Portfolio 2014 by Keith Chen Hao Lin

Chen Hao Lin

PORTFOLIO 林震灏

作品集

履历

Curriculum Vitae

教育背景

Education Background

2012 - 2013 建筑学硕士优异成绩毕业美国哈佛大学设计学院 2002 - 2004 建筑学荣誉学士

2012 - 2013 Master of Architecture Distinction Harvard University Graduate School of Design 2002 - 2004 Bachelor of Architecture Honours University of Sydney 1999 - 2002 Bachelor of Science Architecture University of Sydney

工作经历

Work Experience

澳大利亚悉尼大学

1999 - 2002

建筑理学学士澳大利亚悉尼大学

2011 - 2012

SWA Architects

2011 - 2012 SWA Architects Project Architect

2007 - 2011

Link Architecture

2007 - 2011 Link Architecture Principle Architect

2004 - 2007

Matthew Gribben Architecture

2004 - 2007 Matthew Gribben Architecture Architect

项目建筑师主持建筑师建筑师

专业执照

Professional Certification

2009 - 注册建筑师澳大利亚新南威尔士州

2009 -

专业协会

Professional Membership

2009 -

执照号 8287

澳大利亚皇家建筑协会会员

2004 -

Registerd Architect State of New South Wales Australia Licence Number 8287

Member of Royal Autralian Institute of Architects

使用软件

Software Skill

Autocad Vrary Rhino3D Archicad Vray 3D Studio Max Rhino3D Artlantis 3D Photoshop Word Illustrator Excel Indesign

PROJECTS

AURORA APARTMENT 2010-2011 Link Architecture AuroraApartment是一棟位於悉尼市南区的十层综合体建筑。其包括一层的商业零售空间，二层的商业办公空间，三至十层的住宅空间及地下两层停车层。设计特色是用了加深阳台及百叶遮阳板控制由建筑面西南座向所带来的过度加热现象，以达到其与自然採光，通风需求间的优化及平衡。二楼商业办公空间则是使用了源于树荫光影的定制遮阳板对其进行隔热保护。此项目共有八十四套房，包括有三房二厅二卫浴户型，二房二厅二卫浴户型，二房二厅一卫浴户型及一房二厅一卫浴户型。由于是针对年轻都市单身人口及小家庭设计，其住宅部分多为一房或两房户型，仅顶层有四套三房户型。建筑使用了由白，褐及黑所组成的现代而又含蓄的色调。

3 7,450

8,220

8,180

7 75,400 4,400

8,200

4,400

8,200

10 8,180

4,325

6,820

7,025

6,120

3,000

B 3,000

2,750

C 2,750

B FEMALE WC

MALE WC

6,200 32,870

32,870 6,200

COMMERCIAL OFFICE

E COMMERCIAL OFFICE

COMMERCIAL OFFICE

RECY

DISABLED WC

LIFT

ELEC

LIFT

ELEC

RECY

5,600

1,800

FHR

1,800

COMMERCIAL OFFICE

2,750

2,380

2,380 2,270

2,270

J K

7,450

8,220

8,180

8,200

4,400

8,200

8,180

6,820

64,050

LEVEL 1 PLAN 1

4,325

7,450

8,220

8,180

75,400 4,400 79.65 261'

8,200

71.87o

4,400

8,200

10 8,180

6,820

7,025

4" F

GSPublisherEngine 0.0.100.100

FHR

DECK

6,120

3,000

B 3,000

2,750

C 2,750

D 4" B

DISABLED WC

39.12 128'

DISABLED WC

COMMERCIAL RETAIL

13.75m@1:5

LIFT

LOBBY

COMMERCIAL RETAIL

5,600

GARBAGE ROOM

COMMERCIAL RETAIL

GARBAGE ROOM

FHR WATER & GAS METERS

2,750

BOOTER VALVE

2m@1:10

FHR

H 2,380

2,380

J 2,270

2,270

5m@1:20

341.34O

LIFT

1,800

39.12

1,800 A

5,600

COMMERCIAL RETAIL

E F

COMMERCIAL RETAIL DISABLED WC

6,200 32,870

COMMERCIAL RETAIL

128'

32,870 6,200

7,450

8,220

79.65 261'

71.34o

8,180

8,200

4,400

K 4"

4,400

8,200

8,180

6,820

64,050

BOTANY ROAD

GROUND FLOOR PLAN

GSPublisherEngine 0.0.100.100

7,450

8,220

8,180

75,400 4,400

8,200

4,400

8,200

8,180

6,820

4,325

7,025

6,120

3,000

B 3,000

2,750

C 2,750

D BR3

BR2

BR3

B LD S

S KT

1,800 5,600

LIFT

BR1

ELEC

RECY

BR1

LV R

FHR BT ELEC

E DN

FHR

RECY

1,800

5,600

S S

BR2

6,200 32,870

BR3

32,870 6,200

BR3

2,750

G 2,750

2,380

2,380 2,270

2,270

J K

7,450

8,220

8,180

8,200

4,400

8,200

8,180

6,820

64,050

LEVEL 9 PLAN 2

7,450

8,220

8,180

75,400 4,400

8,200

8,180

6,820

GSPublisherEngine 0.0.100.100

4,400

4,325

12 7,025

6,120

3,000

B 3,000

BAL

BAL LV

BAL

2,750

C 2,750

C BAL

BAL

D R

BR1

BR1 DN

R S

RECY

LIFT

ELEC

LIFT

ELEC

RECY

BR2 BAL

R LV

R BR2

BR1 BAL

BR2

BR1

BR2

BR1

BR1 R

BAL

2,380

2,380 2,270

2,270

J K

4,325

7,450

8,220

8,180

8,200

4,400 75,400

4,400

8,200

LEVEL 2-8 PLAN

GSPublisherEngine 0.0.100.100

LD R

S R

FHR

S F

LD BT

FHR

1,800

BT F

5,600

1,800

BT LD

5,600

2,750

KT LD

2,750

BR1

32,870 6,200

BR1 DN

6,200 32,870

R BR1

8,180

6,820

7,025

7,450

8,220

8,180

75,400 4,400

8,200

4,400

8,200

8,180

6,820

4,325

7,025

A FHR

6,120

FHR

2m@1:10

2,750 14m@1:5

1,800

FHR LIFT

LIFT

MECHANICAL FAN ROOM

2m@1:10

CAR WASH RESIDENTIAL STORAGE

H 2,380

2,380

G 2,750

2,750

5,600

2m@1:10

5,600

ELEC

1,800

6,200 32,870

RESIDENTIAL STORAGE

13.75m@1:5

32,870 6,200

2m@1:10

2,750

3,000

B 3,000

2,270

J 2,270

7,450

8,220

8,180

8,200

4,400

8,200

8,180

6,820

64,050

BASEMENT LEVEL 1 1

64,050 8,180

8,200

4,400

8,180

8,200

6,820

8,220

7,450

6,120

FHR

6,120

GSPublisherEngine 0.0.100.100

3,000

B 3,000

B 51

2,750

C 2,750

RESIDENTIAL STORAGE

LIFT

FHR

1,800

14m@1:5

1,800

LIFT

2m@1:10

5,600

65 66

G 2,750

2,750

G MECHANICAL FAN ROOM RESIDENTIAL STORAGE

2,380

2,380 2,270

2,270

ELEC

5,600

6,200 32,870

32,870 6,200

J K

7,450

8,220

8,180

8,200

4,400

8,200

8,180

6,820

64,050

BASEMENT LEVEL 2

SECTION A-A

SOUTH ELEVATION

SECTION F-F

WEST ELEVATION

SCREEN

AXONOMETRIC

ASTON APARTMENT 2011-2012 SWA Architects AstonApartment位於悉尼北城郊的Hornsby。项目是一棟十二层的综合体建筑。其包括一层的商业零售或办公空间及二至十二层的住宅和地下两层停车层。此项目共有五十三户，包括有两房二厅二卫浴户型及一房一厅一卫浴户型。因为该项目基地位在两条主要街道的交叉口转角，在城市街景意义上有一定的标志性。因此在设计中利用了不同的方式及细节强调其特殊的位置。这些包括了在转角二至四层的阳台使用了木质覆层及一个清水混泥土框。另外，在楼梯间通道的终结点则以高耸的黄色独立墙体与俱整体性的百叶遮阳板设计达到对建筑物量体垂直度的表现。而屋顶也以较大突出墙体的悬臂达到强调建筑物高度及特殊位置的效果。

09 SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

AVENUE

PRETORIA

5,000

A305

5,000

A302

5,000

A302

5,000

A305

5,000

AVENUE

PRETORIA AVENUE

PRETORIA

H 5,000

ARY

SITE BOUND

AVENUE

PRETORIA

SHOWN DOTTED

RENDERED MASONRY BALUSTRADE

TOW 203.28

BALCONY ABOVE SHOWN DOTTED

SS & GLASS

5,000

SS & GLASS

ARY

SITE BOUND

5,000

H 5,000

5,000

B A305

5,000

A302

5,000

A302

5,000

A305

5,000

B1 5,000

MIRROR

1,379

300

300 1,379

ERL 189.79

10,700

LINE OF BALCONY OVER

RAKING WALL FROM TOW191.90 TO TOW192.80

ERL 189.79 TACTILE INDICATOR

9,200

& GUTTER

H 5,000

5,000

B A305

5,000

C A302

5,000

B A305

5,000

C A302

5,000

B A305

5,000

5,000 2,100 750 1,650

5,000

FRL -/120/120

EXISTING DRIVEWAY

2,300

FRL -/120/120

EXISTING KERB & GUTTER

5,000

FRL -/120/120

SSL 192.70 FRL -/120/120

5,000

PACIFIC HIGHWAY 2,300

5,000

FRL -/120/120

FOOTPATH

EXISTING DRIVEWAY

SITE BOUNDARY

1,250

5,000

CARPARK STAIR 1

FRL 120/120/120

WG/05

TOW 192.80

5,000

FFL 190.77

TACTILE INDICATOR

A305

TACTILE INDICATOR

ENTRY PLAZA SSL 192.615

ENTRY STAIR 2

TACTILE INDICATOR

E1 TOB 192.00

PLANTER

TOW 192.20

A304

ERL 192.22 ELECTRICAL PILLAR REFER TO ELEC. ENG FOR DETAILS.

FFL 192.02

SSL 190.77 FFL 191.61 TOW 192.50

RAKING WALL FROM TOW192.50 TO TOW192.80

ERL 191.20

REFER TO LANDSCAPE DRAWING FOR DETAILS

FOOTPATH RL 191.92

RAKING WALL FROM TOW191.90 TO TOW192.80 ERL 191.37

EXISTING

RL 191.92

DRIVEWAY

REFER TO LANDSCAPE DRAWING FOR PUBLIC DOMAIN DETAILS AS P CONDITION 79, REFER TO LANDSCA DRAWING FOR DETAILS

ERL 191.37

EXISTING KERB

ERL 190.08

& GUTTER

PRETORIA

AVENUE

AVENUE 5,000

5,000

G 5,000

C A302

BASEMENT LEVEL 1 PLAN

TOW 191.90

REFER TO LANDSCAPE DRAWING FOR PUBLIC DOMAIN DETAILS AS PER CONDITION 79, REFER TO LANDSCAPE DRAWING FOR DETAILS

5,000

WG/07 W WG/06

ERL 190.85

9,200 DRIVEWAY EXISTING

H 5,000

1,250 800

SSL 190.77

FFL 192.02

FFL 191.61 ARY TOW 192.50 SITE BOUND ERL 190.50 ERL 190.14 RAKING WALL FROM TOW192.50 TO TOW192.80 RAKING WALL FROM TOW191.90 TO TOW192.80 FOOTPATH

PLANTER

TOW 191.90

PLANTER TOW 191.90

ERL 189.55

PRETORIA

D W02

ERL 192.41

SSL 190.77 LINE OF GALSS CANOPY ABOVE ENTRY AND PLANTER LETTER BOXES

TOW 192.80

REFER TO LANDSCAPE LINE OF BALCONY DRAWING FOR DETAILS OVER

ROLLER SHUTTER OVER

EXISTING VEHICLE CROSSING

EXISTING KERB

ERL 190.08

ERL 189.55

FIP

140

CONC

BUSINESS/OFFICE 4

BALUSTRADE

TACTILE INDICATOR

BOOSTER

A304

ERL 190.85

5,000

FRL -/120/120

FRL 120/120/120

RA MP 1:19

TOW 192.20

SSL 192.615 FFL 192.70

PLANTER

IN STADARD ALUM. FRAME REFER TO LANDSCAPE DRAWING REFER TO SECTION J SELF CLOSING DOOR FOR PUBLIC DOMAIN DETAILS AS PERREPORT FOR DETAILS. CONDITION 79, REFER TO LANDSCAPE WITH192.35 INTERNAL COLONNADE FFL DRAWING FOR DETAILS DRENCHER PAV TACTILE INDICATOR ERL 192.27 08 RAKING WALL FROM TOW191.90 TO TOW192.80 TOW 192.80 FFL 192.28

SSL 192.615

TOW 192.80

PAV

WG/07-1

FRL 120/120/120

FRL -/120/120

2,300

PLANTER

ERL 191.20

ELECTRICAL PILLAR REFER TO ELEC. ENG FOR DETAILS.

TACTILE INDICATOR

SSL 192.615 W WG/08

SOUTH FACING GALZING TO HAVE LOW E GLASS

WG/02

D G/03

FRL 90/90/90

E1 TOB 192.00

CONC

SSL 192.700

OFFICE / COMMERCIAL COLUMNS TO HAVE FRL 120/-/U.N.O

FRL -/120/120 1 RAISED BRICK HEAD COURSE AS PER W D CONDITION 77, REFER TO G/04 LANDSCAPE DRAWING WG/04 FOR DETAILS

D TOW 192.80 W/01

COLONNADE 05

APARTMENT ENTRY

D W03

CONC

ERL 192.48

900X900 ACCESS GRILLE

RAKING WALL FROM TOW191.90 TO TOW192.80

ROLLER SHUTTER OVER

EXISTING VEHICLE CROSSING

FOYER

SSL 192.615

ENTRY PLAZA BALUSTRADE

COMMERCIAL GARBAGE ROOM

TOW 192.80

SSL 190.77 LINE OF GALSS CANOPY ABOVE ENTRY AND PLANTER LETTER BOXES TOW 191.90 6,918

ERL 190.50

G/L2

PAV SSL 190.00

BALUSTRADE

TOW 191.90 FFL 190.77

140

D SOUTH FACING GALZING G/19 TO HAVE LOW E GLASS IN STADARD ALUM. FRAME RESIDENTIAL REFER TO SECTION J GARBAGE D REPORT FOR DETAILS. ROOM G/17

COLONNADE

TACTILE INDICATOR

PLANTER TOW 191.90

ERL 190.14

442

SELF CLOSING DOOR WITH INTERNAL DRENCHER

BOOSTER

6,918

2,180

CARPARK STAIR 1

CONC

W WG/02

FFL /

WG/02.1

RAKING WALL FROM TOW191.90 TO TOW192.80

TOW 192.80

ARY SITE BOUND

W WG/04

TO FOLLOW TACTILE EXISTING FOOTPATH INDICATOR LEVEL

STAIR 1 DP DPSSL 192.70

TOW 192.80

A BUSINESS/OFFICE A301 3

R1.5 WALL INSULATION TO CORRIDOR WALL AS PER SECTION J REPORT

FFL / SSL 192.70

23 200

WALL BELOW STAIR

LETTERBOXES

D W/01

SSL 192.615

PLANTER

GARBAGE ROOM

W WG/05

4.5M FFLHEIGHT 192.70 CLEARANCE TO GROUND FLOOR CARPARK/DRIVEWAY

PLANTER

CONC

FRL 120/120/120

FRL -/120/120

D G/03

COMM'S ROOM

WG/07 -/90/90

D G/06

30 TOW

FFL / SSL 193.78

WG/06 WALL ABOVE STAIR

D G/04

D G/16

FRL W

D G/02

FRL 120/120/120

FRL 90/90/90

D G/05

FRL 120/120/120

1,215

W SSL +193.78

900X900 ACCESS GRILLE

BALUSTRADE

CONC

ERL 190.14 APARTMENT ENTRY

TOW 192.80

MIRROR

STAIR 04 6 RISERS @188.33

STAIR 2 2,100 750

FRL -/120/120 FFL / SSL 192.70

BUSINESS/OFFICE 4

STAIR 05

PLANTER

W WG/08-1

5,000

D G/17

COMMERCIAL GARBAGE ROOM

1,250

FRL 120/120/120 800

FRL 120/120/120

FOYER

WG/02.1

RESIDENTIAL GARBAGE ROOM

TACTILE INDICATOR

D W02

FRL -/120/120 A/C REFER TO LANDSCAPE DRAWING FOR DETAILS SSL 192.66 CT

LIFT

140

SSL 192.615 CT

STAIR 1 DP

FRL -/90/90 W G/L2

140

W WG/07-1

CONC

R1.5 WALL INSULATION TO CORRIDOR WALL AS PER SECTION J REPORT

D G/01

D G/07

1,250

A/C

BOLLARD (TYP)

SSL 190.45

D G/06

FIP

5,000

WALL BELOW STAIR

FRL 120/120/120

442

5,000

-/90/90

COMMERCIAL OUTDOOR UNIT @ 2000H ABOVE FFL

TACTILE INDICATOR, STAIR TO COMPLY WITH AS 1428.1

PAV

1,250

WG/08

OFFICE / COMMERCIAL COLUMNS TO HAVE FRL 120/-/U.N.O

1,250

FFL / SSL 192.70

23 200

D G/19

D G/05

FRL 120/120/120 FFL / SSL 193.78

FRL 120/120/120

2,180

COMM'S ROOM

SSL 192.615

FRL -/120/120

A/C

SSL 192.66 FRL 120/120/120

D G/02

LIFT 1,215

FRL 90/90/90

ERL 190.14

SSL 192.66

300 275

1,650

FRL -/120/120

SSL 189.75

FRL -/120/120

SSL 192.70 STAIR 04 6 RISERS @188.33

STAIR 03 6 RISERS @188.33

SSL 189.75

5,000 5,000 5,000 5,000

FRL 120/120/120

STAIR 05 FRL 120/120/120

FRL 90/90/90

SSL 192.66

5,000 5,000 5,000

D G/01

WALL ABOVE STAIR

SSL 190.00

A/C

BOLLARD (TYP)

140

D G/16

FRL

4.5M HEIGHT CLEARANCE TO GROUND FLOOR CARPARK/DRIVEWAY

D G/07

COMMERCIAL OUTDOOR UNIT @ 2000H ABOVE FFL

TACTILE INDICATOR, STAIR TO COMPLY WITH AS 1428.1

TRUCK TURNING AREA COLONNADE

CARPARK COLUMNS TO HAVE FRL 120/-/U.N.O

10,700

2,300

300 275

5,000

5,000 5,000 5,000 5,000 5,000 5,000

SIT E

S03 MIRROR

RAMP 1:20

5,000

STAIR 2 SSL 189.95 5,000

5,000

2,500 2,500 2,500 150 150 2,500 2,500 300 2,500

RY UN

E1 A304

1 RAISED BRICK HEAD COURSE AS PER CONDITION 77, REFER TO LANDSCAPE DRAWING ERL 192.55 CT FOR DETAILS

PLANTER

D W03

CONC

SSL 192.700

EAST FACING GALZING TO HAVE TINTED GLASS IN STADARD ALUM. FRAME REFER TO SECTION J REPORT FOR DETAILS.

W WG/09

BUSINESS/OFFICE 3

SSL 190.45

CONC

S01

CONC R1.5 WALL INSULATION TO CORRIDOR WALL AS PER SECTION J REPORT

WG/08-1

VISITOR 1

D W04

BUSINESS/OFFICE 2 1,100

1,010

PLANTER

REFER TO SECTION J REPORT BY PARTNERS ENERGY FOR COMMERCIAL UNITS.

W WG/09-1

TOW 192.80

ERL 192.63

TOW TO FOLLOW EXISTING FOOTPATH LEVEL

OFFICE 2

SSL 190.08 ERL 192.481,250

OFFICE 1

2,500

VISITOR 1

2,500

S02

WG/09

TRUCK TURNING AREA

2,500

OFFICE 3 (1)

EAST FACING GALZING TO HAVE TINTED GLASS IN STADARD ALUM. FRAME REFER TO SECTION J REPORT FOR DETAILS.

PAV

ERL 192.56

REFER TO SECTION J REPORT BY PARTNERS ENERGY FOR COMMERCIAL UNITS.

SSL 192.615

W WG/10

A303

TOW 192.80

300 2,500 900

R1.5 WALL INSULATION TO CORRIDOR WALL AS PER SECTION J REPORT

SSL 190.45

950

100

SSL 187.59

E A305

A/C

D G/08

OFFICE 4 (1) PLANTER

COLONNADE

D W05

CONC

D G/09

TOW 192.80

A/C

BUSINESS/OFFICE 02 1

1,550

COMMERCIAL OUTDOOR UNIT @ 2000H ABOVE FFL

OFFICE 3 (2)

1,010

A305

COMMERCIAL CARPARKING (TANDEM)

OFFICE 1

08 GARBAGE ROOM

R10

CONC 150 HIGH CONCRETE KERB

5,000

300 2,400 300

275 2,225 300 25 300 300 1,875 300

RAMP 1:25

DA UN BO

2,400 2,400

300

5,000

RAMP 1:20

5,000 5,000 5,000 5,000

S01

S03

300 3,075

200 515 200 1,250

2,225 300 300

450

E A305

1,575

300

900

OFFICE 2

A301

SSL +193.78

900

CARPARK STAIR 02 18 RISERS @186.11

D W04

BUSINESS/OFFICE 2

TOW 192.80

D G/10

FRL 120/120/120

PLANTER

WG/10-1

1,250

TOILET

FRL 120/120/120 SSL 191.21

2 RISERS @ 180.00

TOW 192.80

2 1

VISITOR 1,100 2

VISITOR 2

CONC

100 R9

5,000

100

2,500

R10

SSL 187.19 S02

A A301

SSL 191.57

WG/09-1

CONC

FIRE EGRESS

D G/11

SSL 192.66

CONC

A305

R17

150 HIGH CONCRETE KERB

METAL HANDRAIL

OFFICE 4 (2)

D G/08

D G/18

D G/13 FRL -/120/120

SPRINKLER & HYDRANTTOW TO FOLLOW CT PUMP ROOM EXISTING FOOTPATH DISABLE CONC LEVEL

PLANTER

SSL 190.08

OFFICE 3 (1)

OFFICE 3 (2)

CONC

WG/10

1,250

5,400

1,000

S04

D G/09

D 01 G/14

100 H HOB

1,000

VISITOR 4

FRL -/120/120

CONC

D G/12

FRL -/120/120

TACTILE INDICATOR

SSL 192.615

CONC

TOW 192.80

FRL 60/60/60

FIRE EGRESS

SSL 192.70

ERL 192.46

9 RISERS @180.00 SSL 191.57 1

OFFICE 4 (1)

SSL 192.70

COLONNADE STAIR 03

D W05

TOW 192.80

D G/15

PAV

VISITOR 3

A301

SSL 189.95

2 RISERS @ 155.00

BOLLARD (TYP)

BUSINESS/OFFICE 5,980 1

COMMERCIAL OUTDOOR UNIT @ 2000H ABOVE FFL

OFFICE 4 (2)

RAMP 1:10

WG/10-1

1,250

D G/10

VISITOR 5 1,550

RESIDENTIAL / VISITOR A/C A/C CARPARKING

FRL 120/120/120

1,250

2,825

200

1,200

2 1

VISITOR 6

CARPARK STAIR 02 18 RISERS @186.11

SSL 191.57

COMMERCIAL CARPARKING (TANDEM)

900

SIT E

630

737

E1 A304 MIRROR

25 300

2,500 2,500

FRL 120/120/120

1,020

1,187

200

VISITOR 4

RAMP 1:20

R18

SSL 187.93

SSL 187.95 1,200 2,500 2,500 2,500 2,500 2,800

2,500 300 2,500 2,500

2,130

1,875

300

2,500 150 150 2,500 2,500

25 300

STORE FRL 120/120/120

SSL 189.90

100 R6

6,110

300

150 HIGH CONCRETE KERB 1,000

2,755

5,000

2,500 2,500 2,225 300

2,650 2,500 2,500 1,550 200 2,260 200

16 15

SSL 189.95

SSL 190.45

PLANTER BOX ABOVE SHOWN DOTTED

1,250

VISITOR 5

D G/11

DISABLE 1,100 1,000 TOILET

FRL 120/120/120 SSL 191.21

STAIR 03 9 RISERS @180.00 SSL 191.57

5,980

500

5,400

TACTILE INDICATOR

RESIDENTIAL / VISITOR CARPARKING

SPRINKLER & HYDRANT PUMP ROOM CONC

1,000

RAMP 1:20

300

R14

R15

950

995

300

METAL HANDRAIL

D B/03

900

1,104

5,400

R16

CONC

SSL 187.19

200 1,665

2,400

FRL 120/120/120

300

200 2,500 2,650

2,225 300

2,225 300 25 200

300

2,260 200 3,580

FRL 120/120/120

200

A A301

1,000

PLANTER BOX ABOVE SHOWN DOTTED

1,200

SSL 192.66

2 RISERS @ 180.00

ENTRY STAIR 1

SSL 187.59

5,000

5,575 310

2,400

200 1,250 200 2,180

300

275

2,500

300

RAMP 1:20 CONC

800

SSL 187.59 TACTILE PLANTER BOX INDICATOR ABOVE SHOWN DOTTED

100 H HOB

TACTILE INDICATOR

SSL 192.70

D G/14

D G/13 FRL -/120/120

FIRE EGRESS

D G/18

410

FRL 120/120/120

190

2,500

2,825

1,830

SSL 188.15

SSL 188.99 ROLLER SHUTTER 2,400 300

1,650 SSL 189.32

u/s 188.88

300 3,075

2,500 2,500

300

200 2,500

2,500 300 25 2,500 2,800 2,500 2,500

200

600

900

CONC

6,110

4,150

CONC

100 R9

1,575

190

5,000

600

1,100

VISITOR 3

100 R3

R13

CARPARK STAIR 1

CONC

5,400

S05 1,540

FRL 120/120/120

PIT TO HYD. ENG'S DETAILS

2,500

1:25 RAMP S38

D B/02

SSL 187.19

1,000

S06

S15

940

606

400

950

D A303

RAMP 1:10

BOLLARD (TYP)

1,000

R12

5,510

METAL HANDRAIL

S07

OSD

R17

R20

200

5,400 ELEC. SWITCH ROOM

B/L1

R19

PIT TO HYD. ENG'S DETAILS

1,000

1,000 SSL 187.93

2,500 2,500 300 2,500 2,500 300

2,225

2,500

300

R7FRL 120/120/120 D B/01

2,500

1,104

5,510

09 2,500

630

1,000

S04

150 HIGH CONCRETE KERB

300

400

2,500

737

1,200

2,610 900

100 R6

6,100

1,200

PLANTER BOX ABOVE SHOWN DOTTED

500

400

FRL 120/120/120

200

S14 BOLLARD (TYP)

