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Load-bearing sheet Drawings - list of contents (page 1/2)

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Date Scale Drawn by Rev. Drw. nr. File nr. Rev. date Building Rev. Work nr. Contents of drawing IN 00 IN00A4000 21.7.2011 Ruukki . 04.08.2021 IN00A4000 Load-bearing sheet Drawings - list of contents (page 1/2) Drawing nr. Content of drawing (load-bearing sheets) Date Rev. date T45-30L-905_V Load-bearing sheet T45-30L-905, Technical dwg, Section - Center line 16.7.2007 7.4.2011 T70-57L-846_V 16.7.2007 7.4.2011 16.7.2007 7.4.2011 T153-40L-840_V 16.7.2007 7.4.2011 T70-57L-1058_V Load-bearing sheet - Insulated roof, Erection - General view 18.10.2005 IN 02 18.10.2005 7.4.2011 IN 03 IN 04 IN 05 IN 06 IN 07 IN 08 IN 09 IN 10 IN 11 IN 12 IN 13 IN 14 IN 15 IN 16 IN 17 IN 18 IN 19 IN 20 IN 21 IN 22 IN 23 IN 24 IN 25 IN 26 IN 27 IN 28 IN 29 IN 30 IN 31 IN 32 IN 33 IN 34 IN 35 IN 01 Load-bearing sheet T70-57L-846, Technical dwg, Section - Center line Load-bearing sheet T70-57L-1058, Technical dwg, Section - Center line Load-bearing sheet T153-40L-840, Technical dwg, Section - Center line Load-bearing sheet - Insulated roof, Installation - Fastening to support Load-bearing sheet - Insulated roof, Installation - Endlap 18.10.2005 7.4.2011 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Fastening to support Load-bearing sheet - Insulated roof, Installation - Static scheme 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Static scheme 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Simple overlap 7.4.2011 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Simple overlap 7.4.2011 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Supporting piece 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Supporting piece 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Erection - Gerber system 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Erection - Gerber system (endlap) 12.09.2005 7.4.2011 Load-bearing sheet - Structural detail, Fastening to concrete 12.09.2005 7.4.2011 Load-bearing sheet - Structural detail, Fastening to concrete/wood 12.09.2005 7.4.2011 Load-bearing sheet - Structural detail, Fastening to prestressed concrete structures 12.09.2005 7.4.2011 12.09.2005 7.4.2011 Load-bearing sheet - Structural detail, Fastening to prestressed concrete structures Load-bearing sheet - Insulated roof, Installation - Sidelap 18.10.2005 7.4.2011 Load-bearing sheet - Insulated roof, Installation - Sidelap 18.10.2005 7.4.2011 Load-bearing sheet - Structural detail, Flat roofs - 1 15.12.2000 Load-bearing sheet - Structural detail, Flat roofs - 2 15.12.2000 4.8.2021 Load-bearing sheet - Structural detail, Double pitched roofs or similar - 1 15.12.2000 Load-bearing sheet - Structural detail, Warehouse roofs - 1 15.12.2000 21.7.2011 Load-bearing sheet - Structural detail, Warehouse roofs - 2 15.12.2000 21.7.2011 Load-bearing sheet - Structural detail, Warehouse roofs - 3 15.12.2000 21.7.2011 Load-bearing sheet - Structural detail, Warehouse roofs - 4 15.12.2000 21.7.2011 Load-bearing sheet - Structural detail, Double pitched roofs or similar - 2 15.12.2000 Load-bearing sheet - Structural detail, Double pitched roofs or similar - 3 15.12.2000 Load-bearing sheet - Structural detail, Double pitched roofs or similar - 4 15.12.2000 Load-bearing sheet - Structural detail, Double pitched roofs or similar - 5 15.12.2000 Load-bearing sheet - Structural detail, Canopy and warehouse roofs 15.12.2000 21.7.2011 Load-bearing sheet - Structural detail - 1 15.12.2000 4.8.2021 Load-bearing sheet - Structural detail - 2 15.12.2000 Load-bearing sheet - Structural detail - 3 15.12.2000 Load-bearing sheet - Structural detail - 4 15.12.2000 Load-bearing sheet - Structural detail - 5 15.12.2000 T130M-75L-930_V 16.10.2012 Load-bearing sheet T130M-75L-930, Technical dwg, Section - Center line 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021 4.8.2021
Transcript

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 00IN00A400021.7.2011

Ruukki

.

