T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 1

TIMBER WEATHERBOARDS – NATURALLY BETTER FOR MORE THAN A CENTURY

T A R A N A K I P I N E

Insta l la t ion in format ion and technica l drawings

WEATHERBOARD SYSTEM

www.taranakipine.co.nz

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 1

CONTENTS

GENERAL INFORMATION PAGE 2

PRODUCT RANGE PAGE 4

INSTALLATION PAGE 10

TECHNICAL DRAWINGS/JUNCTION DETAILS PAGE 22

WEATHERBOARDS PAGE 4

ACCESSORIES PAGE 5

NAILING SCHEDULE PAGE 7

Bevel Back WEATHERBOARDS PAGE 10

Rusticated WEATHERBOARDS PAGE 14

Vertical Shiplap WEATHERBOARDS PAGE 18

For the latest version, go to www.taranakipine.co.nz/weatherboards

May 2015

Bevel Back WEATHERBOARDS PAGE 22

Rusticated WEATHERBOARDS PAGE 23

Vertical Shiplap WEATHERBOARDS PAGE 24

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 2

GENERALa. Scope

This manual is specific to Taranakipine Weatherboard Systems. Timber weatherboards can be used for buildings that fall within the scope of NZS 3604 Timber Framed Buildings and Acceptable Solutions E2/AS1. Although timber weatherboards can be used on buildings that have a maximum Weathertightness Risk Matrix of 20, you will need to use Acceptable Solutions E2/AS1 Table 3.0 to ascertain which is the correct product and application for your project.

When using introduced components such as flashings, sealants, paint etc please follow the manufacturer’s instructions.Recommendations by Taranakipine are based on good building practice and are not a complete statement of all relevant data. As the installation of the products rely on factors outside the control of Taranakipine, Taranakipine assumes no responsibility for work/systems used in connection with the installation of our products and their suitability to satisfy relevant Building Codes and Regulations, Standards and Council Requirements.

b. Product Information

· Manufactured from environmentally responsible Radiata Pine· Engineered to produce long, defect free products· Kiln dried to between 8%-15% for stability· Treated with organic biocides and fungicides to H3.1 level· Factory coated with an architectural primer (available also with a 2 coat primer and undercoat paint system)

c. Storage & Handling

· Keep all Taranakipine Weatherboards dry and protected from the elements at all times before installation. Inside storage, under cover is best· Schedule the delivery of Taranakipine Weatherboards to site as close to the time of installation as possible· Unload Taranakipine Weatherboards either by hand or a lifting device – do not ‘tip’ them off a truck deck· Carry individual boards on their edge· Do not drag boards in a way that will damage the surface. If the primer has been damaged and bare wood is showing, sand the area to a clean, smooth finish and re prime with a quality primer· Lay flat with bearers underneath at a maximum of 1 metre spacing · Ensure Taranakipine Weatherboards are stored a minimum of 150mm off the ground· If the surface underneath is damp, place a moisture resistant sheet (ie polythene) under the Taranakipine Weatherboards

d. Before Installation

· Check the moisture content and dimensions of Taranakipine Weatherboards. If these are not as per our factory specifications delay installation and contact Taranakipine for advice· Ensure that the framing complies with all requirements of NZS 3604, including the straightness of the framing and the moisture content being less than 20% · Ensure the underlays meet all the requirements of E2/AS1 Table 23 and Section 9.1.7

e. Flashings

· Ensure that these comply with the durability requirements as shown in NZS 3604 section 4 and E2/AS1 Table 20· The design and fabrication needs to comply with E2/AS1 Section 9· Window and door manufacturers are responsible for the supply of head flashings· If the flashing is to be in alongside any copper based timber treatment, a layer of building wrap needs to be inserted between them as a barrier

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 3

f. Sealants and Air Seals

· Sealants are only part of the system to keep buildings weathertight and should not be relied on as being the primary method of protection· All sealants need to be suitable for exterior use· Air Seals are required where a hole, penetration or void (ie windows, metre boxes, doors) occur · Air Seals have two components being Backing Rod of a diameter to suit the gap and the Sealant (acrylic latex, silicon sealant or self expanding polyurethane foam) · Any excess sealant needs to be trimmed

g. Direct Fix / Drained and Vented Cavities

· In low risk situations, Taranakipine Weatherboards can be fixed directly to the studs. Check Acceptable Solutions E2/AS1 Table 3.0· For Bevel Back weatherboards when the risk score exceeds 12, cavity battens are required· For Rusticated weatherboards when the risk score exceeds 6, cavity battens are required· For Vertical Shiplap weatherboards when the risk score exceeds 6, cavity battens are required and it is an Alternative Solution. The cavity battens are horizontal and are castellated timber battens or Cavibat extruded plastic battens· Taranakipine produces cavity battens (44x21mm treated to H3.1) for Bevel Back and Rusticated weatherboards· Cavity closures must be fitted to the bottom of the cavity to prevent vermin entry

h. Painting and preparation

· Always check that Taranakipine Weatherboards are dry (no greater than 15% moisture content) and clean before applying any finishing coats of paint· Preparation and painting must be carried out in a tradesman like manner and to the current requirements of AS/NZS 2311 Guide to Painting of Buildings· If possible it is advisable to apply one coat of the finishing paint before installation. This will give the weatherboards an extra level of protection during the construction process as well as giving good cover at the laps that may move as the total building settles over time· Fill all nail holes with an exterior grade filler as per the manufacturer’s instructions - this should be done as soon as practical to reduce the chance of moisture intrusion. Then sand to a smooth finish and spot prime· Seal all end cuts, mitres, notchings, borings or similar with a suitable good quality primer during the construction process· If the primed surface has been exposed to elements for some time, the surface may have become chalky. If this happens, sanding will be required. Ensure any exposed timber is resealed using a good quality primer before application of the top coats· Select a paint colour with a LRV (Light Reflectance Value) of 45 or more (where 0 = Black and 100 = white measured to ASTM C1549 or ASTM E903) and a gloss level of 10% or more· Using darker than recommended colours will generate more heat in the board and can promote resin bleed· Apply two top coats of a high quality exterior paint as per the manufacturers recommendations · For a better quality, long term paint system a good quality undercoat can be applied before the topcoats

i. Maintenance

· All products are affected by their surrounding environment. By maintaining your property to the level appropriate to its surrounding environment you will ensure its long term performance and beauty· Paint generally requires up to 4 weeks to completely cure, so keep cleaning to a minimum until after this period to avoid any potential damage · Maintenance is generally recommended to be carried out every 12 months, but in more corrosive environments (ie, coastal areas or industrial or geothermal atmospheres) every 6 months is recommended. Pay special attention to areas that do not get regular rain washing such as under soffits · Wash down to remove salt deposits, dirt build up, mould and insect traces (do not use a water blaster)· Moss, mould and lichen can cause long term damage to paint so special care needs to be taken in removing it. Consult your paint supplier for the appropriate cleaner · Check sealants and replace them if they are showing signs of loss of edge adhesion or surface cracking· Check flashings and replace any that have been damaged to the point of allowing water intrusion· Check for missing attachments and loose fittings· In areas of high Weathertightness risk take particular care and resolve any issues immediately to avoid a larger long term problem · Maintain, and where required reapply paint finishes in accordance with the paint manufacturers recommendations

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 4

PRODUCT RANGEa. Weatherboards – Bevel Back, Rusticated and Vertical Shiplap

187

x 18

mm

PA

GE

26

142

x 18

mm

PA

GE

28

230

x 18

mm

PAG

E 25

135

x 18

.5m

m P

AG

E 29

225

x 18

mm

PA

GE

30

180

x 18

.5m

m P

AG

E 31

135

x 18

.5m

m

PAG

E 32

B e v e l B a c k R u s t i c a t e d

180

x 18

mm

PA

GE

27

180

x 18

mm

PA

GE

33

135

x 18

mm

PA

GE

34

Ve r t i c a l S h i p l a p

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 5

PRODUCT RANGEb. Accessories

QUAD 18x18LENGTH 5.4m

SCRIBER 40x10LENGTH 5.4m

EAVES MOULD 18x18LENGTH 5.4m

EAVES MOULD 25x18LENGTH 5.4m

PENCIL ROUND 42x42 LENGTH 5.4m

SCRIBER 40x18LENGTH 5.4m

• All products are H3.1 treated• All accessories are primed with the exception of 44x21 cavity batten

TG&V EAVES LINER 138x19LENGTH 4.88m

PAGE 39 PAGE 40

PAGE 36

PAGE 38

PAGE 37

PAGE 41

FASCIA 225x29LENGTH 6m

PAGE 42 PAGE 43

FASCIA 180x29LENGTH 6m

FASCIA 135x29LENGTH 6m

PAGE 44

FASCIA 225x18LENGTH 6m

PAGE 45

PAGE 48

PAGE 46

FASCIA 180x18LENGTH 6m

FASCIA 135x18LENGTH 6m

PAGE 47

FASCIA 280x29LENGTH 6m

PAGE 35

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 6

PRODUCT RANGE

FASCIA 280x18LENGTH 6m

CAVITY BATTEN 44x21LENGTH 5.4m

• All products are H3.1 treated• All accessories are primed with the exception of 44x21 cavity batten

b. Accessories (cont)

GROOVED FACING 185x18LENGTH 5.4m

GROOVED FACING 138x18LENGTH 5.4m

GROOVED FACING 90x18LENGTH 5.4m

GROOVED FACING 65x18LENGTH 5.4m

SCRIBER 60x18LENGTH 5.4m

SILL BLOCK 65x37LENGTH 5.4m

INTERNAL BOXED CORNER (2 PIECE SET) LENGTH 5.4m

RUSTIC WEATHERBOARD PLUGPER BAG (100pcs x 40mm long)

EXTERNAL BOXED CORNER (2 PIECE SET) LENGTH 5.4m

EAVES MOULD 40x27LENGTH 5.4m

PAGE 54PAGE 53

PAGE 56 PAGE 57

PAGE 60

PAGE 52

PAGE 55

PAGE 58 PAGE 59

PAGE 49 PAGE 50 PAGE 51

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 7

Profile Application Size mm Nail size Nail PositionTaranakipine Bevel Back

Direct Fix 135x18.5, 142x18, 180x18.5, 187x18, 230x18 75x3.15 Single nail on every stud 42mm from bottom of board

Taranakipine Bevel Back

Cavity Fix 135x18.5, 142x18, 180x18.5, 187x18, 230x18 90x4.01 or 75x3.152 Single nail on every stud 42mm from bottom of board

Taranakipine Rusticated

Direct Fix 135x18.5, 180x18.5, 225x18 60x2.8 Single nail on every stud 37mm from bottom of board

Taranakipine Rusticated

Cavity Fix 135x18.5, 180x18.5, 225x18 75x3.153 or 60x2.84 Single nail on every stud 37mm from bottom of board

Taranakipine Vertical Shiplap

Direct Fix 135x18, 180x18 60x2.8 Single nail on every nog 35mm from side of the lap

Taranakipine Vertical Shiplap

Cavity Fix 135x18, 180x18 75x3.15 Single nail on every nog 35mm from side of the lap5,6

Cavity Battens Only horizontal weatherboards

44x21 40x2.51,3 or 60x2.82,4 or 64x2.82,4

300mm centres maximum

1. For Bevel Back profiles as per Acceptable Solutions E2/AS1 ‘temporary fixing of cavity battens’ you can use 40x2.5 galvanised flat head nails to attach the cavity battens. When you do this the weatherboard needs to be attached using 90x4.0 nails. See diagram 1 below.