D A303

A303

D G/15

CONC

D G/12

FRL -/120/120

CONC PLANTER

2 1

FRL 60/60/60

FIRE EGRESS

SSL 192.70

2 RISERS @ 155.00

PLANTER DP

ERL 192.39

2 1

SSL 193.01

ENTRY STAIR 1

2,500

300

1,000

1,722

FRL 120/120/120

1,020

200

400

LIFT

995

200

1,187

2,130

R21 DP

CONC

S08

300

R19

2,755

300

S36 SSL 189.90

FRL 120/120/120

606

1,250

1,000

1,908

100 900 VISITOR 9

SSL 187.59

600

S16

1,000

BOLLARD (TYP)

850

R16

16 15

OSD

R20

R18

2,500

2,500 2,500

25 200 2,260 200

CONC

400 R38

6,110

4,150

SSL 187.19

R15

5,400

S37

BOLLARD (TYP)

SHARED ZONE

ELEC. SWITCH ROOM

FRL 120/120/120

5,000

D B/03

CARPARK STAIR 1

SSL 187.19

R14

R22

TACTILE INDICATOR

FRL 120/120/120

800

FRL 120/120/120

CONC

STORE

200 2,260 200 200

3,580

D B/01 W B/L1

1,000

2,500

1,830

FRL 120/120/120

300

R21 DP

1,550

D B/02

FRL 120/120/120

LIFT

METAL HANDRAIL

940

R13

850

1,200

1,000

PLANTER BOX ABOVE SHOWN DOTTED

R11

1,050

5,400

BASEMENT COLUMNS TO HAVE FRL 120/-/U.N.O

300

2,500

1,000

200

FRL 120/120/120

300 25

5,000

2,610

TACTILE 5,400 INDICATOR

600

200

S13

S09 400

5,400

R37

1,000

S15

S12

S17

2,500

2,400

E A305 6,100

1,200

2,225 300

2,650

300

5,000

2,500

1,250

200

400

410

SSL 187.59 400

1,000

BOLLARD (TYP)

900

CONC

6,110

R23

5,000

S11

S18

R12

2,400

2,500

2,650

2,225

CONC

5,000

RAMP 1:20

300 2,500

400 R38

S05 1,540

R36

R24

2,400

R22

1,100 600

850

515 200 200 1,665 1,250

2,500 2,500

2,225 300 25

2,587

SSL 187.19

5,400

R2 900

R35 SSL 187.59

6,060

1,000

S06

FRL 120/120/120

200

VISITOR 6

CONC

FRL -/120/120 2 1

MECHANICAL AIR INTAKE FLOOR PENETRATION & WALL TO 3M HEIGHT ERL 192.32

WALL TO 3M HEIGHT

SSL 193.01

5,000

MECHANICAL AIR INTAKE SITE BOUNDARYFLOOR PENETRATION &

MIRROR

1,000

D A303

S20

S10

100 R3

2,587

5,400

950

S16

BASEMENT COLUMNS TO HAVE FRL 120/-/U.N.O

850

R23 DP

300

5,523

1,050

D B/04 SSL187.86

D B/05

S19

1,000

R25

1 FRL 120/120/120

VISITOR 8 SSL 187.93

TACTILE INDICATOR

PLANTER BOX ABOVE SHOWN STORE DOTTED CONC

MIRROR 100H HOB

RESIDENTIAL / VISITOR CARPARKING

FRL 120/120/120

MECHANICAL FLOOR PENETRATION

VISITOR 7

CONC

600

PLANTER BOX ABOVE SHOWN DOTTED

RAMP 1:10

CARPARK STAIR 02 18 RISERS @186.11

R34

900

CARPARKING DELIVERY SERVICE/

2,500

1,000

1,000 1,200

S17 5,400

R37

5,400

1,722

1,100

S08

150 HIGH CONCRETE KERB

100

5,000

A302

5,000

ROLLER SHUTTER INTO BASEMENT BELOW ON GRID LINE "E", REFER TO BASEMENT FOR DETAILS

100H HOB

2 1 FRL 60/60/60 D B/06

150 HIGH CONCRETE KERB

5,000

C A302 ERL 192.32

MECHANICAL FLOOR PENETRATION SITE BOUNDARY

CARPARKING DELIVERY SERVICE/

R24

BOLLARD (TYP)

CONC

600

100

R11

S18

R36 6,060

1,908

400

S07

R25

SHARED ZONE

S09

RAMP 1:5

S22

5,400

200

BOLLARD (TYP)

PLANTER BOX ABOVE SHOWN DOTTED

SITE BOUNDARY

900

5,523

1,000 R27

S14

R26 DP

R35

A301

POSSIBLE FUTURE ACCESS TO WANDERS WAY THROUGH FUTURE DEVELOPMENT OF 'KENNARDS' SITE

5,000

A305

5,000

SITE BOUNDARY

S19

100

R26

1,000

1,100

200

R33

S23

S21

100 900 MINIMUM 2.3 M HEIGHT CLEARANCE 9 ABOVE CAR SPACES R31 &VISITOR R32

6,300

D B/05

S13

SSL 187.93 R32

TACTILE INDICATOR

R28

5,000

S12

900VISITOR 8

100

RAMP 1:20

200

S11

R34

900

SSL 186.43

2,500

FRL 120/120/120

300

200

600

S10

1,100

ROLLER SHUTTER INTO BASEMENT BELOW ON GRID LINE "E", REFER TO BASEMENT FOR DETAILS

MIRROR

S25 S24 MESH SCREEN

FRL 60/60/60

RESIDENTIAL / VISITOR CARPARKING

SSL187.86

CONC 5,400

5,400

R27

D B/04

FRL 120/120/120

STORE

S20

200

6,300

100

VISITOR 7

R29 DP

450

5,400

FRL 120/120/120

CARPARK STAIR 02 18 RISERS @186.11

FRL 120/120/120

R33

S26

R31

1,000

2,180

275

5,000

275

2,500

MINIMUM 2.3 M HEIGHT CLEARANCE ABOVE CAR SPACES R31 & R32

R28

150 HIGH CONCRETE 1,100 KERB

S21

300

S27

CONC

S22

200 2,500

900

R32

D B/06

150 HIGH CONCRETE KERB LINE OF RAMP OVER

RAMP 1:10R30

RAMP 1:5

S35

1,250

100

R29

300

2,500

SSL 186.43

1,000

300

1,100

SLAB OPENING ABOVE SHOWN DOTTED

110

S28

S23

310

2,500

SSL 189.32

u/s 188.88

5,000 R31

A303

SSL 188.15

S25 S24 MESH SCREEN

300

S26 1,000

S27

1,000 2,500

R30

110

MIRROR

S30 S29 MESH SCREEN

275

S28

02 LINE OF RAMP OVER

S34

5,575

S30 S29 MESH SCREEN

S31

SSL 187.95

SSL 188.99 ROLLER SHUTTER

1,650

S32

2,500

5,000

1,590 DP DP

S33

S31

5,000

SLAB OPENING ABOVE SHOWN DOTTED

5,000 POSSIBLE FUTURE ACCESS TO WANDERS WAY THROUGH FUTURE DEVELOPMENT OF 'KENNARDS' SITE

5,000

A302

ROLLER SHUTTER ON GRID LINE "E"

A305 5,000

5,000

A305

S32

5,000

A305 1,590

5,000

LETTERBOXES

5,000

C A302

RAMP 1:20

5,000

A ROLLER SHUTTER ON GRID LINE "E"

5,000

140

C B A305

300 1,250 25

5,000

A305 5,000

5,000

RA MP 1:19

E B1 A305 5,000

SSL 190.31

SSL 190.19

5,000

STAIR 03 6 RISERS @188.33

B1 5,000

A305 5,000

5,000

C B

SSL 189.95

FRL -/90/90

ENTRY STAIR 2

SSL 190.31

SSL 190.19

GROUND FLOOR PLAN

GSPublisherEngine 0.0.100.100

5,000

B A305

5,000

C A302

5,000

PRET

AVENUE

PRETORIA

5,000

A305

5,000

A302

5,000

A302

A305

5,000

A302

A305

FRL 120/120/120

FRL 120/-/-

TOW 197.48

5,000

A302

FIRE STAIR TO COMPLY WITH AS1428.1, LUMINOUS NOSING STRIP WITH 30% CONTRAST OF BACKGROUND

A305 5,000

5,000

SITE BOUNDARY

5,000

A305 5,000

5,000

B1 5,000

5,000

A305

FRL 120/120/120

SITE BOUNDARY

TOW 197.28

BALCONY

1,210

W5/06

W5/06A

E A305

SSL 199.18

VOID

D 10/06

CPT D 2C/04

5,000 5,000 5,000 5,000 5,000 5,000

W9/05

BALCONY DP CT1 SSL 199.18

D W9/04

STUDY

W9/02

ROOF LINE OVER

SSL 199.30

E A305

W9/03

D 2C/03

GARBAGE

MASONRY BALUSTRADE

TOW 200.28

VOID

CPT

BEDROOM 2 CPT

UNIT 9 (TYPE D)

LOUNGE

W10/05

A/C

D 10/08

TOW 200.28 W W9/06

CPT BEDROOM 2

D 9/07

FRL 90/-/-

ELEC. & COMM

TERRACE

D 9/05

FRL 120/120/120

D 205/07

BEDROOM 1

FRL 90/-/-

D 9/04

KITCHEN CT

ENS F

W10/04

CT1

CT1 DP

D 10/05

D 9/03

DINING FRL -/60/60

D 2C/01

BEDROOM 1

L'DY

D 9/01

COMMON WALKWAY STAIR 1 SSL 199.30

CPT

D 10/02

R D

TERRACE

1,690

DINING DP

SSL 196.18

LIFT BATH

FRL 90/90/90

W W9/06A

D 9/06

5,000

UNIT 10 (TYPE E)

SSL 199.18

ROOF LINE OVER

TOW 197.28

RENDERED MASONRY BALUSTRADE

W10/06

TOW 200.28

FIRE STAIR TO COMPLY WITH AS1428.1, LUMINOUS NOSING STRIP WITH 30% CONTRAST OF BACKGROUND

TOW 197.48

FRL -/60/60 FRL -/60/60

5,000

CPT

W4/03

PLANTER TOW 197.48

ENS

LN D 9/02

W10/06A

VOID

LINE OF SLAB

5,000

D 10/04

LIVING

SSL 199.30

5,000

CT BATH

FRL 90/90/90

D 10/03

W10/03

A305

W10/01

RENDERED MASONRY BALUSTRADE

SSL 196.30 DP

FRL -/60/60

PLANTER

W4/04

STUDY

D 10/01

FRL -/90/90

W4/05

GLASS CANOPY BELOW W

5,000

W4/02

CT1 SSL 199.18

BALCONY

W8/03

FRL 90/90/90

W9/01 W

BEDROOM 2

UNIT 4 (TYPE D)

90 860

W4/06

CPT

LIVING

DINING

W10/02

5,000

CPT LOUNGE

1,250

CPT

BEDROOM 2 CPT

SSL 196.18

TOW 200.28

A/C

1800 HIGH FROSTED GLASS SCREEN WALL

140

FRL 90/90/90

BEDROOM 1

D 1C/04

D W5/05

CT1

TOW 197.28

A301

A/C

D 4/07

D 8/05

UNIT 8 (TYPE C)

L'DY

R D 4/05

1,450

FRL 90/90/90

D 1C/03

GARBAGE

FRL -/90/90

FFL / SSL 195.22

LN D 5/08

TERRACE TOW 197.48

FRL 90/-/-

DINING

1,720 140

ELEC. & COMM

D 5/06

D 5/02

R D

D 4/04

KITCHEN

STUDY

MASONRY BALUSTRADE

TOW 200.28

W W8/04

W8/02

FRL 90/90/90

KITCHEN

ST D 5/07

DINING

W5/04

D 4/03

KITCHEN CT

FRL 90/-/-

ENS F

BEDROOM 1

FRL 120/120/120

CPT

L'DY

D 4/01

PLANTER

1,690

W W4/06A

D 4/06

W8/05

CPT

VOID

L'DY

SSL 196.18

D 1C/01

SSL 196.30

ABOVE SHOWN

DOTTED

09 SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

ARY

SITE BOUND

ARY

SITE BOUND

SS & GLASS

5,000

B A305

5,000

LEVEL 3 PLAN

5,000

A302

LEVEL 4 - 11 PLAN H

B1 5,000

A305 5,000

5,000

B A305

A302

ROLLER SHUTTER ON GRID LINE "E"

1,590

SLAB OPENING ABOVE SHOWN DOTTED

110

GSPublisherEngine 0.0.100.100

S30 S29 MESH SCREEN

S28

S27

S26

S25 S24 MESH SCREEN

LINE OF RAMP OVER

S23

RAMP 1:5

D B/06

100

300

150 HIGH CONCRETE KERB

900

VISITOR 7

RAMP 1:10 CONC

PLANTER BOX ABOVE SHOWN DOTTED

2,400

1,650

S31

1,000

S32

2,500

S33

S34

SSL 188.99 ROLLER SHUTTER

FRL 60/60/60 DP DP

5,000

MIRROR

RESIDENTIAL / VISITOR CARPARKING

02 2,400

300

3,075

5,000

C A302

SSL 187.93

5,000

SSL 188.15

5,000

SSL 187.95

5,000

88.88

B A305

189.32

5,000

1,000

5,000

AVENUE

PRETORIA

5,575

PRETORIA

AVENUE

2,500

5,000

LIFT BATH CT STAIR 1

D 5/05

UNIT 5 (TYPE E)

D 5/04

LIVING CPT

COMMON WALKWAY CT

620

W5/03

ENS

LN D 4/02

TOW 196.88

D 5/03

A/C

5,000

BATH CT

W W4/01

CPT

CT1

D 8/04

L'DY D 8/03

D 8/02

FULL HEIGHT ALUM. FRAMED GLASS WALLS

W W7/05

FRL 90/90/90

SSL 199.30

KITCHEN

FRL 90/90/90

D 8/01

5,000

W7/04

D 7/04

CT BATH

5,000

W W5/01

FRL -/60/60

D 5/01

FRL -/60/60

W W5/02

SSL 196.18

PLANTER

TOW 196.88

TERRACE

TOW 197.48

TOW 197.28

CT1

A/C

PLANTER

BALCONY

W3/03

FRL 90/90/90

TOW 197.18

A/C

STUDY

W3/02

L'DY

D 7/03

W8/01

TOW 200.28

LIVING

DINING

BEDROOM 1

R SEMI-FRAMELESS ALUM. FRAMED GLASS BALUSTRADE

5,000

SSL 196.30 CPT

TOW 197.28

SITE BOUNDARY

D 3/05

UNIT 3 (TYPE C)

SSL 199.18 W

D 7/05

W3/04

TOW 197.18

PLANTER

A A301

BEDROOM 1

KITCHEN

A A301

5,000

D 3/02

PACIFIC HIGHWAY

FRL -/60/60

5,000

W3/05

CPT

D 3/01

TOW 197.48

SSL 195.68

FRL 90/90/90 D 3/04

CT1

VOID

TOW 200.28

BALCONY

CPT

L'DY LN

D W7/03

SSL 199.30

CT BATH

BATH CT

W3/01

CPT

KITCHEN

D 7/02

W7/01

ALL CORRIDOR COLUMNS TO HAVE FRL 90/90/90 U.N.O

SITE BOUNDARY

5,000

R D 3/03

TOW 197.18

COMMON OPEN AREA BELOW

W2/05

TOW 196.88

PLANTER

TOW 197.48

PLANTER

ALL CORRIDOR COLUMNS TO HAVE FRL 90/90/90 U.N.O

PERGOLA OVER

A305

L'DY

D 7/01

TOW 197.28

DINING

LIVING

CT BATH DP

STUDY

UNIT 7 (TYPE B)

W2/04

CPT

R SITE BOUNDARY

SSL 196.18

D 2/05

W2/01

CT1

W W7/02

BEDROOM 1

RENDERED MASONRY PODIUM FRAME

A/C

CT1

KITCHEN D 2/03

WALKWAY OVER

A301

FRL 90/90/90

BALCONY

D A303

SITE BOUNDARY

SSL 195.68

EXPRESSED BLADE COLUMNS

W W6/05A

ENS

VOID

RENDERED MASONRY BALUSTRADE

FFL 196.30

LIVING

UNIT 2 (TYPE B2) ADAPTABLE UNIT SSL 196.30

D 2/02

CPT

D 6/06

BATH CT

TURF SSL 196.18

FRL -/60/60

550

FRL -/60/60

D 2/01

COMMON OPEN AREA

BEDROOM 1

ST LN

5,000

TOW 196.88

1,200

CT1

L'DY

D 6/02

D 2C/02

W6/05

BEDROOM 2 CPT

D 6/05

FRL 90/-/-

W2/03

DINING

FFL 196.30

TOW 197.18

SINK / BBQ

STAIR 2 SSL 199.30

D 6/04

A/C STUDY

ROBE D 6/03

D 6/01

TOW 200.28

DINING

SITE BOUNDARY

ROBE

03 D

W W2/02

TOW 200.28

W W6/04

METAL ROOF 10O FALL

FRL 90/90/90

5,000

PLANTER

CPT

D A303

CT1 A/C SSL 199.18 FRL 90/-/D 6/07

W6/01

FRL 90/90/90

PLANTER

D A303

CPT UNIT 6 (TYPE A) SSL 199.30 KITCHEN

PACIFIC HIGHWAY

EXPRESSED BLADE COLUMNS

W W1/05A

ENS

BALCONY

ROBE

PLANTER

CPT

D 1/06

CT BATH

W W1/01

D W6/03

FRL 90/90/90

5,000

D 1C/02

BEDROOM 1

ST LN

D 1C/05

5,000

150

L'DY

D 1/02

STAIR 2 SSL 196.30 DP

W 1C/L2

TOW 197.28

CPT

ROBE

1C/L1

W1/05

BEDROOM 2

5,000

4,000

5,000

MECHANICAL VENTILATION ROOM

TURF SSL 195.68

D 1/05

FRL 90/-/-

PERGOLA OVER

METAL ROOF BELOW & BOXED GUTTER

STUDY

D A303

ROBE D 1/04

5,000

DINING

D 1/03

EDGE OF SLAB ABOVE

W1/04

D 1/01

FRL 90/90/90

D 1/07

5,000

FRL -/60/60

A/C FRL 90/-/-

SSL 196.30 KITCHEN

5,000

150

UNIT 1 (TYPE A)

TOW 197.18

FRL 90/90/90

5,000

PLANTER

2,000

LOUNGE

W W6/02

150 TOW 197.48

SSL 196.18

CPT

TOW 197.48

PLANTER

CT1

D W1/03

5,000

STUDY

LOUNGE

W W1/02

CPT

BEDROOM 2 CPT

A305

BALCONY ABOVE 08 DOTTED SHOWN

SEMI FRAMELESS GLASS BALUSTRADE

ENS

ELEC. & COMM

D 20/06

D 20/08

BEDROOM 1

PACIFIC HIGHWAY

5,000 5,000

L'DY

D D 20/06

ELEC. & COMM

LOUNGE

STUDY

A/C D W19/05

BALCONY

W19/02

CT1

E A305

D W19/04

W19/03

BEDROOM 1 SEMI FRAMELESS ALUMINIUM CPT GLASS BALUSTRADE

BEDROOM 2 CPT

D 4C/04

UNIT 19,24, 29,34,39,44,49 (TYPE D)

W D 4C/03

GARBAGE

NO COLUMN ON UNIT 34

W W19/06 DP

CPT ENS CT BALCONY CT1 R

AC CONDENSER UNITS

BEDROOM 2

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

PB DP

WALL OPENING TO LEVEL 6 & 7 ONLY. REFER TO EAST ELEVATION FOR FEATURED FRAME DETAIL

W20/06A

D 19/07

FRL 120/120/120

W19/04 D 20/08

W20/05

W W19/07

CPT

NO COLUMN ON UNIT 34 KITCHEN

D 20/07

W19/05

FRL 90/-/-

D 19/05

DINING

A/C

W20/06

W19/07A

BEDROOM 1

FRL 90/-/-

D 19/04

LN D

BALCONY

D 4C/01

D 20/02

R D W20/04

CT1 W

W19/02

W19/03

CPT

D 19/06

D 19/01

1,590

AC CONDENSER STAIR 1 UNITS

D W 20/05 W19/06

UNIT 20,25, CPT 30,35,40,45,50 UNIT 19,24, (TYPE E) 29,34,39,44,49 F (TYPE D) LOUNGE CPT DINING

STUDY

D 19/03

LIFT

BATH

W19/07 CT

BEDROOM 2

D 19/07

D 20/04

FRL -/60/60

CPT

LIVING

CPT

BEDROOM 2 CPT

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

UNIT 20 TO HAVE PRIVACY SCREEN 1500 H

ARY

AVENUE

5,000

W20/06

W20/06A

WALL OPENING TO LEVEL 6 & 7 ONLY. REFER TO EAST ELEVATION FOR FEATURED FRAME DETAIL

5,000

BC A305 A302

5,000

A302

5,000

BOLLARD CONC (TYP)

SSL 192.615 10

SPRINKLER & HYDRANT TOW PUMP 192.80 ROOM CONC

1,250

DISABLE TOILET

D G/10

2 RISERS @ 180.00 FRL 120/120/120

5,000

C A302

1,550

A305

5,000

B1 A305 5,000 5,000

5,000

D W05

COLONNADE SSL 192.615

A302 A305

5,000

A302

FIRE STAIR TO COMPLY WITH AS1428.1, LUMINOUS NOSING STRIP WITH 30% CONTRAST OF BACKGROUND

FRL 120/120/120

FRL 120/-/-

TOW 197.48

SITE BOUNDARY

PLANTER

STUDY

W1/02

FRL 120/-/DP

TOW 197.28

PLANTER PLANTER

2,000 FRL 90/90/90

CPT

UNIT 1 (TYPE A) TOW 197.48

TOW 197.18

SSL 196.30 KITCHEN

150

2,000

FRL 90/-/-

D 1/07

STUDY

W1/02

SSL 196.18 TOW 197.48 PLANTER

CPT UNIT 1 (TYPE A)

TOW 197.18

A/C FRL 90/90/90 DP

W W1/04

SSL 196.30 KITCHEN CT

DINING

ROBE

BEDROOM 2

W1/05

TOW 197.28

BALCONY LOUNGE

CT1

D W1/03

TOW 197.48 150

TOW 197.48

LOUNGE

5,000

TOW TO FOLLOW EXISTING FOOTPATH LEVEL

5,000

GSPublisherEngine 0.0.100.100

TOW 197.48

SITE BOUNDARY

5,000

PLANTER

TOW 192.80

CONC

D 5,000

FIRE STAIR TO COMPLY WITH AS1428.1, LUMINOUS NOSING STRIP WITH 30% CONTRAST OF BACKGROUND

5,000 W

WG/10-1

BUSINESS/OFFICE 1

ERL 192.46

EXISTING DRIVEWAY

TACTILE INDICATOR

EXISTING DRIVEWAY

FRL -/120/120

SSL 192.70

COLONNADE 15 6

5,000

BALCONY

2,100

D W05

D G/13 FRL -/120/120

D TOW TO FOLLOW SSL 192.66 G/11 EXISTING FOOTPATH CT LEVEL

100 H HOB PLANTER

FRL -/120/120

RAMP 1:10

D G/14

FIRE EGRESS

D G/18

5,000

1,550

BUSINESS/OFFICE 1

STAIR 04 6 RISERS @188.33

FRL 120/120/120

FRL -/120/120 W

D G/10

2 RISERS @ 180.00

FRL -/120/120

WG/10-1

1,250

D G/15

CONC

D G/12

E A305 5,000

TOW 192.80

FRL 60/60/60

FIRE EGRESS

SSL 192.70

2 RISERS @ 155.00

SSL 192.70

DISABLE TOILET

VISITOR 6

SSL 189.75

SPRINKLER & HYDRANT PUMP ROOM CONC

FRL -/120/120

TACTILE INDICATOR

ERL 192.46 TOW 192.80CONC

FRL -/120/120 2 1

F 5,000

01 PLANTER

SSL 193.01

D G/11

2,100

SSL 192.70

FRL -/120/120 1

SSL 192.66

D G/13 FRL -/120/120

STAIR 03 6 RISERS @188.33

STAIR 04 6 RISERS @188.33

STAIR 03 6 RISERS @188.33

SSL 189.95

SSL 192.70

100 H HOB

FIRE EGRESS

BC A305 A302

5,000

FRL -/120/120

D G/18

G 5,000

ERL 192.39

BOLLARD (TYP)

RAMP 1:10

SSL 189.75

FRL -/120/120

STAIR 2

5,000

VISITOR 6

D G/15

D G/14

FRL -/120/120

CONC

D G/12

1 FRL260/60/60

FIRE EGRESS

SSL 192.70

100H HOB

2 RISERS @ 155.00

5,000

MECHANICAL AIR INTAKE FLOOR PENETRATION & WALL TO 3M HEIGHT

PLANTER

SITE BOUNDARY

CONC

MIRROR 2 1

SSL 189.95

2 1

SSL 193.01 MECHANICAL FLOOR PENETRATION

A302 ERL 192.39 ERL 192.32

FRL -/120/120

ERL 192.32

TO WANDERS WAY THROUGH FUTURE DEVELOPMENT SITE BOUNDARY OF 'KENNARDS' SITE

AVENUE

5,000

STAIR 2

5,000

FRL -/60/60

5,000

MECHANICAL AIR INTAKE FLOOR PENETRATION & WALL TO 3M HEIGHT

ROLLER SHUTTER INTO BASEMENT BELOW ON GRID LINE "E", REFER TO BASEMENT FOR DETAILS

5,000

A305

150

5,000

BC A302 A305

PRETORIA

5,000

ROLLER SHUTTER INTO BASEMENT BELOW ON GRID LINE "E", REFERPOSSIBLE TO FUTURE ACCESS BASEMENT FOR DETAILS

5,000

B A305

SITE BOUND

AVENUE

LEVEL 2 PLAN

5,000

A305 5,000

5,000

B1 A305 5,000 5,000

B1 5,000

09 ARY

NO COLUMN ON UNIT 35

SITE BOUND

LEVEL 1 PLAN B

ROOF BELOW

UNIT 20 TO HAVE PRIVACY SCREEN 1500 H

AVENUE

PRETORIA

ROOF BELOW

ARY

NO COLUMN ON UNIT 35

SITE BOUND BALCONY ABOVE SHOWN DOTTED

A305

MIRROR

5,000

100H HOB

CT1

A/C

L'DY D 20/03

FRLCT 90/-/-

D 19/05

DINING

5,000

RENDERED MASONRY BALUSTRADE

TOW 203.28

PRETORIA

POSSIBLE FUTURE ACCESS TO WANDERS WAY THROUGH FUTURE DEVELOPMENT OF 'KENNARDS' SITE

W18/03

ENS

LN W

D 4C/04

D 19/02

BEDROOM 1

W20/03 FRL 90/-/-

D 19/04

W D 4C/03

GARBAGE

PRETORIA

BALCONY

LIVING

FRL -/60/60

RENDERED MASONRY BALUSTRADE

ARY

W W18/04

DINING

BATH CT

W W19/01

CT1

FRL 90/90/90

A/C

AC CONDENSER UNITS KITCHEN

W W W19/07A FRL -/60/60 W20/01

D 20/01

CPT

W20/02

5,000

L'DY

ST D 20/07

COMMON WALKWAY W

D 19/06

W20/05

CT1

RENDERED MASONRY BALUSTRADE

TOW 203.28

SITE BOUND

A301 SEMI FRAMELESS ALUMINIUM GLASS 05 BALUSTRADE

CPT BEDROOM 1

FRL 90/90/90

150

RENDERED MASONRY BALUSTRADE

BALCONY ABOVE SHOWN DOTTED

W18/05

D 18/05

CPT

PLANTER TOW 203.28

W15/06A

TOW 203.28

PLANTER

TOW 203.28

W15/06

W15/06A

FRL -/60/60

5,000

VOID

D 19/03 D 19/01

1,590 D 4C/01

FRL 120/120/120

D A305 20/02

R D

SEMI FRAMELESS GLASS BALUSTRADE

UNIT 18,23, 28,33,38,43,48 (TYPE C)