04.08.2021

IN00A4000

Load-bearing sheetDrawings - list of contents (page 1/2)

Drawing nr. Content of drawing (load-bearing sheets) Date Rev. date

T45-30L-905_V Load-bearing sheet T45-30L-905, Technical dwg, Section - Center line 16.7.2007 7.4.2011T70-57L-846_V 16.7.2007 7.4.2011

16.7.2007 7.4.2011

T153-40L-840_V 16.7.2007 7.4.2011

T70-57L-1058_V

Load-bearing sheet - Insulated roof, Erection - General view 18.10.2005

IN 02 18.10.2005 7.4.2011

IN 03IN 04IN 05IN 06IN 07IN 08IN 09IN 10IN 11IN 12IN 13IN 14IN 15IN 16IN 17IN 18IN 19IN 20IN 21IN 22IN 23IN 24IN 25IN 26IN 27IN 28IN 29IN 30IN 31IN 32IN 33IN 34IN 35

IN 01

Load-bearing sheet T70-57L-846, Technical dwg, Section - Center lineLoad-bearing sheet T70-57L-1058, Technical dwg, Section - Center line

Load-bearing sheet T153-40L-840, Technical dwg, Section - Center line

Load-bearing sheet - Insulated roof, Installation - Fastening to support

Load-bearing sheet - Insulated roof, Installation - Endlap 18.10.2005 7.4.201118.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Installation - Fastening to support

Load-bearing sheet - Insulated roof, Installation - Static scheme 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Installation - Static scheme 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Installation - Simple overlap 7.4.2011

7.4.2011Load-bearing sheet - Insulated roof, Installation - Simple overlap7.4.20117.4.2011

Load-bearing sheet - Insulated roof, Installation - Supporting piece 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Installation - Supporting piece 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Erection - Gerber system 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Erection - Gerber system (endlap) 12.09.2005 7.4.2011Load-bearing sheet - Structural detail, Fastening to concrete 12.09.2005 7.4.2011Load-bearing sheet - Structural detail, Fastening to concrete/wood 12.09.2005 7.4.2011Load-bearing sheet - Structural detail, Fastening to prestressed concrete structures 12.09.2005 7.4.2011

12.09.2005 7.4.2011Load-bearing sheet - Structural detail, Fastening to prestressed concrete structuresLoad-bearing sheet - Insulated roof, Installation - Sidelap 18.10.2005 7.4.2011Load-bearing sheet - Insulated roof, Installation - Sidelap 18.10.2005 7.4.2011Load-bearing sheet - Structural detail, Flat roofs - 1 15.12.2000Load-bearing sheet - Structural detail, Flat roofs - 2 15.12.2000 4.8.2021Load-bearing sheet - Structural detail, Double pitched roofs or similar - 1 15.12.2000

Load-bearing sheet - Structural detail, Warehouse roofs - 1 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Warehouse roofs - 2 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Warehouse roofs - 3 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Warehouse roofs - 4 15.12.2000 21.7.2011

Load-bearing sheet - Structural detail, Double pitched roofs or similar - 2 15.12.2000Load-bearing sheet - Structural detail, Double pitched roofs or similar - 3 15.12.2000Load-bearing sheet - Structural detail, Double pitched roofs or similar - 4 15.12.2000Load-bearing sheet - Structural detail, Double pitched roofs or similar - 5 15.12.2000

Load-bearing sheet - Structural detail, Canopy and warehouse roofs 15.12.2000 21.7.2011Load-bearing sheet - Structural detail - 1 15.12.2000 4.8.2021Load-bearing sheet - Structural detail - 2 15.12.2000Load-bearing sheet - Structural detail - 3 15.12.2000Load-bearing sheet - Structural detail - 4 15.12.2000Load-bearing sheet - Structural detail - 5 15.12.2000

T130M-75L-930_V 16.10.2012Load-bearing sheet T130M-75L-930, Technical dwg, Section - Center line

4.8.2021

4.8.20214.8.20214.8.20214.8.20214.8.2021

4.8.20214.8.20214.8.20214.8.2021

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 00IN00A400021.7.2011

Ruukki

.

04.08.2021

.

IN00A4000

Load-bearing sheetDrawings - list of contents (page 2/2)

Drawing nr. Content of drawing (load-bearing sheets) Date Rev. date

IN 37IN 38IN 39IN 40IN 41IN 42IN 43IN 44

Load-bearing sheet - Structural detail, Light-weight intermediate floor 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Uninsulated walls - 1 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Uninsulated walls - 2 15.12.2000 21.7.2011Load-bearing sheet - Structural detail, Fastening of acoustic insulation wool - 1Load-bearing sheet - Structural detail, Fastening of acoustic insulation wool - 2Load-bearing sheet - Structural detail, OpeningLoad-bearing sheet - Structural detail, Supporting - 1Load-bearing sheet - Structural detail, Supporting - 2

15.12.2000 4.8.202115.12.2000 4.8.202115.12.2000 21.7.201115.12.2000 21.7.201115.12.2000 21.7.2011

IN 36 Load-bearing sheet - Structural detail, Intermediate floor 15.12.2000 21.7.2011

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheet T45-30L-905Technical DrawingSection - Center line

T45-30L-905_VTECDA4109Ruukki

1:5 TECD T45-30L-905

16.07.2007 07.04.2011

changed colour side

.

01

150.

8360

~957

905

9115

0.83

44

3030

Rautaruukki Corporation.CCopyright

colo

ur

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheet T70-57L-846Technical DrawingSection - Center line

T70-57L-846_VTECDA4118Ruukki

1:5 TECD T70-57L-846

16.07.2007 07.04.2011

changed colour side

.

01

211.

565

70

57

~914

45

846

147

211.

