyadjustabletoheight
Floor coverings
Textileundelasticfloorcoverings,parquet,naturalstone,artificialstone,liquidcoating
Load values Pointload:Valuedacc.toDINEN13213:Ultimateload:
3.000–5.000NClass2–5>6.000–10.000N
Fire protection
BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible
Acoustic values
(dependingonsystemandfloorcovering)
SoundreductionindexRL,w,P 39–54dBNormalizedimpactsoundpressurelevelLn,w,P 42–91dBImprovementofsoundpressurelevel∆Lw,P 10–29dB
NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,P
NormalizedflankimpactsoundpressureLn,f,w,P
ImprovementofsoundpressurelevelΔLw,P
Heat flow density of the FH at pipe grid galv. = 100 mm
Hea
t flo
w d
ensi
ty q
[W/m
]
Limiting curve living zone 9K
Limiting curve perimeter area 15K stone 18 mm
Heating liquid over temperature [K]
Heat flow density of the FH at pipe grid galv. = 150 mm
Limiting curve living zone 9K
Limiting curve living zone 15K stone 18 mm
Limiting curve living zone 9K
Stone 18 mm
Limiting curve living zone 15K stone 18 mm
Heating liquid over temperature [K]
Hea
t flo
w d
ensi
ty q
[W/m
]
Cooling capacity of the FH at pipe grid galv. = 100 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10Cooling liquid under temperature T [K]
Coo
ling
flow
den
sity
q [W
/m2 ]
0,000
0,050
0,100
0,150
Stone 18 mm
Nominal cooling capacity at 8K
Coo
ling
flow
den
sity
q [W
/m2 ]
Cooling capacity of the FH at pipe grid galv. = 150 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10
0,000
0,050
0,100
0,150
Stone18 mm
Nominal cooling capacity 8 K
Cooling liquid under temperature T [K]
Headoffice:
MERO-TSKInternational GmbH & Co. KG
Max-Mengeringhausen-Str.5
97084Würzburg,Germany
Postaladress:
MERO-TSKInternational GmbH & Co. KG
ProductDivisionFloorSystems
LauberStraße11
97357Prichsenstadt,Germany
Phone.:+49(0)9383203-603
Fax:+49(0)9383203-629
E-mail:[email protected]
Internet:www.mero.de
Foreconomicandecologicalreasons,roomstodayaremoreandmoreheatedandcooledbyactivatedspaces.Thelargertheheatedpartofthespace,thelowertheenergyrequired.Thisredu-cesthecostofheatingandcooling.TheMEROCombiTThermoisadryhollowfloorwithafloorheatingandcoolingsystem.
Fields of application
TheMEROCombiTThermocanbeusedinalmostallareas,whetheritconcernsnewbuildingsortherefur-bishmentofoldbuildings.Inprinci-ple,allfloorcoveringssuitableforfloorheatingcanbeinstalledonMEROCombiTThermo:
• stoneandceramictiles
• textilefloorcoverings
• dimensionallystableelasticfloorcoverings
• differenttypesofparquet
Advantages
• Especially suitable for low tem-perature plants according to EnEV
• Extremelyshortconstructiontime
• MaximumsystemsafetyduetotightnesstestaccordingtoDINUponorPE-Xatube
• CombiTThermoisprovedashea-tingandcoolingsystemacc.toDINandcertifiedacc.toDINCertco
• Variousgridsandvariableconstructionheightsarepossible
• Verygoodstructural-physicalcha-racteristics
• Favourablecooling,especiallywithgroundwaterheatpumps
• Healthyindoorclimatethroughra-diantheat
TheMEROdryhollowfloorwithpre-fabricatedgroovesfortheheatingpipesisinstalledaccordingtothelayoutdrawing.
Theplasticpipeisplacedintothegrooves.
Thecutoutsareprefabricated(e.g.forelectricunderfloortankswhicharein-stalledonsite)
Priortothegroutingofthebodyfiller,allpipesaretestedforleaks.
Theprotrudingbodyfillerwillbere-movedfromthesupportingpanel.
AftertheoperationalheatingtheMEROCombiTThermoisreadyfortheappli-cationofthefloorcovering.
System floor
Planning instructions
Theplanningandsettingofthehea-tingandcoolingcircuitsiscarriedouttogetherwiththeTGAplanner.Onrequest,thecalculationofthepipenetworkcanbedonebyMERO.TheMEROCombiTThermocanalsobeoperatedalongthemethodofTi-chelmann.Withafewstandardpa-nelswemeetallstructuralrequire-ments.
