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Transcript of brochure theFloorheater
theF
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for a
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theFloorheater eufor a professional layout plan
These data sheets can be performed withyour own company logo and corporate identity
supplying data for buildingswith a residential function
page 01
theFloorheater eufor a professional layout plan
For only a tube layout drawing fill in pages 1, 2 and 3For only a heat loss calculation fill in page 2 (only T area [°C]) and page 4For a tube layout drawing and a heat loss calculation fill in all fields
If certain values or details are unknown average values will be used.
Supply a drawing in a DWG or DXF extenstion. If you don't have these, a PDF can be converted to a DWG file or the PDFcan be used as an underlayer. A JPG (or another pixel extension) can also be used as an underlayer.
Supply water temperature [oC]
Screed type (cement, seamless floor, other ...)
Screed thickness [cm]
Tubes diameter [mm]
Isolation
Construction floor
Screed
Floor covering
Tube
Hart to hart distance C/CFloor structure
Remarks or comments
supplying data for buildingswith a residential function
page 02
theFloorheater eufor a professional layout plan
Remarks or comments
Rooms C/C [cm]* T room [oC] type floor covering
Table with common / average values of roomtemperatures in °C
Elderly and nursing homes oCLiving area 22Bathroom 25Toilet 18Technical area 18Unnamed 10Storage 10
Houses oCLiving area 20Bathroom 22Toilet 15Technical area 10Unnamed 10Storage 10
* If there is also a heat loss calculation to be made this field can be left open. These centre distance will be determined based on the heat loss calculation.
supplying data for buildingswith a residential function
page 03
theFloorheater eufor a professional layout plan
Remarks or comments
Name the positions of the manifold(s) if they are notshown on the drawing:How many groups can be used maxiumum on one manifold?
Supply- and returnpipes always through doorwaysAlways the shortest way for supply- and returnpipes (cutouts through walls)The shortest way for supply- and returnpipes but where possible trough doorways
Are there edge zones applied? yes/no | If yes, where?
Bifilar / Snail patternSpiral pattern
There is no floor cooling to be usedThere is floor cooling to be used
supplying data for buildingswith a residential function
page 04
theFloorheater eufor a professional layout plan
Is there ventilation to be used? yes/no If yes, choose one of the possibilities below:
Natural supply/natrural extractionNatural supply/mechanical extractionMechanical supply/natural extractionMechanical supply/mechanical extraction
Is the ventilation air pre-heated? yes/noIf yes, what is the supply temperature of the ventilation air?
Is there a night setback applied or a continuous operating system?
What kind of temperature control is there to be used:One central controller, In which room?Individual zone control per room
Partition wall Rc value
Enter the Rc Values for the different partitions walls
These data sheets can be performed withyour own company logo and corporate identity
supplying data for buildingswith an utility function
page 01
theFloorheater eufor a professional layout plan
For only a tube layout drawing fill in pages 1, 2 and 3For only a heat loss calculation fill in page 2 (only T area [°C]) and page 4For a tube layout drawing and a heat loss calculation fill in all fields
If certain values or details are unknown, average values will be used.
Supply a drawing in a DWG or DXF extenstion. If you don't have these, a PDF can be converted to a DWG file or the PDFcan be used as an underlayer. A JPG (or another pixel extension) can also be used as an underlayer.
Supply water temperature [oC]
Screed type (cement, seamless floor, other ...)
Screed thickness [cm]
Tubes diameter [mm]
Isolation
Construction floor
Screed
Floor covering
Tube
Hart to hart distance C/CFloor structure
Remarks or comments
page 02
theFloorheater eufor a professional layout plan
Remarks or comments
Rooms C/C [cm]* T room [oC] type floor covering
Table with common / average values of roomtemperatures in °C
Nursing -and health function oCLiving area 22Bathroom 25Toilet 18Technical area 18Unnamed 10Storage 10
Office function, education function, etc. oCLiving area 20Bathroom 22Toilet 15Technical area 10Unnamed 10Storage 10
* If there is also a heat loss calculation to be made this field can be left open. These centre distance will be determined based on the heat loss calculation.
supplying data for buildingswith an utility function
Remarks or comments
Name the positions of the manifold(s) if they are notshown on the drawing:How many groups can be used maxiumum on one manifold?
Supply- and returnpipes always through doorwaysAlways the shortest way for supply- and returnpipes (cutouts through walls)The shortest way for supply- and returnpipes but where possible trough doorways
Are there edge zones applied? yes/no | If yes, where?