2. As an alternative you can structurally attach the cavity battens to the studs using 60x2.8 hand driven or 64x2.8 power driven nails as per diagram 2. When you do this the weatherboards can be attached using 75x3.15 nails. NOTE: This is an Alternative Solution and needs to be detailed and presented to the Building Consent Authority

1 2

300mm maximum

12mm either side of centreline

hand-driven 60x2.8 or power-driven 64x2.8

cavity batten

wall underlay

40x2.5

90x4.0

hand-driven 60x2.8 or power-driven 64x2.8

75x3.15

cavity batten

Taranakipine Bevel Back weatherboard

cavity battenwall framing

wall framing

wall underlay

wall underlay

32mm galvanised brad nail for temporary fixing

32mm galvanised brad nail for temporary fixing

c. Nailing Schedule

· Taranakipine recommends hand nailing· Hot dip galvanising must meet the requirements of AS/NZS 4680:2006· In sea spray zones all fittings must be type 316 stainless steel· Use jolt head or annular grooved nails· Nails must penetrate each stud by a minimum of 35mm· E2/AS1 Acceptable Solutions states that weatherboards are required to be fastened over a cavity when the risk score exceeds 6 for Rusticated profiles and exceeds 12 for Bevel Back profiles · E2/AS1 Acceptable Solutions states that Vertical Shiplap weatherboards can be direct fix and on risk scores of 6 or less. For use in higher risk score applications, Vertical Shiplap can be used as an Alternative Solution with horizontal cavity battens up to a risk score of 20. Horizontal cavity battens can be castellated timber batten or Cavibat plastic extruded battens · Vertical Shiplap requires fixing the nogs at 480mm centres maximum

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 8

3 4

300mm maximum

12mm either side of centreline

hand-driven 60x2.8 or power-driven 64x2.8

cavity batten

wall underlay

40x2.5

75x3.15

hand-driven 60x2.8 or power-driven 64x2.8

60x2.8

cavity batten

Taranakipine Rusticated weatherboard

cavity battenwall framing

wall framing

wall underlay

wall underlay

3. For Rusticated profiles as per Acceptable Solutions E2/AS1 ‘temporary fixing of cavity battens’ you can use 40x2.5 galvanised flat head nails to attach the cavity battens. When you do this the weatherboard needs to be attached using 75x3.15 nails. See diagram 3 below

4. As an alternative you can structurally attach the cavity battens to the studs using 60x2.8 hand driven or 64x2.8 power driven nails as per diagram 4. When you do this the weatherboards can be attached using 60x2.8 nails. NOTE: This is an Alternative Solution and needs to be detailed and presented to the Building Consent Authority

32mm galvanised brad nail for temporary fixing

32mm galvanised brad nail for temporary fixing

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 9

5. Castellated timber cavity battens are H3.1 or H3.2 treated and have gaps machined into it at approximately 100mm centres. They have a downward slope on the top at a 20° angle to assist draining water. They are to be fixed onto every nog/dwang using 40x2.5 galvanised flat head nails or 50mm galvanised brad nails

6. Cavibat is an extruded polypropylene fluted cavity batten. Cavibats are installed with 40x2.8mm galvanised flat heat nails or brad gun nailed with galvanised brads at 400mm centres. Please refer to Cavibat’s technical guide for full installation details

5 6nog/dwang at 480mm centres maximum

nog/dwang at 480mm centres maximum

75x3.1540x2.5

75x3.1540x2.5

wall underlay

wall underlay

Taranakipine Vertical Shiplap weatherboard

Taranakipine Vertical Shiplap weatherboard

castellated cavity batten

Cavibat

Castellated timber cavity batten Cavibat plastic cavity batten

For Vertical Shiplap profiles, only direct fix applications are an Acceptable Solution in E2/AS1. However horizontal cavity battens can be used for cavity fix as an Alternative Solution. Two types of horizontal cavity batten can be used: catellated timber cavity batten and Cavibat. Regular timber cavity batten cannot be used as this prevents water drainage through the cavity. Castellated cavity battens and Cavibat both have gaps that allow water to drain

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 10

INSTALLATIONa. Bevel Back

· Set Out Guide - the required overlap is 32mm

· Fixing Method

1. Taranakipine recommend hand nailing (see nailing schedule). Installing Taranakipine Weatherboards is a ‘finishing’ operation, not a framing one

2. Nails must have a minimum penetration of 35mm in to the wall framing 3. If nail gun application is used, make sure the gun does not damage the surface of the board, the pressure is correctly set to

drive the nail below the timber surface but gives adequate holding, and that the galvanising is of the necessary standard4. The bottom weatherboard should overlap the bottom plate or bearer by a minimum of 50mm5. Make sure the bottom of the weatherboard is no closer than 150mm from a paved/concrete ground surface or 225mm

from an uncovered ground surface6. Use only one nail per board at each fixing point7. Locate nails approximately 42mm above the bottom edge of the board. Take care to not nail through the board underneath8. Punch the nail to below the surface and fill with an exterior grade filler as soon as is practical9. Start fixing weatherboards near the centre of the board and work your way outwards10. The weatherboards can be brad nailed at the top above the water groove to temporarily fix the weatherboard in place

before face nailing. The brad nails must be galvanised or stainless steel, 32mm long or less, and 2mm width or less. The brad nail is to be fixed on the minimum number of studs necessary to hold the weatherboard in the proper position and no more than one brad nail per stud

11. Pre drill weatherboards (to avoid splitting) for nail locations within 50mm of board ends12. The top board may have to be cut to neatly fit under the soffit

· Cuts / Joins

1. Minimise joins by planning your cutting to use full lengths where possible 2. Where joins are necessary they must be done over studs or battens. Cut the joint at a 45° angle and face this away from the

prevailing weather3. Stagger the joins so that no two joins are directly overlapping. Avoid placing the join over water drip lines, for example

under the side edge of a window 4. Prime the cut ends and allow the paint to dry 5. For extra protection an exterior grade silicon can be used in between the joining pieces6. Use one nail through the overlapping board to join7. A flat soaker can be used over this join

32mm galvanised brad nail for temporary fixing

single nail as per schedule on page 7

32 min overlap

radius edge

10

Taranakipine Bevel Back weatherboard

32 mm min overlap

wall underlay

single nail as per schedule on page 7

32mm galvanised brad nail for temporary fixing

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 11

· Corners – External

1. Either Taranakipine Box Corners with scribers, or soakers can be used (see below diagrams)2. Box corners must cover the weatherboards by a minimum of 50mm3. Assemble the box corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed4. Position the Taranakipine Box Corners and nail over Taranakipine Weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard5. Fit a tightly cut scriber over the weatherboard against the box corner and nail at 450mm centres using 60x2.8mm (for

40/60x18 scribers) or 50x2.5mm (for 40x10 scribers) galvanised or stainless steel jolt head nails. Pre drilling the nail holes is required through the scribers

6. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

wall underlay corner soaker

Taranakipine Bevel Back Weatherboard

wall underlay carried around corner

Taranakipine Bevel Back Weatherboard

scriber

Taranakipine Box Corner

concrete foundation wall to give 150mm minimum clearance to paving (225mm to ground) at bottom of cladding

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 12

For further junction details for Bevel Back weatherboard refer to index on page 22

Enlarged installation drawings from page 61

External Corners for Bevel Back Cavity Fix External Corners for Bevel Back Direct Fix

External corner with soakers

External Box Corner External Box Corner

External corner with soakers

65 mm

65 mm corner soakers with 15 mm minimum cover

corner flashing with 65 mm weatherboard cover to flashing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboard

wall framing

corner soakers with 15 mm minimum cover

corner flashing with 65 mm weatherboard cover to flashing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboard

wall framing

Taranakipine Bevel Back weatherboard

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

scriber to suit weatherboard profile

Taranakipine Bevel Back weatherboard

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

scriber to suit weatherboard profile

50 mm min cover 50 mm min

cover

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 13

· Corners – Internal

1. Taranakipine Box Corners with scriber can be used or the weatherboards can be butt joined (see below diagrams) 2. Box corners must cover the weatherboards by a minimum of 50mm3. Assemble the Box Corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed4. Position the Taranakipine Box Corners and nail over Taranakipine Weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard5. Fit a tightly cut scriber over the weatherboard against the Box Corner and nail at 450mm centres using 60x2.8mm (for

40/60x18 scribers) or 50x2.5mm (for 40x10 scribers) galvanised or stainless steel jolt head nails. Pre drilling the nail holes is required through the scribers

6. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

Internal Corners for Bevel Back Cavity Fix Internal Corners for Bevel Back Direct Fix

For further junction details for Bevel Back weatherboard refer to index on page 22