STUDY

W18/02

A/C

ENS

ST DP

L'DY

W20/04

BALCONY

R D 18/04

KITCHEN

BALCONYCT CT1

LIFT

BATH CT STAIR 1

DINING

D W14/04

TOW 203.28

TOWW203.28

CT1

FRL 90/90/90

SSL 202.18 A305

CPT

D 19/02

FRL 90/90/90

BALCONY

DINING

BATH CT

W W19/01

CT1

FRL 90/90/90

D 20/03

D 20/05

W20/01

FRL 90/90/90

SSL 202.30

D 18/02

VOID

D 20/04

LIVING

UNIT 20,25, 30,35,40,45,50 (TYPE E)

FEATURED FRAME ABOVE SHOWN DOTTED

CT1

FRL -/60/60

W20/03

ROOF LINE OVER

TERRACE

D 20/01

A/C

AC CONDENSER UNITS

07 DP

5,000 W W20/02 DP

KITCHEN

W14/06

D W18/03

W17/05 FRL 90/90/90

06 COMMON WALKWAY

BALCONY CT1

LIVING

D 17/04

D 18/03

D 18/01

CPT

STUDY

W18/02

W W18/04

UNIT 18,23, 28,33,38,43,48 (TYPE C)

RENDERED MASONRY BALUSTRADE

BEDROOM 1

BATH L'DY

04 W

5,000

SITE BOUNDARY

5,000 5,000

5,000

BEDROOM 2

D 18/01

KITCHEN

FRL 90/90/90

5,000

W15/06

5,000

D 18/02

W W18/01

W17/04

CPT

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

CPT

BEDROOM 1

VOID

W SEMI-FRAMELESS ALUM. W18/05 FRAMED GLASS BALUSTRADE D 18/05

BATH CT

ALL CORRIDOR COLUMNS TO HAVE FRL 90/90/90 U.N.O

KITCHEN

PLANTER PLANTER

TOW 203.28

W W14/07

VOID

L'DY D 18/03

AC CONDENSER UNITS

D 17/05

F L'DY

D 17/03

W17/05 FRL 90/90/90

D 18/04

BATH

KITCHEN CT

D 17/02

W W17/01

R CT

W W18/01

RENDERED MASONRY BALUSTRADE

SSL 202.18

CT1

W17/03

W17/04

CPT

5,000

FRL 90/-/-

W14/05

W14/02

BALCONY

LIVING

5,000

W15/05

CT1

BEDROOM 1

A/C

W14/03

BALCONY ABOVE SHOWN DOTTED

TERRACE

FRAMED GLASS BALUSTRADE

BEDROOM 1

D 17/04

FRL -/90/90

BEDROOM 1 DP

CPT

TOW 203.28

W D 3C/03

GARBAGE

SHOWN DOTTED W W14/07A

FEATURED FRAME ABOVE UNIT 14 (TYPE D) SHOWNLOUNGE DOTTED

STUDY

ASEMI-FRAMELESS ALUM. A301

5,000

SSL 202.18

1800H MASONRY WALL

06 ABOVE BALCONY

ROOF LINE CPTOVER

CPT UNIT 17,22, 27,32,37,42,47 (TYPE B)

D 17/05

VOID

5,000

L'DY

D 15/06

W14/04 D 15/08

W15/04

RACKING RENDERED MASONRY WALL DOWN TO PLANTER HEIGHT

D 3C/04

TOW 203.28

A/C

D 14/07

KITCHEN

ELEC. & COMM

CT1

LN D

FRL -/90/90

TERRACE

W14/05

CPT

FRL 120/120/120 DP

ENS

D 15/07

D 14/05

DINING

A/C

15/02

W14/03

D 3C/01

FRL 90/-/-

D 14/04

FRL 90/90/90

W14/02

PLANTER

L'DY

FRL 90/90/90

KITCHEN

5,000

BEDROOM 1

BEDROOM 2 CPT

D 14/03

PLANTER

SSL 202.18

CPT

DINING

TOW 203.28 STUDY

STAIR 1 SSL 202.30

SSL 202.30 UNIT 14 F (TYPE D) LOUNGE DINING SSL 202.30 D

W D 3C/03

GARBAGE

D W 15/05 W14/06

L'DY

14/01

1,590

D 14/06

CT1

W13/03

D 3C/04

CT ENS ST

STUDY

D 17/01

CPT

CT LN

A A301

UNIT 15 (TYPE E)

D 14/02

TOW 203.28 D

LIFT BATH

W14/07 CT

BEDROOM 2

D 14/07

BATH W W14/01

CPT

D 15/04

CPT

LIVING

1800H MASONRY WALL

SSL 202.18 D 15/03

FRL 90/-/-

ELEC. & COMM

D 15/06

D W15/05

BEDROOM 1 D 14/05

DINING

KITCHEN

ENS

D 15/08

CT1

D 3C/01

BALCONY ABOVE SHOWN DOTTED COMMON WALKWAY CT1 FRL 90/90/90 TOW 203.28

TERRACE D

LIVING

DINING STUDY RACKING RENDERED MASONRY WALL DOWN TO PLANTER HEIGHT FRL 90/90/90

D W15/03 FRL 90/-/-

D 14/04

D W15/04

TERRACE

STAIR 1 SSL 202.30

D 15/07

W W W14/07A FRL -/60/60 W15/01

D 15/01

CPT

W15/02

1,590

TOW 203.28

D A305 15/02

D 14/03

D 14/06

ST DP

L'DY

D 14/01

DINING

CT ENS

LN W

FRL 120/120/120

SSL 202.30 TOW 203.28

UNIT 15 (TYPE E)

203.28

D 15/05

FRL 90/90/90

LIFT

BATH

D 14/02

SSLPLANTER 202.18

BALCONY ABOVE SHOWN DOTTED

D 15/03

D 15/04

LIVING

W W14/01

W15/01

A/C

D W15/03

BATH

COMMON WALKWAY CT1

FRL 90/90/90

KITCHEN

FRL -/60/60

5,000

A/C

D 15/01

PLANTER

A/C

TOW 203.28

FRL -/60/60

W W15/02

W13/02

A A301

FRL -/60/60

VOID FRL 90/90/90

FRL -/90/90

5,000

W13/02

TOW 203.28

1800H MASONRY WALL

D 13/05

CPT

PLANTER SSL 202.18

A TOW 203.28

ALL CORRIDOR COLUMNS TO HAVE FRL 90/90/90 U.N.O

W13/04

SSL 202.30

CT1

W13/03

W W17/02

CT1

W17/03

F L'DY

D 17/03

BATH CT

A301 BEDROOM 1

A/C VOID

AC CONDENSER UNITS

BALCONY

LIVING

KITCHEN CT

D 17/02

W W17/01

TOW 203.28

CPT

UNIT 13 (TYPE C)

D 13/01

LIVING

W W13/05

R 1800H MASONRY WALL F

KITCHEN

TERRACE D

CPT DINING

STUDY

R D 13/04

D 13/03

D 13/02

D 13/05

SSL 202.30

VOID

PLANTER

W W13/04

FRL 90/90/90

RACKING RENDERED MASONRY WALL DOWN TO PLANTER HEIGHT

PACIFIC HIGHWAY

BEDROOM 1

UNIT 13 (TYPE C)

D 13/01

BATH L'DY

SITE BOUNDARY

F KITCHEN

W W13/01

CPT

D 13/03

D 13/02

TOW 203.28

W SEMI-FRAMELESS ALUM. W13/05 FRAMED GLASS BALUSTRADE

D 13/04

BATH L'DY

FRL -/60/60

R CT

W W13/01

FRAMED GLASS BALUSTRADE

TOW 203.28

SITE BOUNDARY

ASEMI-FRAMELESS ALUM. A301

W12/05

VOID

CPT UNIT 17,22, 27,32,37,42,47 (TYPE B)

BALCONY ABOVE SHOWN DOTTED

A303 SEMI FRAMELESS ALUMINIUM GLASS 03 BALUSTRADE

FRL 90/90/90

DINING

W W12/04

D 12/04

BATH

TOW 203.28

STUDY

W W16/05A

A/C

SITE BOUNDARY

5,000

W12/05 ALL CORRIDOR COLUMNS FRL FRL 90/90/90 TO HAVE 90/90/90 U.N.O

D 12/04

BATH

CT VOID

L'DY

D 12/03

W W12/01

CT D 12/05 BEDROOM 1 F CPT RACKING RENDERED MASONRY R WALL DOWN TO PLANTER HEIGHT

KITCHEN

D 12/02

TOW 203.28

CPT D 16/06

ENS

BATH CT

W16/01

FRL 90/90/90

W W17/02

D 17/01

PLANTER

BALCONY ABOVE SHOWN DOTTED

W12/04

5,000

BEDROOM 1 CPT

ALL CORRIDOR COLUMNS TO HAVE FRL 90/90/90 U.N.O

CPT

SSL 202.30

D 12/05

5,000

1800H MASONRY WALL

W16/05

CPT

BEDROOM 1

FRL 90/90/90

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

D 16/05

FRL 90/-/-

W16/05A

VOID RACKING RENDERED MASONRY WALL DOWN TO PLANTER HEIGHT

5,000

CT1

SSL 202.18

D 4C/02

BEDROOM 2

D 16/04

L'DY

D 16/02

STAIR 2

CPT D 16/06

ENS

BATH CT

RENDERED MASONRY BALUSTRADE

A/C

D W12/03

5,000

KITCHEN

F L'DY

D 12/03

W W12/01

D 16/03

D 16/01

BEDROOM 1

LN DP

PLANTER

D 12/01

5,000

SSL 202.30 D 12/02

DINING RACKING RENDERED MASONRY WALLCPT DOWN TO PLANTER HEIGHT LIVING UNITMASONRY 12 1800H WALL (TYPE B)

DINING W

W16/05

CPT

L'DY

D 16/02

STAIR 2 D 4C/02

A303

TERRACE

STUDY

W12/02

SSL 202.18

W12/03

PLANTER

D 12/01

PLANTER

VOID

CT1

LIVING

PACIFIC HIGHWAY

TERRACE CPT UNIT 12 (TYPE B)

FRL 90/90/90 RENDERED MASONRY BALUSTRADE

FRL -60/60

A/C DINING

D 16/05

FRL 90/-/-

W16/01

5,000

FRL 90/90/90

STUDY

D A303

FRL 90/90/90

R W W12/02

D A303

EXPRESSED BLADE COLUMNS

03 FRL -60/60

TOW 203.28

RAKING RENDERED MASONRY WALL DOWN TO BALUSTRADE LEVEL

EXPRESSED BLADE COLUMNS

VOID

W16/04

D A303

5,000

RAKING RENDERED MASONRY WALL DOWN TO BALUSTRADE LEVEL

W W11/05A

ENS

BATH CT

W11/01

BEDROOM 2

D 16/04

11/06

5,000

FRL 90/90/90

D 16/03

D 16/01

TOW 203.28

RAKING RENDERED MASONRY WALL DOWN TO BALUSTRADE LEVEL BEDROOM 1 CT RAKING RENDERED MASONRY CPTWALL DOWN TOD BALUSTRADE LEVEL

L'DY LN

W11/05A

W11/01

DINING

D 16/07

CPT

KITCHEN

W11/05

D 3C/02

CPT

D 11/02

STAIR 2 SSL 202.30

BEDROOM 1

CT D 11/06

ENS

BATH CT

D 11/05

FRL 90/-/-

5,000

BEDROOM 2

D 11/04

LN DP

FRL 90/90/90

CT1

W16/04

W D 11/03

D 11/01

TOW 203.28

L'DY

D 11/02

STAIR 2 SSL 202.30

D 16/07

CPT

KITCHEN

A/C W

PACIFIC HIGHWAY

SSL 202.18

CPT

W11/05

BALCONY

W16/03

UNIT 16,21, 26,31,36,41 (TYPE A)

D 3C/02

A303

D 11/05

FRL 90/-/-

TOW 203.28

BEDROOM 2

D 11/04

STUDY

SITE BOUNDARY

DINING

W16/02

CT1 A/C W

5,000

CT1

BALCONY

W16/03

UNIT 16,21, 26,31,36,41 (TYPE A)

5,000

W11/04

W D 11/03

D 11/01

STUDY

TOW 203.28

SITE BOUNDARY

SSL 202.18 CPT

W16/02

01 SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

LOUNGE

FRL -/60/60

DINING

D 11/07

KITCHEN

TOW 203.28

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

FRL 90/90/90

CT1

BALCONY ABOVE SHOWN DOTTED

TERRACE

FRL 90/90/90

A/C W

A 5,000

A302

LOUNGE

B 5,000

FRL 120/120/120

SITE BOUNDARY RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

5,000

W11/03

CPT UNIT 11 (TYPE A) SSL 202.30

C 5,000

FRL 90/90/90

TERRACE

5,000

W11/04

STUDY

TOW 203.28

FRL -/60/60

D 11/07

KITCHEN

W11/02

FRL 90/90/90

FRL -/60/60

FRL 90/90/90

5,000

BALCONY ABOVE SHOWN DOTTED A/C W

A 5,000

5,000

A302 A305

SITE BOUNDARY

PLANTER

B B1 A305 5,000 5,000

FRL 120/120/120

LOUNGE

PLANTER

W11/03

CPT UNIT 11 (TYPE A) SSL 202.30

FRL 90/90/90

5,000

STUDY

C 5,000

5,000

PLANTER RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

W11/02

D 5,000

5,000

SITE BOUNDARY

E A305 5,000

5,000

A305

01 TOW 203.28

FRL 120/120/120

LOUNGE

5,000

TOW 203.28

RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

5,000

A302

A302 A305

FRL 120/120/120

SITE BOUNDARY

B1 5,000

B A305

5,000

FRL -/60/60

FRL 90/90/90

FRL -/60/60

5,000

FRL -/90/90

B B1 A305 5,000 5,000

5,000

C A302

FRL -/60/60

FRL 90/90/90

C 5,000

5,000

A305 5,000

5,000

B1 5,000

5,000

BC A305 A302

PLANTER

5,000

A305

5,000

AVENUE

PRETORIA

5,000

SITE BOUNDARY

VE ED

AVENUE

PRETORIA

CT1

D W1/03

SSL 196.18

A/C FRL 90/-/-

D 1/07

W1/04

DINING

TOW 197.28

ROBE

BEDROOM 2

W1/05

TOW 197.28

A302

A305

A302

CONCRETE ROOF BELOW

LINE OF BALCONY BELOW

W36/03

TOW 218.28

W36/04

BALCONY CT1

FRL 90/90/90

TOW 218.28

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

D 8C/03

GARBAGE

LINE OF BALCONY BELOW

A305

AVENUE

5,000

A302

5,000

A305

A302

A305

A302

W W6/04

SITE BOUNDARY

5,000 5,000

5,000

A302

CT1

A302

TOW 203.28

SITE BOUNDARY GSPublisherEngine 0.0.100.100

STUDY

W11/03

CPT

BALCONY ABOVE SHOWN DOTTED

UNIT 11 (TYPE A)

W W6/04

TOW 200.28

A/C

W6/05

STUDY

W11/03

CPT UNIT 11 (TYPE A)

TOW 203.28

W11/04

CT1

DINING

SSL 202.18

A/C

CT DP

CPT W

BALCONY ABOVE SHOWN DOTTED

TERRACE

D 11/07

W11/04

DINING

TOW 203.28

SSL 202.30 KITCHEN

TOW 203.28 F

BEDROOM 2

TERRACE

D 11/07

LOUNGE

W W11/02

SSL 202.30 KITCHEN CT

PLANTER RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

5,000

TOW 203.28

PLANTER

LOUNGE

W W11/02

FRL 120/120/120

RADIANT SCREEN WITH DRENCHER ABOVE WINDOW

A/C SSL 199.18

D 6/07

DINING

5,000

A305

FRL 90/-/-

5,000

A302

TOW 200.28

5,000

A305

5,000

BALCONY

W6/03

A305 5,000 5,000

5,0005,000

SITE BOUNDARY

B1 5,0005,000

5,000

SSL 199.30 KITCHEN F

5,0005,000

5,000

CPT UNIT 6 (TYPE A)

TOW 200.28 W6/05

E A305 5,000

5,000

FRL 90/90/90

D 6/07

METAL ROOF DININGBELOW & BOXED GUTTER

A302

LOUNGE STUDY

W6/02

FRL -/60/60

SSL 199.30 KITCHEN

EDGE OF SLAB ABOVE

TOW 200.28 FRL 90/-/-

FRL -/60/60

EDGE OF SLAB ABOVE

FRL 90/90/90

CT1 A/C SSL 199.18 FRL 90/90/90

5,000

BALCONY

W6/03

UNIT 6 (TYPE A)

CT DP

CPT

01 DP

STUDY

5,000

SITE BOUNDARY LOUNGE

5,000

FRL 120/120/120

5,000

SITE BOUNDARY

5,0005,000

B C A305

C G

A305 5,000 5,000

5,0005,000

ROOF PLAN

B1 5,0005,000

5,0005,000

5,000

A305

PLANTER

AVENUE

PRETORIA

5,000

5,0005,000

B C A305

AVENUE

PRETORIA

FRL -/60/60

5,000

W6/02

5,000

09 ARY

SITE BOUND

FRL 90/90/90

SITE BOUNDARY GUTTER ALUMINIMUM PERGOLA INFILL

PLANTER

A302

5,000

ALUMINIMUM PERGOLA INFILL

ARY

METAL ROOF BELOW & BOXED GUTTER

GUTTER

FRL 90/90/90

5,0005,000

C G

B1 A305 5,000

E A305

FRL 90/90/90

F 5,000

CONC SSL 219.90

SSL 219.90

SITE BOUND

5,000

G 5,000

5,000

5,000 5,000 GUTTER

5,000 A305

PLANT ROOM MR

CONC

LEVEL 12 PLAN H

LIFT OVER RUN

LOW PITCH METAL DECK ROOF 3O FALL

FRL -/60/60

5,0005,000

5,000

PACIFIC HIGHWAY

5,000

5,000 5,000

ARY

5,000

5,000 5,000

LIFT OVER RUN

07 METAL DECK LOW PITCH ROOF 3O FALL

SITE BOUND

PRETORIA

5,000

A305

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

AVENUE

5,000

5,000 5,000

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

E TOW 218.28

5,000

PLANT ROOM

1,200

ARY

SSL 217.18

SITE BOUND

PRETORIA

RENDERED MASONRY BALUSTRADE

W38/04

PERGOLA OVER SHOWN DOTTED LINE OF BALCONY BELOW

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE 09

A305

D W38/05

CT1

D 8C/04

PRIVACY SCREEN ON TOP WALL 1800 MM HIGH

PERGOLA OVER SHOWN DOTTED

5,000

06 DP

DP DP

A/C

W38/03

PRIVACY SCREEN ON TOP WALL 1800 MM HIGH

LINE OF BALCONY BELOW

ROOF OVER

W38/06

UNIT 38 (P.HOUSE TYPE C) SSL 217.30

FRL -/90/90

FRL 90/90/90

GARBAGE

SEAT

1,200

FRL -/90/90

D 8C/03

CT1

SSL 217.18

LINE OF TERRACE BELOW

BALCONY ELEC. & COMM

CT1

D 8C/04

FRL 90/90/90

5,000

SEAT

FRL 90/90/90

A305

ELEC. & COMM

A A301

06 LINE OF TERRACE BELOW

FRL 120/120/120

SSL 217.18

CT1

D 38/07

LOUNGE

ROOF TERRACE

BALCONY

SSL 217.18

5,000

COMMON

FRL 120/120/120

ROOF TERRACE

CPT

A A301

GUTTER

W38/04

GUTTER

A/C

W38/03

A301

5,000

A301

W38/07

BEDROOM 2 CPT

STUDY

D 8C/01

LINE OF BALCONY BELOW

06 W

STAIR 1 D 8C/05 SSL 217.30

LOW PITCH METAL DECK ROOF 3O FALL

LINE OF BALCONY BELOW

DINING

W38/02

RENDERED MASONRY SINK / BBQ BALUSTRADE

W W38/07A

CPT

BEDROOM 1

LIFT

SEAT

LOW PITCH METAL DECK ROOF 3O FALL

D 38/05

SSL 217.18

W W38/06

W38/05

SSL 217.30

D A303

LOW PITCH METAL DECK ROOF 3O FALL

5,000

D 38/07

UNIT 38 (P.HOUSE TYPE C)

TOW 218.28

SSL 220.30

5,000

CPT

LOUNGE

STUDY

D 8C/01

D 38/06

D 38/04

KITCHEN

RENDERED MASONRY BALUSTRADE

L'DY D 38/03

CT1 1,590

5,000

SSL 217.18

LIFT

COMMON

FRL 90/90/90

ROOF OVER

PB SSL 220.30

5,000

BEDROOM 2 CPT

5,000

COMMON WALKWAY

W38/07

5,000

FRL -/60/60

5,000 5,000

DINING RENDERED MASONRY KITCHEN BALUSTRADE

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

A301 TOW 218.28

ENS ST

D 38/01

CT1

SSL 217.18A

FRL -60/60

LN D 38/02

D 38/05

D 37/05

W37/04

D 38/04

W38/02

A303

CPT

BATH CT

W38/01

CPT

BEDROOM 1

RENDERED MASONRY BALUSTRADE

5,000

D 38/03

D 38/01

CT1 1,590

D 38/06

LINE OF BALCONY BELOW

5,000

VOID

W38/07A

LINE OF BALCONY BELOW

D 37/06

D A303

5,000

LINE OFST L'DYBALCONY BELOW

D 38/02

STAIR 1 D 8C/05 SSL 217.30

STAIR ROOF BELOW

BED ROOM 1 R

W37/01

CT ENS

TOW 218.28

PACIFIC HIGHWAY

RENDERED MASONRY BALUSTRADE

FRL -60/60

BATH CT

W W38/01

SEAT

STAIR ROOF BELOW

W37/03

SSL 217.30

ST D 37/03

BATH CT

TOW 218.28

VOID

SINK / BBQ

CONCRETE PARAPET

BALCONY

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

SSL 217.18 W37/04

R DP

CPT D 37/06

D A303

W36/07A

LIVING CPT

UNIT 37 (P.HOUSE TYPE B)

CT1

BED ROOM 1 R

A/C

DINING

D 37/04

D 37/02

LDY

D 37/05

ST D 37/03

BATH CT

KITCHEN CT

D 37/01

SITE BOUNDARY

FRL -/60/60

W W37/02

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

SSL 217.30

TOW 218.28

CONCRETE PARAPET

SITE BOUNDARY

LDY

FRL -60/60

5,000

D W37/03

W37/01

FRL 90/90/90

TOW 220.50

SITE BOUNDARY

5,000

RENDERED MASONRY BALUSTRADE

BALCONY

01 SITE BOUNDARY

CPT

5,000

CPT

D 37/04

D 37/02

DERED ONRY USTRADE

5,000

W36/07

D 36/06

LIVING

DINING UNIT 37 (P.HOUSE TYPE B)

COMMON WALKWAY

ENS

BATH CT

W36/01

FRL -/60/60

5,000

R FRL -/60/60

KITCHEN CT

A302

BEDROOM 1

TOW 218.28

D A303

D 36/05

FRL -/60/60

D 36/04

100X100 STEELLINE OF BALCONY POST U.N.O. BELOW VOID

D 37/01

OF CONY OW

B A305

L'DY

D 36/02

A/C

W36/06

CPT BEDROOM 2

W36/07A

FRL -60/60

D 36/07

DINING D 36/03

CPT

D 36/06

W37/02

D 36/01

ENS

BATH CT

CPT UNIT 36 (P.HOUSE TYPE A)

KITCHEN DP

BEDROOM 1

A301

C A302

TOW 220.50

SITE BOUNDARY

FRL 90/90/90

L'DY

D 36/02

W W36/01

STAIR 2 SSL 217.30

W W36/07

D 36/05

D 36/01

D 36/04

5,000

D 8C/02

W W36/06

CPT

D 36/03

D 36/07

BEDROOM 2

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

5,000

W36/05

SSL 217.30

PACIFIC HIGHWAY

5,000

A305

LOUNGE

W36/05

CPT UNIT 36 (P.HOUSE TYPE A)

KITCHEN DP

STUDY

W36/02

LOUNGE

FRL -/60/60

5,000

STAIR 2 SSL 217.30

VOID

5,000

TOW 218.28

W36/04

FRL -/60/60

STUDY

DINING

100X100 STEEL POST U.N.O.

A305 5,000 5,000

SSL 217.30

5,0005,000

RENDERED MASONRY BALUSTRADE

A/C

W36/02

FRL 90/90/90

5,0005,000

5,000

SITE BOUNDARY

LINE OF BALCONY BELOW

AC CONDENSER UNITS

SSL 217.18 D W36/03

D 8C/02

A305 5,000

5,000

100X100 STEEL POST U.N.O.

FRL 90/-/-

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

FRL -/60/60

FRL 90/90/90

RENDERED MASONRY BALUSTRADE

AC CONDENSER UNITS A/C

FRL 90/90/90

CT1

FRL 90/90/90

5,000 FRL 90/90/90

FRL 90/-/-

BALCONY

SSL 217.18 D

01 SSL 217.18

100X100 STEEL POST U.N.O.

