WALL STUD SYSTEM MANUAL - Ochil Timber

www.itw-industry.com

HIGH PERFORMANCE WALL STUD

ALPINE

WALL STUD SYSTEM MANUAL

Cl/SfB i1

July 2011

21 M2

Contents

SpaceStud overview

SpaceStud clip installation & typical wall make up

Key benefits of the SpaceStud system

Insulation options

Technical information

Technical details

Section through closed panel construction

Section through open panel construction

Panel joint (open panel construction)

SpaceStud to internal non-loadbearing partition joint

SpaceStud to internal load bearing partition joint

Internal corner panel joint (a)

Internal corner panel joint (b)

SpaceStud to twin soleplate connection (open panel)

SpaceStud to single soleplate connection (open panel)

Cripple SpaceStud at window opening

Floor to wall junction (no head binder)

Floor to wall junction (twin head binder)

Floor to wall junction (top hung joist)

Lintol over opening (a)

Lintol over opening (b)

Framing to window opening

Single soleplate

Twin soleplate

Closed panel

Enhanced bottom rail connection

04

05

06

06

07

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

Members of the UK Timber Frame Association

Members of the Trussed Rafter Association

Members of the UK SIP Association

Illinois Tool Works Inc. (NYSE: ITW) is a diversified manufacturing

company with nearly 100 years of history in delivering specialised

expertise, innovative thinking and value-added products to meet critical

customer needs in a variety of industries. ITW has decentralised business

units in 57 countries that employ approximately 61,000 men and women.

These talented individuals, many of whom have specialised engineering

or scientific expertise, contribute to our global leadership in innovation.

We are proud of our broad portfolio of more than 19,000 global patents

and patent applications.

ITW Industry, a division of Illinois Tool Works (ITW), specialises in products

and services for the timber construction industry - offering a complete

package including software, components, fasteners and equipment.

Software

ITW Industry develops and supports Alpine roof truss & floor joist

engineering software, Autodesk based hsbCAD 3D CAD / CAM and

VisionREZ architectural software. All of which combine under the ITW

Instinct Residential Design System.

Components

ITW Industry supplies a range of Alpine nailplate and Cullen engineered

timber connector products which are specified by the Alpine engineering

software for particular uses within the roof truss, floor joist & timber frame

industry.

Fasteners

ITW Industry is a leading supplier of a variety of powered fastening

systems including: pneumatic, gas and powder actuated from the

Paslode, Duo-Fast, Haubold and SPIT brands.

Equipment

ITW Industry supplies, installs and services automated fastening tools

(Toolmatic), roof truss & floor joist production machinery and scaffold

security & maintenance equipment.

Contents

SpaceStud overview



Insulation options


Technical details













Floor to wall junction (top hung joist)


Lintol over opening (b)


Single soleplate

Twin soleplate

Closed panel

Enhanced bottom rail connection

04

05

06

06

07

08

09

09

10

10

11

11

12

12

13

13

14

14

15

15

16

16

17

17

18

18

Members of the UK Timber Frame Association

Members of the Trussed Rafter Association

Members of the UK SIP Association

Illinois Tool Works Inc. (NYSE: ITW) is a diversified manufacturing

company with nearly 100 years of history in delivering specialised

expertise, innovative thinking and value-added products to meet critical

customer needs in a variety of industries. ITW has decentralised business

units in 57 countries that employ approximately 61,000 men and women.

These talented individuals, many of whom have specialised engineering

or scientific expertise, contribute to our global leadership in innovation.

We are proud of our broad portfolio of more than 19,000 global patents

and patent applications.

ITW Industry, a division of Illinois Tool Works (ITW), specialises in products

and services for the timber construction industry - offering a complete

package including software, components, fasteners and equipment.

Software

ITW Industry develops and supports Alpine roof truss & floor joist

engineering software, Autodesk based hsbCAD 3D CAD / CAM and

VisionREZ architectural software. All of which combine under the ITW

Instinct Residential Design System.

Components

ITW Industry supplies a range of Alpine nailplate and Cullen engineered

timber connector products which are specified by the Alpine engineering

software for particular uses within the roof truss, floor joist & timber frame

industry.

Fasteners

ITW Industry is a leading supplier of a variety of powered fastening

systems including: pneumatic, gas and powder actuated from the

Paslode, Duo-Fast, Haubold and SPIT brands.