Enlarged installation drawings from page 63

Internal Box Corner with scriber Internal Box Corner with scriber

Butted internal corner Butted internal corner

Taranakipine Bevel Back weatherboard

Taranakipine internal Box Corner

scriber

wall underlay

65 mm overlay offlashing to cladding

Taranakipine Bevel Back weatherboard

Taranakipine internal Box Corner

scriber

wall underlay

65 mm overlay offlashing to cladding

wall underlaywall underlay

butt weatherboards into 42x42 H3.1

butt weatherboards into 42x42 H3.1

one piece corner flashing with 65mm weatherboard cover

one piece corner flashing with 65mm weatherboard cover

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 14

b. Rusticated

· Set Out Guide - the required overlap is 27mm (25mm lap of the board below and a 2mm expansion gap)

· Fixing Method

1. Taranakipine recommend hand nailing (see nailing schedule). Installing Taranakipine Weatherboards is a ‘finishing’ operation, not a framing one

2. Nails must have a minimum penetration of 35mm in to the wall framing 3. If nail gun application is used, make sure the gun does not damage the surface of the board, the pressure is correctly set to

drive the nail below the timber surface but gives adequate holding, and that the galvanising is of the necessary standard4. The bottom weatherboard should overlap the bottom plate or bearer by a minimum of 50mm5. Make sure the bottom of the weatherboard is no closer than 150mm from a paved/concrete ground surface or 225mm

from an uncovered ground surface6. Use only one nail per board at each fixing point7. Locate nails a minimum 37mm above the bottom edge of the board. Take care to not nail through the board underneath8. Punch the nail to below the surface and fill with an exterior grade filler as soon as is practical9. Start fixing weatherboards near the centre of the board and work your way outwards10. The weatherboards can be brad nailed at the top above the water groove to temporarily fix the weatherboard in place

before face nailing. The brad nails must be galvanised or stainless steel, 32mm long or less, and 2mm width or less. The brad nail is to be fixed on the minimum number of studs necessary to hold the weatherboard in the proper position and no more than one brad nail per stud

11. Pre drill weatherboards (to avoid splitting) for nail locations within 50mm of board ends12. The top board may have to be cut to neatly fit under the soffit

· Cuts / Joins

1. Minimise joins by planning your cutting to use full lengths where possible 2. Where joins are necessary they must be done over studs or battens. Cut the joint at a 45° angle and face this away from the

prevailing weather3. Stagger the joins so that no two joins are directly overlapping. Avoid placing the join over water drip lines, for example

under the side edge of a window 4. Prime the cut ends and allow the paint to dry 5. For extra protection an exterior grade silicon can be used in between the joining pieces6. Use one nail through the overlapping board to join

Taranakipine Rusticated weatherboard

wall underlay

Single nail.see nailing schedule on page 7

radius edge

nail 37mm above the lap 25mm lap

2mm expansion gapSingle nail.see nailing schedule on page 7

10mm

32mm galvanised brad nail for temporary fixing

32mm galvanised brad nail for temporary fixing

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 15

· Corners – External

1. Taranakipine Box Corners with scribers or Rustic Plugs are recommended (see below diagrams)2. Box corners must cover the weatherboards by a minimum of 50mm3. Assemble the box corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed4. Position the Taranakipine Box Corners and nail over Taranakipine Weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard5. Fit a tightly cut scriber over the weatherboard against the Box Corner and nail at 450mm centres using 60x2.8mm (for

40/60x18 scribers) or 50x2.5mm (for 40x10 scribers) galvanised or stainless steel jolt head nails. Pre drilling the nail holes is required through the scribers. Alternatively, use Taranakipine Rustic Plugs to slide in to the coved cavity at the top of each weatherboard.

6. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

wall underlay carried around corner

Taranakipine Rusticated Weatherboard

Taranakipine Box Corner

concrete foundation wall to give 150mm minimum clearance to paving (225mm to ground) at bottom of cladding

Taranakipine Rustic Plug

Taranakipine scriber

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 16

For further junction details for Rusticated weatherboard refer to index on page 23

Enlarged installation drawings from page 111

Taranakipine Rusticated weatherboards

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

Rustic Plug

Taranakipine Rusticated weatherboards

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

Rustic Plug

50 mm min cover 50 mm min

cover

External Corners for Rusticated Cavity Fix External Corners for Rusticated Direct Fix

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 17

· Corners – Internal

1. Taranakipine Box Corners with scribers or Rustic Plugs can be used (see below diagrams)2. Alternatively the Rusticated weatherboard can be butted against 42x42 H3.1 treated timber (see below diagrams)3. Box corners must cover the weatherboards by a minimum of 50mm4. Assemble the Box Corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed5. Position the Taranakipine Box Corners and nail over Taranakipine Weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard6. Fit a tightly cut scriber over the weatherboard against the Box Corner and nail at 450mm centres using 60x2.8mm

(for 40/60x18 scribers) or 50x2.5mm (for 40x10 scribers) galvanised or stainless steel jolt head nails. Alternatively use Taranakipine Rustic Plugs to slide in to the coved cavity at the top of each weatherboard. Pre drilling the nail holes is required through the scribers

7. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

Internal Corners for Rusticated Cavity Fix Internal Corners for Rusticated Direct Fix

For further junction details for Rusticated weatherboard refer to index on page 23

Enlarged installation drawings from page 113

Internal Box Corner with Rustic Plug Internal Box Corner with Rustic Plug

Butted internal corner Butted internal corner

Taranakipine Rusticated weatherboards

Taranakipine internal Box Corner

Taranakipine Rustic Plug

wall underlay

65 mm overlay offlashing to cladding

Taranakipine Rusticated weatherboards

Taranakipine internal Box Corner

Taranakipine Rustic Plug

wall underlay

65 mm overlay offlashing to cladding

wall underlaywall underlay

butt weatherboards into 42x42 H3.1

butt weatherboards into 42x42 H3.1

one piece corner flashing with 65mm weatherboard cover

one piece corner flashing with 65mm weatherboard cover

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 18

see nailing schedule on page 7

Nog/Dwang

Taranakipine Vertical Shiplap weatherboard

35 mm

23 mm overlap

2 mm gap

wall underlay

c. Vertical Shiplap

· Preparation - 480mm centre maximum nog spacing

· Set Out Guide - the required overlap is 23mm

· Fixing Method

1. Fixing Taranakipine Vertical Shiplap weatherboards requires nogs at 480mm centres maximum2. The exposed wood of the weatherboard (top and bottom) must be primed3. Taranakipine recommend hand nailing (see nailing schedule). Installing Taranakipine Weatherboards is a ‘finishing’ operation,

not a framing one4. Nails must have a minimum penetration of 35mm in to the wall framing 5. If nail gun application is used, make sure the gun does not damage the surface of the board, the pressure is correctly set to

drive the nail below the timber surface but gives adequate holding, and that the galvanising is of the necessary standard6. The bottom of the Vertical Shiplap weatherboards should overlap the bottom plate or bearer by a minimum of 50mm7. Make sure the bottom of the weatherboard is no closer than 150mm from a paved/concrete ground surface or 225mm

from an uncovered ground surface. Ensure the end is completely sealed with a quality primer8. Use only one nail per board at each fixing point9. Locate nails approximately 35mm to the side edge of the board. Take care to not nail through the board underneath10. Punch the nail to below the surface and fill with an exterior grade filler as soon as is practical11. Pre drill weatherboards (to avoid splitting) for nail locations within 50mm of board ends

· Cuts / Joins

1. Minimise joins by planning your cutting to use full lengths where possible 2. Where joins are necessary they must be done over nogs. Cut the joint at a 45° angle with the top board overlapping the

bottom board3. Prime the cut ends and allow the paint to dry 4. For extra protection an exterior grade silicon can be used in between the joining pieces5. Use one nail through the overlapping board to join

480mm centres maximum

Nog/Dwang

Taranakipine Vertical Shiplap weatherboard

wall underlay

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 19

· Corners – External

1. Taranakipine Box Corners are recommended (see below diagram)2. Box corners must cover the weatherboards by a minimum of 50mm3. Assemble the Box Corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed4. Position the Box Corners and nail over Taranakipine Vertical Shiplap weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard5. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

wall underlay carried around corner

Taranakipine Vertical Shiplap Weatherboard

Taranakipine Box Corner

concrete foundation wall to give 150mm minimum clearance to paving (225mm to ground) at bottom of cladding

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 20

Taranakipine Vertical Shiplap weatherboards

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

External Corners for Vertical Shiplap Direct Fix

External corner with Box Corner

For further junction details for Bevel Back weatherboard refer to index on page 24

Enlarged installation drawings from page 161

External corner with Box Corner

Taranakipine Vertical Shiplap weatherboards

wall framing

wall underlay continuous around external corner

Taranakipine externalBox Corner

50 mm min cover

External Corners for Vertical Shiplap Direct Fix

Cavibat or castellated cavity battens

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 21

· Corners – Internal

1. Taranakipine Box Corners or butt joints are recommended (see below diagrams) 2. Box corners must cover the weatherboards by a minimum of 50mm3. Assemble the Box Corners with 50x2.5mm galvanised or stainless steel jolt head nails at approximately 250mm centres –

pre drill holes where needed4. Position the Box Corners and nail over Taranakipine Vertical Shiplap Weatherboards using 75x3.15mm galvanised or stainless

steel jolt head nails at approximately 450mm centres, taking care to not nail through two layers of weatherboard5. When butt joining, use an external corner flashing. An exterior grade sealant can also be used as extra protection6. Ensure that all cut ends are primed and all nail holes are filled with an exterior grade filler

Internal Corners for Vertical Shiplap Cavity Fix

Internal Corners for Vertical Shiplap Direct Fix

Internal Box Corner Internal Box Corner

Butted internal cornerButted internal corner

Taranakipine Vertical Shiplap weatherboards

Taranakipine internal Box Corner

wall underlay

65 mm overlay offlashing to cladding

Taranakipine Vertical Shiplap weatherboard

Taranakipine internal Box Corner

wall underlay

65 mm overlay offlashing to cladding

wall underlay

wall underlay

butt joinbutted join

one piece corner flashing with 65mm weatherboard cover

one piece corner flashing with 65mm weatherboard cover

Taranakipine Vertical Shiplap weatherboards

Taranakipine Vertical Shiplap weatherboards

For further junction details for Rusticated weatherboard refer to index on page 24

Enlarged installation drawings from page 163

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 22

TECHNICAL DRAWINGS/JUNCTION DETAILSBelow are many commonly used details for Bevel Back Weatherboards