FRL 90/-/-

SEMI FRAMELESS ALUMINIUM GLASS BALUSTRADE

5,000

SITE BOUNDARY

SSL 217.18

5,000

CONCRETE ROOF BELOW

FRL 90/-/-

5,000

SITE BOUNDARY

5,000

A305

A303

A305 5,000 5,000

5,0005,000

B1 5,0005,000

5,000

GUTTER

E B1 A305 5,000

GUTTER

F 5,000

5,000

G 5,000

CPT W

CT1 SSL 202.18

TOW 203.28

09 E

5,000

5,000 5,000

5,000

UNIT 5

DINING

UNIT 20

DINING

LOUNGE

5,950

BALCONY

LOUNGE

UNIT 15

DINING

SSL +202,180

STUDY

STUDY BALCONY

BALCONY SSL +202,180

GROUND LEVEL SSL +192,700

UNIT 9

UNIT 10

DINING

BALCONY SSL +199,180

UNIT 5

BALCONY ROBE SSL +196,180 SSL 196.30

BUSINESS/ OFFICE 03

BALCONY SSL +202,180

LOUNGE

STUDY

LOUNGE

UNIT 9 BALCONY SSL +199,180

STUDY

LOUNGE

UNIT 4

LEVEL 01 SSL +196,300

COMMON STAIR 01 COLONNADE SSL 192.615

BALCONY SSL +196,180

BUSINESS/ OFFICE 03

RESIDENTIAL FOYER

PACIFIC SSL 192.70 HIGHWAY

GROUND LEVEL SSL +192,700 SSL 192.615

LEVEL 04 SSL +205,300

LEVEL 04 SSL +205.30

LEVEL 03 SSL +202,300

LEVEL 03 SSL +202.30

LEVEL 02 SSL +199,300

LEVEL 02 SSL +199.30

LEVEL 01 SSL +196,300

LEVEL 01 SSL +196.30

LOUNGE

UNIT 19

OG LOUNGE

UNIT 14

OG BALCONY SSL +202.18

LOUNGE

OG LOUNGE

OG BALCONY SSL +196.18

LOUNGE

UNIT 9

DINING

ENSUITE

UNIT 37

BEDROOM

LIVING

UNIT 33

UNIT 32

BEDROOM

LIVING

UNIT 28

UNIT 27

BEDROOM

LIVING

UNIT 23

UNIT 22

BEDROOM

LIVING

GROUND LEVEL SSL +192,700

COLONNADE SSL 192.615

SSL +191,115

PACIFIC HIGHWAY

UNIT 13

UNIT 8

BASEMENT CARPARK BASEMENT CARPARK

5,000

BASEMENT CARPARK BASEMENT CARPARK

5,000 5,000

BATH

BEDROOM BEDROOM 2 2

LOUNGE BEDROOM 1

BEDROOM BEDROOM 2 2

KITCHEN

LOUNGE

BEDROOM BEDROOM 2 2

UNIT 9

OG BEDROOM 1

UNIT 13

3,000

LEVEL 03 BEDROOM SSL +202.30

UNIT 8

UNIT 52

OG LIVING

UNIT 47

BEDROOM

LIVING

UNIT 42

BEDROOM

LIVING

UNIT 37

BEDROOM

LIVING

UNIT 32

BEDROOM

LIVING

UNIT 27

BEDROOM

LIVING

UNIT 22

BEDROOM

LIVING

UNIT 17

BEDROOM

LIVING

UNIT 12

BEDROOM

LIVING

BATH

UNIT 3

KITCHEN

UNIT 2

LEVEL 01 BATH SSL +196.30

LOUNGE KITCHEN

BEDROOM

UNIT 7

LEVEL 02 BATH SSL +199.30

LOUNGE KITCHEN

ENSUITE DINING

UNIT 18

LEVEL 04 BEDROOM SSL +205.30

LOUNGE LIVING

UNIT 23

LEVEL 05 BEDROOM SSL +208.30

LOUNGE LIVING

UNIT 1

ENSUITE DINING

UNIT 28

LEVEL 06 BEDROOM SSL +211.30

LOUNGE LIVING

ENSUITE DINING

UNIT 4

UNIT 33

LEVEL 07 BEDROOM SSL +214.30

LOUNGE LIVING

UNIT 6

ENSUITE DINING

UNIT 38

LEVEL 08 BEDROOM SSL +217.30

LOUNGE LIVING

UNIT UNIT 14 11

LOUNGE BEDROOM 1

LOUNGE

OG BEDROOM 1

UNIT UNIT 19 16

LOUNGE BEDROOM 1

UNIT 43

LEVEL 09 BEDROOM SSL +220.30

LOUNGE LIVING

UNIT UNIT 24 21

LOUNGE BEDROOM 1

OG BEDROOM 1 SSL +217.18

UNIT UNIT 29 26

BALCONY SSL +196.18

LOUNGE BEDROOM 1

OG LOUNGE LIVING

UNIT UNIT 34 31

UNIT 2

BUSINESS/ OFFICE 02

BATH

BASEMENT LEVEL 01 SSL +187,590 SSL +187,191

BASEMENT CARPARK

KITCHEN

BASEMENT LEVEL 02 SSLSSL +183,731 +183,730

BASEMENT CARPARK

5,000 5,000

CARPARK LEVEL 1 SSL +187.59

BASEMENT LEVEL 02 SSL +183,730

CARPARK LEVEL 2 SSL +183.73

DRIVEWAY

5,510

DRIVEWAY SHOWN DOTTED

SSL 187.59

SSL +192.70

PILE AND CAPPING BEAM TO ENGINEER'S DETAIL

SSL +190.77

BASEMENT CARPARK CARPARK LEVEL 1 SSL +187.59SSL 187.59

BUSINESS/ OFFICE 01

GROUND LEVEL SSL +192.70

PRETORIA AVENUE

BASEMENT LEVEL 01 SSL +187,590

BUSINESS/ OFFICE 02

SSL +192.62SSL +192.70

SSL +190.77 GARBAGE ROOM SHOWN DOTTED SSL 190.00

FIRE EGRESS

BUSINESS/ OFFICE 03

BUSINESS/ OFFICE 01 COLONNADE

GROUND LEVEL SSL +192.70

SSL +192.62

PRETORIA AVENUE

5,510

SSL +189,900

3,860

SSL 187.19

BASEMENT LEVEL 02 SSL +183,731 SSL +183,730

BATH

UNIT 3

BEDROOM BEDROOM 2 2

KITCHEN

OG BEDROOM 1

UNIT 48

LEVEL 10 BEDROOM SSL +223.30

LOUNGE LIVING

UNIT UNIT 39 36

LOUNGE BEDROOM 1 SSL +217.18

UNIT 53

BEDROOM 1

SSL 190.45 GARBAGE ROOM SHOWN DOTTED SSL 190.00

DRIVEWAY RAMP DRIVEWAY

DRIVEWAY SHOWN DOTTED

DRIVEWAY

BASEMENT CARPARK

SSL +187.93

SSL 187.59

DRIVEWAY

CARPARK LEVEL 1 SSL +187.59

3,860

PLANT ROOM

3,460 BASEMENT CARPARK

5,000

5,110

5,510

SSL 190.00

BASEMENT LEVEL 01 SSL +187,191 SSL +187,190

SSL 187.19

BATH

BEDROOM BEDROOM 2 2

UNIT 7 BATH

LOUNGE BEDROOM 1

LIVING

OG BEDROOM 1

UNIT UNIT 44 41

BEDROOM BALCONY SSL +202.18

BEDROOM BEDROOM 2 2

LIVING

UNIT 12

BEDROOM

LEVEL 01 KITCHEN SSL +196.30

BUSINESS/ OFFICE 03 COLONNADE

GROUND LEVEL SSL +192.70

PILE AND CAPPING BEAM TO ENGINEER'S DETAIL PLANT ROOM

UNIT 17 BEDROOM SSL +205.10

LOUNGE BEDROOM 1

LIVING

LEVEL 11 BEDROOM SSL +226.30

3,000

UNIT 38

UNIT UNIT 49 46

OG LOUNGE LIVING

3,000

LIVING

OG BEDROOM 1

3,000

BEDROOM

BEDROOM BEDROOM 2 2

3,000

BEDROOM

LEVEL 02 KITCHEN SSL +199.30

ENSUITE

UNIT 4

UNIT 42

BEDROOM

LEVEL 03 LIVING SSL +202.30

BEDROOM 1

UNIT 43

LOUNGE BEDROOM 1

UNIT 56

LEVEL 08BEDROOM SSL +229.30

BEDROOM 1

3,000

3,000 3,000

BEDROOM 2

OG LIVING

UNIT 18

LEVEL 04 LIVING SSL +205.30

BEDROOM 1

UNIT 47 BEDROOM

3,000

BEDROOM 2

SSL +205.10

UNIT 48

3,000 LEVEL 05 LIVING SSL +208.30

BEDROOM 1

UNIT UNIT 54 51

BEDROOM

3,000

BEDROOM 2

OG LIVING

SSL 190.45 SSL +189,900

PILE AND CAPPING BEAM TO ENGINEER'S DETAIL

BASEMENT CARPARK

5,000

UNIT 57

BALCONY BEDROOM 2

3,000

UNIT 24

LEVEL 06 LIVING SSL +211.30

BEDROOM 1

UNIT 52

3,000

BEDROOM 2

UNIT 58

BALCONY BEDROOM 2

3,000

LEVEL 05 SSL +208.30

UNIT 29

LOUNGE

LEVEL 07 LIVING SSL +214.30

BEDROOM 1

BEDROOM

3,000

3,000 3,000 3,000 3,000 3,000 LEVEL 05 SSL +208,300

PLANTER

GARBAGE ROOM

DRIVEWAY

SSL 190.00

5,000

CARPARK STAIR 01

PLANTER GARBAGE ROOM

DRIVEWAY

3,000

3,000 3,000 3,000

UNIT 14

COMMON STAIR 1

SSL 192.70

3,000

LOUNGE

LEVEL 02 SSL +199,300

COMMON STAIR 1

UNIT DINING 4

UNIT 19

LEVEL 03 STUDY SSL +202,300

ROBE

LOUNGE

3,000

3,000 3,000

ROBE

LOUNGE

LEVEL 04 STUDY SSL +205,300

COMMON STAIR 1

SSL +196,180

3,600

RESIDENTIAL FOYER

SSL 192.615

3,000

ROBE

COMMON STAIR 1

UNIT 14

UNIT 24

BEDROOM 2

LEVEL 08 LIVING SSL +217.30

BEDROOM 1

UNIT 34

LOUNGE

LEVEL 06 SSL +211.30

BEDROOM 2

LEVEL 07 SSL +214.30

LEVEL 06 SSL +211,300

LOUNGE

LEVEL 05 STUDY SSL +208,300

COMMON STAIR 1

UNIT 19

UNIT 29 LEVEL 06 STUDY SSL +211,300

ROBE

CARPARK STAIR 01

COMMON STAIR 01

3,000

UNIT 25

DINING

LOUNGE

SSL +199,180

LEVEL 01 SSL +196,300 COMMON STAIR 1

ROBE

LEVEL 07 SSL +214,300

LOUNGE

LOUNGE SSL +217.18

LEVEL 09 LIVING SSL +220.30

BEDROOM 1

UNIT 39

LEVEL 08 SSL +217.30

BEDROOM 2

LIVING

UNIT 53

3,000

UNIT 24

UNIT 34 LEVEL 07 STUDY SSL +214,300

COMMON STAIR 1

3,000

ROBE SSL 196.30

UNIT 30

DINING

LOUNGE

LEVEL 08 SSL +217,300

LOUNGE

LEVEL 10 LIVING SSL +223.30

BEDROOM 1

UNIT 44

LOUNGE

3,000

UNIT 29

BALCONY

LEVEL 02 SSL +199,300

ROBE

COMMON STAIR 1

3,000

ROBE

196,180

5,000 5,000

3,000

STUDY SSL +202,300

COMMON STAIR 1

CONY

3,000

ROBE

UNIT 10

DINING

199,180

5,000 5,000

3,600

LEVEL 04 STUDY SSL +205,300

COMMON STAIR 1

CONY

5,510

UNIT 15

DINING

202,180

5,000 5,000

BEDROOM

3,000

ROBE

UNIT 35

DINING

LOUNGE

UNIT 39

BEDROOM 2

LEVEL 09 SSL +220.30

LEVEL 11 LIVING SSL +226.30

3,000

LEVEL 05 STUDY SSL +208,300

COMMON STAIR 1

CONY

UNIT 56

BEDROOM

3,600

UNIT 20

UNIT 57 LEVEL 08 1 BEDROOM SSL +229.30

BEDROOM 1

UNIT 49

LOUNGE

3,000

ROBE

COMMON STAIR 1

DINING

5,000 5,000

BEDROOM 2

3,000

LEVEL 06 STUDY SSL +211,300

UNIT 34

LEVEL 10 SSL +223.30

LEVEL 09 SSL +220,300

LOUNGE

LEVEL 08 STUDY SSL +217,300

COMMON STAIR 1

LEVEL 10 SSL +223,300

UNIT 54

LOUNGE

3,000

UNIT 25

5,000

BEDROOM 2

3,000

ROBE

COMMON STAIR 1

DINING

5,000

BALCONY

3,600

UNIT 30

DINING

ROBE

LEVEL 11 SSL +226.30

3,000

LEVEL 07 STUDY SSL +214,300

COMMON STAIR 1

UNIT 40

DINING

LOUNGE

LEVEL 11 SSL +226,300

3,000

ROBE

UNIT 39

LEVEL 08 SSL +229.30

3,000

UNIT 35

DINING

LEVEL 09 STUDY SSL +220,300

COMMON STAIR 1

LEVEL 12 SSL +229,300

3,000

LEVEL 08 STUDY SSL +217,300

COMMON STAIR 1

ROBE

3,000

ROBE

UNIT 45

DINING

LOUNGE

UNIT 44

3,600

UNIT 40

DINING

COMMON STAIR 1

UNIT 44

UNIT 49 LEVEL 10 STUDY SSL +223,300

3,000

LEVEL 09 STUDY SSL +220,300

COMMON STAIR 1

ROBE

3,000

ROBE

UNIT 50

DINING

5,950

UNIT 45

UNIT 49

UNIT 54 LEVEL 11 STUDY SSL +226,300

COMMON STAIR 1

LEVEL 10 STUDY SSL +223,300

COMMON STAIR 1

ROBE

3,000

ROBE

UNIT 55

DINING

3,000

COMMON STAIR 1

DINING

COMMON STAIR 1

UNIT 54

LEVEL 11 STUDY SSL +226,300

3,000

ROBE

UNIT 50

5,000

UNIT 58

BALCONY

3,000

COMMON STAIR 1

DINING

5,000

UNIT 58 LEVEL 12 SSL +229,300

ROOF TERRACE

BALCONY

3,000

LEVEL 12 SSL +229,300

ROOF TERRACE

UNIT 55

A 5,000

PLANT ROOM

UNIT 58

DINING

B 5,000

3,000

PLANT ROOM

5,000

3,000

F 5,000

3,000

G 5,000

3,600

5,000

SECTION C-C

5,000

CARPARK LEVEL 2 SSL +183.73

5,000

SECTION E-E

CARPARK LEVEL 2 SSL +183.73

5,000 5,000

5,000

BEDRO

F 5,000

5,000

5,000 TOW +235,100

5,000

TOW +39,251

7 12 1 LEVEL SSL +229,300

LEVEL 12 SSL +229,300

LEVEL 11 SSL +226,300

W W37/04

W W37/03

W W36/07A

W W36/07

W 34/03

W 34/04

W 34/06

7 11 LEVEL SSL +226,300

1 W W34/07

W W33/03

W W34/07A

W W33/05

WW W34/05 W31/05A

W W32/03

W W32/05

LEVEL 11 SSL +226,300

W W31/05

W 25/06

W 25/06A

W 25/06

W 25/06A

W 29/04

W 29/06

W 24/03

W 24/04

W 24/06

W 24/03

W 24/04

W 24/06

7 10 LEVEL SSL +223,300

W 29/03

LEVEL 10 SSL +223,300

W W29/05

LEVEL 10 SSL +223,300

W W29/07A

W W24/07

W W24/07A

W W24/07

W W24/07A

W W28/03

W W28/05

W W27/05

W W23/05

W W22/05

W W23/05

W W22/05

LEVEL 10 SSL +223,300

W W27/03

W W26/05

LEVEL 09 SSL +220,300

7 09 LEVEL SSL +220,300

LEVEL 09 SSL +220,300

WW W24/05 W21/05A

W W21/05

LEVEL 09 SSL +220,300

LEVEL 08 SSL +217,300

WW W24/05 W21/05A

W W21/05

LEVEL 08 SSL +217,300

LEVEL 07 SSL +214,300

W 24/06

LEVEL 07 SSL +214,300

W W24/05

W W23/03

W W24/07A

LEVEL 06 SSL +211,300

W 24/04

W 24/06

7 06 LEVEL SSL +211,300

W 24/03

LEVEL 06 SSL +211,300

W W24/05

W W23/03

W W24/07A

LEVEL 05 SSL +208,300

W 24/04

W 24/06

7 05 LEVEL SSL +208,300

W 24/03

W W24/05

LEVEL 05 SSL +208,300

LEVEL 04 SSL +205,300

W W23/03

W W24/07A

W 14/06

W 15/04

W 19/03

W 19/04

W 19/06

7 04 LEVEL SSL +205,300

W W19/05

W W18/03

W W18/05

W W17/05

WW W19/05 W16/05A

W W17/03

W W16/05

1 W 5/06A

W W 5/04 4/03

3,000

W 5/06

W 4/05

LEVEL 01 SSL +196,300

W 5/06A

W 4/03

W WG/04

W WG/06

W WG/02.1

GROUND LEVEL SSL +192,700

W WG/04 W WG/01

W WG/02

GROUND LEVEL SSL +192,700

300X300 LOUVRE C/W BIRD MESH COVER AND FIRE DEMPER BEHIND LARGE LOUVRE.

EVE RE COVER

GROUND LEVEL SSL +192,700

PACIFIC HIGHWAY

PRETORIA AVENUE

W W13/03

W W13/05

3,000

3,000 LEVEL 02 SSL +199,300

W W W14/07A W11/03

LEVEL 03 SSL +202,300

W W12/05

W W12/03

1 WW W6/05A W9/04

W W7/03

W W6/05

W W9/06

W W W9/06AW6/03

W W8/03

LEVEL 02 SSL +199,300

W W8/05

3,000

W W7/05

W W14/07

W W7/05

W W7/03

W W2/05

W W2/03

5 W W4/04

W W4/06

W W4/06A

W W3/03

W W3/05

LEVEL 01 SSL +196,300

W WG/06

PACIFIC HIGHWAY

1 W WG/05

W WG/07

W W2/05

WW W1/05A W4/04

W W2/03

W W1/05

PRETORIA AVENUE

W WG/08

GROUND LEVEL SSL +192,700

W W4/06

W W W4/06AW1/03

11 D G/13

W WG/10

W W3/05

LEVEL 01 SSL +196,300

11 W WG/05

W WG/09

W W3/03

W WG/07

D G/14 W WG/08

1 W WG/09

GROUND LEVEL SSL +192,700

GROUND LEVEL SSL +192,700 TOW +192,054

300X300 LOUVRE C/W BIRD MESH COVER AND FIRE DEMPER BEHIND LARGE LOUVRE.

CARPARK ENTRY

BOOSTER

W W8/05

W W11/05

D G/04

3,600

W WG/02

LEVEL 01 SSL +196,300

W W8/03

5 D G/03

3,600

W WG/01

LEVEL 01 SSL +196,300

W W9/06A

WW W14/05 W11/05A

5 W W9/06

W W17/03

W W12/03

W 4/05

7 LEVEL 01 SSL +196,300

D G/04

W WG/02.1

LEVEL 02 SSL +199,300

LEVEL 03 SSL +202,300

W W12/05

1 W W9/04

5 W 5/06

5 D G/03

LEVEL 02 SSL +199,300

W W13/05

3,000

7 LEVEL 02 SSL +199,300

W W13/03

3,600

3,000

LEVEL 02 SSL +199,300

W 9/05

3,600

3,000

3,000 7

5 W 9/03

W W14/07A

LEVEL 03 SSL +202,300

5 W 9/05

W W14/07

W W17/05

3,600

7 03 LEVEL SSL +202,300

W W 9/03 10/04

1 W W14/05

W W18/05

LEVEL 04 SSL +205,300

3,000

W 14/06

3,000

W 14/04

3,000

W 10/06A

3,000

W 10/06

W 14/03

3,000

LEVEL 03 SSL +202,300

W 15/06A

W W18/03

6 1

2 W 15/06

3,000

W 14/04

3,600

3,000

W 10/06A

3,000

W 10/06

W 14/03

W W W19/07A W16/03

6 2 W 15/06A

W W22/03

W W22/05

1 W W19/07

W 15/06

W W23/05

LEVEL 05 SSL +208,300

LEVEL 04 SSL +205,300

W W23/03

W W19/07A

W W W24/07A W21/03

1 W W19/07

3,000

W 20/06A

3,000

W 20/06

3,000

W 20/04

W 19/06

LEVEL 04 SSL +205,300

3,000

W 19/04

3,000

W 19/03

W 20/06A

W W22/03

W W22/05

1 W W24/07

1 W 20/06

W W23/05

LEVEL 06 SSL +211,300

3 6

W W21/05

W W23/03

WW W24/05 W21/05A

W W22/03

W W22/05

LEVEL 05 SSL +208,300

W W23/05

W W W24/07A W21/03

6 1

W W24/07

3,000

W 25/06A

3,000

W 25/06

3,000

W 25/04

W 24/06

3,000

W 24/04

3,000

W 24/03

W 25/06A

W W22/03

W W22/05

1 W W24/07

1 W 25/06

W W23/05

LEVEL 07 SSL +214,300

3 6

W W21/05

W W23/03

WW W24/05 W21/05A

W W22/03

W W22/05

LEVEL 06 SSL +211,300

W W23/05

W W W24/07A W21/03

6 1

W W24/07

3,000

W 25/06A

3,000

W 25/06

3,000

W 25/04

W 24/06

3,000

W 24/04

3,000

W 24/03

W 25/06A

W W22/03

1 W W24/07

1 1

W 25/06

LEVEL 08 SSL +217,300

3 6

W W21/05

W W22/05

W W22/03

W W23/03

WW W24/05 W21/05A

W W22/03

W W22/05

LEVEL 07 SSL +214,300

W W23/05

W W W24/07A W21/03

6 1

W W24/07

3,000

W 24/04

7 07 LEVEL SSL +214,300

W 24/03

3,000

W 25/06A

3,000

W 25/06

W W22/05

W W27/03

1 W W24/07

3 +216,981

W 25/04

W 24/06

3,000

W 24/04

W W23/05

LEVEL 09 SSL +220,300

3 6

1 W 24/03

W 25/06A

W W27/05

W W23/03

LEVEL 08 SSL +217,300

3 +216,981

W 25/06

W W28/05

W W W24/07A W21/03

LEVEL 10 SSL +223,300

3 6

W W22/03

W W32/03

W W32/05

W W28/03

W W23/03

3,000

7 08 LEVEL SSL +217,300

W W24/05

W W33/05

1 W W24/07

W 25/04

W 24/06

TOW +192,054

BOOSTER

MASONRY WALL TO ACHIEVE FRL 90/90/90 WITH LOUVRE COVER TO WALL SURFACE.