5

Rautaruukki Corporation.CCopyright

colo

ur

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheet T70-57L-1058Technical DrawingSection - Center line

T70-57L-1058_VTECDA4120Ruukki

1:5 TECD T70-57L-1058

16.07.2007 07.04.2011

changed colour side

.

01

211.

565

~109

1

1057

.5

147

211.

5

5745

70

colo

ur

Rautaruukki Corporation.CCopyright

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Rautaruukki Oyj. All rights reserved.CCopyright

TECDA4T30M

00T130M-75L-930 ViTECDA4T130M

Technical drawing - sectionTrapezoidal profileLoad bearing sheet T130M-75L-930

.

00

dd.mm.yy

1:5

Ruukki

16.10.2012

T130

M-7

5L-9

30

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheet T153-40L-840Technical DrawingSection - Center line

TECDA4125Ruukki

1:5 TECD T153-40L-840

16.07.2007 07.04.2011

changed colour side

.

01

280

117

~864

840

163

280

153

4062

T153-40L-840_V

colo

ur

Rautaruukki Corporation.CCopyright

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 01IN00A400118.10.2005

Ruukki

1:25

.

.

IN00A4001

2

Y

Y

1

3

Z

ZX X

L L

Rautaruukki Corporation.CCopyright

4

Section A - A

1

Section X - X75 mm 75 mm

150 mm

Sections Y-Y, Z-Z drawing no IN 02, IN 03

L - span length

L L

1 1

4 23

3 4

A

Detail A drawing no IN 04

3

** - side overlapping according to structural design

Attention:

* - fasteners installed according to structural design

2. Primary structure according to structural design3. Fastener in every flange against support

Load-bearing sheet - Insulated roofErection - General view

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 02IN00A400218.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4002

1

3

2

34

Load-bearing sheet - Insulated roofInstallation - Fastening to support

1

01

Section Y - Y

Rautaruukki Corporation.CCopyright

L - span length

** - side overlapping according to structural design

Attention:

* - fasteners installed according to structural design

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 03IN00A400318.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4003

1

3

2

34

Section Z - Z

1

1 1

Load-bearing sheet - Insulated roofInstallation - Fastening to support

01

Rautaruukki Corporation.CCopyright

L - span length

** - side overlapping according to structural design

Attention:

* - fasteners installed according to structural design

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 04IN00A400418.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4004

Detal A

75 mm 75 mm

150 mm

11

2

4 3

Z

Z

Section Z-Z drawing no IN 03

4

* - length and type of endlap according to structural design

Load-bearing sheet - Insulated roofInstallation - Endlap

Standard cross endlap of load-bearing sheets - Insulated roof

01

Rautaruukki Corporation.CCopyright

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm

Attention:

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 05IN00A400518.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4005

Standard static scheme - Insulated roof1-span system

Load-bearing sheet - Insulated roofInstallation - Static scheme

* - flange and fixing number according to structural design

01

Rautaruukki Corporation.CCopyright

2-span system

L L L L L

b b b b b b

b≈150mm

b/2

Continuous structure - simple overlap joint

L L L L L

b b b b b b

L/10

Continuous structure - double overlap joint

L L L L L

b b b b b b

b≈150mm

b/2

L L L L L

b b b b b b

L/10 L/10L/10

1. Ruukki load-bearing sheet2. Fastener on sidelaps c\c max 500 mm

Attention:

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 06IN00A400618.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4006

1-span system

Load-bearing sheet - Insulated roofInstallation - Static scheme

* - side overlapping and fastener number according to structural design

01

Rautaruukki Corporation.CCopyright

L L L L L

b b b b b b

b≈150mm

b/2

2-span system

L L L L L

b b b b b b

L L L L L

b b b b b b

L L L L L

b b b b b b

b≈150mm

b/2

L/10

Continuous structure - simple overlap joint

Continuous structure - double overlap joint

L/10 L/10L/10

Standard static scheme - Insulated roof

** - thicker sheet close to support

1. Ruukki load-bearing sheet2. Fastener on sidelaps c\c max 500 mm

Attention:

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 07IN00A400707.04.2011

Ruukki

1:5

07.04.2011

.

IN00A4007

e2=b/2 e1=0.1*L11

2

4 3

A

A

4

Load-bearing sheet - Insulated roofInstallation - Simple overlap

Standard simple overlap of load-bearing sheets - Insulated roof

01

Rautaruukki Corporation.CCopyright

L

>3d >3d

1

15

3

Section A - A

5

L - span length

** - number of fasteners according to structural design

Attention:

* - length and type of overlap according to structural design

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm5. Fastener in the web

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 08IN00A400807.04.2011

Ruukki

1:5

07.04.2011

.

IN00A4008

e1=0.1*L211

2

4 3

A

A

4

Load-bearing sheet - Insulated roofInstallation - Simple overlap

Standard simple overlap of load-bearing sheets - Insulated roof

01

Rautaruukki Corporation.CCopyright

L2

>3d >3d

1

15

3

Section A - A

5

>3d>3d

5

e1=0.1*L1

L1

4

L - span length

** - number of fasteners according to structural design

Attention:

* - length and type of overlap according to structural design

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener on sidelaps c\c max 500 mm5. Fastener in the web

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 09IN00A400918.10.2005

Ruukki

.