BEVEL BACK

CAVITY FIX

Above EIFS ............................. 65

Above fibre cement ................ 66

Above masonry ....................... 67

Above metal ............................ 68

Above stucco .......................... 69

Al. sliding door head .............. 70

Al. sliding door jamb .............. 71

Al. sliding door sill .................. 72

Al. window head ..................... 73

Al. window jamb ..................... 74

Al. window sill ......................... 75

Base of wall (concrete) ........... 76

Base of wall (timber) ............... 77

Below EIFS ............................. 78

Below fibre cement ................ 79

Below metal ............................ 80

Below stucco .......................... 81

External corner to metal ......... 82

External corner to stucco ...... 83

External to EIFS ...................... 84

External to fibre cement ......... 85

External to masonry ............... 86

External to metal .................... 87

Internal to stucco ................... 88

Internal to EIFS ....................... 89

Internal to fibre cement .......... 90

Internal to masonry ................ 91

Internal to metal ..................... 92

Parallel apron flashing ............ 93

Roof/wall junction at gutter ... 94

Timber door head ................... 95

Timber door jamb ................... 96

Top of parapet ........................ 97

Top of solid handrail ............... 98

Transverse apron flashing ...... 99

DIRECT FIX

Above masonry ....................... 100

Al. sliding door head .............. 101

Al. sliding door jamb .............. 102

Al. window head ..................... 103

Al. window jamb ..................... 104

Al. window sill ......................... 105

Base of wall (concrete) ........... 106

External to masonry ............... 107

Internal to masonry ................ 108

Timber door head ................... 109

Timber door jamb ................... 110

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 23

TECHNICAL DRAWINGS/JUNCTION DETAILSBelow are many commonly used details for Rusticated Weatherboards

RUSTICATED

CAVITY FIX

Above EIFS ............................. 115

Above fibre cement ................ 116

Above masonry ....................... 117

Above metal ............................ 118

Above stucco .......................... 119

Al. sliding door head .............. 120

Al. sliding door jamb .............. 121

Al. sliding door sill .................. 122

Al. window head ..................... 123

Al. window jamb ..................... 124

Al. window sill ......................... 125

Base of wall (concrete) ........... 126

Base of wall (timber) ............... 127

Below EIFS ............................. 128

Below fibre cement ................ 129

Below metal ............................ 130

Below stucco .......................... 131

External corner to metal ......... 132

External corner to stucco ...... 133

External to EIFS ...................... 134

External to fibre cement ......... 135

External to masonry ............... 136

External to metal .................... 137

Internal to stucco ................... 138

Internal to EIFS ....................... 139

Internal to fibre cement .......... 140

Internal to masonry ................ 141

Internal to metal ..................... 142

Parallel apron flashing ............ 143

Roof/wall junction at gutter ... 144

Timber door head ................... 145

Timber door jamb ................... 146

Top of parapet ........................ 147

Top of solid handrail ............... 148

Transverse apron flashing ...... 149

DIRECT FIX

Above masonry ....................... 150

Al. sliding door head .............. 151

Al. sliding door jamb .............. 152

Al. window head ..................... 153

Al. window jamb ..................... 154

Al. window sill ......................... 155

Base of wall (concrete) ........... 156

External to masonry ............... 157

Internal to masonry ................ 158

Timber door head ................... 159

Timber door jamb ................... 160

T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M 24

TECHNICAL DRAWINGS/JUNCTION DETAILSBelow are many commonly used details for Vertical Shiplap Weatherboards

Vertical Shiplap

CAVITY FIX

Al. sliding door head .............. 165

Al. sliding door jamb .............. 166

Al. sliding door sill .................. 167

Al. window head ..................... 168

Al. window jamb ..................... 169

Al. window sill ......................... 170

Base of wall (concrete) ........... 171

Base of wall (timber) ............... 172

Roof/wall junction at gutter ... 173

Timber door head ................... 174

Timber door jamb ................... 175

Top of parapet ........................ 176

DIRECT FIX

Al. sliding door head .............. 177

Al. sliding door jamb .............. 178

Al. window head ..................... 179

Al. window jamb ..................... 180

Al. window sill ......................... 181

Base of wall (concrete) ........... 182

Timber door head ................... 183

Timber door jamb ................... 184

25T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0155

Area = 3695.14mm

NOTE:Cover = 188mmLap = 42mm

230 x 18 BB/WB

R2

230

29.5

5

3

9.7

8

10

66.56

7

21.5

18

6

3

6

3

52

90

26T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0154

Area: 3015.92mm

NOTE:Cover = 155mmLap = 32mm

187 x 18 BB/WB

R2

187

17.5

5

3

9.7

8

10

115.5

6

7

71.5

18

27T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0120

Area: 2980.07mm

NOTE:Cover = 148mmLap = 32mm

180 x 18.5 BB/WB

R3

180 161

6

10

4

18.5

19

6

3

9.5

110

70

28T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0153

Area: 2292.24mm

NOTE:Cover = 110mmLap = 32mm

142 x 18 BB/WB

R2

142

17.5

5

3

9.7

8

10

91.3

6

7

50.7

18

29T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEET

Area = 2237.57mm

DESCRIPTION: 135 X 18.5 bb/wb 0121PROFILE NUMBER:

R3

135

19

116

6

3

9.5

50

6

10

85

4

18.5

NOTE:Cover = 103mmLap = 32mm

30T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

Area = 3342.53mm

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0123225x18 F/J Scalloped Rustic

71225

73

918

R3

10

6

11

54

4

9 9

6

3

3.5

R25

67

19

18

175

31T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:180x18.5 F/J Scolloped Rustic W/B 1979

Area = 2604.84mm

0090

R3

10

6

11 4

9 9.5

R25

9

57

6

3

67

19

18

60

36

180

DESCRIPTION:

32T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

R25

R3

9

10

6

11

19

32

57

6

3

135

67

19

18

4

9 9.5

PROFILE DATA SHEETPROFILE NUMBER:135x18.5 F/J Scolloped Rustic W/B 1970

Area = 1772.34mm

NZ0091DESCRIPTION:

33T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:180x18 Vertical Shiplap WB 0201DESCRIPTION:

25

148

180

9

18

34T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:135x18 Vertical Shiplap WB 0202DESCRIPTION:

25

103135

9

18

35T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: 18mm Quad NZ0009

Area = 251.38mm

R18

13

10

25

46.7°

36T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

R5

40

10

PROFILE NUMBER:DESCRIPTION: 40 x 10 Scriber NZ0172

Area = 389.27mm

PROFILE DATA SHEET

37T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

R9

40

18

PROFILE NUMBER:DESCRIPTION: 40 x 18 Scriber NZ0173

Area = 685.23mm

PROFILE DATA SHEET

38T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ016225 x 18 Eaves Mould

25

18

5

Area: 320.87mm

39T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: 42x42 DAR 2mm P/RND 3083

42

42

R2

Area = 1761mm

40T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

35.8

5

121

48

138

5

34° 34°

34°

65

49

49

R3

R356

3.5

5

15.5

63.5

3

37

PROFILE NUMBER:DESCRIPTION: 138 x 19 E&CB 130 Cover 802

Area = 2389.58mm

PROFILE DATA SHEET

41T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ004518mm Eaves Mould

Area = 320.87mm

18

18

5

42T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION:

Area = 6391.27mm

225x29 Local Market Fascia NZ0099

225

R3

29

7

8

12

10

43T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION:

Area = 5811.27mm

180x29 Local Market Fascia NZ0100

205

R3

29

7

8

12

10

44T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION:

Area = 3781.27mm

135x29 Local Market Fascia NZ0102

135

R3

29

7

8

12

10

45T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

225

R3

7

8

12

10

18

Area = 3916.27mm

225x18 Local Market Fascia NZ0103PROFILE NUMBER:DESCRIPTION:

PROFILE DATA SHEET

46T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEET

Area = 3106.27mm

180x18 Local Market Fascia NZ0104PROFILE NUMBER:DESCRIPTION:

180

R3

18

7

8

12

10

47T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

Area = 2296.27mm

135x18 Local Market Fascia NZ0105PROFILE NUMBER:DESCRIPTION:

135

R3

18

7

8

12

10

PROFILE DATA SHEET

48T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION:

Area = 7986.27mm

280x29 Local Market Fascia NZ0144

280

R3

29

7

8

12

10

49T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: 44x21 Cavity Batten

44

22

Area = 968mm

50T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: 138x18 Grooved Facing NZ0545

Area = 2339.03mm9

11

138

7 9

11

79

18

98

R1.5

51T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION:

Area = 4906.27mm

280 x 18 Local Market Fascia NZ0148

280

R3

7

8

12

10

18

52T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: 24 x 9 Rustic Plug NZ0161

Area = 163.28mm

R25

9

24

4.8

(Suits NZ0090 / NZ0091 / NZ0123)

53T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

40

27

545°

PROFILE NUMBER:DESCRIPTION: 40 x 27 Eaves Mould NZ0174

Area = 1073.75mm

PROFILE DATA SHEET

54T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

R9

60

18

PROFILE NUMBER:DESCRIPTION: 60 x 18 Scriber NZ0175

Area = 1045.23mm

PROFILE DATA SHEET

55T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

PROFILE DATA SHEETPROFILE NUMBER:DESCRIPTION: NZ0190 &

NZ0191100x18 Box Corner (2 pieces)

10

5 4

13

R2

5.253.25 9.5

8

82 85

5 4

10 8

4

45

10

18

18

R2

R2

82

100

18

16

Part#190 Part#191Area = 1722.85mm Area = 1463.67mm

56T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

NZ0290 &NZ0291

85 82

R2

1054

13

3.255.259.5

8

5 4

10

18

R2

100

8 103

87

31

4

Internal

Internal

PROFILE NUMBER:DESCRIPTION: 85 x 18 Box Corner (2 pieces)

