www.sommer-informatik.de WinIso 2D The software solution calculates heat flows in any two-dimensional cross sections. These are the basics to determine the heating demands and.
Download ReportTranscript www.sommer-informatik.de WinIso 2D The software solution calculates heat flows in any two-dimensional cross sections. These are the basics to determine the heating demands and.
Slide 1
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 2
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 3
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 4
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 5
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 6
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 7
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 8
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 9
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 10
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 11
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 12
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 13
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 2
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 3
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 4
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 5
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 6
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 7
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 8
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 9
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 10
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 11
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 12
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13
Slide 13
www.sommer-informatik.de
WinIso 2D
The software solution calculates heat flows in any two-dimensional
cross sections.
These are the basics to determine the heating demands and loss and
the prevention of moisture in building components and its surface.
1
www.sommer-informatik.de
WinIso 2D
the programm calculates:
temperature, isothermal lines, heat flows
heat transfer coefficient of single components and of the
hole building component
surface temperature
thermal bridges value Ψ
condensate water in the building components
temperatur factor fRsi
2
www.sommer-informatik.de
CAD - Import
you can import CADdrawings with the DXFConverter
or you can draw cross
sections in the program
3
www.sommer-informatik.de
material
the project is defined by
filling the cells with project
material
material with thermal and
hygrothermal characteristics
are saved in the material data
base
you can add or change
materials
4
www.sommer-informatik.de
illustration
you can define or accept
climate conditions
shows the temperature
distribution
shows the heat flows
5
www.sommer-informatik.de
illustration
isothermal lines simplify the
interpretation
6
www.sommer-informatik.de
fRsi and surface temperature
you can get the suface temperature
and the fRsi by one
click
7
www.sommer-informatik.de
condensate water
to check the condensate
water in the building
components or on the surface
press
8
www.sommer-informatik.de
U - value
it is possible to show uvalue and temperature
distribution at every point of
the cross section
9
www.sommer-informatik.de
Uf- und Ψ - value
Uf-value and Psi-value are
calculated according to
EN10077
10
www.sommer-informatik.de
Uw - value
the Uw-value can be
calculated with Ug, Uf, Ψ and
the measurements of the
Window
11
www.sommer-informatik.de
printout
cross section in any
illustration
complete documentation of
all values, materials,
temperatures and U-values
personal title block can be
inserted
12
www.sommer-informatik.de
for further information
www.winiso2d.de
Sommer Informatik GmbH
Sepp-Heindl-Str. 5
D-83026 Rosenheim
Tel.: +49 (0)8031 2488-1
Fax: +49 (0)8031 2488-2
13