Cladding Junction Details

February 2013 / New Zealand

DetailsDesign Manual

CladdingJunction

2 James Hardie Cladding Junction Details Design Manual February 2013 New Zealand

1 Application and scope 1.1 Application 3

1.2 Scope 3

1.3 Responsibility 3

Figures 1 Vertical junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 1 42 Vertical junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 2 43 Vertical junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 1 54 Vertical junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 2 55 Internal corner junction between Scyon® Linea® Weatherboard and James Hardie Titan® Facade Panel — option 1 66 Internal corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 2 67 External corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 1 78 External corner junction between Scyon® Linea® Weatherboard and James Hardie Titan® Facade Panel — option 2 79 External corner junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 2 810 Junction between Scyon® Linea® Weatherboard and stucco plaster claddings 811 Internal corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings — option 1 912 Internal corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings — option 2 913 External corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings 1014 Junction between Scyon® Linea® Weatherboard and brick veneer 1015 Junction between Scyon® Linea® Weatherboard and brick veneer 1116 Internal corner junction between Scyon® Linea® Weatherboard and brick veneer 1117 External corner junction between Scyon® Linea® Weatherboard and brick veneer 1218 Vertical corner junction between Scyon® Linea® Weatherboard and horizontal metal cladding 1319 Vertical corner junction between Scyon® Linea® Weatherboard and horizontal metal cladding 1320 Vertical corner junction between Scyon® Linea® Weatherboard and EIFS cladding — option 1 1421 Vertical corner junction between Scyon® Linea® Weatherboard and EIFS cladding — option 2 1422 Internal corner junction between Scyon® Linea® Weatherboard and EIFS cladding 1523 External corner junction between Scyon® Linea® Weatherboard and EIFS cladding 1524 Junction between James Hardie flat panel and brick veneer 1625 Internal corner junction between James Hardie flat panel cladding and horizontal metal cladding 1626 External corner junction between James Hardie flat sheet cladding and brick veneer 1727 Vertical junction between James Hardie flat panel and horizontal metal cladding 1728 Internal corner junction between James Hardie flat panel and brick veneer 1829 External corner junction between soffit and James Hardie flat sheet cladding on cavity — option 2 1830 Junction between Scyon® Linea® Weatherboard and fascia board 1931 Junction between Scyon® Linea® Weatherboard and fascia 2032 Internal corner junction between concrete wall panel and Titan® Facade Panel on cavity — option 1 2133 Internal corner junction between concrete wall panel and Titan® Facade Panel on cavity — option 2 2134 External corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding 2235 Scyon® Linea® Weatherboard control joint 2236 Scyon® Linea® Weatherboard on timber cavity - foundation with level threshold drain 2337 Scyon® Linea® Weatherboard on timber cavity - foundation over concrete nib 2338 Vertical junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding – option 1 2439 Vertical junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding – option 2 2440 External corner junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding 2541 Junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer 2542 Internal corner junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer 2643 External corner junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer 2644 External corner junction between soffit and James Hardie flat sheet cladding on cavity over RAB® Board 2745 Internal corner junction between concrete wall panel and Titan® Façade Panel on cavity over RAB® Board – option 1 2746 Internal corner junction between concrete wall panel and Titan® Façade Panel on cavity over RAB® Board – option 2 2847 Scyon® Linea® Weatherboard on timber cavity over RAB® Board at enclosed deck 2848 Scyon® Linea® Weatherboard on timber cavity over RAB® Board pipe penetration 2949 Scyon® Linea® Weatherboard on timber cavity over RAB® Board cantilevered deck junction 29

Contents

2 James Hardie Cladding Junction Details Design Manual February 2013 New Zealand James Hardie Cladding Junction Details Design Manual February 2013 New Zealand 3

1 Application and scope

1.1 ApplicAtionThis James Hardie junction booklet provides the most common junction details between different James Hardie cladding products and other cladding products.These junction details have been developed based on the current knowledge and considering the current construction practices being followed in the industry. These details have been carefully developed to minimise the moisture ingress through these junctions. The performance of these junctions rely on the workmanship of persons installing the products.While every care has been taken in detailing these junctions, still the designers, specifiers or installers should ensure that the selected details are suitable for the project they are working on.When using a James Hardie cladding product, refer to the relevant James Hardie product literature for further information regarding installation, product sizes, accessories and warranty information. Fixings, flashings and other components used must meet the durability requirements of Clause B2 of New Zealand Building Code (NZBC). The construction method to be selected should be as per the relevant product literature.

Note: The junction flashings shown in the details are available through your local building merchants.

if you are a specifierOr other responsible party for a project, ensure that the details in this document are appropriate for the application you are planning and that you undertake specific design to develop the details for junctions which are not covered in this manual.

if you are an installerEnsure that the flashings with at least minimum sizes as specified in these details are used.

Make sure your information is up to dateWhen specifying or installing James Hardie products, ensure you have the current product manual. If you are not sure you do, or you need more information, visit www.jameshardie.co.nz or Ask James Hardie™ on 0800 808 868.

we VAlue Your FeeDbAckTo continue with the development of our products and systems, we value your input. Please send any suggestions, including your name, contact details, and relevant sketches to:

Ask James Hardie™ Fax 0800 808 988 [email protected]

1.2 ScopeThis cladding junction detail manual is only developed for the projects which fall within the scope of buildings covered under NZS 3604 and E2/AS1.