5,000

SOUTH ELEVATION

5,000

W W36/07

1 W W22/03

1 W 24/03

W W36/07A

LEVEL 11 SSL +226,300

W W W29/07A W26/03

W W23/03

3,000

W W24/05

3,000

W 25/04

W 24/06

W W37/03

1 W W29/07

WW W29/05 W26/05A

1 W 24/03

3 6

1 W W29/07

W W33/03

W W W34/07A W31/03

3,000

W 30/06A

3,000

W 24/04

LEVEL 10 SSL +223,300

W 30/06

3,000

W 24/04

W 30/04

W 29/06

3,000

W 25/06A

3,000

W 25/06

3,000

W 25/06A

W 29/04

3,000

W 25/06

W 29/03

W W37/04

LEVEL 12 SSL +229,300

1 W W34/07

6 1

W 30/06A

W W38/07A

7 W W34/05

3,000

W 35/06A

3,000

W 35/06

3,000

W 35/04

W 34/06

3,000

W 34/04

LEVEL 11 SSL +226,300

W W38/07

1 W 34/03

W W38/05

W W36/05

LEVEL 12 SSL +229,300

3,000

W W38/07A

3,000

W W38/07

3,000

LEVEL 12 SSL +229,300

W W38/05

3,000

+232,470

W 34/04

3,000

W 38/03

W 34/04

6 1

3,000

W 38/03

W 35/06A

W 30/06

5,000

TOW +39,251

3,000

CONDITION 4: the reflectIvIty Index of the glass is to be not more than 20%

7 W 35/06

5,000

3,000

CONDITION 4: the reflectIvIty Index of the glass is to be not more than 20%

+232,470

5,000

TOW +235,100

5,000

EAST ELEVATION

5,000

2,400 1,600

Laundry Tub Washing Machine

Dryer

SILICONE BUMPER SILICONE BUMPER SILICONE BUMPER SILICONE BUMPER

2,813

543

FFL FFL

2 PACK POLYURETHANE 2 PACK 2POLYURETHANE PACK FINISH POLYURETHANE TO 2FINISH PACK TO POLYURETHANE FINISH TO FINISH TO DOORS AND DRAWER DOORSDOORS AND FRONTS DRAWER AND DRAWER FRONTS DOORS FRONTS AND DRAWER FRONTS

FFL

A3.01

415

DETAIL - PLINTH DETAIL - PLINTH DETAIL - PLINTH DETAIL - PLINTH DETAIL - BENCHTOP DETAIL DETAIL - BENCHTOP - BENCHTOP DETAIL - BENCHTOP

DETAIL - BENCH DETAIL DETAIL TOP - BENCH - BENCH TOP DETAIL TOP- BENCH TOP 450

400

DETAIL - DRAWER DETAIL DETAIL -FRONTS DRAWER - DRAWER DETAIL FRONTS FRONTS - DRAWER FRONTS

543

100

FFL

18MM 2P1 OR L1 18MM FINISH 2P1 18MM MDF OR2P1 L1 DOOR FINISH OR L1 WITH MDF FINISH 18MMDOOR 2P1 MDF OR WITH DOOR L1 FINISH WITH MDF DOOR WITH 5MM PENCIL ROUND 5MM PENCIL TO 5MM TOP PENCIL ROUND EDGEROUND TO TOP 5MMTO EDGE PENCIL TOP EDGE ROUND TO TOP EDGE

18MM 2P1 OR L1 18MM FINISH 2P1 18MM MDF OR2P1 L1 WITH FINISH OR L1 MDF FINISH 18MMWITH 2P1 MDF OR WITH L1 FINISH MDF WITH A3.01 5MM PENCIL ROUND 5MM PENCIL TO 5MM TOP PENCIL ROUND EDGEROUND TO TOP 5MMTO EDGE PENCIL TOP EDGE ROUND TO TOP EDGE

100

478

18MM WHITE MELAMINE 18MM WHITE CARCASS MELAMINE 18MM CARCASS WHITE MELAMINE CARCASS 18MM WHITE MELAMINE CARCASS

543

SELECTED HANDLE SELECTED SELECTED HANDLEHANDLE SELECTED HANDLE

NATURAL ANODISED NATURAL ALUMINIUM NATURAL ANODISED ANODISED ALUMINIUM NATURAL ALUMINIUM ANODISED ALUMINIUM FLATBAR FIXED FLATBAR TO MDF FLATBAR FIXED KICKBOARD TO FIXED MDFTO FLATBAR KICKBOARD MDF KICKBOARD FIXED TO MDF KICKBOARD

100

40 15

750

1,685

680

SELECTED BENCHTOP SELECTED SELECTED BENCHTOP BENCHTOP SELECTED BENCHTOP

900

NOMINATED BENCHTOP THICKNESS

NOMINATED BENCHTOP THICKNESS NOMINATED BENCHTOP THICKNESS

NOMINATED BENCHTOP THICKNESS

WHITE MELAMINE WHITE FINISHED MELAMINE WHITE MELAMINE FINISHED WHITE FINISHED MELAMINE FINISHED MDF CARCASEMDF CARCASE MDF CARCASE MDF CARCASE

15 40

520

18MM WHITE MELAMINE 3,150 18MM WHITE MELAMINE 18MM WHITE 18MM MELAMINE WHITE MELAMINE COVER PLATE FIXED TO CARCASS COVER PLATECOVER FIXED TO COVER PLATE CARCASS FIXED PLATETO FIXED CARCASS TO CARCASS

40 RECONSTITUTED STONE RETURN TO INSIDE FACE

PLASTERBOARD WALL

PLASTERBOARD WALL PLASTERBOARD WALL VANITYSTONE TOP STONE VANITYVANITY TOP TOP STONE VANITY TOP WALL SHEETING WALL SHEETING WALL SHEETING WALLSTONE SHEETING ALLOW FOR SECTION ALLOW ALLOW FOR OF STONE SECTION FOR SECTION OF ALLOW STONE OFFOR STONE SECTION OF STONE TILE ADHESIVETILE ADHESIVE TILE ADHESIVE TILE ADHESIVE TOP ABOVE VANITY CISTERN VANITY TOP ABOVE TOP TO BE ABOVE CISTERN VANITY CISTERN TOTOP BE ABOVE TO BE CISTERN TO BE WALL TILE WALL TILE WALL TILE WALLVANITY TILE REMOVABLE REMOVABLE REMOVABLE REMOVABLE

DETAIL - WALL JUNCTION

ALUMINIUM ANGLE ALUMINIUM WATER ALUMINIUM ANGLE STOP ANGLE WATER ALUMINIUM WATER STOP STOP ANGLE WATER STOP 2 PAC FINISHED 40 STONE STONE FLOOR TILES STONE FLOOR FLOOR TILES TILES STONE FLOOR TILES DETAIL DRAWER FRONT

ALUMINIUM FLATBAR ALUMINIUM ALUMINIUM FIXED FLATBAR TO MDF FLATBAR FIXED ALUMINIUM TO FIXED MDFTO FLATBAR MDF FIXED TO MDF KICKBOARD KICKBOARD KICKBOARD KICKBOARD

TIMBER PACKERS TIMBER PACKERS RECONSTITUTED STONE EDGE WATERPROOFWATERPROOF MEMBRANE WATERPROOF MEMBRANE MEMBRANE WATERPROOF MEMBRANE

PAC FINISHED 2 PAC FINISHED 40DOWN 40-SET DETAIL - SHOWER DETAIL DETAIL SHOWER DOWN - SHOWER DETAIL SET SET - SHOWER DOWN2DRAWER SET FRONT DOWN DRAWER FRONT

shelf

A3.01

shelf

Rangehood Rangehood

325 325

325333

333 333

333 665

665 333

333 333

333 317

317

297 297

L WALL JUNCTION ON

297 609

609

600 3,700

600 320 3,700

297 297

297

1,800

shelf

shelf Oven

320 550

550

730

DETAIL - MIRRORED CABINET FINGER PULL SPACEFINGER PULL SPACE ANODISED ALUMINIUM ANGLE TO NATURAL ANODISEDNATURAL ALUMINIUM ANGLE TO BOARD EDGE BOARD EDGE

DETAIL - MIRRORED CABINET DETAIL - MIRRORED CABINET

shelf

325

325 325

325 90 349 90 349

WALL FINISH

Oven

349 600 600 349 4,335 4,335

drawer

2,400

drawer

drawer drawer SUPPORT FRAME TO WALL AS NECESSARY SUPPORT FRAME FIXED TO WALLFIXED AS NECESSARY shelf shelf shelfINSIDE shelf FACE shelf MDF SUPPORT BOARD WITH WHITE MELAMINE FINISH TO WHITE MELAMINE FINISH TO BATTEN SUPPORT WHITE MELAMINE FINISH TO BATTEN SUPPORT drawer drawer NATURAL ANODISED ALUMINIUM ANGLE TO BOARD EDGE FLUORESCENT BATTEN LIGHT FITTING AS FLUORESCENT BATTEN LIGHT FITTING AS drawer drawer FRAMING AS NECESSARY Fridge Fridge SPECIFIED BY ELECTRICAL CONSULTANT SPECIFIED BY ELECTRICAL CONSULTANT MIRROR ADHERED WITH FULL ADHESIVE BOND TO ENTIRE SURFACE OF MIRROR AND BACKING BOARD WALL FINISH WALL FINISH

drawer

drawer shelf

drawer

SUPPORT BOARD WITH WHITE MELAMINE FINISH TO INSIDE FACE MDF SUPPORTMDF BOARD WITH WHITE MELAMINE FINISH TO INSIDE FACE 349 349 349DETAIL 950- MIRROR 950 40 40 659 659 329 329 329 329 329 329 327 LIGHT 3,035 3,035 NATURAL ANODISED ALUMINIUM ANGLE TO BOARD EDGE NATURAL ANODISED ALUMINIUM ANGLE TO BOARD EDGE FRAMING AS NECESSARY FRAMING AS NECESSARY MIRROR WITH FULL ADHESIVE BOND TO MIRROR ADHERED WITHADHERED FULL ADHESIVE BOND TO ENTIRE SURFACE OFBACKING MIRROR BOARD AND BACKING BOARD ENTIRE SURFACE OF MIRROR AND

KITCHNE TYPE A

DETAIL - MIRROR LIGHT DETAIL - MIRROR LIGHT

327 327

327

694

drawer

shelf

710 850

drawer

shelf

Fridge WITH Fridge MIRROR ADHERED WITH FULL MIRROR ADHERED FULL ADHESIVE BOND TOADHESIVE BOND TO FINGER PULL SPACE ENTIRE SURFACE OF MIRROR AND BACKING BOARD ENTIRE SURFACE OF MIRROR AND BACKING BOARD NATURAL ANODISED ALUMINIUM ANGLE TO BOARD EDGE WHITETO MELAMINE FINISH TO ALL WHITE MELAMINE FINISH ALL SURFACES OF CUPBOARD BASE SURFACES OF CUPBOARD BASE

TYPICAL WALL JUNCTION

drawer

shelf

100 30 20

Oven

WHITE MELAMINE FINISH TO ALL SURFACES OF CUPBOARD BASE WHITETO MELAMINE TO INTERNAL SURFACES WHITE MELAMINE FINISH INTERNALFINISH SURFACES drawer

Oven

drawer

drawer shelf

drawer

shelf

Cooktop

810

drawer

Cooktop

SELECTE

FLUORESCENT BATTEN LIGHT FITTING AS SPECIFIED BY ELECTRICAL CONSULTANT

drawer

WHITE MELAMINE FINISH TO BATTEN SUPPORT PP

drawer

drawer drawer shelf

810

shelf

MIRROR ADHERED WITH FULL ADHESIVE BOND TO ENTIRE SURFACE OF MIRROR AND BACKING BOARD

1,300

shelf

Cooktop

810

Cooktop

1,800

317

SUPPORT FRAME FIXED TO WALL AS NECESSARY

30 20

325 325

ALUMINIU

2 PACK SELECTED VAN SELECTED VANITY TOP FINISH T DRAWER 30 20

325 325

2,400

325

710 850

365

100

365 365

2,400

390 365

1,800

390390

2,400 700

390

780

810

780

WHITE MELAMINE FINISH TO INTERNAL SURFACES PP

shelf

700

352

shelf

2,400

352 352

700

352 352

2,400 700

352 352

DETAIL - VANITY DETAIL DETAIL - VANITY - VANITY DETAIL - VANITY

600

DETAIL - ISLAND DETAIL - ISLAND BENCH END BENCH END shelf

SUPPORT AS NECESS SUPPO SURROUND SURRO

RECONSTITUTED STONE EDGE

Rangehood Rangehood

352

WATER RESISTANT WATER SH

CLEAR ANODISED CLEAR ANODISED CLEAR ANODISEDCLEAR ANODISED TOP AND PANELS TOP AND TOP PANELS AND PANELSTOP AND PANELS ALUMINIUM ANGLE ALUMINIUM ALUMINIUM ANGLE ANGLE ALUMINIUM ANGLE

DETAIL - TYPICAL DETAIL DETAIL EXTERNAL - TYPICAL - TYPICAL EXTERNAL DETAIL CORNER EXTERNAL - TYPICAL CORNER CORNER EXTERNAL CORNER

WALL T

WATERPROOFWATER MEMBR

TILE GROUT TYPICAL KITCHEN DETAILS PROVIDE ADEQUATE PROVIDE FRAMING PROVIDE ADEQUATE ADEQUATE TO VANITY FRAMING PROVIDE FRAMING TOADEQUATE VANITY TO VANITY FRAMING TO VANITY

600

shelf

850

shelf

850

shelf

4,425

shelf shelf

WALL TILES

ALUMINIUM ANGLE ALUMIN 'W BONDED TO LINING BONDE

850

A3.01

RECONSTITUTED STONE EDGE

shelf

PLASTERBOARD WALL PLASTERBOARD WALL

DETAIL -OUTSIDE SPLASHBACK OUTSIDE CORNER DETAIL - SPLASHBACK CORNER

850

3,035

2,945

DETAIL - PLINTH DETAIL DETAIL - PLINTH - PLINTH DETAIL - PLINTH

shelf

BATH SURROUND BATH S

ADHESIVE

2 PAC FINISH JOINERY 2 PAC FINISH 2 PANEL PAC JOINERY FINISH WITHJOINERY PANEL 2 PACWITH PANEL FINISHWITH JOINERY PANEL WITH CONCEALED FIXINGS CONCEALED CONCEALED FIXINGSFIXINGS CONCEALED FIXINGS

FLOOR SUBSTRATE FLOOR FLOOR SUBSTRATE SUBSTRATE FLOOR DETAIL - ISLAND BENCH ENDSUBSTRATE

BATH

CLEAR, MOULD CLEAR, RESIS

CLEAR ANODISED CLEAR ANODISED ALUMINIUM ANGLE ALUMINIUM ANGLE FIXED TO PLASTERBOARD WALL FIXED TO PLASTERBOARD WALL

TILE GROUT TILE GROUT TILE GROUT

DETAIL - WALL JUNCTION DETAIL - WALL JUNCTION

shelf

DETAIL -EDGE SPLASHBACK EDGE - SPLASHBACK

FFL

2 PACK PAINTED TO MATCH 2 PACK PAINTED TO MATCH 40 CUPBOARD DOORS CUPBOARD DOORS BENCHTOP BENCHTOP FFL FFL FFL

5 20

DOORS AND DRAWER DOORSDOORS AND FRONTS DRAWER AND DRAWER FRONTS DOORS FRONTS AND DRAWER FRONTS

CUPBOARD CARCASE CUPBOARD CARCASE

BATH

DETAIL - SPLASHBACK OUTSIDE CORNER

5 20

MOSAIC TILES MOSAIC OR RECON. MOSAIC TILES STONE OR TILES RECON. ORMOSAIC RECON. STONE TILES STONE OR RECON. STONE CLEAR ANODISED ALUMINIUM ANGLE DETAIL - SPLASHBACK EDGE CLEAR ANODISED ALUMINIUM ANGLE FIXED TO PLASTERBOARD WALL FIXED TO PLASTERBOARD WALL WHITE SILICONE WHITE SEALANT SILICONE WHITE SILICONE SEALANT WHITE SEALANT SILICONE SEALANT ADHESIVE ADHESIVE

TIMBER PACKERS GLASS SHOWER GLASS SCREEN/ GLASS SHOWER SHOWER SCREEN/ GLASS SCREEN/ SHOWER SCREEN/ SEMI-FRAMELESS SEMI-FRAMELESS SCREEN SEMI-FRAMELESS BEYOND SCREEN SEMI-FRAMELESS SCREEN BEYOND BEYONDSCREEN BEYOND

PLASTERBOARD WALL LINING PLASTERBOARD WALL LINING BENCHTOP 2 PACK POLYURETHANE 2 PACK 2POLYURETHANE PACK FINISH POLYURETHANE TO 2FINISH PACK TO POLYURETHANE FINISH TO FINISH TO

ADHESIVE GLASS SPLASHBACK GLASS SPLASHBACK PLASTERBOARD WALL CLEAR SILICONE SEALANT CLEAR SILICONE SEALANT

GLASS SPLASHBACK GLASS SPLASHBACK

2 PAC FINISH TO BACK PANEL OF CARCASE

5 20

800

WHITE MELAMINE WHITE FINISHED MELAMINE WHITE MDF MELAMINE FINISHED CARCASE WHITE FINISHED MDF MELAMINE CARCASE MDF CARCASE FINISHED MDF CARCASE CUPBOARD DOORS

CLEAR ANODISED ALUMINIUM ANGLE FIXED TO PLASTERBOARD WALL

ADHESIVE

5 20

1,300

2 PAC FINISH TO BACK PANEL OF CARCASE

CLEAR SILICONE SEALANT

CLEAR ANODISED ALUMINIUM ANGLE FIXED TO PLASTERBOARD WALL

250

600

GLASS SPLASHBACK

2 PAC FINISH TO BACK PANEL OF CARCASE RECONSTITUTED RECONSTITUTED STONE RETURN TO STONE RETURN TO INSIDE FACE INSIDE FACE

PLASTERBOARD WALL LINING

2 PACK PAINTED TO MATCH

GLASS SPLASHBACK

CUPBOARD CARCASE

250

119

450

18MM WHITE MELAMINE CARCASS 18MM WHITE MELAMINE 18MM WHITE 18MM CARCASS MELAMINE WHITE MELAMINE CARCASS CARCASS AND DRAWER BOX AND DRAWER AND BOX DRAWER AND DRAWER BOX BOX BUMPER SILICONE BUMPER SILICONE SILICONE BUMPER BUMPER 300 450 SILICONE450

SELECTED BENCHTOP SELECTED SELECTED FINISH BENCHTOP BENCHTOP FINISH SELECTED FINISH BENCHTOP FINISH OVER TIMBER OVER SUPPORT TIMBER OVER TIMBER SUPPORT SUPPORT OVER TIMBER SUPPORT

ALUMINIUM ANG ALUMINIUM ANGLE DETAIL - VANITY TOP

2 PACK POLYU 2 PACK POLYURETHANE FINISH FINISH TO DOORS ANDTO DOO DRAWER FRON DRAWER FRONTS

DETAIL DETAIL - VANITY TOP - VANITY TOP

1,085

WHITE MELAMINE CUPBOARD DOOR FINISHED BOARD

PROVIDE SHADOW PROVIDE GAP PACKER SHADOW AS GAP PACKER AS INDICATED 2 PACK INDICATED PAINTED TO 2 PACK MATCH PAINTED TO MATCH CUPBOARD DOORS CUPBOARD OR ADJACENT DOORS TILES OR ADJACENT TILES 30 CUPBOARD DOORCUPBOARD / FIXED PANEL DOOR / FIXED PANEL

2 PACK POLYURETHANE2 FINISH PACK POLYURETHANE TO FINISH TO A3.01 DOORS AND DRAWER FRONTS DOORS AND DRAWER FRONTS

1,390

2 PACK PAINTED TO 2 PACK MATCH PAINTED TO 40 MATCH CUPBOARD DOORS CUPBOARD DOORS BENCHTOP BENCHTOP

2,170

DETAIL - WAL

DETAIL - TYPICAL DETAIL CEILING- TYPICAL JUNCTION CEILING JUNCTION MOSAIC TILES OR RECON. TILES OR RECON. STONE DETAIL - TYPICALMOSAIC DETAIL WALLSTONE JUNCTION - TYPICAL WALL JUNCTION

DETAIL - BENCHTOP DETAIL - BENCHTOP

WHITE SILICONE SEALANT WHITE SILICONE SEALANT

GLASS SHOWER SCREEN/ GLASS SHOWER SCREEN/ SEMI-FRAMELESS SCREEN SEMI-FRAMELESS BEYOND SCREEN BEYOND

ALUMINIUM ANGLE WATER STOP ALUMINIUM ANGLE WATER STOP

ALUMINIUM FLATBAR FIXED TO FLATBAR MDF ALUMINIUM FIXED TO MDF KICKBOARD KICKBOARD

WALL SHEETING TILE ADHESIVE WALL TILE

TILE GROUT

STONE VANITY TOPSTONE VANITY TOP ALLOW FOR SECTION ALLOW OF STONE FOR SECTION OF STONE VANITY TOP ABOVE VANITY CISTERN TOP TOABOVE BE CISTERN TO BE REMOVABLE REMOVABLE

5 20

2 PACK POLYURETHANE 2 PACK FINISH POLYURETHANE TO FINISH TO DOORS AND DRAWER DOORS FRONTS AND DRAWER FRONTS

600

WHITE MELAMINE FINISHED WHITE MELAMINE MDF CARCASE FINISHED MDF CARCASE

FFL 450

1,350

WATERPROOF MEMBRANE WATERPROOF MEMBRANE CLEAR ANODISED CLEAR ANODISED ALUMINIUM ANGLE ALUMINIUM ANGLE

730FLOOR SUBSTRATEFLOOR SUBSTRATE

1,170 600

3,700

DETAIL - PLINTH DETAIL - PLINTH

2 PAC FINISH JOINERY PANEL WITH 2 PAC FINISH JOINERY PANEL WITH CONCEALED FIXINGS CONCEALED FIXINGS

FFL

600

STONE FLOOR TILES STONE FLOOR TILES

5 20

1,073

460

WALL LINING CUPBOARD CARCASE CUPBOARD CARCASE

CUPBOARD DOOR

968

WHITE MELAMINE FINISHED BOARD

A3.01

DETAIL - SHOWER DETAIL SET- DOWN SHOWER SET DOWN

PROVIDE ADEQUATE FRAMING TO VANITY PROVIDE ADEQUATE FRAMING TO VANITY TOP AND PANELS TOP AND PANELS

DETAIL - TYPICAL DETAIL EXTERNAL - TYPICAL CORNER EXTERNAL CORNER

DETAIL - VANITY DETAIL - VANITY

A3.01

BATH

CLEAR, MOULD RESISTANT CLEAR, SILICONE MOULDSEALANT RESISTANT SILICONE SEALANT WALL FINISH

WALL TILES

WALL FINISH

SELECTED PATCH FITTING FIXED TO SELECTED PATCH FITTING FIXED TO WALL WALL GLASS SHOWER SCREEN GLASS SHOWER SCREEN

CLEAR, MOULD RESISTANT CLEAR, MOULD RESISTANT STRUCTURAL SILICONESTRUCTURAL SILICONE SEALANT SEALANT TO FULL LENGTH OF TO FULL LENGTH OF GLASS GLASS

WATER RESISTANT SHEETING WATER RESISTANT SHEETING

WALL LINING

CUPBOARD CARCASE CUPBOARD CARCASE

PROPRIETARY SYSTEMPROPRIETARY SEMISYSTEM SEMIFRAMELESS GLASS SHOWER FRAMELESS GLASS SHOWER SCREEN SCREEN

ALUMINIUM ANGLE 'WATER ALUMINIUM STOP' SECURELY ANGLE 'WATER STOP' SECURELY BONDED TO LINING BONDED TO LINING WATERPROOF MEMBRANE WATERPROOF MEMBRANE

WALL FINISH

SHOWER SCREEN FRAME FIXED TO WALL FRAME AS SHOWER SCREEN FIXED TO WALL AS PER MANUFACTURER'SPER INSTRUCTIONS MANUFACTURER'S INSTRUCTIONS

SHADOW GAP PACKER AS PROVIDE SHADOW GAPPROVIDE PACKER AS INDICATED 2 PACK PAINTED TO MATCH INDICATED 2 PACK PAINTED TO MATCH DOORS OR ADJACENT TILES CUPBOARD DOORS OR CUPBOARD ADJACENT TILES

FIXING OF GLASS TO FRAME PER FIXINGAS OF GLASS TO FRAME AS PER MANUFACTURER'S INSTRUCTIONS MANUFACTURER'S INSTRUCTIONS

SUPPORT AS NECESSARY TO BATH SUPPORT AS NECESSARY TO BATH SURROUND SURROUND

CUPBOARD DOOR / FIXED CUPBOARD PANEL DOOR / FIXED PANEL

DETAIL - BATH

DETAIL - FRAMELESS DETAIL SCREEN - FRAMELESS SCREEN

PLAN DETAIL - SEMI-FRAMELESS PLAN DETAIL - SEMI-FRAMELESS SCREEN SCREEN

800

BATH SURROUND

WALL FINISH BATH SURROUND

DETAIL - TYPICAL DETAIL WALL JUNCTION - TYPICAL WALL JUNCTION

DETAIL - MIRR

2,400

TYPICAL BATHROOM DETAILS

300

shelf

543

shelf

600

543

390

365

Mirror

Cooktop

shelf

drawerdrawer

300

drawer

150 40

drawer

470 810

drawer

shelf

drawer

Oven

drawer

300

150

shelf

Fridge

119

450

drawer

shelf

300

470

shelf

150 drawer drawer

470

150 470

450

470

shelf

drawer drawer

310

310 543

465

543

543 119 100 4,020

40 450

720450

400 500 2,812

450

1,393

450

308

950450

450 465 4,020

491310 3,150

310 701310

BATHROOM TYPE A & EN SUITE TYPE A 600

1,300

310

800

2,400

780

1,180

352

2,400

352

1,800

Mirror

drawer

300

drawer

A3.01

400

150

150 470

drawer

shelf

543

700

1,180

352

2,400

1,180

1,180 2,813

2,400

478 Mirror

Rangehood

352

Dryer

drawer

850

shelf

415

2,400

2,400 1,600 shelf

Dryer

750

A3.01

Laundry Tub Washing Machine

680

Washing Machine

shelf

900 520 3,150 1,180

450 1,180

450

1,685

800

300

shelf

300

1,600

Laundry Tub

465 20

PLASTERBOARD WALL PLASTERBOARD LINING WALL LINI WALL LINING

CUPBOARD CARCASE CUPBOARD CARCASE 1,085

SELECTED HANDLE FIXED SELECTED HANDLE FIXED 4,020 TO FRONT OF DOOR PANEL TO FRONT OF DOOR PANEL

HANE FINISH TO ER FRONTS

PROVIDE SHADOW GAPPROVIDE PACKER AS SHADOW GAP PACKER AS INDICATED 2 PACK PAINTED INDICATED TO MATCH 2 PACK PAINTED TO MATCH CUPBOARD DOORS CUPBOARD DOORS PLASTERBOARD CEILING PLASTERBOARD LINING CEILING LINING

950

900

5 900

405

SELECTED BENCHTOP SELECTED BENCHTOP

TOP

310375

465375

119

297

450297

297 450

609 400 2,812

600 3,700

1,393320

550

730

350

200

FLASHING

CORKING BEAD CORKING BEAD

320

FLASHING

320

EXPANSION JOINT

SELECTED TIMBER SELECTED TIMBER SKIRTING BOARD SKIRTING BOARD

SELECTED CARPET SELECTED CARPET WITH UNDERLAY WITH UNDERLAY

120

EXPANSION JOINT

120

200

460

SELECTED POWDERCOAT SELECTED ALUMINIUM POWDERCOAT ALUMINIUM & CLEAR GLASS HANDRAIL & CLEAR GLASS HANDRAIL

TILES ON SCREED TOTILES FALL ON SCREED TO FALL

200 320

120

200

120

200

320

200

FLASHING

STEEL ANGLE LINTEL

120

90 10

200

90 11010

200

12 50

200

CSR PLASTERBOARD CEILING 110 350

350

460

STRUCTURAL SLAB TO ENGINEER'S DETAIL

320

200

100

WATERPROOF COATING WATERPROOF COATING

PLASTER BOARD INSULATION

CAPRAL 400 SERIES ALUMINIUM SLIDDING DOOR

INSULATION INSULATION

CEMENT RENDER CEMENT RENDER

WEEP HOLE @ 1200CTS

1000mm MINIMUM 990

CAVITY WALL CAVITY WALL BRICK OUTER LEAF BRICK OUTER LEAF STRUCTURAL SLAB TO STRUCTURAL SLAB TO ENGINEER'S DETAIL ENGINEER'S DETAIL CAVITY WALL CAVITY WALL TIMBER STUD INNER LEAF TIMBER STUD INNER LEAF

FLASHING CSR PLASTERBOARDCSR PLASTERBOARD CEILING CEILING

PLASTER BOARD

WEEP HOLE @ WEEP 1200CTS HOLE @ 1200CTS

INSULATION

FLASHING

CORKING BEAD CORKING BEAD

VAPOUR BARRIER VAPOUR BARRIER

17 102

CAPRAL 400CAPRAL SERIES400 ALUMINIUM SERIES ALUMINIUM SLIDDING DOOR SLIDDING DOOR

FLASHING

TILES ON SCREED TOON FALL TILES SCREED TO FALL

1000mm MINIMUM 990

200

6mm FIBR CEMENT WATERPROOF COATING SHEET EACH SIDE 100

100 200

AFS WALL

350

300

AFS WALL

162 20 (MIN)

100

300 100

162

6mm FIBR CEMENT SHEET EACH SIDE

WEEP HOLEWEEP @ 1200CTS HOLE @ 1200CTS

162

6mm FIBR CEMENT SHEET EACH SIDE

AFS WALL

64mm DECOUPLED STUD

11kg/m3 DENSITY INSULATION

AFS WALL

28mm FURRING CHANNEL 28mm FURRING CHANNEL PACKED OUT TO 50mm PACKED OUT TO 50mm WITH DETA FIX CLIPSWITH DETA FIX CLIPS BOTH SIDES BOTH SIDES

STRUCTURAL SLAB TO ENGINEER'S DETAIL

17 102

162

162 20 (MIN)

64 162 6 20 (MIN)