Construction principle
Thesupportingpanelsconsistofin-combustiblefiber-reinforcedcalciumsulphate,whichguaranteeanopti-malheattransmission.Specialmilledgroovesfortheinstallationandfix-ingofthepipeworkintegratethefloorheatingintothefloorpanel.Aftertheinstallationoftheheatingpipe,thegroovesarefilledwithbodyfillerflushwiththesurface.Thermallyinsulatedconnectingpipesensureanoptimalenergysupply.Duetothedewpointcontroltheac-cumulationofcondensedwatercanbeavoided.
5
2
1
54
31.Supportingpanelwith groovesfortheheatingpipes2.Heatingpipe3.Bodyfiller4.Pedestal5.Perimeterstrip
Weuseplasticpipesconsistingofhigh-lycross-linkedpolyethylene.Thepipestructurehasanoxygenbarrierwhichexceedsbyfarthestandardrequire-mentsregardingoxygentightness.Thesubstructureconsistsofsteelpedes-tals.Theirheightcanbeexactlyadjus-ted.Allpedestalsareprotectedagainstcorrosionbygalvanizationandpassiva-tion.Thepedestalbaseplatesaregluedtotherawsubfloor.Dependingontherequirements,variouspaneltypesareavailable.
Construction process
2MERO-TSK International GmbH & Co. KG
4MERO-TSK International GmbH & Co. KG
Foreconomicandecologicalreasons,roomstodayaremoreandmoreheatedandcooledbyactivatedspaces.Thelargertheheatedpartofthespace,thelowertheenergyrequired.Thisredu-cesthecostofheatingandcooling.TheMEROCombiTThermoisadryhollowfloorwithafloorheatingandcoolingsystem.
Fields of application
TheMEROCombiTThermocanbeusedinalmostallareas,whetheritconcernsnewbuildingsortherefur-bishmentofoldbuildings.Inprinci-ple,allfloorcoveringssuitableforfloorheatingcanbeinstalledonMEROCombiTThermo:
• stoneandceramictiles
• textilefloorcoverings
• dimensionallystableelasticfloorcoverings
• differenttypesofparquet
Advantages
• Especially suitable for low tem-perature plants according to EnEV
• Extremelyshortconstructiontime
• MaximumsystemsafetyduetotightnesstestaccordingtoDINUponorPE-Xatube
• CombiTThermoisprovedashea-tingandcoolingsystemacc.toDINandcertifiedacc.toDINCertco
• Variousgridsandvariableconstructionheightsarepossible
• Verygoodstructural-physicalcha-racteristics
• Favourablecooling,especiallywithgroundwaterheatpumps
• Healthyindoorclimatethroughra-diantheat
TheMEROdryhollowfloorwithpre-fabricatedgroovesfortheheatingpipesisinstalledaccordingtothelayoutdrawing.
Theplasticpipeisplacedintothegrooves.
Thecutoutsareprefabricated(e.g.forelectricunderfloortankswhicharein-stalledonsite)
Priortothegroutingofthebodyfiller,allpipesaretestedforleaks.
Theprotrudingbodyfillerwillbere-movedfromthesupportingpanel.
AftertheoperationalheatingtheMEROCombiTThermoisreadyfortheappli-cationofthefloorcovering.
System floor
Planning instructions
Theplanningandsettingofthehea-tingandcoolingcircuitsiscarriedouttogetherwiththeTGAplanner.Onrequest,thecalculationofthepipenetworkcanbedonebyMERO.TheMEROCombiTThermocanalsobeoperatedalongthemethodofTi-chelmann.Withafewstandardpa-nelswemeetallstructuralrequire-ments.
Construction principle
Thesupportingpanelsconsistofin-combustiblefiber-reinforcedcalciumsulphate,whichguaranteeanopti-malheattransmission.Specialmilledgroovesfortheinstallationandfix-ingofthepipeworkintegratethefloorheatingintothefloorpanel.Aftertheinstallationoftheheatingpipe,thegroovesarefilledwithbodyfillerflushwiththesurface.Thermallyinsulatedconnectingpipesensureanoptimalenergysupply.Duetothedewpointcontroltheac-cumulationofcondensedwatercanbeavoided.