Equipment

ITW Industry supplies, installs and services automated fastening tools

(Toolmatic), roof truss & floor joist production machinery and scaffold

security & maintenance equipment.

04/05

ALPINE | SPACESTUD WALL STUD SYSTEM MANUALALPINE | SPACESTUD WALL STUD SYSTEM MANUAL

SpaceStud overview

The innovative Alpine SpaceStud system from

ITW Industry has been specifically developed

to meet the thermal requirements of the

Building Regulations and the Code for

Sustainable Homes.

The Code is the national standard for the sustainable

design and construction of new homes. The Code aims

to reduce our carbon emissions and create homes that

are more sustainable.

The Code measures the sustainability of a new home

against nine categories of sustainable design, rating the

'whole home' as a complete package. A one to six star

rating system communicates the overall sustainability

performance of a new home. The Code sets minimum

standards for energy and water use at each level.

Scottish Building Standard 2010, section 6.1.2, have

given target U-values for walls of 0.19 and a maximim

wall u-value of 0.25.

Code

level

1

2

3

4

5

6

Current energy

standard (percentage

improvement over

2006 Part L)

10%

18%

25%

44%

100% regulated

emissions

Zero carbon onsite -

100% onsite plus

appliances (equivalent

to approximately 150%

in total)

TABLE: REGULATORY STEPS TO

ZERO CARBON & CORRESPONDING CODE LEVELS

When

change to

regulations

takes place

-

-

2010

2013

-

2016

2009 Code

consultation

proposals (%

improvement

over 2006 Part L)

25%

25%

25%

44%

70% onsite + 30%

allowable solutions

“Zero Carbon

Home” - 70%

onsite + allowable

solutions to reach

zero carbon

Product code

120051

120052

028502

Qty per box

600

500

440

Description

SpaceStud 55mm

SpaceStud 80mm

9-1703 (43 x 88mm A9 nailplate)

TABLE: BOX QUANTITIES


External

stud (mm)

63

63

63

63

89

89

Stud Spacer

(mm)

55

80

55

80

55

80

TABLE: STUD MAKE UP

Internal

stud (mm)

63

63

89

89

89

89

Total stud

width (mm)

181

206

207

232

233

258

The SpaceStud clip is pressed onto minimum C16 grade

timber with a 38mm minimum depth. Pressing must be

with a hydraulic press.

TYPICAL SPACESTUD WALL PANEL SECTION

External sheathing

9mm OSB3

Typical fixing pattern: Nail to external edges of sheathing at 150mm centres. Nail to internal studs at 300mm centres

Nail spec: Duo-Fast 2.9 x 50mm smooth shank nails (product code 312619)

Racking resistance of standard panel available upon request

Various top & bottom rail details are possible. This method shows loose 38 x 63 or 38 x 89 timbers

Timber blockTimber blocking piece plated between vertical studs using Alpine truss plates – minimum 140mm deep

SpaceStud connectors3 pairs of SpaceStud connectors, equally spaced (standard 2.4 – 2.5m high wall panel).

Note: Breather paper and insulation omitted for clarity

Plasterboard

SPACESTUD CLIP INSTALLATION

Nailplate43 x 88 A9

04/05


SpaceStud overview

The innovative Alpine SpaceStud system from

ITW Industry has been specifically developed

to meet the thermal requirements of the

Building Regulations and the Code for

Sustainable Homes.

The Code is the national standard for the sustainable

design and construction of new homes. The Code aims

to reduce our carbon emissions and create homes that

are more sustainable.

The Code measures the sustainability of a new home

against nine categories of sustainable design, rating the

'whole home' as a complete package. A one to six star

rating system communicates the overall sustainability

performance of a new home. The Code sets minimum

standards for energy and water use at each level.

Scottish Building Standard 2010, section 6.1.2, have

given target U-values for walls of 0.19 and a maximim

wall u-value of 0.25.