162

TOUGHENED GLASS TO AUSTRALIAN STANDARD

mVRETEC 100mm MINIUM E LOUVRE

STAINLESS STEEL PATCH FITTING

HOT-DIP GALVINIZED STEEL STEEL AWNING BEAM TO STRUCTURAL ENGINEER'S DESIGN SELECTED PAINT FINISH

11kg/m3 DENSITY 11kg/m3 DENSITY INSULATION INSULATION 92

TOUGHENED GLASS TO TOUGHENED GLASS TO AUSTRALIAN STANDARD AUSTRALIAN STANDARD

AFS WALL

STAINLESS STEEL PATCH FITTING

AFS WALL

6mm FIBR CEMENT 6mm FIBR CEMENT SHEET EACH SIDE SHEET EACH SIDE

AFS WALL

AFS WALL 100

HOT-DIP GALVINIZEDHOT-DIP STEEL GALVINIZED STEEL STEEL AWNING BEAMSTEEL TO AWNING BEAM TO STRUCTURAL ENGINEER'S STRUCTURAL DESIGN ENGINEER'S DESIGN SELECTED PAINT FINISH SELECTED PAINT FINISH

320

100

BUCTURAL TO SLAB TO GINEER'S L DETAIL

ZINNCALUM FLAHSING ZINNCALUM FLAHSING

TILES ON SCREED TO FALL

162 20 (MIN) 16264 20 6 (MIN)

162 6 50

50 162 6

CUTSOM GALVINIZED STEEL FRAME PAINT FINISH

HILTI ANCHORS TO ENGINEER'S DETAIL

320

LOUVRETEC 100mm ALUMINIUM LOUVRE

64mm DECOUPLED 64mm DECOUPLED STUD STUD

CAPRAL 400 SERIES ALUMINIUM FRAME

162

17 102

28mm FURRING28mm CHANNEL FURRING CHANNEL PACKED OUT TO PACKED 50mm OUT TO 50mm WITH DETA FIX WITH CLIPSDETA FIX CLIPS BOTH SIDES BOTH SIDES

AFS WALL

ZINNCALUM GUTTER ZINNCALUM GUTTER

162

AFS WALL

100

200 300

TI ANCHORS TO GINEER'S L DETAIL

300

200

ZINNCALUM FLAHSING

200

ZINNCALUM GUTTER

300

TSOM ED GALVINIZED EL FRAME NT FINISH

6mm FIBR CEMENT 6mm FIBR CEMENT SHEET EACH SIDE SHEET EACH SIDE 100

TO S ON FALL SCREED TO FALL

100

SRAL 400 SERIES MINIUM FRAME

100

STRUCTURAL SLAB TO ENGINEER'S DETAIL

CSR PLASTERBOARD CEILING

HILTI ANCHORS TO ENGINEER'S TOUGHENED GLASS TOUGHENED TO GLASS TO DETAIL AUSTRALIAN STANDARD AUSTRALIAN STANDARD CAPRAL 400 SERIES ALUMINIUM FRAME STAINLESS STEEL STAINLESS STEEL PATCH FITTINGPATCH FITTING

HOT-DIP GALVINIZED HOT-DIP STEEL GALVINIZED STEEL STEEL AWNINGSTEEL BEAM AWNING TO BEAM TO STRUCTURAL ENGINEER'S STRUCTURAL DESIGN ENGINEER'S DESIGN SELECTED PAINT SELECTED FINISH PAINT FINISH

CSR PLASTERBOARDCSR PLASTERBOARD CEILING CEILING

ZINNCALUM GUTTER ZINNCALUM GUTTER

HILTI ANCHORS TO HILTI ANCHORS TO ENGINEER'S DETAIL ENGINEER'S DETAIL

ZINNCALUM FLAHSING ZINNCALUM FLAHSING

TYPICAL DETAILS

CAPRAL 400 SERIES CAPRAL 400 SERIES ALUMINIUM FRAME ALUMINIUM FRAME

TOUGHENED GLASS TO AUSTRALIAN STANDARD

6mm FIBR CEMENT SHEET EACH SIDE

11kg/m3 DENSITY INSULATION

200

CAPRAL 400CAPRAL SERIES400 ALUMINIUM SERIES ALUMINIUM SLIDDING DOOR SLIDDING DOOR

460

100

HILTI ANCHORS TO HILTI ANCHORS TO ENGINEER'S DETAIL ENGINEER'S DETAIL

17 102 92

TILES ON SCREED TO FALL

STEEL ANGLE STEEL ANGLE LINTEL

INSULATION

STRUCTURAL SLAB TO STRUCTURAL SLAB TO ENGINEER'S DETAIL ENGINEER'S DETAIL

EXPANSION JOINT

64mm DECOUPLED STUD LINTEL

200

INSULATION

FLASHING

200

200 CUTSOM GALVINIZEDCUTSOM GALVINIZED STEEL FRAME STEEL FRAME PAINT FINISH PAINT FINISH

SELECTED POWDERCOAT ALUMINIUM & CLEAR GLASS HANDRAIL

28mm FURRING CHANNEL PACKED OUT TO 50mm WITH DETA FIX CLIPS BOTH SIDES 200

300

AFS WALL FLASHING CSR PLASTERBOARD CSR PLASTERBOARD CEILING CEILING

100

STRUCTURAL SLAB TO STRUCTURAL SLAB TO ENGINEER'S DETAIL ENGINEER'S DETAIL TILES ON SCREED TOTILES FALL ON SCREED TO FALL

6mm FIBR CEMENT SHEET EACH SIDE

AFS WALL

PLASTER BOARD PLASTER BOARD

200

AFS WALL

CAPRAL 400 SERIES CAPRAL 400 SERIES ALUMINIUM FRAME ALUMINIUM FRAME

STRUCTURAL SLAB TO ENGINEER'S DETAIL

6mm FIBR CEMENT SHEET EACH SIDE 11kg/m3 DENSITY INSULATION

LOUVRETEC 100mm LOUVRETEC 100mm ALUMINIUM LOUVRE ALUMINIUM LOUVRE

HILTI ANCHORS TO ENGINEER'S DETAIL

120

100

350

CUTSOM GALVINIZED STEEL FRAME PAINT FINISH

320

17 102

320

200

17 102

320

200

460

200 200

TILES ON SCREED TO FALL

320

200

100

CAPRAL 400 SERIES ALUMINIUM FRAME

460

200

WATERPROOF COATING WATERPROOF COATING

LOUVRETEC 100mm ALUMINIUM LOUVRE

350

SELECTED SELECTED CARPET CARPET WITH UNDERLAY WITH UNDERLAY

SELECTED TIMBER SELECTED TIMBER SKIRTING BOARD SKIRTING BOARD

EXPANSION JOINT EXPANSION JOINT 200

CAPRAL 400 SERIES CAPRAL ALUMINIUM 400 SERIES ALUMINIUM SLIDDING DOORSLIDDING DOOR WEEP HOLE @ 1200CTS WEEP HOLE @ 1200CTS

SELECTED POWDERCOAT SELECTED POWDERCOAT ALUMINIUM ALUMINIUM & CLEAR GLASS & HANDRAIL CLEAR GLASS HANDRAIL

200

FLASHING

STEEL ANGLE STEEL ANGLE LINTEL LINTEL

WALL BEYOND WALL BEYOND

120

1000mm MINIMUM 990

PLASTER BOARD PLASTER BOARD

GALLOWAY HOUSE 2004-2006 Matthew Gribben Architecture GallowayHouse是一栋双层近450平米的私人别墅。其设计概念是将位于一楼的生活空间视作流淌于由车库，洗手间，置物间，洗衣房，视听室及厨房所构成的独立功能块之间的＂流体＂。而位在二楼较私密的个人空间则是由两个被一张连续折叠的楼板所包覆保护的空间组成。前面的空间包含了两个孩子房，客房及共用卫浴。面朝後院的空间则尽属于父母亲，包括了睡房，套卫浴及一个悬于游泳池之上的大阳台。中间则是由一个书房作为连接。建筑整体是从一个高度私密的面街面，向後方的家庭生活空间慢地敞开。而这栋别墅的另一个重要特点是其两层高的前厅及位于其中的旋转楼梯。

2,310

STORMWATER TO SETTLING CHAMBER

W02

8,700 1,350

1,500

6,120

800

FOULWATER DRAIN

6,300

4,150 90

1,410

1,510

970

990

6,300 440

190

DOOR 810

2,975

6,300

140

9,150 DOOR 750

4,900

D02

100

1,500

2,320

240

140

1,100

19 -

D08

8 -

1.07 TERRACE

1.04 BATHROOM

1.01 STORAGE

GARDEN

16 -

17 -

W01

D03

2 -

1,500

3 -

190

12,000

2,770

FOULWATER DRAIN

830 150

D02

D06

26 90

3,790

3,150

STN2 1,430

190

850

990

190

1,930

D06 8,720

6,560 440

2,110

1,930

1.23 BIKES / STORAGE

2,570 1,050

1.22 RUBBISH RECYCLING

9,600

GROUND FLOOR PLAN

SE TT LIN

190

810

190

1,190

5,180 STORMWATER TO SETTLING CHAMBER 5,560

SCORIA TRENCH 4600mm x 450mm TO PRE-TREAT STORMWATER RUN-OFF FROM PAVED AREAS

STRIP DRAIN CONNECTION TO SCORIA TRENCH 240

TO W AT ER

140

6,750

5,750 EXISTING 100mm FOULWATER DRAIN

DRAIN

SCORIA TRENCH 4600mm x 450mm TO PRE-TREAT STORMWATER RUN-OFF FROM PAVED AREAS

CESSPIT 300X300

GROUND FLOOR PLAN

1,050

4,900

TER FOULWA

D04

1,050

6,300 STORMWATER TO SCORIA TRENCH

D. P.

90 900

28,050 D03

8,700

1.24 STORE

190 5,100

D05 2,400

OVERFLOW GULLY TRAP WITH TAP ABOVE

A3.03

90 5,570

190 190

W02

STRIP DRAIN AT BASE OF WALL TYP. CONNECT TO SCORIA TRENCH 3,040

6 -

7 W05

CH AM

D11 18 W11

AK AG E TO NC H BE R

RIA

D07

D13

22 -

PIT

1.06 LAUNDRY

1.09 CINEMA

15 -

STAIR 2

TR E

1.13 PANTRY

1.03 GARAGE

5 -

1.14 KITCHEN

D04

A3.03

1.16 DINNING

11 -

W10

D09

2,440

90 615

24 -

12 -

FFL +74.75m

1.12 BAR

SCORIA TRENCH 9500mm x 450mm TO PRE-TREAT STORMWATER RUN-OFF FROM PAVED AREAS

310

190 8

1,060

13 -

A3.11

D10

D12

A3.10

A3.01

1,705

4,200

3 2

W09 23 -

25 -

STAIR 1

810 DOOR

2,150

1.08 LIVING

21 -

STRIP DRAIN CONNECTION TO SCORIA TRENCH

10 -

W08

2,150

4,200

W04

14 -

1 -

8,400

A3.11

20 -

4 7

320

4,550

1.11 LIVING

1.15 TERRACE

CESSPIT

1.18 SWIMMING POOL

7,500

2,400

D01

1.05 LOBBY

W03

1,860

1.02 ENTRY

1,500

9 -

450

W06

1,500

220

W07

1,500

D05

2,100

1,870

1.10 25m LAP POOL

2,100

860

2,110

DOOR 830

1,200

1,870

140

680

3,205 6,595

190

1,020

STORMWATER TO SCORIA TRENCH

140

5,350 STORMWATER TO SETTLING CHAMBER 5,090

1,950

190

2,760 STRIP DRAIN AT BASE OF WALL TYP. CONNECT TO SCORIA TRENCH

A3.02

170

190

1,500 4,025

190

SC O

190

1,490 870

2,400

1.17 SPA

W01

W05 190

2,740

28,050

1.20 GYM

450

W03

D01

ST O RM

W04

1.21 POOL EQUIP

190

OUTDOOR SHOWER

A COLOUR STEEL GUTTER

D. P. VENT PIPE

28,650 17,700

FALL 2째

300

900

450

190

450

2,210

450

260 110

190

1,240 DOOR 910

580

1,500 DOOR 710

600

450

1,350

2,110

DOOR 820

900

10,950 750 DOOR 820

780

450

900 792

1,050 338 190 190 70

1,350

1,800

190

450

4,710

295

1,500 DOOR 810 35

900

2,550

450

600

4,330

300

190

A3.07

300

140

300

W12

2,100

27 1,870

2,700

W18

W20

2.03 BATHROOM

2,400

2,100

W21

W22

A3.11

FFL +77.90m

2,340 1,800

35 -

D20

140 860 10

W16

810 DOOR 450

W27

A3.08

2.02 BEDROOM 2

D18

42 -

STAIR 2 W31

W34

36 -

1,160

2.07 UTILITY CUPBOARD

TIL3

39 -

D19

1,950

90 DOOR 710 10

2.09 WARDROBE

D26

2.12 MASTER WC

D28

D21

750

2.05 GUEST BEDROOM

W29

2,950

790

W40

1,030

1,650

740 W15

D14

D16

D25 D22

135

12,750

90 32 -

A3.08

W37

2.11 MASTER BATHROOM

750

W38 W39

D23

3 2

D24

D27

W14

STAIR 1

2.06 OFFICE

A3.09

D13

D15

740

44 -

4,020 -

41 -

1,200

A3.05

40 -

W17

2,120

90 4,450

300

1,210

1,230

1,870

450

2,480

1,530 450

90 770

970

1,150

970

900

190

6,300

450

6,300

11,100

510

1,350

810 DOOR

W19

4,460 2,400

6,000

90 2,400

31 -

4,330 2,400

29 -

30 -

190 2,100

300

11,250

28,650 2,400

8,700

6,300

4,900

5,750

FIRST FLOOR PLAN

D. P.

190

70 100 90

W24

190

190 70

190

600

A3.04

450

190

W25

450

4,200 300

4,200

450

12,750

300 450 300 450 DOOR 820 30 360 90 90 1,200 4,200

A3.06

W36

45 -

1,950

12 13

4,200

2.04 VOID

W26

38 -

28 -

W13

2.01 BEDROOM 1

34 -

2.08 MASTER BEDROOM

W35

900

33 -

VOID

810 DOOR 450

W28

W30

W32

900

190

2.10 TERRACE

D17

110 190

300 1,500

W33

2,700

W23

43 -

37 -

1,200

CORRUGATED STEEL ROOFING

1,650

FALL 2째

450

PARAPET P/COAT STEEL CAPPING

28,690 5,960

9,660

340

890

11,290

5,960

210

CONCRETE SCREED TO SLAB 1:50 FALLS, MIN. 1:100 FALLS AT GUTTERS AS SHOWN FINISH WITH NURAPLY MEMBRANE

340

10,190

340 BOX GUTTER 1:200 MIN. FALL

210

BOX GUTTER 1:200 MIN. FALL

2,400

2,100

2,400

340

210

11,440 210

TERRACE BELOW

ROOF BELOW

NURALPLY 3P MEMBRANE ROOF 1:50 MIN. FALL

DP 100x75mm RF-1

210

GUTTER 1:100 MIN. FALL

1,500

340

SKYLIGHT BOX GUTTER 1:200 MIN FALL

BOX GUTTER 1:200 MIN FALL

W41 BOX GUTTER 1:200 MIN. FALL

BOX GUTTER 1:200 MIN. FALL

10°

SKYLIGHT

W42

10° SKYLIGHT

RF-1

10°

NURALPLY 3P MEMBRANE ROOF 1:100 MIN. FALL

RF-1

12,790

BOX GUTTER 1:200 MIN FALL

11,690

W43 RF-1

7,940

4,200

RF-1

BOX GUTTER 1:200 MIN FALL

9,040

RF-1

4 SKYLIGHT

10°

BOX GUTTER 1:200 MIN. FALL

W44

BOX GUTTER 1:200 MIN. FALL

RF-1

SKYLIGHT

10°

BOX GUTTER 1:200 MIN FALL

DP 75x50mm / RAINHEAD

RF-1

BOX GUTTER 1:200 MIN. FALL

ROOF BELOW

GUTTER 1:100 MIN. FALL

FALL 1:50

DP 100x100mm

FALL 1:50

DP 100x75mm BOX GUTTER 1:200 MIN. FALL

5,960 28,690

11,290

ROOF PLAN

4,900

6,300

8,700

2,400

210

340

300

GUTTER 1:100 MIN. FALL

CONCRETE SCREED TO SLAB 1:50 FALLS, MIN. 1:100 FALLS AT GUTTERS AS SHOWN FINISH WITH NURAPLY MEMBRANE

11,440

1,350

210

340

DP 100x100mm

5,750

4,200

W45

BOX GUTTER 1:200 MIN FALL

1,350

08 2 2 2 2

1 1 1 1

RF-1 RF-1 RF-1 RF-1

FL +6.30m FL +6.30m FL +6.30m FL +6.30m

5 5 5 5

4 4 4 4

3 3 3 3

AL-1 AL-1 ALUM INIUM GLAZING AL-1 ALUM INIUM GLAZING AL-1 ALUM AL-2 INIUM GLAZING ALUM INIUM GLAZING AL-2 DERC POW OAT ALUM INIUM AL-2 POW DERCFLASHING OAT ALUM INIUM PARAPET AL-2 DERCFLASHING POW OAT ALUM INIUM PARAPET POW DERCFLASHING OAT ALUM INIUM PARAPET C L-1 PARAPET FLASHING C L-1 SOLID PLASTER ON 20mm C L-1 SOLID PLASTER ON 20mm SERIES C M U W ALL 200 L-1 C PLASTER 20mm SOLID SERIES CM 200 U W ALLON PLASTER 20mm SOLID SERIES CM 200 U W ALLON C L-2 SERIES C M U W ALL 200 C L-2 20mm SOLID PLASTER ON 5mm C L-2 SOLID PLASTER ON 5mm 20mm HARDIE BAC KER TO EX 25x50 C L-2 SOLID 20mm PLASTER 5mm TO ON HARDIE BACCKER EXON 25x50 FRAM ING H3 BATTEN AVITY 20mm SOLID PLASTER 5mm TO ON HARDIE BACCKER EXON 25x50 FRAM ING H3 BATTEN AVITY ITH W BUILDING PAPER TO ON HARDIE BACCKER EX 25x50 FRAM ING H3 BATTEN AVITY W ITH BUILDING PAPER H3ITH BATTEN C AVITY ON FRAM ING W C L-3 BUILDING PAPER ITH BUILDING PAPER W C L-3 20mm SOLID PLASTER ON C L-3 SOLID PLASTER ON 20mm IN-SITU C ONC RETE SLAB EDGE C L-3 20mm ONEDGE IN-SITUSOLID C ONCPLASTER RETE SLAB 20mm SOLID ONEDGE IN-SITU C ONCPLASTER RETE SLAB C L-4 IN-SITU C ONC RETE SLAB EDGE C L-4 TED SELEC STONE VENEER ON C L-4 TED STONE VENEER ON SELEC M EGAPOXY ADHESIVE TO 200 C L-4 SELEC VENEER TED STONE ON 200 M EGAPOXY SERIES C M STONE U ADHESIVE C OATED WTO ITH SELEC VENEER TED ON 200 M EGAPOXY ADHESIVE SERIES C M U 2-PAK C OATED WTO ITH M M EM BRANE EGAPOXY 200 PAINT M EGAPOXY ADHESIVE SERIES C M U 2-PAK C OATED WTO ITH M M EM BRANE PAINT EGAPOXY SERIES C M U 2-PAK C OATED W ITH M M EM BRANE PAINT EGAPOXY 1 C NC M 2-PAK M EM BRANE PAINT EGAPOXY 1 RETE FLOOR C NC ONC C 1 RETE FLOOR C ONC C NC 1 RETE FLOOR C NC ONC C C PT1 C RETE FLOOR C ONC PT1 TED SELEC C ARPET FLOORING C PT1 TED C ARPET FLOORING SELEC C PT1 SELEC C PT2 TED C ARPET FLOORING SELEC C ARPET FLOORING C PT2 TED TED C ARPET FLOORING SELEC C PT2 TED C ARPET FLOORING SELEC C PT2 SELEC GL-1 TED C ARPET FLOORING TED C ARPET FLOORING SELEC GL-1 C LEAR GLASS GL-1 C LEAR GLASS GL-1 C LEAR GLASS GL-2 C LEAR GLASS GL-2 FROSTED GLASS GL-2 FROSTED GLASS GL-2 FROSTED GLASS GL-3 FROSTED GLASS GL-3 OPAQUE GLASS GL-3 OPAQUE GLASS GL-3 OPAQUE GLASS GL-4 OPAQUE GLASS GL-4 SPLASHBACK GLASS GL-4 SPLASHBACK GLASS GL-4 SPLASHBACK GLASS RF-1 GLASS SPLASHBACK RF-1 C ORRUGATED M ETAL ROOFING RF-1 C ORRUGATED M ETAL ROOFING RF-1 C ORRUGATED M ETAL ROOFING SST1 C ORRUGATED M ETAL ROOFING SST1 STAINLESS STEEL 1 SST1 STAINLESS STEEL 1 SST1 STEEL 1 STAINLESS STN1 STEEL 1 STAINLESS STN1 SELEC TED STONE FLOORING STN1 TED STONE FLOORING SELEC STN1 SELEC STN2 TED STONE FLOORING SELEC TED STONE FLOORING STN2 OPEN JOINTED STONE PAVING ON STN2 OPEN JOINTED STONE PAVING ONKER PROPRIETRY ADJUSTABLE EZ PAC STN2 OPEN JOINTED STONE PAVING ONKER PROPRIETRY EZ PAC ADJUSTABLE OPEN JOINTED STONE PAVING ONKER PROPRIETRY EZ PAC ADJUSTABLE PROPRIETRY ADJUSTABLE EZ PAC KER

RF-1 RF-1 RF-1 RF-1

C L-2 C L-2 C L-2 C L-2

83 83 83 83 -

FFL +3.15m FFL +3.15m FFL +3.15m FFL +3.15m

W 23 W 23 W 23 W 23

W 22 W 22 W 22 W 22

C L-1 C L-1 C L-1 C L-1

2. 12 2. 12 M ASTER BATHROOM 2. M 12 ASTER BATHROOM 2. 12 M ASTER BATHROOM M ASTER BATHROOM

2. 11 2. 11 TERRAC E 2. 11 TERRAC E 2. 11 E TERRAC TERRAC E W 36 W 36 W 36 W 36

W 35 W 35 W 35 W 35

W 38 W 38 W 38 W 38

D21 D21 D21 D21

W 25 W 25 W 25 W 25

D24 D24 D24 D24

84 84 84 84 -

C L-1 C L-1 C L-1 C L-1

FFL ±0.00m FFL ±0.00m FFL ±0.00m FFL ±0.00m

C L-1 C L-1 C L-1 C L-1

1. 16 1. 16 E TERRAC 1. 16 E TERRAC 1. 16 E TERRAC TERRAC E

85 85 85 85 -

W 08 W 08 W 08 W 08

1. 10 1. 10 LAP POOL 25m 1. 10 LAP POOL 25m 1. 10 LAP POOL 25m 25m LAP POOL

REINFORCED C ONC RETE POOL TO STRUC TURAL C ONC RETE REINFORCED C ONC RETE REINFORCED ENGINEERS' DETAIL POOL TO STRUC TURAL TURAL POOL TO STRUC C ONC RETE REINFORCED ENGINEERS' DETAIL DETAIL ENGINEERS' POOL TO STRUC TURAL ENGINEERS' DETAIL

1. 17 1. 17 DINNING 1. 17 DINNING 1. 17 DINNING DINNING

W 09 W 09 W 09 W 09

D12 D12 D12 D12

86 86 86 86 -

W 11 W 11 W 11 W 11

FOUNDATION TO STRUC TURAL S DETAIL ENGINEER' TO STRUC TURAL FOUNDATION TO STRUC TURAL FOUNDATION ENGINEER' S DETAIL S DETAIL ENGINEER' TO STRUC TURAL FOUNDATION ENGINEER' S DETAIL

revision revision revision revision

2,100 2,100 2,100 2,100

1,500 1,500 1,500 1,500

E-E TION SEC E-E TION SEC SEC E-E TION E-E SEC TION FF FF

EE EE

D D D D

C C C C

A A A A

B B B B RF-1 RF-1 RF-1 RF-1

90 90 90 90 C L-2 C L-2 C L-2 C L-2

2. 01 2. 01 BEDROOM 1 2. 01 1 BEDROOM 2. 01 BEDROOM 1 BEDROOM 1

2. 04 2. 04 VOID 2. 04 VOID 2. 04 VOID VOID

2. 08 2. 08 M ASTER BEDROOM 2. M 08 ASTER BEDROOM 2. M 08 ASTER BEDROOM M ASTER BEDROOM

D16 D16 D16 D16

FFL +3.15m FFL +3.15m FFL +3.15m FFL +3.15m

W 26 W 26 W 26 CW L-3 26

C L-3 C L-3 C L-3

87 87 87 87 C L-1 C L-1 C L-1 C L-1

FFL ±0.00m FFL ±0.00m FFL ±0.00m FFL ±0.00m

88 88 88 88 -

W 03 W 03 W 03 W 03

D01 D01 D01 D01

C L-3 C L-3 C L-3 C L-3

89 89 89 89 -

1. 07 1. 07 E TERRAC 1. 07 E TERRAC 1. 07 E TERRAC TERRAC E

1. 05 1. 05 LOBBY 1. 05 LOBBY 1. 05 LOBBY LOBBY

1. 02 1. 02 ENTRY 1. 02 ENTRY 1. 02 ENTRY ENTRY

By By

MG/KL By MG/KL By MG/KL MG/KL MG/KL MG/KL

92 92 92 92 -

91 91 91 91 -

D19 D19 D19 D19

W 35 W 35 W 35 W 35

D23 D23 D23 D23

D20 D20 D20 D20

2. 11 2. 11 TERRAC E 2. 11 TERRAC E 2. 11 TERRAC E TERRAC E W 37 W 37 W 37 W 37

client client client client

W 38 W 38 W 38 W 38

94 94 94 94 -

A A A A

project project project project

Galloway House Galloway House Galloway House Galloway House A 45 aungakiekie A 45 M M aungakiekie aungakiekie A 45 M aungakiekie A 45 M One Tree Hill, One Tree Tree Hill, Hill, Auck Auck One One Tree Hill, Auck Auck