5
2
1
54
31.Supportingpanelwith groovesfortheheatingpipes2.Heatingpipe3.Bodyfiller4.Pedestal5.Perimeterstrip
Weuseplasticpipesconsistingofhigh-lycross-linkedpolyethylene.Thepipestructurehasanoxygenbarrierwhichexceedsbyfarthestandardrequire-mentsregardingoxygentightness.Thesubstructureconsistsofsteelpedes-tals.Theirheightcanbeexactlyadjus-ted.Allpedestalsareprotectedagainstcorrosionbygalvanizationandpassiva-tion.Thepedestalbaseplatesaregluedtotherawsubfloor.Dependingontherequirements,variouspaneltypesareavailable.
Construction process
2MERO-TSK International GmbH & Co. KG
4MERO-TSK International GmbH & Co. KG
Foreconomicandecologicalreasons,roomstodayaremoreandmoreheatedandcooledbyactivatedspaces.Thelargertheheatedpartofthespace,thelowertheenergyrequired.Thisredu-cesthecostofheatingandcooling.TheMEROCombiTThermoisadryhollowfloorwithafloorheatingandcoolingsystem.
Fields of application
TheMEROCombiTThermocanbeusedinalmostallareas,whetheritconcernsnewbuildingsortherefur-bishmentofoldbuildings.Inprinci-ple,allfloorcoveringssuitableforfloorheatingcanbeinstalledonMEROCombiTThermo:
• stoneandceramictiles
• textilefloorcoverings
• dimensionallystableelasticfloorcoverings
• differenttypesofparquet
Advantages
• Especially suitable for low tem-perature plants according to EnEV
• Extremelyshortconstructiontime
• MaximumsystemsafetyduetotightnesstestaccordingtoDINUponorPE-Xatube
• CombiTThermoisprovedashea-tingandcoolingsystemacc.toDINandcertifiedacc.toDINCertco
• Variousgridsandvariableconstructionheightsarepossible
• Verygoodstructural-physicalcha-racteristics
• Favourablecooling,especiallywithgroundwaterheatpumps
• Healthyindoorclimatethroughra-diantheat
TheMEROdryhollowfloorwithpre-fabricatedgroovesfortheheatingpipesisinstalledaccordingtothelayoutdrawing.
Theplasticpipeisplacedintothegrooves.
Thecutoutsareprefabricated(e.g.forelectricunderfloortankswhicharein-stalledonsite)
Priortothegroutingofthebodyfiller,allpipesaretestedforleaks.
Theprotrudingbodyfillerwillbere-movedfromthesupportingpanel.
AftertheoperationalheatingtheMEROCombiTThermoisreadyfortheappli-cationofthefloorcovering.
System floor
Planning instructions
Theplanningandsettingofthehea-tingandcoolingcircuitsiscarriedouttogetherwiththeTGAplanner.Onrequest,thecalculationofthepipenetworkcanbedonebyMERO.TheMEROCombiTThermocanalsobeoperatedalongthemethodofTi-chelmann.Withafewstandardpa-nelswemeetallstructuralrequire-ments.
Construction principle
Thesupportingpanelsconsistofin-combustiblefiber-reinforcedcalciumsulphate,whichguaranteeanopti-malheattransmission.Specialmilledgroovesfortheinstallationandfix-ingofthepipeworkintegratethefloorheatingintothefloorpanel.Aftertheinstallationoftheheatingpipe,thegroovesarefilledwithbodyfillerflushwiththesurface.Thermallyinsulatedconnectingpipesensureanoptimalenergysupply.Duetothedewpointcontroltheac-cumulationofcondensedwatercanbeavoided.
5
2
1
54
31.Supportingpanelwith groovesfortheheatingpipes2.Heatingpipe3.Bodyfiller4.Pedestal5.Perimeterstrip
Weuseplasticpipesconsistingofhigh-lycross-linkedpolyethylene.Thepipestructurehasanoxygenbarrierwhichexceedsbyfarthestandardrequire-mentsregardingoxygentightness.Thesubstructureconsistsofsteelpedes-tals.Theirheightcanbeexactlyadjus-ted.Allpedestalsareprotectedagainstcorrosionbygalvanizationandpassiva-tion.Thepedestalbaseplatesaregluedtotherawsubfloor.Dependingontherequirements,variouspaneltypesareavailable.