Area = 1724.57mm

PROFILE DATA SHEET

Part#290 Part#291Area = 1463.67mm

57T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

65

187

11 9

R1.5

PROFILE NUMBER:DESCRIPTION: 65 x 18 Grooved Facing NZ0543

Area = 1025.03mm

PROFILE DATA SHEET

58T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

90

187

11 9

R1.5

7

PROFILE NUMBER:DESCRIPTION: 90 x 18 Grooved Facing NZ0544

Area = 1475.03mm

PROFILE DATA SHEET

59T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

185

18

79

11

R1.5

7

PROFILE NUMBER:DESCRIPTION: 185 x 18 Grooved Facing NZ0546

Area = 3185.03mm

PROFILE DATA SHEET

60T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

65

6

1052

37

PROFILE NUMBER:DESCRIPTION: 65 x 37 Sill Block NZ0163

Area = 2138.78mm

PROFILE DATA SHEET

70.6°

61T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS BEVEL BACK CAVITY FIX

External corner with soakers

wall framing

wall underlay continuousaround external corner

Taranakipine Bevel Back weatherboards

corner soakers with 15 mm minimum cover

External boxed corner

wall framing

wall underlay continuousaround external corner

Taranakipine Bevel Back weatherboards

Taranakipine externalBox Corner

50 mm min cover

scriber to suitweatherboard

50 mm mincover

mm weatherboard cover

TECH DRAWINGS/JUNCTION DETAILS

62T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS BEVEL BACK DIRECT FIX

wall framing

wall underlay continuousaround external corner

65 mm

65 mm

corner soakers with 15 mm minimum cover

mm weatherboard cover

External corner with soakers

Taranakipine Bevel Back weatherboards

wall framing

wall underlaycontinuous around external corner

Taranakipine externalBox Corner

50 mm min cover

scriber to suit weatherboard

50 mm mincover

External boxed corner

Taranakipine Bevel Back weatherboards

TECH DRAWINGS/JUNCTION DETAILS

63T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: BEVEL BACK CAVITY FIX - INTERNAL CORNERS

65mm weatherboard cover

butt weatherboards into42x42 H3.1

wall underlay

Butted internal corner

Taranakipine internalBox Corner

Scriber

Taranakipine Bevel Backweatherboards

65 mm overlap of

wall underlay

Internal Box Corner with scriber

TECH DRAWINGS/JUNCTION DETAILS

64T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: BEVEL BACK DIRECT FIX - INTERNAL CORNERS

65mm weatherboard cover

butt weatherboards into42x42 H3.1

wall underlay

Butted internal corner

Internal Box Corner with scriber

Taranakipine internalBox Corner

Scriber

Taranakipine Bevel Backweatherboards

65 mm overlap of

wall underlay

TECH DRAWINGS/JUNCTION DETAILS

65T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - ABOVE EIFS

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

50 mm cladding cover

35 mm min

15° min

5 mm gap

66T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - ABOVE FIBRE CEMENT

50 mm cladding cover

35 mm min

15° min

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

5 mm gap

67T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ABOVE MASONRY

Flashing dimensions

leave every 3rd perpend open for ventilation in course under sill brick

50 mm cladding cover 15° min

20 mm

50 mm

sill brick

mortar

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

5 mm gap

68T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ABOVE METAL

Flashing dimensions

50 mm cladding cover 15° min

dimension for overlapto be over 1 1

2 crests

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

5 mm gap

69T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ABOVE STUCCO

Flashing dimensions

stucco on backing (non-rigid or rigid on slip layer)

50 mm cladding cover

35 mm min

15° min

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

5 mm gap

70T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Bevel Back weatherboard to NZS 3617

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

44x21 Taranakipine cavity battens

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

71T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Bevel Back weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packing

air seal over backing rod

with 35 mm facings

wall underlay dressed

44x21 Taranakipine cavity battens

timber slimline reveal (or architrave)

scriber extending to underside of weatherhead

15 mm

72T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM SLIDING DOOR SILL

cavity closure positioned to give 10 mm drip edge to cladding

Taranakipine Bevel Back weatherboards

air seal

timber packer

blocking to

boundary joists reduced in size

aluminium door sill with 35 mm facing

wall underlay dressed into

tape over full width of sill and turned up 100 mm at corners

44x21 Taranakipine cavity battens50

support bracket (as required by door manufacturer)

continuous jamb packer shown dotted

dpc

timber sill

timber trim

73T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM WINDOW HEAD

Taranakipine Bevel Back weatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

44x21 Taranakipine cavity battens

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

of weatherhead and sealed

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

74T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM WINDOW JAMB

Taranakipine Bevel Back weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packer

air seal over backing rod

with 35 mm facings

wall underlay dressed

44x21 Taranakipine cavity battens

scriber extending to underside of weatherhead

timber slimline reveal (or architrave)

15 mm

75T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

tape full width of sill turned up 100 mm at corners

Taranakipine Bevel Back weatherboards

internal lining

44x21 Taranakipine cavity battens

line of continuous jamb packer

air seal over backing rod

chamfer sill framing as necessary to support sill

timber slimline reveal (or architrave)

5° fall min

20 mm stop-end hem to back

35 mm facings

line of scriber

150 mm long sill tray

stop-end

to suit depth of aluminium

facings

35 mm min

weatherboard

76T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - BASE OF WALL (CONCRETE)

ground level

internal lining

slab

foundation

50 mm

Taranakipine Bevel Back

to NZS 3617

44x21 Taranakipine cavity battens

wall underlaybottom plate on dpc cavity base closure positioned to give

10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

100 mm min (paved)175 mm min (unpaved )

77T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - BASE OF WALL (TIMBER)

Taranakipine Bevel Back weatherboards to NZS 3617

boundary joists

wall underlay

44x21 Taranakipine cavity battens

50

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

wall plate on dpc

foundation wall

78T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - BELOW EIFS

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

lapped over bottom trim

50 mm cladding cover

35 mm min

15° min

proprietary PVC base trim

plaster to create drip edge

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

79T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - BELOW FIBRE CEMENT

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Bevel Back weatherboardsto NZS 3617

additional underlay or

50 mm cladding cover

35 mm min

15° min

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

80T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - BELOW METAL

Flashing dimensions

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

bottom trim

100 mm minupstand

35 mm min

15° min

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

5 mm gap

81T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

form a drip edge and support bottom edge of plaster.

44x21 Taranakipine cavity battens

stucco on backing (non-rigid or rigid on slip layer)

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

upstand

50 mm cladding cover

35 mm min

15° min

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

CAVITY FIX - BELOW STUCCO

82T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

scriber to suit

gap (10 mm recommended)

65 mm

100 mm cladding cover

cladding cover

CAVITY FIX - EXTERNAL CORNER TO METAL

83T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - EXTERNAL CORNER TO STUCCO

stucco on backing (non-rigid or rigid on slip layer)

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards scriber to suit

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens at 400 crs

84T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - EXTERNAL TO EIFS

EIFS cladding

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards

scriber to suit

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

85T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - EXTERNAL TO FIBRE CEMENT

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards

scriber to suit

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

86T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - EXTERNAL TO MASONRY

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards

sealant over backing rod

masonry veneer

scriber to suit weatherboard

20 mm

40 - 75 mm

edge of slab (provide nib to support end of veneer wall)

90 x 19 Taranakipine grooved facing

44 x 21 Taranakipine cavity battens

87T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - EXTERNAL CORNER TO METAL

Flashing dimensions

Taranakipine Bevel Back weatherboard

wall framing

wall underlay continuous around external corner

scriber to suit

65 mm

65 mm cladding cover

cladding cover

cladding

recommended)

min

20 mm

50 mm 25 mm

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

88T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - INTERNAL CORNER TO STUCCO

Flashing dimensions

wall framing

wall underlay continuous around internal corner

Taranakipine Bevel Back weatherboards

65 mm

scriber to suit

65 x 19 Taranakipinegrooved facing

sealant over backing rod

stucco on backing (non-rigid or rigid with slip layer)

cladding cover

65 mmcladding

cover

44x21 Taranakipine cavity battens positioned to provide drainage

89T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - INTERNAL TO EIFS

wall framing

wall underlay continuous around internal corner

Taranakipine Bevel Back weatherboards

65 mm

65 mm

scriber to suit

65 x 19 Taranakipinegrooved facing

sealant over backing rod

EIFS cladding

cladding cover

cladding cover

44x21 Taranakipine cavity battens positioned to provide drainage

90T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK

Flashing dimensions

CAVITY FIX - INTERNAL TO FIBRE CEMENT

wall framing

wall underlay continuous around internal corner

Taranakipine Bevel Back weatherboards

65 mm

scriber to suit

65 x 19 Taranakipinegrooved facing

cladding cover

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

91T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - INTERNAL TO MASONRY

wall framing

wall underlay continuous around internal corner

Taranakipine Bevel Back weatherboards

scriber to suit

masonry veneer cavity

masonry veneer

12 mm min

40 - 75 mm 30 mm

masonry veneer cavity

dimension to suit

3 mm gap to masonry

fold edge to

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

92T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - INTERNAL CORNER TO METAL

Flashing dimensions

Taranakipine Bevel Back weatherboard

wall framing

wall underlay continuous around internal corner

65 mm

scriber to suit

65 x 19 Taranakipinegrooved facing

cladding cover

cladding

turn up troughs at sheet ends sealant over backing rod

recommended)

min

20 mm

50 mm 25 mm

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

93T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - PARALLEL APRON FLASHING

Flashing dimensions

Taranakipine Bevel Back weatherboard

roof underlay carried up face of framing behind 70 mm min

35 mm min

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

75 mm min cover

overlap 2 crests minimum dimension, folded into next trough

turn down into trough35 mm min

on roof underlay and wire netting

removed without removal of cladding

44x21 Taranakipine cavity battens

94T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - ROOF/WALL JUNCTION AT GUTTER

in E2/AS1 for very high wind zones and all wind zones where roof pitch <10°

Taranakipine fascia board to suit gutter brackets and fall - 35 mm min fascia cover to weatherboard

gutter

Taranakipine Bevel Back weatherboards to NZS 3617

weatherboard lap

75

roof framing

behind weatherboards as shown in detail 1.2.6.4

on roof underlay and wire netting

internal lining

50 mm minoverhang taken from back face of

gutter

packer

44x21 Taranakipine cavity battens

95T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Bevel Back weatherboard to NZS 3617