07.04.2011

.

IN00A4009

Rautaruukki Corporation.CCopyright

1

3

2

Load-bearing sheet - Insulated roofErection - Supporting piece

2. Supporting piece 320mm length - Ruukki profile3. Primary structure according to structural design

1. Ruukki load-bearing sheet

01

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawingLoad-bearing sheet - Insulated roofErection - Supporting piece

IN 10IN00A401018.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4010

Rautaruukki Corporation.CCopyright

3

4

A

320 mm1

A

3

1

2

2

Section A - A

4

Section B - B

B

B

01

2. Supporting piece 320mm length - Ruukki profile1. Ruukki load-bearing sheet

3. Primary structure according to structural design4. Fastener in every flange against support

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 11IN00A401118.10.2005

Ruukki

.

07.04.2011

.

IN00A4011

L L L L L

L L L L L

X1 X2 X2 X12.

1.

L L L L L

X3 X43.

L L L L

4.

X3X4

X3 X4 X1

Attention:X1 = 0,125 x LX2 = 0,146 x LX3 = 0,204 x LX4 = 0,157 x LL - span length

Rautaruukki Corporation.CCopyright

A

A

Static scheme

A

Detail A drawing no IN 12

Load-bearing sheets - insulated profilesErection - Gerber system

01

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN00A401212.09.2005

Ruukki

1:5

07.04.2011

.

IN00A4012

min 150 mm1

1

1

75 mm 75 mm

4

5

min 3d

5

4

Rautaruukki Corporation.CCopyright

IN 12

Standard endlap of load-bearing sheets - Gerber system - insulated roof

2

3

Detail A

Section X - X

* - lenght, type of endlap, number of screws according to structural design

Section Y-Y drawing no IN 02

1 1

d-diameter of screw

Load-bearing sheets - insulated roofErection - Gerber system (endlap)

01

2. Primary structure according to structural design3. Fastener in every flange against support

1. Ruukki load-bearing sheet

4. Fastener5. Fastener for estetical reasons

Attention:

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN00A401312.09.2005

Ruukki

1:5

07.04.2011

.

IN00A4013

Rautaruukki Corporation.CCopyright

IN 13

Fastening of load-bearing sheet to concrete

Load-bearing sheets - structural detailFastening to concrete

01

3. Fastening of sheet can be done with e.g. spike metallic anchor + sealing4. The quality and number of fasteners according to structural designer specification

2. E.g. 5 mm thick sealing strip is installed between load-bearing sheet and concrete1. Fastening directly to concrete must be avoided

Attention:

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN00A401412.09.2005

Ruukki

1:5

07.04.2011

.

IN00A4014

Rautaruukki Corporation.CCopyright

IN 14

Fastening of load-bearing sheet to concrete/wood

Load-bearing sheets - structural detailFastening to concrete/wood

01

2. Load-bearing sheet is fastened to wood e.g. with self-drilling wood screws3. The quality and number of fasteners according to structural designer specification

1. Wood is installed onto concrete structure, fastening e.g. with wedge anchorsAttention:

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN00A401512.09.2005

Ruukki

1:5

07.04.2011

.

IN00A4015

Rautaruukki Corporation.CCopyright

IN 15

Fastening of load-bearing sheet to prestressed concrete structures

Load-bearing sheets - structural detailFastening to prestressed concrete structures

01

2. Load-bearing sheet is fastened to steel profile with e.g. self-drilling screws3. The quality and number of fasteners according to structural designer specification

1. Steel profile is installed onto concrete structure, fastening to fastening plates in the prestressed concrete structure

steel profile, non continuousrectangular hollow section orcold worked U-steel

t

Attention:

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN00A401612.09.2005

Ruukki

1:5

07.04.2011

.

IN00A4016

Rautaruukki Corporation.CCopyright

IN 16

Load-bearing sheets - structural detailFastening to prestressed concrete structures

01

2. Load-bearing sheet is fastened to wood with e.g. self-drilling wood screws3. The quality and number of fasteners according to structural designer specification

concrete structure with coach screws1. Wood is installed onto concrete structure, fastening to steel plates welded to fastening plates in the prestressed

Fastening of load-bearing sheet to prestressed concrete structures

woodnon continuous

Attention:

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 17IN00A401718.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4017

Profile T45

Profile T60

Profile T55

1

1

1

2

2

2

* - flange and fastener number according to structural design

2. Fastener on sidelaps c\c max 500 mm

Load-bearing sheet - Insulated roofInstallation - Sidelap

1. Ruukki load-bearing sheet

Standard sidelap of load-bearing sheets - Insulated roof

colour

colour

colour

Profile T70 - 5-flanges1

2colour

Profile T70 - 4-flanges1

2colour

01

Rautaruukki Corporation.CCopyright

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

IN 18IN00A401818.10.2005

Ruukki

1:5

07.04.2011

.