Bifilar / Snail patternSpiral pattern
There is no floor cooling to be usedThere is floor cooling to be used
page 03
theFloorheater eufor a professional layout plan
supplying data for buildingswith an utility function
page 04
theFloorheater eufor a professional layout plan
supplying data for buildingswith an utility function
Is there ventilation to be used? yes/no If yes, choose one of the possibilities below:
Natural supply/natrural extractionNatural supply/mechanical extractionMechanical supply/natural extractionMechanical supply/mechanical extraction
Is the ventilation air pre-heated? yes/noIf yes, what is the supply temperature of the ventilation air?
Is there a night setback applied or a continuous operating system?
What kind of temperature control is there to be used:One central controller, In which room?Individual zone control per room
Partition wall Rc value
Enter the Rc Values for the different partitions walls
Is there a downgraded ceiling? yes/noIf yes, is this more or less open than 20% of the total area? more/less
These data sheets can be performed withyour own company logo and corporate identity
supplying data for buildingswith an industrial function
page 01
theFloorheater eufor a professional layout plan
For only a tube layout drawing fill in pages 1, 2 and 3For only a heat loss calculation fill in page 2 (only T area [°C]), 4 and 5For a tube layout drawing and a heat loss calculation fill in all fields
If certain values or details are unknown average values will be used.
Supply a drawing in a DWG or DXF extenstion. If you don't have these, a PDF can be converted to a DWG file or the PDFcan be used as an underlayer. A JPG (or another pixel extension) can also be used as an underlayer.
Supply water temperature [oC]
Screed type (cement, seamless floor, other ...)
Screed thickness [cm]
Tubes diameter [mm]
Isolation
Construction floor
Screed
Floor covering
Tube
Hart to hart distance C/CFloor structure
Remarks or comments
page 02
theFloorheater eufor a professional layout plan
Remarks or comments
Rooms C/C [cm]* T room [oC] type floor covering
Table with common / average values of temperatures in °C
* If there is also a heat loss calculation to be made this field can be left open. These centre distance will be determined based on the heat loss calculation.
Type of activity oClow activity: general sedentary work such as office, laboratory 20low activity: general sedentary work and occasionally getting up and walking 18moderate activity: light industry with hand and arm work or walk with speed between 3.5 and 5.5 km/h 15high activity: heavy industry with hand and arm work or carrying loads 12very high activity: heavy arm and trunk work and hauling 10
supplying data for buildingswith an industrial function
page 03
theFloorheater eufor a professional layout plan
Remarks or comments
Name the positions of the manifold(s) if they are notshown on the drawing:How many groups can be used maxiumum on one manifold?
Supply- and returnpipes always through doorwaysAlways the shortest way for supply- and returnpipes (cutouts through walls)The shortest way for supply- and returnpipes but where possible trough doorways
Are there edge zones applied? yes/no | If yes, where?
Bifilar / Snail patternSpiral pattern
There is no floor cooling to be usedThere is floor cooling to be used
supplying data for buildingswith an industrial function
page 04
theFloorheater eufor a professional layout plan
supplying data for buildingswith an industrial function
What kind of temperature control is there to be used:
optimizing control Not optimizing control with natural ventilation Not optimizing control with mechanical ventilation
Is there a discontinuous flow of material having a lower temperature? yes/noIf yes, what material and with which mass?
Is there heat gain of:
Continuous transit of hot products through space? yes/noIf yes, what is the average surface and surface temperature?
Heat generation by processes? yes/noIf yes, what is the electrical power?
Is there ventilation to be used? yes/no If yes, choose one of the possibilities below:
Natural supply/natrural extractionNatural supply/mechanical extractionMechanical supply/natural extractionMechanical supply/mechanical extraction
Is the ventilation air pre-heated? yes/noIf yes, what is the supply temperature of the ventilation air?
Is there a night setback applied or a continuous operating system?
What kind of temperature control is there to be used:One central controller, In which room?Individual zone control per room
page 05
theFloorheater eufor a professional layout plan
supplying data for buildingswith an industrial function
Partition wall Rc value
Enter the Rc Values for the different partitions walls
Is there any heat loss to cold surfaces? yes/noIf yes, what is the surface area and the average surface temperature?
Is there heat loss by local suction? yes/noIf yes, what is the flow rate of the exhaust air?which is the temperature of the supplied air?
Remarks or comments