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

air seal over backing rod

wall underlay dressed into

tape over underlay at corners

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

cavity base closure positioned to give

15 mm min drip edge to cladding

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

44x21 Taranakipine cavity battens

96T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - TIMBER DOOR JAMB

scriber

Taranakipine Bevel Back weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

line of weatherhead over

extended to trimming studs

90 x 19 Taranakipinegrooved facing

19 mm min continuous jamb packing

air seal over backing rod

line of sill

wall underlay dressed

slotted into groove cut into underside of jamb

20 mm

44x21 Taranakipine cavity battens

97T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - TOP OF PARAPET

5° min slope

Taranakipine Bevel Back weatherboard to NZS 3617

wall underlay carried over top of framing

H3.1 min treated packer to provide fall

70 mm min70 mm min

additional underlay to provide separation of metal capping and copper-based treated timber

wall cladding

44x21 Taranakipine cavity battens

98T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - TOP OF SOLID HANDRAIL

5° min slope (10° recommended)

wall underlay carried over top of framing

H3.1 min treated packer to provide fall

70 mm min70 mm min

additional underlay to provide separation of metal capping and copper-based treated timber

10° min slope

wall underlay carried over top of framing

H3.2 treated capping shaped to provide falls

70 mm min 70 mm min

additional double layer underlay to provide separation between metal

treated timber positioned to secure

through top of capping

20 mm nominal cavity battens

H3.1 min treated wall framing

H3.1 min treated wall framing

behind main wall cladding at enclosed balustrade/wall junction

B1.2.9.2/3

C1.2.9.2/3

B1.2.9.2/3

C1.2.9.2/3

behind main wall cladding at enclosed balustrade/wall junction

B1.2.9.2/3 SECTION

B1.2.9.2/3SECTION (ALTERNATIVE)

Taranakipine Bevel Back weatherboard to NZS 3617

Taranakipine Bevel Back weatherboard to NZS 3617

44x21 Taranakipine cavity battens

99T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK CAVITY FIX - TRANSVERSE APRON FLASHING

Flashing dimensions

Taranakipine Bevel Back weatherboard - to NZS 3617

underlay carried up face of framing behind 70 mm min

35 mm min

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

75 mm min cover

130 mm cover for L and M wind zones and >10° roof pitch; 200 mm cover for all other cases to max VH wind zone

edging into roof troughs

110 min200 mm

35 mm min

underlay and wire netting

Note: alternative top edge

shown to allow apron

without removal of cladding

44x21 Taranakipine cavity battens

100T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ABOVE MASONRY

Flashing dimensions

leave every 3rd perpend open for ventilation in course under sill brick

50 mm cladding cover 15° min

sill brick

20 mm

50 mm

5 mm gap

mortar

wall underlay

Taranakipine Bevel Back weatherboards to NZS 3617

additional underlay or

101T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Bevel Back weatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

44x21 Taranakipine cavity battens

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

102T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Bevel Back weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

19 mm min continuous jamb packing

air seal over backing rod

35 mm facingstimber slimline reveal (or architrave)

scriber extending to underside of weatherhead

15 mm

103T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ALUMINIUM WINDOW HEAD

Flashing dimensions

Taranakipine Bevel Back weatherboard

wall underlay dressed into

tape over underlay at corners

stop-ended and extended to edge of aluminium jamb facings

internal lining

timber slimline reveal (or architrave)

against aluminium head facing

35 mm facings

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber air seal over backing rod

weatherhead and sealed to

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

5 mm gap

104T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ALUMINIUM WINDOW JAMB

Taranakipine Bevel Back weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

scriber extending to underside of weatherhead and 19 mm min continuous

jamb packer

air seal over backing rod

with 35 mm facings

timber slimline reveal (or architrave)

15 mm

105T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

sill turned up 100 mm at corners

Taranakipine Bevel Backweatherboards

air seal over backing rod

internal lining

chamfer sill framing as necessary to support sill

with 35 mm facings

to suit depth of aluminium

facings

5° fall min

line of scriber

full width sill tray

stop-ends

10 mm hem to back edge of

timber slimline reveal (or architrave)

line of continuous jamb packer

20 mm stop-end

width of opening

35 mm min

5 mm gap

106T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - BASE OF WALL (CONCRETE)

Taranakipine bevelback weatherboard -

ground level

internal lining

slab

foundation

50 mm

100 mm min (paved)175 mm min (unpaved )

wall underlaybottom plate on dpc

6 mm min

107T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - EXTERNAL TO MASONRY

wall framing

wall underlay continuous around external corner

Taranakipine Bevel Back weatherboards sealant over backing

rod

masonry veneer

scriber to suit Taranakipine

20 mm

40 - 75 mm

edge of slab (provide nib to support end of veneer wall)

90 x 19 Taranakipinegrooved facing

108T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - INTERNAL TO MASONRY

Flashing dimensions

Taranakipine Bevel Back weatherboards

wall framing

wall underlay continuous around internal corner

scriber to suit

masonry veneer cavity

masonry veneer

12 mm min

40 - 75 mm 30 mm

masonry veneer cavity

dimension to suit

fold edge to

3 mm gap to masonry

65 mmcladding

cover

109T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Bevel Back weatherboard to NZS 3617

wall underlay dressed into

at corners

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

air seal over backing rod

additional underlay or

50 mm cladding cover

15° min

to head

10 mm stop-end

5 mm gap

10 mm min

110T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: BEVELBACK DIRECT FIX - TIMBER DOOR JAMB

Taranakipine Bevel Back weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

wall underlay dressed

line of weatherhead

to trimming studs

90 x 19 Taranakipine grooved facing

19 mm min continuous jamb packer

air seal over backing rod

line of sill

slotted into groove cut into underside of jamb

20 mm

scriber extending to underside of weatherhead

111T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS RUSTICATED CAVITY FIX

External Box Corner

wall framing

wall underlay continuousaround external corner

Taranakipine Rusticated weatherboards

Taranakipine externalBox Corner

50 mm min cover

Taranakipine Rustic Plug

50 mm mincover

TECH DRAWINGS/JUNCTION DETAILS

112T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS RUSTICATED DIRECT FIX

wall framing

wall underlaycontinuous around external corner

Taranakipine externalBox Corner

50 mm min cover

Taranakipine Rustic Plug

50 mm mincover

External Box Corner

Taranakipine Rusticated weatherboards

TECH DRAWINGS/JUNCTION DETAILS

113T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL CORNERS

65mm weatherboard cover

butt weatherboards into42x42 H3.1

wall underlay

Butted internal corner

Taranakipine internalBox Corner

Taranakipine Rustic Plug

Taranakipine Rusticatedweatherboards

65 mm overlap of

wall underlay

Internal Box Corner with Rustic Plug

TECH DRAWINGS/JUNCTION DETAILS

114T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: RUSTICATED DIRECT FIX - INTERNAL CORNERS

65mm weatherboard cover

butt weatherboards into42x42 H3.1

wall underlay

Butted internal corner

Internal Box Corner with Rustic Plug

Taranakipine internalBox Corner

Taranakipine Rustic Plug

Taranakipine Rusticatedweatherboards

65 mm overlap of

wall underlay

TECH DRAWINGS/JUNCTION DETAILS

115T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ABOVE EIFS

Flashing dimensions

cavity base closurepositioned to give 10mm minimum drip edge to cladding

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

50 mm cladding cover

35 mm min

15° min

5 mm gap

116T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ABOVE FIBRE CEMENT

Flashing dimensions

50 mm cladding cover

35 mm min

15° min

cavity base closurepositioned to give 10mm minimum drip edge to cladding

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

5 mm gap

117T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ABOVE MASONRY

Flashing dimensions

leave every 3rd perpend open for ventilation in course under sill brick

50 mm cladding cover 15° min

20 mm

50 mm

sill brick

mortar

cavity base closurepositioned to give 10mm minimum drip edge to cladding

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Rusticatedweatherboards to NZS 3617

additional underlay or

5 mm gap

118T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ABOVE METAL

Flashing dimensions

50 mm cladding cover 15° min

dimension for overlapto be over 11

2 crests

cavity base closurepositioned to give 10mm minimum drip edge to cladding

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

5 mm gap

119T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BELOW STUCCO

Flashing dimensions

form a drip edge and support bottom edge of plaster.

44x21 Taranakipine cavity battens

stucco on backing (non-rigid or rigid on slip layer)

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

upstand

50 mm cladding cover

35 mm min

15° min

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

120T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Rusticated weatherboard to NZS 3617

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

44x21 Taranakipine cavity battens

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

121T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Rusticated weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packing

air seal over backing rod

with 35 mm facings

wall underlay dressed

44x21 Taranakipine cavity battens

timber slimline reveal (or architrave)

scriber extending to underside of weatherhead

15 mm

Taranakipine Rustic Plug

122T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM SLIDING DOOR SILL

cavity closure positioned to give 10 mm drip edge to cladding

Taranakipine Rusticatedweatherboards

air seal

timber packer

blocking to

boundary joists reduced in size

aluminium door sill with 35 mm facing

wall underlay dressed into

tape over full width of sill and turned up 100 mm at corners

44x21 Taranakipine cavity battens50

support bracket (as required by door manufacturer)

continuous jamb packer shown dotted

dpc

timber sill

123T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM WINDOW HEAD

Taranakipine Rusticated weatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

44x21 Taranakipine cavity battens

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

of weatherhead and sealed

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

124T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM WINDOW JAMB

Taranakipine Rusticated weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packer

air seal over backing rod

with 35 mm facings

wall underlay dressed

44x21 Taranakipine cavity battens

scriber extending to underside of weatherhead

timber slimline reveal (or architrave)

15 mm

Taranakipine Rustic Plug

125T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

tape full width of sill turned up 100 mm at corners

Taranakipine Rusticated weatherboards

internal lining

44x21 Taranakipine cavity battens

line of continuous jamb packer

air seal over backing rod

chamfer sill framing as necessary to support sill

timber slimline reveal (or architrave)

5° fall min

20 mm stop-end hem to back

35 mm facings

line of timber jamb trim

150 mm long sill tray

stop-end

to suit depth of aluminium

facings

35 mm min

weatherboard

126T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BASE OF WALL (CONCRETE)

ground level

internal lining

slab

foundation

50 mm

Taranakipine Rusticated

to NZS 3617

44x21 Taranakipine cavity battens

wall underlaybottom plate on dpc cavity base closure positioned to give

10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

100 mm min (paved)175 mm min (unpaved )

127T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BASE OF WALL (TIMBER)

Taranakipine Rusticated weatherboards to NZS 3617

boundary joists

wall underlay

44x21 Taranakipine cavity battens

50

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

wall plate on dpc

foundation wall

128T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BELOW EIFS

Flashing dimensions

44x21 Taranakipine cavity battens

EIFS cladding

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

lapped over bottom trim

50 mm cladding cover

35 mm min

15° min

proprietary PVC base trim

plaster to create drip edge

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

129T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BELOW FIBRE CEMENT

Flashing dimensions

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Rusticated weatherboardsto NZS 3617

additional underlay or

50 mm cladding cover

35 mm min

15° min

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

130T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BELOW METAL

Flashing dimensions

44x21 Taranakipine cavity battens

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

bottom trim

100 mm minupstand

35 mm min

15° min

cavity closure reversed so maximum area of opening required by E2/AS1 is not exceeded, and positioned to give 10 mm drip edge to cladding

5 mm gap

131T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - BELOW STUCCO

Flashing dimensions

form a drip edge and support bottom edge of plaster.