IN00A4018

Standard sidelap of load bearing sheets - Insulated roof

Profile T85

Profil 153 A

Profile T130

2

2

1

2

1

1

Load bearing sheet - Insulated roofInstallation - Sidelap

colour

colour

colour

01

Rautaruukki Corporation.CCopyright

* - flange and fastener number according to structural design

2. Fastener on sidelaps c\c max 500 mm1. Ruukki load-bearing sheet

IN 19 0215.12.2000

Ruukki

:

04.08.2021

..

IN00A4019

6

7

54

1

3

2

-

+

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailFlat roofs - 1

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Flat roofs with inclinations 1:20-1:40

FIRE PROTECTION, WHEN NECESSARYLOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING

VAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,THERMAL INSULATIONTHERMAL INSULATION, SUITED FOR WATER INSULATION'S BASEWATER INSULATION

STRUCTURAL LAYERS

APPLICATIONS

OVERLAPPING 200 mm + TAPING

67

5

43

12

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

IN 20 0215.12.2000

Ruukki

:

..

IN00A4020

231

456

04.08.2021

7

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailFlat roofs - 2

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

STRUCTURAL LAYERS

4

21

3

PROTECTIVE GRAVEL, d= 8...20, >35 kg/m2WATER INSULATIONTHERMAL INSULATIONTHERMAL INSULATION, SLOTTEDVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

LOAD-BEARING PROFILED SHEET WITH ACOUSTIC PERFORATIONACCORDING TO CONSTRUCTION DRAWING

Flat roofs with inclinations 1:20-1:40APPLICATIONS

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

5

THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

6

7

IN 21 0215.12.2000

Ruukki

:

..

IN00A4021

23

1

4

6

7

04.08.2021

5

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailDouble pitched roofs or similar - 1

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

APPLICATIONS

STRUCTURAL LAYERS

4

21

3

WATER INSULATIONTHERMAL INSULATIONTHERMAL INSULATION, SLOTTEDVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

FIRE PROTECTION, WHEN NECESSARY

Double pitched roofs or similar with inclinations >1:40

LOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

5 THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

67

IN 22 0215.12.2000

Ruukki

:

..

IN00A4022

04.08.2021Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailDouble pitched roofs or similar - 2

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

STRUCTURAL LAYERS

4

21

3

6

WATER INSULATIONTHERMAL INSULATIONTHERMAL INSULATION, SLOTTEDVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

LOAD-BEARING SHEET WITH ACOUSTIC PERFORATION

SECONDARY STRUCTURE ACCORDING TO CONSTRUCTION DRAWING7ACCORDING TO CONSTRUCTION DRAWING

APPLICATIONS Shortening reverberation time

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

5 THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

Double pitched roofs or similar with inclinations >1:40

23

1

4

65

7

IN 23 0215.12.2000

Ruukki

:

..

IN00A4023

23

1

4

65

04.08.2021Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailDouble pitched roofs or similar - 3

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

STRUCTURAL LAYERS

4

21

3

6

WATER INSULATIONTHERMAL INSULATIONTHERMAL INSULATION, SLOTTEDVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

LOAD-BEARING PROFILED SHEET WITH ACOUSTIC PERFORATION

SECONDARY STRUCTURE ACCORDING TO CONSTRUCTION DRAWING7ACCORDING TO CONSTRUCTION DRAWING

APPLICATIONS Shortening reverberation time

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

5 THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

Double pitched roofs or similar with inclinations >1:40

7

IN 24 0215.12.2000

Ruukki

:

..

IN00A4024

3

6

4

12

04.08.2021Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailDouble pitched roofs or similar - 4

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

STRUCTURAL LAYERS

4

21

3

WATER INSULATIONTHERMAL INSULATIONTHERMAL INSULATION, SLOTTEDVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

6 LOAD-BEARING PROFILED SHEET WITH ACOUSTIC PERFORATIONACCORDING TO CONSTRUCTION DRAWING, WOOL BACKFILL IN FLANGES

Shortening reverberation timeAPPLICATIONS

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For the acoustic purposes, a load-bearing structure with acoustic perforation can bechosen. Also, acoustic infill is recommended to confirm the required absorptionclass (A-E). A separate dust suppression cloth is recommended to prevent anyinsulation wool dust from entering the inside room.

Structure's fire resistance time can be influenced with underneath covering.Structural designer determines the covering according to the required fire resistancetime.

INSTRUCTIONS

Double pitched roofs or similar with inclinations >1:40

5

THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

5

78

7 DUST SUPPRESSION CLOTH8 PERFORATED LOW PROFILE

IN 25 0215.12.2000

Ruukki

:

..

IN00A4025

23

1

456

8

04.08.2021Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailDouble pitched roofs or similar - 5

.