1.3 reSponSibilitYThe specifier/designer or the other party responsible for the project is responsible for ensuring that the information and details included in this manual are suitable for the intended application.This junction booklet must be used in conjunction with the relevant product technical specification or installation manual.


Figure 1: Vertical junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 1

Figure 2: Vertical junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 2


Figure 3: Vertical junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 1

Figure 4: Vertical junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 2


Figure 5: Internal corner junction between Scyon® Linea® Weatherboard and James Hardie Titan® Facade Panel — option 1

Figure 6: Internal corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 2


Figure 7: External corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding — option 1

Figure 8: External corner junction between Scyon® Linea® Weatherboard and James Hardie Titan® Facade Panel — option 2


Figure 9: External corner junction between Scyon® Linea® Weatherboard on cavity and James Hardie flat sheet cladding — option 2

Figure 10: Junction between Scyon® Linea® Weatherboard and stucco plaster claddings


Figure 11: Internal corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings — option 1

Figure 12: Internal corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings — option 2


Figure 13: External corner junction between Scyon® Linea® Weatherboard and stucco plaster claddings

Figure 14: Junction between Scyon® Linea® Weatherboard and brick veneer


Figure 15: Junction between Scyon® Linea® Weatherboard and brick veneer

Figure 16: Internal corner junction between Scyon® Linea® Weatherboard and brick veneer


Figure 17: External corner junction between Scyon® Linea® Weatherboard and brick veneer


Figure 18: Vertical corner junction between Scyon® Linea® Weatherboard and horizontal metal cladding

Figure 19: Internal corner junction between Scyon® Linea® Weatherboard and horizontal metal cladding


Figure 20: Vertical junction between Scyon® Linea® Weatherboard and EIFS cladding — option 1

Figure 21: Vertical junction between Scyon® Linea® Weatherboard and EIFS cladding — option 2


Figure 22: Internal corner junction between Scyon® Linea® Weatherboard and EIFS cladding

Figure 23: External corner junction between Scyon® Linea® Weatherboard and EIFS cladding


Figure 24: Junction between James Hardie flat panel and brick veneer

Figure 25: Internal corner junction between James Hardie flat panel cladding and horizontal metal cladding


Figure 26: External corner junction between James Hardie flat sheet cladding and brick veneer

Figure 27: Vertical junction between James Hardie flat panel and horizontal metal cladding


Figure 28: Internal corner junction between James Hardie flat panel and brick veneer

Figure 29: External corner junction between soffit and James Hardie flat sheet cladding on cavity


Figure 30: Junction between Scyon® Linea® Weatherboard and fascia board


Figure 31: Junction between Scyon® Linea® Weatherboard and fascia


Figure 32: Internal corner junction between concrete wall panel and Titan® Facade Panel on cavity — option 1

Figure 33: Internal corner junction between concrete wall panel and Titan® Facade Panel on cavity — option 2


Figure 34: External corner junction between Scyon® Linea® Weatherboard and James Hardie flat sheet cladding

Figure 35: Scyon® Linea® Weatherboard expansion joint

50m

m c

over

nom

inal

50m

m c

over

nom

inal

Building underlay

Scyon® Linea®

Weatherboard

Scyon® Linea®

Weatherboard

James Hardie 84mm or100mm Scyon® Axent™ trim

Blocking as required

uPVC or metal 'Z' flashingwith folded edges 50mm x50mm

Scriber

Double stud required

60 x 3.15mm jolt head nailspre-drill with 3mmØ drill beforefixing

Scriber

10 - 15mm gap as perstructural engineer

Note:An expansion joint in framingis required for timber framedwalls longer than 12 metres

www.jameshardie.co.nzCladding Junction Detaila smarter wayTM

®

FIGURE 35: SCYON® LINEA® WEATHERBOARD EXPANSION JOINT

October 2012

Scale 1:2

n_zr-jnc-fig35.dwg


Figure 36: Scyon® Linea® Weatherboard on timber cavity - foundation with level threshold drain

Figure 37: Scyon® Linea® Weatherboard on timber cavity - foundation over concrete nib


Figure 38: Vertical junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding – option 1

Figure 39: Vertical junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding – option 2


Figure 40: External corner junction between Scyon® Linea® Weatherboard on cavity over RAB® Board and James Hardie flat sheet cladding

Figure 41: Junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer


Figure 42: Internal corner junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer

Figure 43: External corner junction between Scyon® Linea® Weatherboard on timber cavity over RAB® Board and Brick Veneer


Figure 44: External corner junction between soffit and James Hardie flat sheet cladding on cavity over RAB® Board

Figure 45: Internal corner junction between concrete wall panel and Titan® Façade Panel on cavity over RAB® Board – option 1


Figure 46: Internal corner junction between concrete wall panel and Titan® Façade Panel on cavity over RAB® Board – option 2

Figure 47: Scyon® Linea® Weatherboard on timber cavity over RAB® Board at enclosed deck


Figure 48: Scyon® Linea® Weatherboard on timber cavity over RAB® Board pipe penetration

Figure 49: Scyon® Linea® Weatherboard on timber cavity over RAB® Board cantilevered deck junction

Notes



Copyright February 2013. © James Hardie New Zealand. TM and ® denote a trademark or registered mark owned by James Hardie Technology Limited.

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Cladding Junction Details