Code

level

1

2

3

4

5

6

Current energy

standard (percentage

improvement over

2006 Part L)

10%

18%

25%

44%

100% regulated

emissions

Zero carbon onsite -

100% onsite plus

appliances (equivalent

to approximately 150%

in total)

TABLE: REGULATORY STEPS TO

ZERO CARBON & CORRESPONDING CODE LEVELS

When

change to

regulations

takes place

-

-

2010

2013

-

2016

2009 Code

consultation

proposals (%

improvement

over 2006 Part L)

25%

25%

25%

44%

70% onsite + 30%

allowable solutions

“Zero Carbon

Home” - 70%

onsite + allowable

solutions to reach

zero carbon

Product code

120051

120052

028502

Qty per box

600

500

440

Description

SpaceStud 55mm

SpaceStud 80mm

9-1703 (43 x 88mm A9 nailplate)

TABLE: BOX QUANTITIES


External

stud (mm)

63

63

63

63

89

89

Stud Spacer

(mm)

55

80

55

80

55

80

TABLE: STUD MAKE UP

Internal

stud (mm)

63

63

89

89

89

89

Total stud

width (mm)

181

206

207

232

233

258

The SpaceStud clip is pressed onto minimum C16 grade

timber with a 38mm minimum depth. Pressing must be

with a hydraulic press.

TYPICAL SPACESTUD WALL PANEL SECTION

External sheathing

9mm OSB3

Typical fixing pattern: Nail to external edges of sheathing at 150mm centres. Nail to internal studs at 300mm centres

Nail spec: Duo-Fast 2.9 x 50mm smooth shank nails (product code 312619)

Racking resistance of standard panel available upon request

Various top & bottom rail details are possible. This method shows loose 38 x 63 or 38 x 89 timbers

Timber blockTimber blocking piece plated between vertical studs using Alpine truss plates – minimum 140mm deep

SpaceStud connectors3 pairs of SpaceStud connectors, equally spaced (standard 2.4 – 2.5m high wall panel).


Plasterboard

SPACESTUD CLIP INSTALLATION

Nailplate43 x 88 A9

Racking resistance

Improved racking resistance by approximately 20%

compared to a standard single sheathed 38 x 140mm

timber frame panel, determined from testing carried out

to BS EN594:1996. Tested with Alpine nailplate by a

UKAS accredited laboratory. Further information and

racking resistance available on request.


06/07


External stud

width (mm)

63

63

89

89

Total SpaceStud

width (mm)

181

206

233

258

Wall U-Value (W/m².k) with

mineral wool insulation

0.20

0.19

0.17

0.16

Wall U-Value (W/m².k)

with PU insulation

0.15

0.13

0.13

0.11

Internal stud

width (mm)

63

63

89

89

Internal stud

separation (mm)

55

80

55

80

Tested by C4Ci. U-Values for different variations on the above wall constructions are available upon request

Exterior

Interior

Insulation type

Mineral wool

PU

U-Value (W/m².k)

0.038

0.023

102mm brick or block cladding

50mm normal cavity

Breather membrane

9mm OSB

SpaceStud (as per table above)

Vapour barrier

12.5mm plasterboard

THERMAL INFORMATION

Loading

Maximum transferrable surface wind pressure 9.02kN/m²

for studs at 600mm centres (characteristic).

13.5kN/m² for studs at 400mm centres (characteristic)

based on 3 pairs per 2.4m stud height.


Code for Sustainable Housing

SpaceStud complies to The Code for Sustainable Homes

to level 4 and above.

Economical

SpaceStud is one of the most cost effective wall stud

systems on the market to comply to The Code for

Sustainable Homes to level 4 and above.

Thermal performance

SpaceStud creates the wall thicknesses required to

reduce U-values and thermal bridging compared to solid

timber.

No drilling or notching

Fast and simple installation of services, without the need

for drilling or notching.

Improved racking resistance

SpaceStud is 20% more resistant to racking than

standard 38 x 140mm timber frame.

Software flexibility

SpaceStud can be priced and detailed in ITW Industry’s

management and detailing packages AiMS, VIEW and

hsbCAD software.

UKTFA “Fabric First”

SpaceStud supports the UK Timber Frame Association’s

“Fabric First” campaign which highlights the benefits of

using timber frame as the core fabric of a building to

achieve higher levels of The Code for Sustainable

Homes.

Quality

NHBC stipulate treated timber must be used in wall stud

construction. SpaceStud is manufactured with standard

treated timber sizes.