Construction process
2MERO-TSK International GmbH & Co. KG
4MERO-TSK International GmbH & Co. KG
Floor Systems
MERO Hollow Floor Combi T ThermoInnovative solutions from one source
Development
Consulting
Planning
Manufacturing
Installation
AccessFloor
HollowFloor
Floorcoveringand
Installation
Services
EnEV-proved
06.1
3/C
ombi
TT
herm
oSu
bjec
tto
tech
nica
lcha
nges
with
outp
riorn
otic
e
Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150
HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,Rλ=0,00m²K/W)
77W/m² 60W/m²
atstandardheatingliquidovertemperature∆θH 12K 12K
HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15m²K/W)
89W/m²
78W/m²
atstandardheatingliquidovertemperature∆θH 26K 29K
Rλ,Bcarpet 0,07–0,23m²K/W 0,07–0,23m²K/W
Rλ,Bceramictile/stone 0,02m²K/W 0,02m²K/W
Rλ,BPVC 0,01m²K/W 0,01m²K/W
Cooling
Specificcoolingcapacityacc.toDINEN1264-5
38,2W/m² 28,7W/m²
Coolingliquidtemperature∆θH 8K 8K
Heating and cooling
Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit
concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.
TÜVcertifiedsince1997
Ourco-operationpartner:
TheMEROhollowfloorCombiTThermoistestedacc.toDINEN1264-2/3/4no.7F249-Fand7F250-Fandcertifiedbyindependentinstitutes. MERO-TSK International GmbH & Co. KG
Technicaldata*: Combi T ThermoAccessories: Drillingisdoneatfactoryoronsitefor:Powersupplyandtwist-airoutletsExpansionjoints/constructionjoints/jointsRevisionopeningsAccessfloorductsCutoutsSpecialwallconnectionsFasciaBridgingAdditionalinsulation(heat,impactsound)Stairs,rampsFloorcoveringsasstone,parquetetc.
*For further detailed technical datapleaseaskforourproductdatasheets.
Bearing layer:
Dimensions: 600x600Systemweight: 56kg/m²to66kg/m²Panelmaterial: Calciumsulphatepanel(fiber-reinforcedcalciumsulphate)Adhesive: Highqualitysolvent-freeadhesiveforthe
adhesionofthetoothing
Substruction
Module: 600x600mmPedestalmaterial: GalvanizedsteelConstructionheight: From50mmPedestalbonding: Normallygluedwiththesubfloorandthe
panel;continuouslyadjustabletoheight
Floor coverings
Textileundelasticfloorcoverings,parquet,naturalstone,artificialstone,liquidcoating
Load values Pointload:Valuedacc.toDINEN13213:Ultimateload:
3.000–5.000NClass2–5>6.000–10.000N
Fire protection
BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible
Acoustic values
(dependingonsystemandfloorcovering)
SoundreductionindexRL,w,P 39–54dBNormalizedimpactsoundpressurelevelLn,w,P 42–91dBImprovementofsoundpressurelevel∆Lw,P 10–29dB
NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,P
NormalizedflankimpactsoundpressureLn,f,w,P
ImprovementofsoundpressurelevelΔLw,P
Heat flow density of the FH at pipe grid galv. = 100 mm
Hea
t flo
w d
ensi
ty q
[W/m
]
Limiting curve living zone 9K
Limiting curve perimeter area 15K stone 18 mm
Heating liquid over temperature [K]
Heat flow density of the FH at pipe grid galv. = 150 mm
Limiting curve living zone 9K
Limiting curve living zone 15K stone 18 mm
Limiting curve living zone 9K
Stone 18 mm
Limiting curve living zone 15K stone 18 mm
Heating liquid over temperature [K]
Hea
t flo
w d
ensi
ty q
[W/m
]
Cooling capacity of the FH at pipe grid galv. = 100 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10Cooling liquid under temperature T [K]
Coo
ling
flow
den
sity
q [W
/m2 ]
0,000
0,050
0,100
0,150
Stone 18 mm
Nominal cooling capacity at 8K
Coo
ling
flow
den
sity
q [W
/m2 ]
Cooling capacity of the FH at pipe grid galv. = 150 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10
0,000
0,050
0,100
0,150
Stone18 mm
Nominal cooling capacity 8 K
Cooling liquid under temperature T [K]
Headoffice:
MERO-TSKInternational GmbH & Co. KG
Max-Mengeringhausen-Str.5
97084Würzburg,Germany
Postaladress:
MERO-TSKInternational GmbH & Co. KG
ProductDivisionFloorSystems
LauberStraße11
97357Prichsenstadt,Germany
Phone.:+49(0)9383203-603
Fax:+49(0)9383203-629
E-mail:[email protected]
Internet:www.mero.de
Floor Systems
MERO Hollow Floor Combi T ThermoInnovative solutions from one source
Development
Consulting
Planning
Manufacturing
Installation
AccessFloor
HollowFloor
Floorcoveringand
Installation
Services
EnEV-proved
06.1
3/C
ombi
TT
herm
oSu
bjec
tto
tech
nica
lcha
nges
with
outp
riorn
otic
e
Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150
HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,Rλ=0,00m²K/W)
77W/m² 60W/m²
atstandardheatingliquidovertemperature∆θH 12K 12K
HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15m²K/W)
89W/m²
78W/m²
atstandardheatingliquidovertemperature∆θH 26K 29K
Rλ,Bcarpet 0,07–0,23m²K/W 0,07–0,23m²K/W
Rλ,Bceramictile/stone 0,02m²K/W 0,02m²K/W
Rλ,BPVC 0,01m²K/W 0,01m²K/W
Cooling
Specificcoolingcapacityacc.toDINEN1264-5
38,2W/m² 28,7W/m²
Coolingliquidtemperature∆θH 8K 8K
Heating and cooling
Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit
concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.