44x21 Taranakipine cavity battens

stucco on backing (non-rigid or rigid on slip layer)

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

upstand

50 mm cladding cover

35 mm min

15° min

cavity closure positioned to give 10 mm drip edge to cladding

5 mm gap

132T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL CORNER TO METAL

Flashing dimensions

wall framing

wall underlay continuous around external corner

Taranakipine Rusticated weatherboards

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

gap (10 mm recommended)

65 mm

100 mm cladding cover

cladding cover

Taranakipine Rustic Plug

133T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL CORNER TO STUCCO

stucco on backing (non-rigid or rigid on slip layer)

wall framing

wall underlay continuous around external corner

Taranakipine Rusticatedweatherboards

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens at 400 crs

Taranakipine Rustic Plug

134T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL TO EIFS

EIFS cladding

wall framing

wall underlay continuous around external corner

Taranakipine Rusticated weatherboards

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

Taranakipine Rustic Plug

135T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL TO FIBRE CEMENT

wall framing

wall underlay continuous around external corner

Taranakipine Rusticatedweatherboards

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

Taranakipine Rustic Plug

136T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL TO MASONRY

wall framing

wall underlay continuous around external corner

Taranakipine Rusticated weatherboards

sealant over backing rod

masonry veneer

20 mm

40 - 75 mm

edge of slab (provide nib to support end of veneer wall)

90 x 19 Taranakipine grooved facing

44 x 21 Taranakipine cavity battens

Taranakipine Rustic Plug

137T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - EXTERNAL CORNER TO METAL

Flashing dimensions

Taranakipine Rusticated weatherboard

wall framing

wall underlay continuous around external corner

65 mm

65 mm cladding cover

cladding cover

cladding

recommended)

min

20 mm

50 mm 25 mm

115 x 19 and 90 x 19 Taranakipine grooved facing or alternatively Taranakipine external Box Corner

44x21 Taranakipine cavity battens

Taranakipine Rustic Plug

138T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL CORNER TO STUCCO

Flashing dimensions

wall framing

wall underlay continuous around internal corner

Taranakipine Rusticatedweatherboards

65 mm

65 x 19 Taranakipinegrooved facing

sealant over backing rod

stucco on backing (non-rigid or rigid with slip layer)

cladding cover

65 mmcladding

cover

44x21 Taranakipine cavity battens positioned to provide drainage

Taranakipine Rustic Plug

139T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL TO EIFS

Flashing dimensions

wall framing

wall underlay continuous around internal corner

Taranakipine Rusticated weatherboards

65 mm

65 mm

65 x 19 Taranakipinegrooved facing

sealant over backing rod

EIFS cladding

cladding cover

cladding cover

44x21 Taranakipine cavity battens positioned to provide drainage

Taranakipine Rustic Plug

140T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL TO FIBRE CEMENT

Flashing dimensions

wall framing

wall underlay continuous around internal corner

Taranakipine Bevel Back weatherboards

65 mm

65 x 19 Taranakipinegrooved facing

cladding cover

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

Taranakipine Rustic Plug

141T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL TO MASONRY

wall framing

wall underlay continuous around internal corner

Taranakipine Rusticated weatherboards

35x19 timber batten

masonry veneer cavity

masonry veneer

12 mm min

40 - 75 mm 30 mm

masonry veneer cavity

dimension to suit

3 mm gap to masonry

fold edge to

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

Taranakipine Rustic Plug

142T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - INTERNAL CORNER TO METAL

Flashing dimensions

Taranakipine Rusticatedweatherboard

wall framing

wall underlay continuous around internal corner

65 mm

65 x 19 Taranakipinegrooved facing

cladding cover

cladding

turn up troughs at sheet ends sealant over backing rod

recommended)

min

20 mm

50 mm 25 mm

65 mmcladding

cover

44x21 Taranakipine cavity battens positionedto provide drainage

Taranakipine Rustic Plug

143T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - PARALLEL APRON FLASHING

Flashing dimensions

Taranakipine Rusticated weatherboard

roof underlay carried up face of framing behind 70 mm min

35 mm min

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

75 mm min cover

overlap 2 crests minimum dimension, folded into next trough

turn down into trough35 mm min

on roof underlay and wire netting

removed without removal of cladding

44x21 Taranakipine cavity battens

144T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - ROOF/WALL JUNCTION AT GUTTER

in E2/AS1 for very high wind zones and all wind zones where roof pitch <10°

Taranakipine fascia board to suit gutter brackets and fall - 35 mm min fascia cover to weatherboard

gutter

Taranakipine Rusticated weatherboards to NZS 3617

weatherboard lap

75

roof framing

behind weatherboards as shown in detail 1.2.6.4

on roof underlay and wire netting

internal lining

50 mm minoverhang taken from back face of

gutter

44x21 Taranakipine cavity battens

145T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Rusticated weatherboard to NZS 3617

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

air seal over backing rod

wall underlay dressed into

tape over underlay at corners

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

cavity base closure positioned to give

15 mm min drip edge to cladding

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

44x21 Taranakipine cavity battens

146T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - TIMBER DOOR JAMB

Taranakipine Rustic Plug

Taranakipine Rusticated weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

wall underlay dressed

line of weatherhead

to trimming studs

90 x 19 Taranakipine grooved facing

19 mm min continuous jamb packer

air seal over backing rod

line of sill

slotted into groove cut into underside of jamb

20 mm

147T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - TOP OF PARAPET

5° min slope

Taranakipine Rusticated weatherboard to NZS 3617

wall underlay carried over top of framing

H3.1 min treated packer to provide fall

70 mm min70 mm min

additional underlay to provide separation of metal capping and copper-based treated timber

wall cladding

44x21 Taranakipine cavity battens

148T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - TOP OF SOLID HANDRAIL

5° min slope (10° recommended)

wall underlay carried over top of framing

H3.1 min treated packer to provide fall

70 mm min70 mm min

additional underlay to provide separation of metal capping and copper-based treated timber

10° min slope

wall underlay carried over top of framing

H3.2 treated capping shaped to provide falls

70 mm min 70 mm min

additional double layer underlay to provide separation between metal

treated timber positioned to secure

through top of capping

20 mm nominal cavity battens

H3.1 min treated wall framing

H3.1 min treated wall framing

behind main wall cladding at enclosed balustrade/wall junction

B1.2.9.2/3

C1.2.9.2/3

B1.2.9.2/3

C1.2.9.2/3

behind main wall cladding at enclosed balustrade/wall junction

B1.2.9.2/3 SECTION

B1.2.9.2/3SECTION (ALTERNATIVE)

Taranakipine Rusticated weatherboard to NZS 3617

Taranakipine Rusticated weatherboard to NZS 3617

44x21 Taranakipine cavity battens

149T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - TRANSVERSE APRON FLASHING

Flashing dimensions

Taranakipine Rusticated weatherboard - to NZS 3617

underlay carried up face of framing behind 70 mm min

35 mm min

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

75 mm min cover

130 mm cover for L and M wind zones and >10° roof pitch; 200 mm cover for all other cases to max VH wind zone

edging into roof troughs

110 min200 mm

35 mm min

underlay and wire netting

Note: alternative top edge

shown to allow apron

without removal of cladding

44x21 Taranakipine cavity battens

150T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ABOVE MASONRY

Flashing dimensions

leave every 3rd perpend open for ventilation in course under sill brick

50 mm cladding cover 15° min

sill brick

20 mm

50 mm

5 mm gap

mortar

wall underlay

Taranakipine Rusticated weatherboards to NZS 3617

additional underlay or

151T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Rusticatedweatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

152T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Rusticated weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

19 mm min continuous jamb packing

air seal over backing rod

35 mm facingstimber slimline reveal (or architrave)

15 mm

scriber extending to underside of weatherhead

Taranakipine Rustic Plug

153T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ALUMINIUM WINDOW HEAD

Flashing dimensions

Taranakipine Rusticated weatherboard

wall underlay dressed into

tape over underlay at corners

stop-ended and extended to edge of aluminium jamb facings

internal lining

timber slimline reveal (or architrave)

against aluminium head facing

35 mm facings

weatherboard - shape to shed water with drip to bottom edge and project

15 mm past scriber air seal over backing rod

weatherhead and sealed to

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

5 mm gap

154T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ALUMINIUM WINDOW JAMB

Taranakipine Rusticated weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

scriber extending to underside of weatherhead and

19 mm min continuous jamb packer

air seal over backing rod

with 35 mm facings

timber slimline reveal (or architrave)

15 mm

155T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

sill turned up 100 mm at corners

Taranakipine Rusticatedweatherboards

air seal over backing rod

internal lining

chamfer sill framing as necessary to support sill

with 35 mm facings

to suit depth of aluminium

facings

5° fall min

line of scriber

full width sill tray

stop-ends

10 mm hem to back edge of

timber slimline reveal (or architrave)

line of continuous jamb packer

20 mm stop-end

width of opening

35 mm min

5 mm gap

156T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - BASE OF WALL (CONCRETE)

Taranakipine Rusticated weatherboard -

ground level

internal lining

slab

foundation

50 mm

100 mm min (paved)175 mm min (unpaved )

wall underlaybottom plate on dpc

6 mm min

157T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - EXTERNAL TO MASONRY

wall framing

wall underlay continuous around external corner

Taranakipine Rusticated weatherboards sealant over backing

rod

masonry veneer

20 mm

40 - 75 mm

edge of slab (provide nib to support end of veneer wall)