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

INSTRUCTIONS

STRUCTURAL LAYERS

4

2

1

3

5

WATER INSULATION, PROFILED SHEET,

VENTILATING STEEL BATTENTHERMAL INSULATIONTHERMAL INSULATIONVAPOUR BARRIER, NET REINFORCED ALUMINIUM COATED PLASTIC,OVERLAPPING 200 mm + TAPING

(ACOUSTIC PERFORATION, WOOL BACKFILL IN FLANGES, WHEN NECESSARY)LOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING7

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arranged e.g.with inward relief valves according to construction drawing. Water insulation class incompliance with construction drawing.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

For acoustic purposes a load-bearing structure with acoustic perforation can bechosen. In which case it has to be made sure with a separate dust suppressioncloth, that the load-bearing sheet's upper damping insulation is dustless. The fireprotection wool also acts like acoustic insulation.

Structure's fire resistance time can be influenced with underneath covering. Also theacoustic infill increases the fire resistance time. Structural designer determines thecovering according to the required fire resistance time.

Double pitched roofs or similar with inclinations >1:10APPLICATIONS

ANTI-CONDENSATION COAT ON LOWER SURFACE

THERMAL INSULATION, LOAD BEARING INSULATION,THAT SUPPORTS VAPOUR BARRIER

6

7

8 FIRE PROTECTION, WHEN NECESSARY

IN 26 0115.12.2000

Ruukki

:

..

IN00A4026

123

4

5

21.7.2011.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Load-bearing sheetStructural detailWarehouse roofs - 1

4

21

3

5

WATER INSULATIONWEATHERING PLYWOODLOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION

PURLIN STRUCTURE ACCORDING TO CONSTRUCTION DRAWINGLOAD-BEARING STEEL FRAME ACCORDING TO CONSTRUCTION DRAWING

DRAWING, ANTI-CONDENSATION COATING ON THE SHEET'S

STRUCTURAL LAYERS

INSTRUCTIONS

Warehouse roofs, inclinations >1:40

Counter inclinations >1:60

APPLICATIONS

Water insulation class in compliance with construction drawing

LOWER SURFACE, WHEN NECESSARY

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

IN 27 0115.12.2000

Ruukki

:

..

IN00A4027

123

4

21.7.2011.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detailWarehouse roofs - 2

21

3

4

WATER INSULATIONWEATHERING PLYWOODLOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION

LOAD-BEARING STEEL FRAME ACCORDING TO CONSTRUCTION DRAWING

DRAWING, ANTI-CONDENSATION COATING ON THE SHEET'S

STRUCTURAL LAYERS

INSTRUCTIONS

Warehouse roofs, inclinations >1:40

Counter inclinations >1:60

APPLICATIONS

Water insulation class in compliance with construction drawing

LOWER SURFACE, WHEN NECESSARY

In 28 0115.12.2000

Ruukki

:

..

IN00A4028

1

2

3

4

5

21.7.2011.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detailWarehouse roofs - 3

4

21

3

5

WATER INSULATIONTHERMAL INSULATION, SUITED FOR WATER INSULATION'S BASELOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING,

PURLIN STRUCTURE ACCORDING TO CONSTRUCTION DRAWINGLOAD-BEARING STEEL STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

ANTI-CONDENSATION COATING ON THE SHEET'S LOWER SURFACE,

STRUCTURAL LAYERS

INSTRUCTIONS

Warehouse roofs, inclinations >1:40APPLICATIONS

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

WHEN NECESSARY

IN 29 0115.12.2000

Ruukki

:

..

IN00A4029

1

2

3

4

21.7.2011.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detailWarehouse roofs - 4

21

3

4

WATER INSULATIONTHERMAL INSULATION, SUITED FOR WATER INSULATION'S BASELOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING,

LOAD-BEARING STEEL STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

ANTI-CONDENSATION COATING ON THE SHEET'S LOWER SURFACE,

STRUCTURAL LAYERS

INSTRUCTIONS

Warehouse roofs, inclinations >1:40APPLICATIONS

Water insulation is fastened mechanically through thermal insulation to supportstructure. If the used water insulation requires ventilation ducts in the thermalinsulation, it has to be made sure that they are continous. Replacement air isprovided to the ventilation ducts at eaves and exthaust ventilation is arrangede.g. with inward relief valves according to construction drawing. Water insulationclass in compliance with construction drawing. Counter inclinations ≥ 1:60.

Thickness of the thermal insulation layer is determined by the used insulationmaterial so that the structure conforms to required U-value.

WHEN NECESSARY

IN30 0115.12.2000

Ruukki

:

..

IN00A4030

1

2

3

21.7.2011.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detailCanopy and warehouse roofs

1 WATER INSULATION, LOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING, ANTI-CONDENSATION

2 PURLIN STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

STRUCTURAL LAYERS

Canopy and warehouse roofs inclinations >1:10

3 LOAD-BEARING STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

APPLICATIONS

COATING ON THE SHEET'S LOWER SURFACE, WHEN NECESSARY

IN 31 0215.12.2000

Ruukki

:

..