TÜVcertifiedsince1997
Ourco-operationpartner:
TheMEROhollowfloorCombiTThermoistestedacc.toDINEN1264-2/3/4no.7F249-Fand7F250-Fandcertifiedbyindependentinstitutes. MERO-TSK International GmbH & Co. KG
Technicaldata*: Combi T ThermoAccessories: Drillingisdoneatfactoryoronsitefor:Powersupplyandtwist-airoutletsExpansionjoints/constructionjoints/jointsRevisionopeningsAccessfloorductsCutoutsSpecialwallconnectionsFasciaBridgingAdditionalinsulation(heat,impactsound)Stairs,rampsFloorcoveringsasstone,parquetetc.
*For further detailed technical datapleaseaskforourproductdatasheets.
Bearing layer:
Dimensions: 600x600Systemweight: 56kg/m²to66kg/m²Panelmaterial: Calciumsulphatepanel(fiber-reinforcedcalciumsulphate)Adhesive: Highqualitysolvent-freeadhesiveforthe
adhesionofthetoothing
Substruction
Module: 600x600mmPedestalmaterial: GalvanizedsteelConstructionheight: From50mmPedestalbonding: Normallygluedwiththesubfloorandthe
panel;continuouslyadjustabletoheight
Floor coverings
Textileundelasticfloorcoverings,parquet,naturalstone,artificialstone,liquidcoating
Load values Pointload:Valuedacc.toDINEN13213:Ultimateload:
3.000–5.000NClass2–5>6.000–10.000N
Fire protection
BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible
Acoustic values
(dependingonsystemandfloorcovering)
SoundreductionindexRL,w,P 39–54dBNormalizedimpactsoundpressurelevelLn,w,P 42–91dBImprovementofsoundpressurelevel∆Lw,P 10–29dB
NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,P
NormalizedflankimpactsoundpressureLn,f,w,P
ImprovementofsoundpressurelevelΔLw,P
Heat flow density of the FH at pipe grid galv. = 100 mm
Hea
t flo
w d
ensi
ty q
[W/m
]
Limiting curve living zone 9K
Limiting curve perimeter area 15K stone 18 mm
Heating liquid over temperature [K]
Heat flow density of the FH at pipe grid galv. = 150 mm
Limiting curve living zone 9K
Limiting curve living zone 15K stone 18 mm
Limiting curve living zone 9K
Stone 18 mm
Limiting curve living zone 15K stone 18 mm
Heating liquid over temperature [K]
Hea
t flo
w d
ensi
ty q
[W/m
]
Cooling capacity of the FH at pipe grid galv. = 100 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10Cooling liquid under temperature T [K]
Coo
ling
flow
den
sity
q [W
/m2 ]
0,000
0,050
0,100
0,150
Stone 18 mm
Nominal cooling capacity at 8K
Coo
ling
flow
den
sity
q [W
/m2 ]
Cooling capacity of the FH at pipe grid galv. = 150 mm
0
5
10
15
20
25
30
35
40
0 2 4 6 8 10
0,000
0,050
0,100
0,150
Stone18 mm
Nominal cooling capacity 8 K
Cooling liquid under temperature T [K]
Headoffice:
MERO-TSKInternational GmbH & Co. KG
Max-Mengeringhausen-Str.5
97084Würzburg,Germany
Postaladress:
MERO-TSKInternational GmbH & Co. KG
ProductDivisionFloorSystems
LauberStraße11
97357Prichsenstadt,Germany
Phone.:+49(0)9383203-603
Fax:+49(0)9383203-629
E-mail:[email protected]
Internet:www.mero.de