1. 16 1. 16 TERRAC E 1. 16 TERRAC E 1. 16 TERRAC E TERRAC E

1. 11 1. 11 LIVING 1. 11 LIVING 1. 11 LIVING LIVING

W 11 W 11 W 11 W 11

W 04 W 04 W 04 W 04

architect architect architect architect

matthew gribben architecture matthew gribben architecture matthew RAIA NZIAgribben ABN 86architecture 102 515 3 matthew RAIA NZIAgribben ABN 86 86architecture 102 515 515 3 RAIA NZIA ABN 102 level 6, 2-12 Foveaux St515 33 RAIA 6, NZIA ABN 86 102 level 2-12 Foveaux St level 6,Hills 2-12 Foveaux St 2010 Surry Sydney NSW level 6,Hills 2-12 Foveaux St 2010 Surry Sydney NSW Surry Hills Sydney NSW 2010 tel 9281 9611 fax NSW 9281 2010 9612 Surry Hills Sydney tel 9281 9281 9611 fax 9281 9281 9612 9612 tel 9611 fax m.gribben@optusnet.com.au tel 9281 9611 fax 9281 9612 m.gribben@optusnet.com.au m.gribben@optusnet.com.au m.gribben@optusnet.com.au Thorne Dwyer Structures Thorne Dwyer Dwyer Structures Structures Thorne 8B Charlotte Thorne DwyerStreet Structures 8B Charlotte Street 8B Charlotte Eden TerraceStreet 8B Charlotte Eden TerraceStreet Eden Terrace PO Box 99 812 Eden Terrace PO Box 99 812 PO Box 99 812 Auckland PO Box 99 812 Auckland Auckland Auckland Patrick & Gillian Galloway Patrick & Patrick & Gillian Gillian Galloway Galloway 42 Maungakiekie Ave Patrick & Gillian Galloway 42 Maungakiekie Maungakiekie Ave 42 Ave One Tree Hill, Auckland 42 Maungakiekie Ave One Tree Hill, One Tree Hill, Auckland Auckland One Tree Hill, Auckland engineer engineer engineer engineer

93 93 93 93 C L-1 C L-1 C L-1 C L-1

Description Description

Issued forDescription Tender Issued forDescription Tender Tender Issued for Construction Tender Issued for Construction Issued for Construction Issued for Construction

SECTION F-F SECTION SECTION E-E E-E

RF-1 RF-1 RF-1 RF-1

FL +6.30m FL +6.30m FL +6.30m FL +6.30m

Rev Rev Rev Rev AAA A

4,200 4,200 4,200 4,200

date date date date

drawn by drawn by drawn by drawn by

scale scale scale scale

checked by checked by checked by checked by

17/11/04 17/11/04 17/11/04 17/11/04 1:50 1:50 1:50 1:50

W 09 W 09 W 09 W 09

dwg title dwg title dwg title dwg title

KL KL KL KL MG MG MG MG

SEC TION SEC TION EE EE & & FF FF SEC FF SEC TION TION EE EE & & FF

FOUNDATION TO STRUC TURAL S DETAIL ENGINEER' TO STRUC TURAL FOUNDATION TO STRUC TURAL FOUNDATION S DETAIL ENGINEER' S DETAIL ENGINEER' TO STRUC TURAL FOUNDATION ENGINEER' S DETAIL

A2.05 A2.05

dwg number dwg number dwg number dwg number

5,750 5,750 5,750 5,750

SEC TION F-F SEC TION F-F SEC SEC TION TION F-F F-F

4,900 4,900 4,900 4,900

6,300 6,300 6,300 6,300

SECTION E-E SECTION SECTION F-F F-F

8,700 8,700 8,700 8,700

2,400 2,400 2,400 2,400

ISSUED C ONSTRUC ISSUED FOR FOR C ONSTRUC TION TION ISSUED C ONSTRUC ISSUED FOR FOR C ONSTRUC TION TION

Do not scale from drawing. Do from drawing. Do not not scale scale fromverify drawing. Contractor must dimens Do not scale fromverify drawing. Contractor must dimens Contractor must verify dimens on site before commencing an Contractor must verify dimens on site before commencing an on site before commencing an © 2004 Matthew Gribben Arc on site before commencing an © 2004 2004 Matthew Matthew Gribben Gribben Arc Arc © © 2004 Matthew Gribben Arc

08 08

AL-1 ALUMINIUM GLAZING

RF-1

FL +6.30m

RF-1

FL +6.30m

RF-1 CL-2

FL +6.30m

RF-1 CL-2

FL +6.30m FL +6.30m

AL-2 AL-1 POWDERCOAT ALUMINIUM AL-1 GLAZING ALUMINIUM FLASHING PARAPET ALUMINIUM GLAZING AL-2 CL-1 AL-2 POWDERCOAT ALUMINIUM 20mm SOLID PLASTER ON AL-1 POWDERCOAT ALUMINIUM PARAPET SERIESFLASHING CMU WALL 200 GLAZING ALUMINIUM FLASHING PARAPET CL-1 CL-2 AL-2 CL-1 20mm SOLID PLASTER ON5mm SOLID PLASTER ON 20mm POWDERCOAT ALUMINIUM 20mm SOLID 200 PLASTER ONCMU WALL SERIES HARDIE BACKER TO EX 25x50 PARAPET SERIESFLASHING CMU WALL 200 H3 BATTEN CAVITY ON FRAMING CL-2 CL-1 WITH BUILDING PAPER ON 5mm CL-2 SOLID PLASTER 20mm 20mmSOLID SOLIDPLASTER PLASTERON ON5mm 20mm HARDIE BACKER TO EX 25x50 CL-3 WALL CMU 200 SERIES HARDIE BACKER TO EX 25x50 H3 BATTEN 20mm SOLIDCAVITY PLASTERON ONFRAMING H3 BATTEN CAVITY ON FRAMING WITH BUILDING PAPER CL-2 CONCRETE SLAB EDGE IN-SITU WITH BUILDING PAPER ON 5mm SOLID PLASTER 20mm CL-3 CL-4 TO EX 25x50 HARDIE BACKER CL-3 20mm SOLID PLASTER ONON SELECTED STONE VENEER H3 BATTEN 20mm SOLIDCAVITY PLASTERON ONFRAMING CONCRETE SLAB IN-SITU ADHESIVE TOEDGE 200 MEGAPOXY WITH BUILDING PAPER CONCRETE SLAB EDGE IN-SITU SERIES CL-4 CMU COATED WITH CL-3 2-PAK VENEER MEMBRANE MEGAPOXY CL-4 ON PAINT SELECTED STONE 20mm SOLID PLASTER ONON SELECTED STONE VENEER ADHESIVE TO 200 MEGAPOXY CNC1 SLAB IN-SITU CONCRETE ADHESIVE TOEDGE 200 MEGAPOXY SERIES CMU COATED WITH CONCRETE FLOOR SERIES WITH 2-PAK MEMBRANE PAINT MEGAPOXY CL-4 CMU COATED 2-PAK MEMBRANE MEGAPOXY CPT1 VENEER ON PAINT SELECTED STONE CNC1 ADHESIVECARPET TO 200 FLOORING MEGAPOXYSELECTED CNC1 CONCRETE FLOOR SERIES CMU COATED WITH CONCRETE FLOOR CPT2 PAINT MEGAPOXY 2-PAK CPT1 MEMBRANE SELECTED CARPET FLOORING CPT1 SELECTED CARPET FLOORING CNC1 CARPET SELECTED GL-1 FLOORING CONCRETE FLOOR CPT2 GLASS CLEAR CPT2 SELECTED CARPET FLOORING CPT1 SELECTED CARPET GL-2 FLOORING SELECTED CARPET GL-1 FLOORING FROSTED GLASS GL-1 CLEAR GLASS CPT2 GLASS CLEAR GL-3 SELECTED CARPET GL-2 FLOORING OPAQUE GLASS GL-2 FROSTED GLASS GL-1 FROSTED GLASS GL-4 CLEAR GLASSGL-3 GLASS SPLASHBACK GL-3 OPAQUE GLASS GL-2 OPAQUE GLASS RF-1 FROSTED GLASS GL-4 METAL ROOFING CORRUGATED GL-4 GLASS SPLASHBACK GL-3 SPLASHBACK GLASS SST1 OPAQUE GLASS RF-1 STAINLESS STEEL 1 RF-1 CORRUGATED METAL ROOFING GL-4 METAL ROOFING CORRUGATED STN1 GLASS SPLASHBACK SST1 STONE FLOORING SELECTED SST1 STAINLESS STEEL 1 RF-1 STAINLESS STEEL STN21 METAL ROOFING CORRUGATED STN1 JOINTED STONE PAVING ON OPEN STN1 FLOORING SELECTED ADJUSTABLE EZ PACKER PROPRIETRYSTONE SST1 STONE FLOORING SELECTED STAINLESS STEEL STN21 STN2 OPEN JOINTED STONE PAVING ON STN1 revision STONE PAVING ON OPEN JOINTEDPROPRIETRY ADJUSTABLE EZ PACKER FLOORING SELECTED STONE ADJUSTABLE EZ PACKER PROPRIETRY

BOUNDARY BOUNDARY

CL-2 FL +6.30m

CL-2 CL-4

CL-1

CL-4

CL-1

CL-4

CL-1 FFL +3.15m CL-1

CL-4

FFL +3.15m

CL-4 CL-3

FFL +3.15m

FFL +3.15m CL-3 CL-3

FFL +3.15m

CL-3 CL-1

CL-1

EXCAVATE AT BUILDING LINE

CL-1

FFL ±0.00m

EXCAVATE AT BUILDING LINE EXCAVATE AT BUILDING LINE GROUND LINE

FFL ±0.00m CL-1

CL-1

FILL

FFL ±0.00m

EXCAVATE AT BUILDING LINE GROUND LINE GROUND LINE

FFL ±0.00m FILL

4,200

FFL ±0.00m GROUND LINE

4,200

1,500

4,200

EAST ELEVATION EAST ELEVATION EAST ELEVATION EAST ELEVATION EAST ELEVATION EAST ELEVATION 4,200

1,500

4,200

1,500

FILL

2,100 2,100

FFL ±0.00m

Rev

2,100

Description

STN2 revision Issued for Tender -STONE PAVING ON OPEN JOINTED ADJUSTABLE EZ PACKER Construction A Issued for

FILL

revision PROPRIETRY

Dat

MG/KL 01/09/2

MG/KL By 17/11/2 Da

Rev Description By Issued for Tender -Description

Rev Date MG/KL 01/09 revision MG/KL 01/09/2004 - Issued forATender Issued for Construction MG/KL 17/11 Construction MG/KL A Issued for Description Rev By 17/11/2004 Date MG/KL 01/09/2004 - Issued for Tender MG/KL 17/11/2004 A Issued for Construction

2,100

architect

matthew gribben architecture RAIA NZIA ABN 86 102 515 328 matthew gribben architecture 6, 2-12 Foveaux St matthewlevel gribben architecture RAIA Hills NZIA ABN 86NSW 102 515 328 Surry RAIA NZIA ABN 86 Sydney 102 515 328 2010 level 6, 2-12 Foveaux St tel 9281 9611 matthew gribben architecture level 6, 2-12 Foveaux Stfax 9281 9612 Surry Hills Sydney NSW 2010 m.gribben@optusnet.com.au RAIA Hills NZIA ABN 86NSW 102 515 Surry Sydney 2010328 tel 9281 9611Stfax 9281 9612 level 6, 2-12 Foveaux tel 9281 9611 fax 9281 9612 m.gribben@optusnet.com.au Surry Hills Sydney NSW 2010 Thorne Dwyer Structures m.gribben@optusnet.com.au tel 92818B9611 fax 9281 Charlotte Street9612 Thorne Dwyer Structures m.gribben@optusnet.com.au Eden Terrace Thorne Dwyer Structures 8B Box Charlotte Street PO 99 812 8B Charlotte Street Eden Terrace Auckland Thorne Dwyer Structures Eden Terrace PO Box 99 812 8B Box Charlotte Street PO 99 812 Auckland Eden Terrace Patrick & Gillian Galloway Auckland PO Box42 99Maungakiekie 812 Ave Patrick Gillian Galloway Auckland Tree&Galloway Hill, Auckland Patrick &One Gillian 42 Maungakiekie Ave 42 Maungakiekie Ave TreeGalloway Hill, Auckland Patrick &One Gillian One TreeGalloway Hill, Auckland House 42 Maungakiekie Ave 45 Maungakiekie Ave One TreeGalloway Hill, Auckland House architect

EAST ELEVATION

architect

RF-1

FL +6.30m

B RF-1

RF-1 CL-2

RF-1

FL +6.30m

C CL-2

A A

engineer

FL +6.30m

RF-1 CL-2

RF-1

FL +6.30m

FL +6.30m RF-1 CL-2

FL +6.30m

CL-2

CL-4

CL-2

CL-4

CL-1

CL-4 CL-4

CL-4

CL-1 CL-4

CL-1

CL-4

FL +6.30m

CL-2

CL-4

CL-4 CL-4

CL-4

CL-1

CL-3

CL-2

RF-1 CL-2

CL-2

CL-4

CL-4 CL-4 FFL +3.15m

CL-2

CL-4

CL-3

CL-4

client

1000mm GLASS HANDRAIL

client

1000mm GLASS 1000mm GLASS HANDRAIL CL-4 HANDRAIL

client

1000mm GLASS HANDRAIL

FFL +3.15m

CL-3

FFL +3.15m

FFL +3.15m FFL +3.15m CL-3

CL-3 CL-3

FFL +3.15m CL-3

project

Galloway House One Tree Hill, Auckland 45 Maungakiekie 45 Maungakiekie Ave Ave Galloway House One TreeAuckland Hill, Aucklan One Tree Hill, 17/11/04 KL 45 Maungakiekie Ave date

FFL +3.15m CL-3

CL-3

CL-1

date

CL-1

CL-1 FFL ±0.00m D LINE

CL-1

FFL ±0.00m

CL-1

FFL ±0.00m D LINE

FFL ±0.00m

FILL

5,750

FILL FFL ±0.00m D LINE FILL

5,750

NORTH ELEVATION NORTH ELEVATION NORTH ELEVATION NORTH ELEVATION 5,750

4,900 4,900 4,900

4,900

6,300 6,300

6,300

NORTH ELEVATION NORTH ELEVATION NORTH ELEVATION

8,700 8,700 8,700

8,700

scale

drawn by

checked by

scale

dwg title

checked by

1:50 EAST & MG NORTH ELEVATION ELEVATION & NORTH EAST EAST & NORTH ELEVATION EAST & NORTH dwg title

FILL D LINE

scale

17/11/04 KL 1:50 1:50 ELEVATION MG MG scale

CL-1

drawn by

One Tree Hill, Auckland 17/11/04 KL 17/11/04 KL MG 1:50

CL-1

drawn by

date

CL-1

project

CL-3

engineer

project

FFL +3.15m CL-3

engineer

2,400 2,400 2,400

2,400

FFL ±0.00m

dwg title

dwg number

revisi

A2.01 A A2.01 A2.01 AA A2.01 A dwg number

dwg number

revis

revision

Do not scale from drawing. Contractor must verify dimensions Dosite not before scale from drawing. any wor on commencing Do not scale from drawing. ISSUED FOR CONSTRUCTION Contractor must verify dimensions © 2004 Gribben Architectu Contractor must Matthew verify dimensions on site before commencing any wo Dosite not before scale from drawing. any work. ISSUED FOR CONSTRUCTION on commencing ISSUED FOR CONSTRUCTION © 2004 Matthew Gribben Architect Contractor must verify dimensions © 2004 Matthew Gribben Architecture on site before commencing any work. ISSUED FOR CONSTRUCTION © 2004 Matthew Gribben Architecture

08 08

AL-1 ALUMINIUM GLAZING

2 2

FL +6.30m

1000mm GLASS HANDRAIL 1000mm GLASS 1000mm GLASS HANDRAIL HANDRAIL CL-1

CL-2 RF-1

CL-1

CL-2

FL +6.30m

CL-2 CL-4

CL-4

FL +6.30m

CL-2

CL-4

1000mm GLASS HANDRAIL FFL +3.15m CL-1

FL +6.30m

CL-2

CL-2 CL-1

CL-2 RF-1

RF-1

RF-1 CL-2

CL-2

FL +6.30m

RF-1

CL-2

FL +6.30m

BOUNDARY BOUNDARY

1 1

AL-2 AL-1 POWDERCOAT ALUMINIUM AL-1 ALUMINIUM GLAZING GLAZINGFLASHING ALUMINIUMPARAPET AL-2 CL-1 AL-2 POWDERCOAT ALUMINIUM AL-1 20mm SOLID PLASTER ON POWDERCOAT ALUMINIUM FLASHING PARAPET ALUMINIUM SERIES CMU WALL 200 GLAZING PARAPET FLASHING CL-1 AL-2 CL-2 CL-1 20mm SOLID PLASTER ON POWDERCOAT ALUMINIUM SOLID ON 5mm 20mm 20mm SOLID PLASTER ONPLASTER CMU WALL 200 SERIES FLASHING PARAPETHARDIE BACKER TO EX 25x50 200 SERIES CMU WALL H3 CL-2 BATTEN CAVITY ON FRAMING CL-1 CL-2 WITH BUILDING PAPER SOLID 20mm 20mm SOLID PLASTER ONPLASTER ON 5mm ON 5mmTO EX 25x50 20mm SOLID PLASTER HARDIE BACKER CMU WALL 200 SERIES CL-3 HARDIE BACKER EX 25x50 H3TO BATTEN CAVITY ON FRAMING SOLIDFRAMING PLASTER ON H3 CL-2 BATTEN 20mm CAVITY WITH ON BUILDING PAPER IN-SITU CONCRETE SLAB EDGE WITH BUILDING SOLID PAPER PLASTER ON 5mm 20mm CL-3 TO EX 25x50 HARDIE BACKER CL-4 CL-3 20mm SOLID PLASTER ON H3 BATTEN CAVITYSTONE ON FRAMING VENEER ON SELECTED 20mm SOLID PLASTER ON CONCRETE SLAB EDGE IN-SITU WITH BUILDING PAPER TO 200 MEGAPOXY SLABADHESIVE EDGE IN-SITU CONCRETE SERIES CL-4CMU COATED WITH CL-3 CL-4 2-PAK MEMBRANE MEGAPOXY STONE VENEER ONPAINT SELECTED 20mm SOLID PLASTER ON VENEER ON SELECTED STONE ADHESIVE TO 200 MEGAPOXY SLAB EDGE IN-SITU CONCRETE ADHESIVE TO 200 MEGAPOXYCNC1 SERIES CMU COATED WITH CONCRETE FLOOR SERIES WITH2-PAK MEMBRANE PAINT CL-4CMU COATED MEGAPOXY 2-PAK MEGAPOXY STONEMEMBRANE VENEER ONPAINT SELECTED CPT1 CNC1 ADHESIVE TO 200 MEGAPOXY CARPET FLOORING SELECTED CNC1 FLOOR SERIES CMUCONCRETE COATED WITH CONCRETE FLOOR CPT22-PAK MEMBRANE PAINT MEGAPOXY CPT1 SELECTED CARPET FLOORING CPT1 SELECTED CARPET FLOORING CNC1 SELECTED CARPET FLOORING GL-1 CONCRETE FLOOR CPT2 CLEAR GLASS CPT2 SELECTED CARPET FLOORING CPT1 SELECTED CARPET FLOORING GL-2 CARPET FLOORING SELECTED GL-1 FROSTED GLASS GL-1 CLEAR GLASS CPT2 CLEAR GLASS GL-3 SELECTED CARPET FLOORING GL-2 OPAQUE GLASS GL-2 FROSTED GLASS GL-1 FROSTED GLASS GL-4 CLEAR GLASS GL-3 GLASS SPLASHBACK GL-3 OPAQUE GLASS GL-2 OPAQUE GLASS FROSTEDRF-1 GLASS GL-4 CORRUGATED METAL ROOFING GL-4 GLASS SPLASHBACK GL-3 GLASS SPLASHBACK OPAQUESST1 GLASS RF-1 STAINLESS STEEL 1 RF-1 CORRUGATED METAL ROOFING GL-4 CORRUGATED METAL ROOFING STN1 GLASS SPLASHBACK SST1 SELECTED STONE FLOORING SST1 STAINLESS STEEL 1 RF-1 STAINLESS STEEL 1 STN2 METAL ROOFING CORRUGATED STN1 OPEN JOINTED STONE PAVING ON STN1 SELECTED STONE FLOORING SST1 ADJUSTABLE EZ PACKER PROPRIETRY FLOORING SELECTED STONE STAINLESS STEEL 1 STN2 STN2 OPEN JOINTED STONE PAVING ON STN1 STONE PAVING ON OPEN JOINTED revision ADJUSTABLE EZ PACKER PROPRIETRY STONE FLOORING SELECTED PROPRIETRY ADJUSTABLE EZ PACKER

CL-4

CL-4 CL-1

CL-4

CL-1

FFL +3.15m

CL-1

CL-3 FFL +3.15m

FFL +3.15m

FFL +3.15m CL-3

CL-3 FFL +3.15m

FFL +3.15m CL-3 CL-1

CL-1

EXCAVATE AT BUILDING LINE FFL ±0.00m

CL-1

FFL ±0.00m

CL-1

GROUND LINE FILL GROUND LINE

FFL ±0.00m

GROUND LINE

FILL

FFL ±0.00m

EXCAVATE AT BUILDING LINE EXCAVATE AT BUILDING LINE FFL ±0.00m

FFL ±0.00m

FILL

2,100

FFL ±0.00m

1,500

4,200

EXCAVATE AT BUILDING LINE

4,200

FFL ±0.00m

Rev Description By Date MG/KL 01/09/20 MG/KL ARevIssued for Construction Description By 17/11/20 Da Rev Description By Date MG/KL 01/09 - Issued for Tender Issued for Tender MG/KL 01/09/2004 -revision MG/KL 17/11 A Issued for Construction MG/KL ARevIssued for Construction Description By 17/11/2004 Date MG/KL 01/09/2004 - Issued for Tender MG/KL 17/11/2004 A Issued for Construction STN2

GROUND LINE FILL

2,100

1,500

4,200

WEST ELEVATIONWEST ELEVATION WEST ELEVATION WEST ELEVATION WEST ELEVATION WEST ELEVATION 2,100

1,500

4,200

STONE ON OPEN JOINTED revision Issued PAVING for Tender revision PROPRIETRY ADJUSTABLE EZ PACKER

4,200

architect

WEST ELEVATION

matthew gribben architecture RAIA NZIA ABN 86 102 515 328 matthew gribben level 6, 2-12architecture Foveauxarchitecture St matthew gribben RAIA NZIA ABN515 86 102 515 328 Surry Hills NSW RAIA NZIA ABN 86Sydney 102 3282010 level 6,9611 2-12architecture Foveaux matthew gribben 9281 fax 9281St9612 level 6, tel 2-12 Foveaux St Surry Hills Sydney NSW RAIAHills NZIASydney ABN 86 1022010 515 3282010 m.gribben@optusnet.com.au Surry NSW tel 9281 fax 9281 9612 2-12 Foveaux tellevel 92816,9611 fax9611 9281St 9612 m.gribben@optusnet.com.au SurryThorne Hills Sydney 2010 m.gribben@optusnet.com.au DwyerNSW Structures tel 9281 9611 fax 9281 9612 8B Charlotte Street m.gribben@optusnet.com.au Thorne Dwyer Structures Terrace Thorne Eden Dwyer Structures Charlotte PO8BBox 99 812Street 8B Charlotte Street Eden Terrace Thorne Dwyer Structures Auckland Eden Terrace PO812 Box 99 812 Charlotte Street PO8BBox 99 Auckland Eden Patrick Terrace Auckland & Gillian Galloway PO Box 812 4299 Maungakiekie Ave Auckland & Gillian Galloway Tree Galloway Hill, Auckland Patrick One &Patrick Gillian 42 Maungakiekie Ave 42 Maungakiekie Ave One Tree Hill, Auckland Patrick & Gillian Galloway One Tree Hill, Auckland Galloway House 42 Maungakiekie Ave 45 Maungakiekie One Tree Hill, AucklandHouse Ave Galloway architect

architect

RF-1

FL +6.30m

F E

RF-1 CL-2

engineer

RF-1

FL +6.30m

RF-1

FL +6.30m

FL +6.30m RF-1 CL-2

FL +6.30m

CL-2

RF-1 FL +6.30m

engineer

client

CL-2

CL-4

CL-4 CL-1

CL-4

CL-1

CL-4

CL-1

SELECTED PLASTER

CL-1

client

FFL +3.15m

SELECTED PLASTER

CL-3

FFL +3.15m

CL-3

date

FFL +3.15m

CL-3 CL-1

CL-1

date

scale

date

CL-1

FFL ±0.00m

ATE AT BUILDING LINE D LINE ATE AT BUILDING LINE ATE AT BUILDING LINE

FFL ±0.00m

W11

FFL ±0.00m W11

D LINE

FFL ±0.00m

CL-1

scale

FFL ±0.00m

CL-1

W11

D LINE

D LINE ATE AT BUILDING LINE

CL-1

FFL ±0.00m

2,400

8,700

6,300

4,900

5,750

W11

2,400

SOUTH ELEVATION SOUTH ELEVATION SOUTH ELEVATION SOUTH ELEVATION 2,400

8,700 8,700

8,700

6,300

SOUTH ELEVATION SOUTH ELEVATION SOUTH ELEVATION

4,900 4,900

4,900

5,750 5,750

5,750

FFL ±0.00m

drawn by

One 17/11/04 Tree Hill, Auckland KL 17/11/04 KL MG 1:50 17/11/04 KL 1:50 1:50 ELEVATION MG MG date

CL-1

project

Galloway House One Tree Hill, Auckland 45 Maungakiekie 45 Maungakiekie Ave Ave Galloway House One Tree Hill, Aucklan One Tree Hill, Auckland 17/11/04 45 MaungakiekieKL Ave project

CL-3

CL-3 CL-1

project

FFL +3.15m

client

SELECTED PLASTER SELECTED PLASTER

CL-1

CL-3

FFL +3.15m

CL-4

FFL +3.15m

CL-4

scale

dwg title

scale

dwg title

drawn by

checked by

1:50WEST MG & SOUTH ELEVATION ELEVATION WEST & SOUTH WEST & SOUTH ELEVATION WEST & SOUTH dwg title

dwg title

dwg number

revision

A2.02 A A2.02 A2.02 AA A2.02 A

dwg number

revision

revi

revision

Do not scale from drawing. Contractor must verify dimensions Do not scale from drawing.any work site before commencing scale from drawing. ISSUED FOR CONSTRUCTIONDo not on must verify dimensions ©Contractor 2004 Gribben Architectu Contractor mustMatthew verify dimensions on site before commencing notbefore scalecommencing from drawing. onDo site any work.any wo ISSUED FOR CONSTRUCTION ISSUED FOR CONSTRUCTION © 2004 Matthew Gribben Architect Contractor must verify dimensions © 2004 Matthew Gribben Architecture on site before commencing any work. ISSUED FOR CONSTRUCTION © 2004 Matthew Gribben Architecture

level level 6, 2-12 Foveaux St 6, 2-12 Foveaux St Surry2010 Hills Sydney NSW 2 Surry Hills Sydney NSW tel 9281 9611 fax 9281 9 tel 9281 9611 fax 9281 9612 m.gribben@optusnet.com m.gribben@optusnet.com.au engineer

cooktop

385 20 1,300 385

450

1,300 385

450

385

1,300 385 20

1,300 385

385

20 385

385

adj. shelf

PNT7

SST1

shelf shelf openopen shelfopen

open shelf

SST1 SST1

SST1

adj. shelf

pantry fridge drawer

pantry drawer fridge

drawer

fridge

drawer

adj. shelf adj. shelf adj. shelf adj. shelf adj. shelf

adj. shelf

adj. shelf adj. shelf adj. shelf adj. shelf shelf adj. adj. shelf

900 800

adj. shelf adj. shelf

900 800

adj. shelf

900 800

oven

adj. shelf drawer adj. shelf drawer

900 800

drawer

900 800

oven

drawer drawer

drawer

900 800

oven

pantry pantry drawer drawer drawer drawer fridge

drawer

900

drawer

PNT7

900

PNT7

900

800

PNT7 PNT7 PNT7 PNT7

900

drawer adj. shelf drawer adj. shelf

adj. shelf adj. adj. shelfshelf adj. shelf

800

PNT7

800

adj. shelf

PNT7

800

PNT7

800

155

drawer

adj. shelf

PNT7

client

Patrick & Gillian Galloway Patrick & Gillian Galloway 42 Maungakiekie Ave 42 Maungakiekie Ave One Tree Hill, Auckland One Tree Hill, Auckland