90 x 19 Taranakipinegrooved facing

Taranakipine Rustic Plug

158T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - INTERNAL TO MASONRY

Flashing dimensions

Taranakipine Rusticated weatherboards

wall framing

wall underlay continuous around internal corner

Taranakipine Rustic Plug

masonry veneer cavity

masonry veneer

12 mm min

40 - 75 mm 30 mm

masonry veneer cavity

dimension to suit

fold edge to

65 mmcladding

cover

3 mm gap to masonry

35x19 timber batten

159T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED DIRECT FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Rusticated weatherboard to NZS 3617

wall underlay dressed into

at corners

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

air seal over backing rod

additional underlay or

50 mm cladding cover

15° min

to head

10 mm stop-end

5 mm gap

10 mm min

160T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: RUSTICATED CAVITY FIX - TIMBER DOOR JAMB

Taranakipine Rusticated weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

line of weatherhead over

extended to trimming studs

90 x 19 Taranakipinegrooved facing

19 mm min continuous jamb packing

air seal over backing rod

line of sill

wall underlay dressed

slotted into groove cut into underside of jamb

20 mm44x21 Taranakipine cavity battens

Taranakipine Rustic Plug

161T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS VERTICAL SHIPLAP CAVITY FIX

External Box Corner

wall framing

wall underlay continuousaround external corner

Taranakipine Vertical Shiplapweatherboards

Taranakipine externalBox Corner

50 mm min cover

50 mm mincover

Cavibat or castellated timber cavity batten

TECH DRAWINGS/JUNCTION DETAILS

162T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: EXTERNAL CORNERS VERTICAL SHIPLAP DIRECT FIX

wall framing

wall underlaycontinuous around external corner

Taranakipine externalBox Corner

50 mm min cover

50 mm mincover

External Box Corner

Taranakipine Vertical Shiplapweatherboards

TECH DRAWINGS/JUNCTION DETAILS

163T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - INTERNAL CORNERS

65mm weatherboard cover

wall underlay

Butted internal corner

Taranakipine internalBox Corner

Taranakipine Vertical Shiplap weatherboards

65 mm overlap of

wall underlay

Internal Box Corner

Taranakipine VerticalShiplap weatherboards

Cavibat or castellated timber cavity batten

Cavibat or castellated timber cavity batten

TECH DRAWINGS/JUNCTION DETAILS

164T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

DESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - INTERNAL CORNERS

65mm weatherboard cover

wall underlay

Butted internal corner

Internal Box Corner

Taranakipine internalBox Corner

Taranakipine Vertical Shiplapweatherboards

65 mm overlap of

wall underlay

Taranakipine VerticalShiplap weatherboards

TECH DRAWINGS/JUNCTION DETAILS

165T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Vertical Shiplap weatherboard to NZS 3617

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

Cavibat or castellatedtimber cavity batten

166T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Vertical Shiplap weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packing

air seal over backing rod

with 35 mm facings

wall underlay dressed

timber slimline reveal (or architrave)

15 mm

Cavibat or castellatedtimber cavity batten

167T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM SLIDING DOOR SILL

cavity closure positioned to give 10 mm drip edge to cladding

Taranakipine Vertical Shiplapweatherboards

air seal

timber packer

blocking to

boundary joists reduced in size

aluminium door sill with 35 mm facing

wall underlay dressed into

tape over full width of sill and turned up 100 mm at corners

50

support bracket (as required by door manufacturer)

continuous jamb packer shown dotted

dpc

timber sill

Cavibat or castellatedtimber cavity batten

168T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM WINDOW HEAD

Taranakipine Vertical Shiplap weatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

of weatherhead and sealed

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

Cavibat or castellatedtimber cavity batten

169T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM WINDOW JAMB

Taranakipine Vertical Shiplap weatherboard

internal lining

line of weatherhead over

19 mm min continuous jamb packer

air seal over backing rod

with 35 mm facings

wall underlay dressed

timber slimline reveal (or architrave)

Cavibat or castellatedtimber cavity batten

15 mm

170T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

tape full width of sill turned up 100 mm at corners

Taranakipine Vertical Shiplap weatherboards

internal lining

line of continuous jamb packer

air seal over backing rod

chamfer sill framing as necessary to support sill

timber slimline reveal (or architrave)

5° fall min

20 mm stop-end hem to back

35 mm facings

line of timber jamb trim

150 mm long sill tray

stop-end

to suit depth of aluminium

facings

35 mm min

weatherboard

Cavibat or castellatedtimber cavity batten

171T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - BASE OF WALL (CONCRETE)

ground level

internal lining

slab

foundation

50 mm

Taranakipine Vertical Shiplap

to NZS 3617

wall underlaybottom plate on dpc

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

100 mm min (paved)175 mm min (unpaved )

Cavibat or castellatedtimber cavity batten

172T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - BASE OF WALL (TIMBER)

Taranakipine Vertical Shiplapweatherboards to NZS 3617

boundary joists

wall underlay

50

cavity base closure positioned to give 10 mm drip edge to cladding and reversed so maximum area of opening required by E2/AS1 is not exceeded

wall plate on dpc

foundation wall

Cavibat or castellatedtimber cavity batten

173T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - ROOF/WALL JUNCTION AT GUTTER

in E2/AS1 for very high wind zones and all wind zones where roof pitch <10°

Taranakipine fascia board to suit gutter brackets and fall - 35 mm min fascia cover to weatherboard

gutter

Taranakipine Vertical Shiplapweatherboards to NZS 3617

weatherboard lap

75

roof framing

behind weatherboards as shown in detail 1.2.6.4

on roof underlay and wire netting

internal lining

50 mm minoverhang taken from back face of

gutter

Cavibat or castellatedtimber cavity batten

174T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Vertical Shiplap weatherboard to NZS 3617

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

air seal over backing rod

wall underlay dressed into

tape over underlay at corners

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

cavity base closure positioned to give

15 mm min drip edge to cladding

5 mm gap

15° min

to head

10 mm stop-end to

10 mm min

50 mm cladding cover

Cavibat or castellatedtimber cavity batten

175T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - TIMBER DOOR JAMB

Taranakipine Vertical Shiplap weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

wall underlay dressed

line of weatherhead

to trimming studs

90 x 19 Taranakipine grooved facing

19 mm min continuous jamb packer

air seal over backing rod

line of sill

slotted into groove cut into underside of jamb

20 mm

176T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - TOP OF PARAPET

5° min slope

Taranakipine Vertical Shiplap weatherboard to NZS 3617

wall underlay carried over top of framing

H3.1 min treated packer to provide fall

70 mm min70 mm min

additional underlay to provide separation of metal capping and copper-based treated timber

wall cladding

44x21 Taranakipine cavity battens

Cavibat or castellatedtimber cavity batten

177T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - ALUMINIUM SLIDING DOOR HEAD

Flashing dimensions

Taranakipine Vertical Shiplapweatherboard

stop-ended and extended to edge of aluminium jamb facing

internal lining

35 mm facings

air seal over backing rod

additional underlay or

wall underlay dressed into

at corners

timber slimline reveal (or architrave)

cavity base closure positioned to give

15 mm min drip edge to cladding

weatherboard - shape to shed water with drip to bottom edge

5 mm gap

against aluminium head facing

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

178T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - ALUMINIUM SLIDING DOOR JAMB

Taranakipine Vertical Shiplap weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

19 mm min continuous jamb packing

air seal over backing rod

35 mm facingstimber slimline reveal (or architrave)

15 mm

179T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - ALUMINIUM WINDOW HEAD

Flashing dimensions

Taranakipine Vertical Shiplapweatherboard

wall underlay dressed into

tape over underlay at corners

stop-ended and extended to edge of aluminium jamb facings

internal lining

timber slimline reveal (or architrave)

against aluminium head facing

35 mm facings

weatherboard - shape to shed water with drip to bottom edge

air seal over backing rod

weatherhead and sealed to

50 mm cladding cover

15° min

10 mm stop-end

10 mm min

5 mm gap

180T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - ALUMINIUM WINDOW JAMB

Taranakipine Vertical Shiplap weatherboard

internal lining

wall underlay dressed

line of weatherhead over

extending to trimming studs

19 mm min continuous jamb packer

air seal over backing rod

with 35 mm facings

timber slimline reveal (or architrave)

15 mm

181T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - ALUMINIUM WINDOW SILL

Flashing dimensions

wall underlay dressed into

sill turned up 100 mm at corners

Taranakipine Vertical Shiplapweatherboards

air seal over backing rod

internal lining

chamfer sill framing as necessary to support sill

with 35 mm facings

to suit depth of aluminium

facings

5° fall min

full width sill tray

stop-ends

10 mm hem to back edge of

timber slimline reveal (or architrave)

line of continuous jamb packer

20 mm stop-end

width of opening

35 mm min

5 mm gap

182T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - BASE OF WALL (CONCRETE)

Taranakipine Vertical Shiplapweatherboard -

ground level

internal lining

slab

foundation

50 mm

100 mm min (paved)175 mm min (unpaved )

wall underlaybottom plate on dpc

6 mm min

183T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP DIRECT FIX - TIMBER DOOR HEAD

Flashing dimensions

Taranakipine Vertical Shiplapweatherboard to NZS 3617

wall underlay dressed into

at corners

stop-ended and extended 20 mm min beyond outer edge of jamb

internal lining

architrave

timber door head to NZS 3610

jamb facing notched over

underside of weatherhead

weatherboard - shape to shed water with drip to bottom edge and thicker than jamb facings by 6 mm min

air seal over backing rod

additional underlay or

50 mm cladding cover

15° min

to head

10 mm stop-end

5 mm gap

10 mm min

184T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M

TECH DRAWINGS/JUNCTION DETAILSDESCRIPTION: VERTICAL SHIPLAP CAVITY FIX - TIMBER DOOR JAMB

Taranakipine Vertical Shiplap weatherboard to NZS 3617

timber door jamb to NZS 3610

architrave

internal lining

line of weatherhead over

extended to trimming studs

90 x 19 Taranakipinegrooved facing

19 mm min continuous jamb packing

air seal over backing rod

line of sill

wall underlay dressed

slotted into groove cut into underside of jamb

20 mmCavibat or castellatedtimber cavity batten

185T A R A N A K I P I N E W E A T H E R B O A R D S Y S T E M