Floor Systems

MERO Hollow Floor Combi T ThermoInnovative solutions from one source

Development

Consulting

Planning

Manufacturing

Installation

AccessFloor

HollowFloor

Floorcoveringand

Installation

Services

EnEV-prov

ed

06.13/C

ombiTThe

rmo

Subjecttotech

nicalcha

ngesw

ithou

tprio

rnotice

Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150

HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,R=0,00mK/W)

77W/m 60W/m

atstandardheatingliquidovertemperatureH 12K 12K

HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15mK/W)

89W/m

78W/m

atstandardheatingliquidovertemperatureH 26K 29K

R,Bcarpet 0,070,23mK/W 0,070,23mK/W

R,Bceramictile/stone 0,02mK/W 0,02mK/W

R,BPVC 0,01mK/W 0,01mK/W

Cooling

Specificcoolingcapacityacc.toDINEN1264-5

38,2W/m 28,7W/m

CoolingliquidtemperatureH 8K 8K

Heating and cooling

Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit

concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.

TVcertifiedsince1997

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/mto66kg/mPanelmaterial: 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:

3.0005.000NClass25>6.00010.000N

Fire protection

BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible

Acoustic values

(dependingonsystemandfloorcovering)

SoundreductionindexRL,w,P 3954dBNormalizedimpactsoundpressurelevelLn,w,P 4291dBImprovementofsoundpressurelevelLw,P 1029dB

NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,PNormalizedflankimpactsoundpressureLn,f,w,PImprovementofsoundpressurelevelLw,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 10

Cooling 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

97084Wrzburg,Germany

Postaladress:

MERO-TSKInternational GmbH & Co. KG

ProductDivisionFloorSystems

LauberStrae11

97357Prichsenstadt,Germany

Phone.:+49(0)9383203-603

Fax:+49(0)9383203-629

E-mail:bodensysteme@mero.de

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-prov

ed

06.13/C

ombiTThe

rmo

Subjecttotech

nicalcha

ngesw

ithou

tprio

rnotice

Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150

HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,R=0,00mK/W)

77W/m 60W/m

atstandardheatingliquidovertemperatureH 12K 12K

HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15mK/W)

89W/m

78W/m

atstandardheatingliquidovertemperatureH 26K 29K

R,Bcarpet 0,070,23mK/W 0,070,23mK/W

R,Bceramictile/stone 0,02mK/W 0,02mK/W

R,BPVC 0,01mK/W 0,01mK/W

Cooling

Specificcoolingcapacityacc.toDINEN1264-5

38,2W/m 28,7W/m

CoolingliquidtemperatureH 8K 8K

Heating and cooling

Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit

concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.

TVcertifiedsince1997

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/mto66kg/mPanelmaterial: 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:

3.0005.000NClass25>6.00010.000N

Fire protection

BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible

Acoustic values

(dependingonsystemandfloorcovering)

SoundreductionindexRL,w,P 3954dBNormalizedimpactsoundpressurelevelLn,w,P 4291dBImprovementofsoundpressurelevelLw,P 1029dB

NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,PNormalizedflankimpactsoundpressureLn,f,w,PImprovementofsoundpressurelevelLw,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 10

Cooling 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

97084Wrzburg,Germany

Postaladress:

MERO-TSKInternational GmbH & Co. KG

ProductDivisionFloorSystems

LauberStrae11

97357Prichsenstadt,Germany

Phone.:+49(0)9383203-603

Fax:+49(0)9383203-629

E-mail:bodensysteme@mero.de

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-prov

ed

06.13/C

ombiTThe

rmo

Subjecttotech

nicalcha

ngesw

ithou

tprio

rnotice

Hollow Floor Combi T ThermoHeating Pipe grid 100 Pipe grid 150

HeatflowdensityqGacc.toDINEN1264-2(withoutcovering,R=0,00mK/W)

77W/m 60W/m

atstandardheatingliquidovertemperatureH 12K 12K

HeatflowdensityqGacc.toDINEN1264-2(withcovering,R=0,15mK/W)

89W/m

78W/m

atstandardheatingliquidovertemperatureH 26K 29K

R,Bcarpet 0,070,23mK/W 0,070,23mK/W

R,Bceramictile/stone 0,02mK/W 0,02mK/W

R,BPVC 0,01mK/W 0,01mK/W

Cooling

Specificcoolingcapacityacc.toDINEN1264-5

38,2W/m 28,7W/m

CoolingliquidtemperatureH 8K 8K

Heating and cooling

Anadequatetemperatureisimportantforacomfortableindoorclimateandagoodplacetowork.Afurtheradvan-tageinofficesistheinvisibleinstalla-tionofsupplylines.TheMEROhollowfloorCombiTTher-mocombinesthesetwocharacteris-tics.TheMEROCombiTThermocanbeusedinalmostallareas,whetherit

concernsnewbuildingsortherefur-bishmentofoldbuildings.Thesystemdoesnotrequireanyspecificheatingcircuitconnections.Allfloorcoveringssuitableforunderfloorheatingasstoneandceramictiles,textilefloorcover-ings,dimensionallystablefloorcover-ingsanddifferenttypesofparquetcanbeappliedonMEROCombiTThermo.

TVcertifiedsince1997

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/mto66kg/mPanelmaterial: 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:

3.0005.000NClass25>6.00010.000N

Fire protection

BuildingmaterialclassbearingpanelAcc.toEN13501T1: A1Fireresistanceclassacc.toDIN4102T2: F30possible

Acoustic values

(dependingonsystemandfloorcovering)

SoundreductionindexRL,w,P 3954dBNormalizedimpactsoundpressurelevelLn,w,P 4291dBImprovementofsoundpressurelevelLw,P 1029dB

NewdenominationaccordingtoDINENNormalizedflankleveldifferenceDn,f,w,PNormalizedflankimpactsoundpressureLn,f,w,PImprovementofsoundpressurelevelLw,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 10

Cooling 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

97084Wrzburg,Germany

Postaladress:

MERO-TSKInternational GmbH & Co. KG

ProductDivisionFloorSystems

LauberStrae11

97357Prichsenstadt,Germany

Phone.:+49(0)9383203-603

Fax:+49(0)9383203-629

E-mail:bodensysteme@mero.de

Internet:www.mero.de