IN00A4031

04.08.2021

Secondary steel supports for the SPApanels according to structural designer

Reverse dip is made of Leca-

Note! Profiled sheet installationis started up from eaves

Profiled sheet supportsacc. to structural designer

Insulation support flashingat SPA support, from above

1:10to structures below for L~400mmWaterproofing in not fastened

gravel, Siporex chips or wool-sheets cut to form

+-

SEE ALSO SANDWICH PANEL SPA DETAIL: SPA06-1E-FI

1. RUUKKI SANDWICH PANEL, HORIZONTAL MOUNTING

2. EAVE FLASHING

3. PROTECTIVE FLASHING

4. STORM FLASHING

5. INSULATION SUPPORT FLASHING, T=0.6MM

6. FLAT STEEL FOR VAPOUR BARRIER FIXING, T=0.6MM

7. FASTENER

8. VAPOUR BARRIER

9. LOAD-BEARING PROFILED SHEET

1

2

7

3

7

4

5

6

8

Vapour barriermovable joint

315

100

5

6

8

9

7

10. THERMAL INSULATION

11. WATER INSULATION

11

10

.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detail - 1

Horizontal supportstudwork

Vertical supportstudwork

IN 32 0215.12.2000

Ruukki

:

..

IN00A4032

3. INSULATION SUPPORT FLASHING, T=0.6MM

4. FLAT STEEL FOR VAPOUR BARRIER FIXING, T=0.6MM

5. STORM FLASHING

6. WOOD

7. FASTENER

04.08.2021

Wooden wedge Plywood

designed according to projectGutters and it's brackets

+-

Profiled sheet supportsacc. to structural designer

SEE ALSO SANDWICH PANEL SPA DETAIL: SPA06-11E-FI

Vapour barriermovable joint

315

100

3

4

8

1

2

3

5

6

7

7

8

9

7

C-steel profile

7

10. THERMAL INSULATION

11. WATER INSULATION

11

10

2. EAVE FLASHING

1. RUUKKI SANDWICH PANEL, HORIZONTAL MOUNTING 8. VAPOUR BARRIER

9. LOAD-BEARING PROFILED SHEET

.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detail - 2

IN 33 0215.12.2000

Ruukki

:

..

IN00A4033

7. VENTILATING STEEL BATTEN

6. FASTENER

5. STORM FLASHING

4. FLAT STEEL FOR VAPOUR BARRIER FIXING, T=0.6MM

3. INSULATION SUPPORT FLASHING, T=0.6MM

2. EAVE FLASHING

1. RUUKKI SANDWICH PANEL, HORIZONTAL MOUNTING

04.08.2021

315100

Vapour barriermovable joint

designed according to projectGutters and it's brackets

treatment recommendedProfiled sheet, anti-condence

C-steel profile

+-Profiled sheet supportsacc. to structural designer

SEE ALSO SANDWICH PANEL SPA DETAIL: SPA06-9E-FI

8. VAPOUR BARRIER

9. LOAD-BEARING PROFILED SHEET

96

1

23

4

3

8

5

6

6

67

6

10

10. THERMAL INSULATION

11. WATER INSULATION, PROFILED SHEET

11

.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detail - 3

IN 34 0215.12.2000

Ruukki

:

..

IN00A4034

4. FLAT STEEL FOR VAPOUR BARRIER FIXING, T=0.6MM5. EAVE FLASHING

7. FASTENER6. VAPOUR BARRIER

2. VENTILATING STEEL BATTEN3. INSULATION SUPPORT FLASHING, T=0.6MM

1. RUUKKI SANDWICH PANEL, HORIZONTAL MOUNTING

04.08.2021

is dimensionedaccording to project

Insulation thickness150

100

Vapour barriermovable joint

treatment recommendedProfiled sheet, anti-condence

SEE ALSO SANDWICH PANEL SPA DETAIL: SPA06-10E-FI

8. LOAD-BEARING PROFILED SHEET

+- 8

1

7

27

7

7

3

3

4

5

6

7

9. THERMAL INSULATION

10. WATER INSULATION, PROFILED SHEET

109

.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detail - 4

IN 35 0215.12.2000

Ruukki

:

..

rIN00A4035

04.08.2021

Ventilation groovesPlywood

Wooden wedge

SEE ALSO SANDWICH PANEL SPA DETAIL: SPA06-12E-FI

4. FLAT STEEL FOR VAPOUR BARRIER FIXING, T=0.6MM5. FASTENER

7. LOAD-BEARING PROFILED SHEET6. VAPOUR BARRIER

2. EAVE FLASHING3. INSULATION SUPPORT FLASHING, T=0.6MM

1. RUUKKI SANDWICH PANEL, HORIZONTAL MOUNTING

+

1

-

5

150100

Vapour barriermovable joint

3

4

is dimensionedaccording to project

Insulation thickness52

6

7

5 5

8. THERMAL INSULATION

9. WATER INSULATION, PROFILED SHEET

89

3

.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Load-bearing sheetStructural detail - 5

Load-bearing sheetStructural detailIntermediate floor

IN 36 01.15.12.2000

Ruukki

:

..