LINEAR THERMAL TRANSMITTANCE (Psi value)W/m.K

Insulation value (λ)

0.023

0.030

0.040

Psi value (Ψ)

0.00677

0.00648

0.00310RACKING RESISTANCE

Wall construction

9mm OSB to front face only

9mm OSB to front and rear face

Resistance (kN/m)

2.27kN/m

3.77kN/m

(figures based on tests carried out to BS EN594:1996 without top load applied to panels)

INSULATION U-VALUESWALL CONSTRUCTION

Insulation options

U-values shown in this leaflet are based on generic insulation values. Improved values can be obtained by specifying

higher performing insulation from leading insulation manufacturers such as Rockwool, Knauf, Kingspan and Isover. Fill

or blown insulation systems on closed panels is also an option from insulation manufacturers such as Warmcel.

t : 0800 032 2555www.isover.co.uk

t : 08448 000135www.knaufinsulation.co.uk

t : 01544 388601www.insulation.kingspan.com

t : 08712 221780www.rockwool.co.uk

t : 01685 845200www.warmcel.co.uk

Racking resistance

Improved racking resistance by approximately 20%

compared to a standard single sheathed 38 x 140mm

timber frame panel, determined from testing carried out

to BS EN594:1996. Tested with Alpine nailplate by a

UKAS accredited laboratory. Further information and

racking resistance available on request.


06/07


External stud

width (mm)

63

63

89

89

Total SpaceStud

width (mm)

181

206

233

258

Wall U-Value (W/m².k) with

mineral wool insulation

0.20

0.19

0.17

0.16

Wall U-Value (W/m².k)

with PU insulation

0.15

0.13

0.13

0.11

Internal stud

width (mm)

63

63

89

89

Internal stud

separation (mm)

55

80

55

80

Tested by C4Ci. U-Values for different variations on the above wall constructions are available upon request

Exterior

Interior

Insulation type

Mineral wool

PU

U-Value (W/m².k)

0.038

0.023

102mm brick or block cladding

50mm normal cavity

Breather membrane

9mm OSB

SpaceStud (as per table above)

Vapour barrier

12.5mm plasterboard

THERMAL INFORMATION

Loading

Maximum transferrable surface wind pressure 9.02kN/m²

for studs at 600mm centres (characteristic).

13.5kN/m² for studs at 400mm centres (characteristic)

based on 3 pairs per 2.4m stud height.


Code for Sustainable Housing

SpaceStud complies to The Code for Sustainable Homes

to level 4 and above.

Economical

SpaceStud is one of the most cost effective wall stud

systems on the market to comply to The Code for

Sustainable Homes to level 4 and above.

Thermal performance

SpaceStud creates the wall thicknesses required to

reduce U-values and thermal bridging compared to solid

timber.

No drilling or notching

Fast and simple installation of services, without the need

for drilling or notching.

Improved racking resistance

SpaceStud is 20% more resistant to racking than

standard 38 x 140mm timber frame.

Software flexibility

SpaceStud can be priced and detailed in ITW Industry’s

management and detailing packages AiMS, VIEW and

hsbCAD software.

UKTFA “Fabric First”

SpaceStud supports the UK Timber Frame Association’s

“Fabric First” campaign which highlights the benefits of

using timber frame as the core fabric of a building to

achieve higher levels of The Code for Sustainable

Homes.

Quality

NHBC stipulate treated timber must be used in wall stud

construction. SpaceStud is manufactured with standard

treated timber sizes.

LINEAR THERMAL TRANSMITTANCE (Psi value)W/m.K

Insulation value (λ)

0.023

0.030

0.040

Psi value (Ψ)

0.00677

0.00648

0.00310RACKING RESISTANCE

Wall construction

9mm OSB to front face only

9mm OSB to front and rear face

Resistance (kN/m)

2.27kN/m

3.77kN/m

(figures based on tests carried out to BS EN594:1996 without top load applied to panels)

INSULATION U-VALUESWALL CONSTRUCTION

Insulation options

U-values shown in this leaflet are based on generic insulation values. Improved values can be obtained by specifying

higher performing insulation from leading insulation manufacturers such as Rockwool, Knauf, Kingspan and Isover. Fill

or blown insulation systems on closed panels is also an option from insulation manufacturers such as Warmcel.

t : 0800 032 2555www.isover.co.uk

t : 08448 000135www.knaufinsulation.co.uk

t : 01544 388601www.insulation.kingspan.com

t : 08712 221780www.rockwool.co.uk

t : 01685 845200www.warmcel.co.uk



08/09

ALPINE | SPACESTUD WALL STUD SYSTEM MANUAL

>TECHNICAL DETAILS

102mm brick external leaf

Cullen FT-50 (or other to suit cavity width) timber to brick wall tie - centres to be specified by building designer

50mm ventilated cavity

Breather membrane pre-fitted to face of OSB

9mm OSB pre-fitted to external face of SpaceStuds

Plasterboard

23 x 38mm vertical battens at 600mm centres (max) fitted to inside face of panel to form service void

206mm wide SpaceStud consisting of 38 x 63mm timber and 80mm pressed SpaceStud clip (also available in widths of 181 to 258mm wide)

Insulation pre-fitted between SpaceStuds

9mm OSB pre-fitted to internal face of SpaceStuds

Vapour barrier to face of OSB

Plasterboard








Vapour barrier to face of SpaceStud



08/09


>TECHNICAL DETAILS






Plasterboard

23 x 38mm vertical battens at 600mm centres (max) fitted to inside face of panel to form service void



9mm OSB pre-fitted to internal face of SpaceStuds

Vapour barrier to face of OSB

Plasterboard









10/11












Plasterboard



Panels to be butted and nailed together at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nail)






Plasterboard


Insulation fitted between SpaceStuds on site prior to vapour barrier and plasterboard

Partition noggins nailed between SpaceStuds (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nail)

Internal non-load bearing partition nailed to noggins (preferred fixing Paslode IM90i & 3.1 x 90mm ringshank nails)






Plasterboard


Internal load bearing partition nailed to SpaceStuds (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)




Plasterboard

Panels butted and nailed together at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)




Vertical flexi fire stop






10/11












Plasterboard



Panels to be butted and nailed together at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nail)






Plasterboard



Partition noggins nailed between SpaceStuds (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nail)

Internal non-load bearing partition nailed to noggins (preferred fixing Paslode IM90i & 3.1 x 90mm ringshank nails)






Plasterboard


Internal load bearing partition nailed to SpaceStuds (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)




Plasterboard

Panels butted and nailed together at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)














12/13













Panels butted together and nailed at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)

Plasterboard to internal face of SpaceStuds




Cullen stainless steel ST-PFS-50 timber frame holding down strap (centres as per engineer’s requirements)



Panels nailed to soleplate (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nails) Double soleplate fixed using

Tapcon screws or similar (as per engineer’s requirements)




DPC under soleplate






Panels nailed to soleplate (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nails) Soleplate fixed using Tapcon

screws or similar (as per engineer’s requirements)




DPC under soleplate

Single or double cripple SpaceStuds either side of openings as required
















12/13













Panels butted together and nailed at 300mm centres (preferred fixing Paslode IM90i & 3.1 x 90mm ring shank nails)








Panels nailed to soleplate (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nails) Double soleplate fixed using

Tapcon screws or similar (as per engineer’s requirements)




DPC under soleplate






Panels nailed to soleplate (preferred fixing Paslode IM90i & 3.1 x 75mm ring shank nails) Soleplate fixed using Tapcon

screws or similar (as per engineer’s requirements)




DPC under soleplate

Single or double cripple SpaceStuds either side of openings as required












Horizontal flexi fire stop



Floor to wall junction (top hung floor joist)


14/15







Wall tie


38 x 89 perimeter noggins

9mm OSB closer piece to joist






Floor joist



Wall tie


LVL or Glulam edge binder

38 x 63 or 38 x 89mm head binder to SpaceStud panel






Floor joist



Wall tie


47mm deep perimeter timber to match SpaceStud timbers





38 x 50mm timber noggin fitted between SpaceStuds to support edge of plasterboard

Floor joistHorizontal flexi fire stop



Wall tie

Head binder to SpaceStud panel

Lintols within panel supported on cripple SpaceStuds and packed with insulation (to reduce thermal bridging)







Floor to wall junction (top hung floor joist)


14/15







Wall tie


38 x 89 perimeter noggins

9mm OSB closer piece to joist






Floor joist



Wall tie


LVL or Glulam edge binder

38 x 63 or 38 x 89mm head binder to SpaceStud panel






Floor joist



Wall tie


47mm deep perimeter timber to match SpaceStud timbers





38 x 50mm timber noggin fitted between SpaceStuds to support edge of plasterboard