IN00A4036

12

4

3

21.7.2011

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

SURFACE MATERIAL ACCORDING TO DESIGNER SPECIFICATIONTOPPINGREINFORCED CONCRETE SLAB

LOAD-BEARING PROFILED SHEET MOULD ACCORDING TO CONSTRUCTION DRAWING

STRUCTURAL LAYERS123

4

APPLICATIONSConcrete floors

ACCORDING TO CONSTRUCTION DRAWING

REINFORCEMENTS ACCORDING TO CONSTRUCTION DRAWING

Load-bearing sheetStructural detailLight-weight intermediate floor

IN 37 01.15.12.2000

Ruukki

:

..

IN00A4037

3

12

4

21.7.2011

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

21

CLADDING ACCORDING TO DESIGNFIRE PROTECTION, WHEN NECESSARYLOAD-BEARING PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING

STRUCTURAL LAYERS

APPLICATIONS

BUILDING BOARD(S), FASTENING ACCORDING TO CONSTRUCTION DRAWING

43

Lightly stressed intermediate floors

SURFACE MATERIAL ACCORDING TO DESIGNER SPECIFICATION

Load-bearing sheetStructural detailUninsulated walls - 1

IN 38 01.15.12.2000

Ruukki

:

..

IN00A4038

12

21.7.2011

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

APPLICATIONS

STRUCTURAL LAYERS

21 PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING

PURLIN STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

Uninsulated walls

IN 39 01.15.12.2000

Ruukki

:

..

IN00A4039

21.7.2011

1 2

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

Date

Scale

Drawn by

Rev.Drw. nr.

File nr.

Rev. date

Building

Rev.

Work nr.

Contents of drawing

APPLICATIONS

STRUCTURAL LAYERS

21 PROFILED SHEET ACCORDING TO CONSTRUCTION DRAWING

STEEL STRUCTURE ACCORDING TO CONSTRUCTION DRAWING

Uninsulated walls

Load-bearing sheetStructural detailUninsulated walls - 2

Load-bearing sheetStructural detailFastening of acoustic insulation wool - 1

IN 40 02.15.12.2000

Ruukki

:

..

IN00A4040

ACOUSTIC INSULATION WOOL IS GLUED TO PROFILED SHEET E.G. WITH ACOUSTIC GLUE.

IN OPEN JOINT INSTALLATION APPROX. 10 mm GAP IS LEFT BETWEEN SHEETS.

FASTENING OF BARREL RIDGE TO PROFILED SHEET

E.G. WITH HIDDEN RIVETS

04.08.2021

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

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FASTENING OF ACOUSTIC INSULATION WOOLADHESIVE INSTALLATION

FASTENING OF ACOUSTIC INSULATION WOOLBARREL RIDGE INSTALLATION

Load-bearing sheetStructural detailFastening of acoustic insulation wool - 2

IN 41 02.15.12.2000

Ruukki

:

..

IN00A4041

04.08.2021

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

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FASTENING OF ACOUSTIC INSULATION WOOLT-FLASNING / SUSPENDED CEILING

IF VAPOUR BARRIER IS USED DIRECTLY ON TOP OF PROFILED SHEET,

BRACKETS ARE FASTENED FROM FLANGES' BOTTOM OR SIDE.

BRACKET SHALL NOT BE FASTENED TO FLANGE'S CROWN.

Load-bearing sheetStructural detailOpening

IN 42 01.15.12.2000

Ruukki

:

..

IN00A4042

STEEL SUPPORTS AND FASTENING SCREWS ACCORDING TO

A FRAME AROUND THE OPENING IS MADE OF C- AND HAT PURLINS

CONSTRUCTION DESIGNER SPECIFICATION.

WHICH SUPPORTS HOLE'S EDGES.

21.7.2011

SMOKE RELEASE HATCH

HAT PURLIN

VAPOURBARRIER

C-PURLIN

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

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SUPPORTING FROM ABOVE

PL10-150*L k 2000

k 2000

L

L ACCORDING TO PROFILE

Load-bearing sheetStructural detailSupporting - 1

IN 43 01.15.12.2000

Ruukki

:

..

IN00A4043

21.7.2011

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

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LOAD-BEARING SHEET AND STRUCTURE TO BE SUPPORTED.

DISTANCE BETWEEN SUPPORTS HAS TO BE CHECKED ACCORDING TO

SUPPORTS ARE TO BE INSTALLED BEFORE INSULATION AND VAPOUR BARRIER.

THREAD BAR ACCORDING TOSUPPORT SYSTEM

PL10-B*250 k 2000

THREAD BAR ACCORDING TOSUPPORT SYSTEM

SUPPORTING FROM FLANGE

k 2000

B ACCORDING TO PROFILE

Load-bearing sheetStructural detailSupporting - 2

IN 44 01.15.12.2000

Ruukki

:

..

IN00A4044

LOAD-BEARING SHEET AND STRUCTURE TO BE SUPPORTED.

DISTANCE BETWEEN SUPPORTS HAS TO BE CHECKED ACCORDING TO

SUPPORTS ARE TO BE INSTALLED BEFORE INSULATION AND VAPOUR BARRIER.

21.7.2011

Copyright © Rautaruukki Corporation. Allowed only for designs with Ruukki's products.

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