Floor joistHorizontal flexi fire stop



Wall tie






Twin soleplate

16/17


Lintol over opening detail (b)





Wall tie







Full height SpaceStud

Single or double cripple SpaceStuds to support lintols

Single soleplate


Skirting board

Plasterboard

43 x 88mm A9 nailplate

Soleplate fixed to concrete foundation using SPIT fixing (eg. Tapcon)

Nail bottom rail to soleplate with 3.1 x 75mm ring shank nails using the Paslode IM90i cordless nailer


Skirting board

Plasterboard


Double or single soleplates fixed to concrete foundation using SPIT fixing (eg. Tapcon)


Twin soleplate

16/17


Lintol over opening detail (b)





Wall tie







Full height SpaceStud

Single or double cripple SpaceStuds to support lintols

Single soleplate


Skirting board

Plasterboard


Soleplate fixed to concrete foundation using SPIT fixing (eg. Tapcon)



Skirting board

Plasterboard


Double or single soleplates fixed to concrete foundation using SPIT fixing (eg. Tapcon)


18/19


Closed panel

Enhanced base rail connection

Blocking pieces extended by depth of top and bottom rails and interlocked to provide an enhanced detail



9mm OSB3 sheathing

Exterior masonry

SpaceStud

9mm OSB3 sheathing

Cullen wall tie

Plasterboard

SpaceStud clip

Production machinery

A key benefit of the SpaceStud system is that it

can be manufactured on existing roof truss and

floor joist presses to optimise production.

However, ITW Industry can supply a dedicated

machine built in partnership with AV Birch to

free up other presses if required.

Features of the AV Birch Wall Stud Press:

�Press SpaceStuds in depths of up to 3m in length

�Entry level option up to full automation

�Large pressing platten with quick pressing time for

maximum productivity

HYDRAULIC

POWER PACKPLATTEN RUNS

IN CHANNELS

100 X 50

SPACESTUD

750

400

3000

mm FRA

MES

SPACESTUD BUILT

ON MOVING PLATTEN

PUSHED UNDER PRESS

WALL STUD PRESS DEMONSTRATED AT ECOBUILD

18/19


Closed panel

Enhanced base rail connection

Blocking pieces extended by depth of top and bottom rails and interlocked to provide an enhanced detail



9mm OSB3 sheathing

Exterior masonry

SpaceStud

9mm OSB3 sheathing

Cullen wall tie

Plasterboard

SpaceStud clip

Production machinery

A key benefit of the SpaceStud system is that it

can be manufactured on existing roof truss and

floor joist presses to optimise production.

However, ITW Industry can supply a dedicated

machine built in partnership with AV Birch to

free up other presses if required.

Features of the AV Birch Wall Stud Press:

�Press SpaceStuds in depths of up to 3m in length

�Entry level option up to full automation

�Large pressing platten with quick pressing time for

maximum productivity

HYDRAULIC

POWER PACKPLATTEN RUNS

IN CHANNELS

100 X 50

SPACESTUD

750

400

3000

mm FRA

MES

SPACESTUD BUILT

ON MOVING PLATTEN

PUSHED UNDER PRESS

WALL STUD PRESS DEMONSTRATED AT ECOBUILD

A division of ITW Limited

Registered Office: Admiral HouseSt Leonard’s RdWindsorBerkshireSL4 3BL. Registered in England No. 559693

© ITW Industry 2011

No part of this publication may be reproduced without prior permission from ITW Industry.

Last updated: 01-11-2011

Customer Services (GB)

1 Wheatstone PlaceSouthfield Industrial EstateGlenrothesFifeKY6 2SWUnited Kingdom

t : +44(0)1592 771132f : +44(0)1592 771182e: [email protected]

Alpine/hsbCAD Technical Support

Threemilestone TruroCornwallTR4 9LDUnited Kingdom


www.itw-industry.com

Cullen Technical Support

1 Wheatstone PlaceSouthfield Industrial EstateGlenrothesFifeKY6 2SWUnited Kingdom


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t : +353(0)4692 93470/1f : +353(0)4692 93473e: [email protected]

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Documents

WALL STUD SYSTEM MANUAL - Ochil Timber