2,800

2,800 adj. shelf

2,800

120

cooktop

600 600

cooktop

600 600

G L4

cooktop

PNT7

shelf shelfopen open shelf shelf shelfshelf openopen open shelfshelfopen open open shelfshelfopen open shelf shelf openopen shelf shelf openopen shelf shelf open open shelfshelf openopen shelfopen shelfopen shelfopen shelfopen

open shelf

600 600

G L4

adj.open shelfshelf

600 600

G L4

adj. shelf

600

p/p

adj. shelf

600

p/p

SST1 G L4

adj. shelf

2,800

rangehood

600

SST1

rangehood

600

p/p

600

p/p

SST1

600

2,200 600

SST1

2,800

rangehood

2,800

2,800 2,200 600

2,800

rangehood

PNT7 PNT7

PNT7

2,200 600

120

rangehood

PNT7

PNT7 450

PNT7

450

rangehood rangehood SST1 SST1

PNT7

450

SST1

PNT7

SST1

PNT5

20 2,800

PNT5

2,800

PNT5

600 600

PNT5 PNT5

600 600

PNT5

1,300

PLASTER BULKHEAD PLASTER BULKHEAD

450

600

580

600

PNT5

580

PNT5

PLASTER BULKHEAD PLASTER BULKHEAD

1,300

1,180

1,180 120

rangehood

adj. adj. adj. shelf adj.shelf shelfshelf adj. shelf adj. shelf

PNT7 PNT7

PNT7

adj. shelf adj. shelf adj. shelf

PNT7

adj. shelf

PNT7

open shelf project

project

Ga 45 On

date

17/11/04

scale

1:20

dwg title

KITCKIT H

drawer

100

baseboard

100

baseboard

drawer

PNT7

250

drawer drawer drawer drawer

155

155 155

900 200

drawer

100

baseboard

250

250 drawer

baseboard

PNT7

drawer drawer drawer drawer

100

drawer

900 200

drawer drawer drawer drawer

drawer

900 200

155

drawer

900 200

155

drawer

155

drawer

drawer drawer drawer drawer

drawer

2,800 p/p

tel

p/p

tel

p/p

tel

p/p

drawer

PNT7

tel

drawer

PNT7

PNT5

PLASTER BULKHEAD PLASTER BULKHEAD

PNT5

2,200 600

20 300 20 640

1,300 20 300

300 20 1,300 300 20 640

20 300 20 1,300 20 300 640

20 300 20 1,300 300 20 640 30

PNT7

PNT5

580

PNT5

1,300

PNT5

PLASTER BULKHEAD PLASTER BULKHEAD PLASTER BULKHEAD PLASTER BULKHEAD

PLASTER BULKHEAD PLASTER BULKHEAD

1,300

PNT5

600

PNT5

600

PNT5

600

PNT5

600

PNT5

600

engineer

Thorne Dwyer Structures Thorne Dwyer Structures 8B Charlotte Street 8B Charlotte Street Eden Terrace Eden Terrace PO Box 99 812 PO Box 99 812 Auckland Auckland

A3 A A A3 dwg num

dwg num

KITC HEN & PANTRY KITC KITC HEN HEN & PANTRY KITC HEN & PANTRY KITC HEN & PANTRY & PANTRY KITC HEN & PANTRY 4 4ELEVATION ELEVATION 4 4 4ELEVATION ELEVATION 4ELEVATION ELEVATION

110 110 20 300

480

620

elevation 4

200

280 20

657

STN1

2,730 20 9

657 875

657 20

600

20 20

20 595

110 595 20

20 2020 110

890 110 595 870 20

110

500 890 500 870

KITCHEN

elevation 4

650 610

SST1

elevation 4

SST1

elevation 2

330 20

elevation 2

300

330

dish washer

3, 770 960 20 595

650 610

3, 770 595 20 20 960 190 20 20 20

GL-1 C NC 1 C LEAR GLASS C ONC RETE FLOO

SELEC TED C ARPE

GL-2 C PT1 FROSTED GLASS SELEC TED C ARPE

GL-3 C PT2 OPAQUE GLASS SELEC TED C ARPE

RF-1 GL-2 C ORRUGATED M ETAL ROO FROSTED GLASS

elevationSST1 3

20 190 20 20 20 20 20

20 595 595

GL-1 C NC91 C LEAR GLASS C ONC RETE FLOO

C LEAR GLASS

657

850

850 110 2011020

C PT1 C L-4 SELEC TEDSELEC C ARPET TEDFLOORIN STONE M EGAPOXY ADH C PT2 SERIES C M U C OA SELEC TEDMCEGAPOXY ARPET FLOORIN 2-PA

GL-1 elevationGL-4 1 GLASS SPLASHBACK

elevation 3

595

300

900 800

100

C PT1 C L-4 SELEC TEDSELEC C ARPET TEDFLOORIN STONE M EGAPOXY ADH 8 C PT2 SERIES C M U C OA SELEC TEDMCEGAPOXY ARPET FLOORIN 2-PA

GL-2

elevation STN1 1

STN1

C L-1 20mm SOLID PLASTER ON C M U W ALL 200 SERIES AL-1 ALUM INIUM GLA C L-2 20mm SOLID AL-2PLASTER ON KER TO OAT EX 25x HARDIE BAC DERC A POW C AVITYFLASHIN ON FRA H3 BATTEN PARAPET W ITH BUILDING PAPER C L-1 C L-3 20mm SOLID PLA 20mm SOLID SERIES C ON MU 200 PLASTER IN-SITU C ONC RETE SLAB E C L-2 C L-4 20mm SOLID PLA SELEC TEDHARDIE STONE BAC VENEER KER O TO M EGAPOXY H3 ADHESIVE BATTEN C AVI SERIES C MWUITH C OATED W ITH BUILDING P M EGAPOXY 2-PAK M EM BR C L-3 C NC 1 20mm SOLID PLA C ONC RETE FLOORC ONC RET IN-SITU

C PT1 SST1FROSTED GLASS

SST1

950

150

950

875

360

2,730 20 20

660

600

STN1

20 150

660

640 20 2, 130

20 600

AL-2 POW DERC OAT ALUM INIUM PARAPET FLASHING

C L-1 20mm SOLID PLASTER ON C M U W ALL 200 SERIES AL-1 2 INIUM GLA ALUM C L-2 20mm SOLID AL-2PLASTER ON KER TO OAT EX 25x HARDIE BAC DERC A POW 3 C AVITY ON FRA H3 BATTEN FLASHIN PARAPET W ITH BUILDING PAPER C L-1 280 C L-320 20mm SOLID PLA 4 20mm SOLID SERIES C ON MU 200 PLASTER IN-SITU C ONC RETE SLAB E C L-2 C L-4 20mm SOLID PLA 5 SELEC TEDHARDIE STONE BAC VENEER KER O TO M EGAPOXY H3 ADHESIVE BATTEN C AVI SERIES C MWUITH C OATED W ITH BUILDING P 6 M EM BR M EGAPOXY 2-PAK C L-3 C NC 1 20mm SOLID PLA C ONC RETE FLOORC ONC RET IN-SITU 7

20 20

AL-1 ALUM INIUM GLAZING

AL-2 POW DERC OAT ALUM INIUM PARAPET FLASHING

1,915

657 1,915

657

200

2,400 20 20

2,400 360 54020 20 20

620

SST1

elevation 4

20 620 20 607 20 1,810

SST1

AL-1 ALUM INIUM GLAZING

2,790

elevation 2

110 110 603 20

603 20 20

20 573

540

20 573

1,300

1,300 600 900 800

600 900 800 100 dish washer

150

750

640640 2, 130

PNT7

drawer

480

1,900

1,300

2,800

150

2,800

150 750

150

drawer

20 20

KITC HEN & PANTRY KITC HEN & PANTRY ELEVATION 1ELEVATION 1

drawer

elevation 3

110 110

dish washer

640

elevation 1

elevation 3

100

drawer

STN4

elevation 1

100

drawer

PNT7

STN4

300

PNT5

900 800

drawer

PNT7

drawer

750

drawer

1,900

1,300 1,900 600

2,800

1,900

2,800 drawer

drawer

750

drawer

100

900 130 130 130 130 130 150

drawer

900 130 130 130 130 130 150

drawer

STN4

PNT7 PNT5

drawer

100

900 130 130 130 130 130 150

drawer

100

900 130 130 130 130 130 150

PNT7

drawer

PNT5

1,900

PNT7 PNT5

PNT7

STN4

607 1,810

603 20

573

603 20

elevation 2

ISSUED FOR

Do not scale from drawing Do not scale from drawing. Contractor must verify dim Contractor must verify dimensions on site before commencin on site before commencing any work. ISSUED FORTION C ONSTRUC TION C ONSTRUC © 2004Architecture Matthew Gribben © 2004 Matthew Gribben

KITC HEN HEN & PANTRY KITC KITC HEN HEN & PANTRY KITC & PANTRY & PANTRY 3 3ELEVATION ELEVATION 3 3ELEVATION ELEVATION

2,790

KITC HEN HEN & PANTRY KITC KITC HEN HEN & PANTRY KITC & PANTRY & PANTRY 2 2ELEVATION ELEVATION 2 2ELEVATION ELEVATION

GL-4 GL-1 GLASS SPLASHBACK C LEAR GLASS RF-1 GL-2 C ORRUGATED M ETAL ROO FROSTED GLASS

GL-3 STEEL 1 GLASS STAINLESSOPAQUE

SST1 GL-3 STEEL 1 GLASS STAINLESSOPAQUE

STN1 GL-4 SELEC TEDGLASS STONESPLASHBA FLOORIN

500 500 STN2 RF-1 OPEN JOINTED STONE PAV M C ORRUGATED PROPRIETRY ADJUSTABLE E SST1 STAINLESS STEEL revision

STN1

STN2 RF-1 OPEN JOINTED STONE PAV M C ORRUGATED PROPRIETRY ADJUSTABLE E SST1 STAINLESS STEEL revision

STN1

STONE STONE Rev SELEC Description Rev SELEC TED Description By TED Date STN2for Tender STN2for Tender - Issued - Issued OPEN JOINTED ST OPEN JOINTED ST for Construction for Construction A Issued A Issued PROPRIETRY ADJU PROPRIETRY ADJU

Date

AL-2 POW DERC OAT ALUM INIUM FLASHING

FROSTED GLASS SHOW ER PARAPET SCREENS AND DOOR

1,850

storage

50 2,400

2,700

2,700 2,400 2,700

2,100

150

GL-2 FROSTED GLASS

100

2,450

150

GL-1 C LEAR GLASS storage

ROD FOR TOILET PAPER STORAG E

C PT2 SELEC TED C ARPET FLOORING

TOILET BRUSH

ENL MA BAT

100

GL-3 OPAQUE GLASS

STAINLESS STEEL GRILL TO C HANNEL DRAIN FLOOR W ASTE AT SHOW ER ENC LOSURE

100

drawer

150

drawer

adj. shelf

100

2,100

drawer

HEATED TOW EL RAIL

TOILET ROLL HOLDER

150

PNT8

adj. shelf

100

drawer

TIL2TIL2 PNT8

TIL2

HEATED TOW EL RAIL

150

drawer

C PT1 SELEC TED C ARPET FLOORING

850 600

drawer

TIL2 TIL2

TIL2

TIMBER FRAME W ALL TO ALLOW FOR W ALL HUNG W C IN-W ALL C ISTERN

HEATED TOW EL RAIL

C NC 1 C ONC RETE FLOOR

STN5

adj. shelf

PNT8

adj. shelf

HEATED TOW EL RAIL

p/p

TIL2

PNT8

2,700

MIRROR

300

850 150

150 150

HEATED TOW EL RAIL

TIL2

C L-4 SELEC TED STONE VENEER ON M EGAPOXY ADHESIVE TO 200 SERIES C M U C OATED W ITH M EGAPOXY 2-PAK M EM BRANE PAINT

adj. shelf

2,700 2,400

C L-3 TIL2 20mm SOLID PLASTER ON IN-SITU C ONC RETE SLAB EDGE

100

1,850

C L-2 20mm SOLID PLASTER ON 5mm HARDIE BAC KER TO EX 25x50 H3 BATTEN C AVITY ON FRAM ING W ITH BUILDING PAPER

ENGINEERED STONE W ITH U/MOUNT PORC ELAIN BOW ELS

FROSTED GLASS SHOW ER SC REENS AND DOOR

adj. shelf

C L-1 20mm SOLID PLASTER ON 200 SERIES C M U W ALL

TIL2

600

AL-1 ALUM INIUM GLAZING LIGHT FIXTURE MOUNTED OV ER MIRROR MAKE ALLOW ANC E FOR DRILLING W HERE NECESSARY

GL-4 GLASS SPLASHBACK RF-1 C ORRUGATED M ETAL ROOFING

MASTER BATHROOM ELEVATION 5

M ASTER BATHROOM M ASTER BATHROOM M ASTER BATHROOM 1 3 ELEVATION 2 ELEVATION ELEVATION

M ASTER BATHROOM M ASTER BATHROOM 3 ELEVATION 4 ELEVATION

SST1 STAINLESS STEEL 1 STN1 SELEC TED STONE FLOORING

FROSTED GLASS SHOW ER SCREENS AND DOOR

elevation 4 50

2, 400 FROSTED GLASS SHOW ER SC REENS AND DOOR

PNT8

110

20 477

1, 280 477 1, 430

850 1,460

LIGHT FIXTURE MOUNTED OV ER MIRROR MAKE ALLOW ANC E FOR DRILLING W HERE NEC ESSARY

400

600

350

elevation 2

130

STN2 OPEN JOINTED STONE PAVING ON PROPRIETRY ADJUSTABLE EZ PAC KER

2. 11 M ASTER BATHROOM

2,700 2,400

3,760

2,100

adj. shelf 710

765

150

TIL2

20mm SOLID IN-SITU C ON

HEATED TOW EL RAIL adj. shelf

HEATED TOW EL RAIL

drawer

elevation 1 640

TOILET BRUSH

2, 080 750

690

110 110

100

drawer

C L-4 SELEC TED S M EGAPOXY SERIES C M U M EGAPOXY C NC 1 C ONC RETE F

2. 12 MASTER W C

710

drawer

800

drawer

HARDIE BAC H3 BATTEN W ITH BUILD

PNT8C L-3

STN5

390

STAINLESS STEEL GRILL TO C HANNEL DRAIN FLOOR W ASTE AT SHOW ER ENC LOSURE

storage

TIL1

980

100

M ASTER BATHROOM M ASTER BATHROOM ELEVATION 5

ENLARGED ELEVATION 1 M ASTER BATHROOM

M ASTER BATHROOM ELEVATION 3

elevation 1 700

260

440

C PT1 SELEC TED C C PT2 SELEC TED C GL-1 C LEAR20GLAS GL-2 FROSTED GL

TOILET ROLL HOLDER

TOILET BRUSH

adj. shelf

2, 490 700

HEATED TOW EL RAIL

elevation 4

100

HEATED TOW EL RAIL

1, 890 20

150

drawer

PNT8

HEATED TOW EL RAIL

765

610

2,700 2,100

300

drawer

p/p

TIL2

150

100

TOILET ROLL HOLDER drawer

storage

150 100 850 600 150

100

MASTER BATHROOM ELEVATION 4

STN5

ROD FOR TOILET PAPER STORAG E

TIL2

elevation 2

TIMBER FRAME W ALL TO ALLOW FOR W ALL HUNG W C IN-W ALL C ISTERN

100

850 600

2,100 HEATED TOW EL RAIL

4, 680 150

1,100

1,850 ROD FOR TOILET PAPER STORAG E

ROD FOR TOILET PAPER STORAG E

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2,450

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2,700

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2,700

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DETAIL 65

RL +77, 90m

DETAIL 85 170

25 75

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25100 100

140

20 100

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Thorne Dwyer Structures Eden Terrace matthew gribben architecture 8B Charlotte Street PO Box 99 ABN 812 RAIA NZIA 86 102 515 328 Eden Terrace matthew gribben architecture Auckland level 6, 2-12 Foveaux St PO Box 99 Sydney 812 86 NSW RAIA NZIA ABN 102 515 328 Surry Hills 2010 Auckland level 6, &2-12 Foveaux St 9612 tel 9281 9611 fax 9281 Patrick Gillian Galloway Surry Hills Sydney NSW 2010 m.gribben@optusnet.com.au 42 Maungakiekie Ave tel 9281 fax 9281 9612 Patrick &9611 Gillian Galloway One Tree Hill, Auckland m.gribben@optusnet.com.au 42 Maungakiekie Ave Thorne Dwyer Structures ISSUED FOR C ONSTRUC TION One Tree Hill,Street Auckland 8B Charlotte Galloway House Thorne Dwyer Structures Eden Terrace 45 M aungakiekie Ave 8B Charlotte Street PO Box 99 812 Galloway House One Tree Hill, Auckland Eden Terrace Auckland 45 M aungakiekie Ave ISSUED FOR C ONSTRUC TION PO Box 99 812 One Tree Hill, KL Auckland Auckland 17/11/04 Patrick & Gillian Galloway

engineer

architect

PO Box 9 RAIA NZIA Thorne Auckland level 6, D 28B Charlo Surry Hill Eden Terr matthew tel 9281 Patrick &9 PO Box 9 RAIA NZIA m.gribben 42 Maung Auckland level 6, One Tree2Surry Hill Thorne D tel 9281 Patrick &9 8B Charlo Gallow m.gribben 42 Maung Eden Terr 45 M a One Tree PO Box 915 One Thorne T D Auckland 8B Charlo Gallow Eden Terr 17/11/0 Patrick 45 M&a PO Box 915 42 Maung One T Auckland One Tree engineer

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1:5 17/11/0 Patrick & Gallow

date client project dwg title

DETA 42 Maung

45 M a One T Gallow DETA 17/11/0 45 M a One T

scale

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DETAIL 66

A4 DETAILA4 86

DETAIL 66

DETAIL 86

2. 01 BEDROOM 1

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DETAIL 84 DETAIL DETAIL 84 8B66 Charlotte Street

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42 Maungakiekie Ave 17/11/04 KL Patrick & Hill, Gillian Galloway One Tree Auckland 1:5 MG 42 Maungakiekie Ave One Tree Hill, Auckland 1:5 MG

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2. 01 BEDROOM 1

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Patrick & Gillian Galloway 42 Maungakiekie Ave One Tree Hill, Auckland

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Thorne Dwyer Structures 8B Charlotte Street Eden Terrace PO Box 99 812 Auckland

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RL +80, 60m PAC KER TO FALL 150 5° PAVING SUPPORT C ONTINUOUS P/C OAT DAM P PROOF C OURSE RL +77, 53m PLASTER FINISH SELEC TED BRAC KET +77, +77, 550 900 20 SERIES C M U RL +77, 90m 150 ALUM INIUM UNDERSEAL 1.6mm SILVER ANODIZED C OVER 30x30x1.6 ALUM INIUM engineer EX 50x25mm H3 C AVITY 5mm HARDIE BAC KER SELEC TED PLASTER FINISH H3 C AVITY EX 50x25mm NURALPLY 3P GUTTER FLASHING TEEL 150 PLATE ON 20x4 BENT ALUMC ONC RETE EDGE BEAM FLASHING ANGLE PAVING SUPPORT NC RETE RIB BATTEN @450 C TS C ONC RETE SLAB SELEC TED 20mm STONE VENEER 40mm UPSTAND @450 C TS BATTEN C HANNEL DRAIN 100 LINING ON 21mmC PD 20 SERIES C M U 5 RL +77, 90m SUPPORT PAVING 350 W GUTTERS 1:200 SLOPE FLAT BRAC KETS @600 CNS M ETAL LATH BRAC KET TURAL FINISH PLASTER EDGE 150 RL +77, 55m BRAC KET PLY H3.1 TREATED +77, 550 SELEC TED PLASTER FINISH TRUSS BOTTOM C ORD 90mm PLASTER FINISH TO 150 25x25x1.6 SILVER ANODISED M ETAL ANGLE TOBER 25mm TIM PLANK 160 1.6mm SILVERBAC ANODIZED C25mm OVER TIM BER PLANK 20 GUTTER 22 10 TO FALLS190 RL +77, 53m ANGLE FILLET 5mm HARDIE KER W EEP HOLES TO SOFFIT M ETAL LATH 15 SERIES C M U ALUM INIUM ANGLE TED 2-PAK EP SELEC 10mm GIB ULTRALINE ON 25x25x1.6 SILVER ANODISED ANGLE ALUM INIUM 100 project M 12 150 GLAZING TO ALUM BE C ONFIRM EDM ETAL LATH PLATE ONDETAILS 20x4 BENT EX 100x50 H4 STRINGER RL +77, 85m RL +77, 70m STONE VENEER PAN GIBCADJUSTABLE RL+80, 60m C HANNEL DRAIN GLAZING DETAILS TO BE C ONFIRM ED ALUM INIUM ANGLE SELEC TED PLASTER FINISH RIB REFER TOM ETAL PREC AST C ONC RETE M 12 190 170 90 10 20 M DF ROLLER BLIND AVITY SLIDER W ITHHOUSING M ANUFAC TURER / SHOP DRAW INGS KETSFOR @600 CNS FLAT BRAC M 12 GM S BOLTS @ 1000 C TS 71m PAC KER TO FALL DAM P PROOF C OURSE RL +81, 05m RL +77, 65m SELECENGINEER' TED PLASTER FINISH SELEC TED PLASTER FINISH P/C OAT C ONTINUOUS BATTEN C SYSTEM C90m AVITY BY DRAINED RL +77, 53m ANGLE FILLET RL +77, STRUC TURAL S EILING DRAW ING SELEC TED PLASTER FINISH FINISH PLASTER SELEC TED PLASTER P/C OAT ALUM INIUM SELEC TED STONE FLOOR TILE EDGE25mm PLYW OOD W ITH M ANUFAC TURER / SHOP DRAW INGS RL FLASHING +77, 90m M 12 SUPPORT FOR STEEL LINTEL EX 100x50 H4 STRINGER TO SOFFIT 160 ALUM INIUM UNDERSEAL 5° revision RL+80, 60m 25 C ONTINUOUS C OLOURSTEEL M ETAL TO TO FINISHRL +74, 75m ON M ORTAR BED SLABANGLE 10mm GIB ULTRALINE ONTURA C AVITY SLIDER TO BOTTOM STRUC M ETAL LATH DRAIN TO SC ORIA PPING PAPER TO BE C ONFIRM EDM 12 GM S BOLTS @ 1000 C TS BUILDING C AVITY SLIDER +79, 55m GLAZING DETAILS FLASHING 10mm PLASTERBOARD 150 RL +77, 70m TO BAC KER AT STONE VENEER10mm PLASTERBOARD GROUT 40mm UPSTAND PREC AST C ONC RETE RIB SELEC TED PLASTER FINISH GIB ADJUSTABLE ETAL SELEC TED 2-PAK EP UNDERSEAL FLASHING SDETAIL SPEC IFIC ATION ENGINEER' 25mm SEATING TOTRAC PC PREC AST C ONC RETE RIBRIB TOM 350 W GUTTERS 1:200 SLOPE TRENCH M ROLLER BLIND 5mm HARDIE BAC KER KREFER AS PER RL +79, 10m W DF ITHHOUSING M ANUFACFOR TURER / SHOP DRAW INGS RL +77, 85m 25mm TIM BER PLANK NG TO PC RIB RL +77, 70m Rev Description By Date 10mm PLASTERBOARD 30x30x1.6mm ALUM INIUM REFER STRUC TURAL BATTEN C EILING SYSTEM C OATING SYSTEM B 20 170 C ORD100 90 10 STRUC TURAL ENGINEER' S DRAW ING FOR 90mm TRUSS BOTTOM M ANUFAC TURER SELEC TED PLASTER PANEL JOINTS M ITRE C ORNERS RL +78, 10m C ONC RETE EDGE BEAM TO SC ORIA DRAIN 190 C ONC RETE SLAB LINTEL SUPPORT UGATED C OLOURSTEEL P/C OAT ALUM INIUM FINISH PLASTER EDGE RL +80, 60m 25x25x1.6 SILVER ANODISED ANGLE STEEL FLASHING ENGINEER10mm PLASTERBOARD 10 MG/KL - Issued revision RL +74, 17/11/2004 75m 25 for Construction RL +79, 55m REC OM M ENDATION SEALANT BEAD M ETAL LATH FINISH TO SOFFIT TRENCH 10 C AVITY HEAD SLIDER TO STRUC TURA ING TO TRUSSES ANGLE TO M ETALPAPER SERIESDRAIN CHEAD M U FLASHING BUILDING C20 HANNEL PAC KER TO FALL P/C OAT ALUM INIUM FLASHING 25x25x1.6 SILVER ANODISED ALUM INIUM ANGLE 100 100 RL +77, 55m RL +77, 55m 20 SERIES C M U R EDGE client RL +77, 80m RL +78, 15m DETAIL ASIFIC PERATION S SPEC ENGINEER' 25mm SEATING TRAC TO PCK RIB M 12 PAC KER TO FALL SELEC TED 2-PAK EPOXY ADHESIVE ALUM INIUM ANGLE 25mm FOR TIM BER PLANK W EEP HOLES TO SOFFIT CULTRALINE AVITY SLIDER Rev Description By Date GLAZING DETAILS TO BE C ONFIRM ED 71m RL +78, 05m M ETAL LATH 10mm GIB ON GLE M ANUFAC TURER 0 100 SELEC TED STONE 20 SERIES C M U SELEC PLASTER INIUM VENEER PANELS C REATING 30x30x1.6mm ALUM STONE RL +77, 90m drawn by FINISH date 10mm PLASTERBOARD C HANNEL DRAIN P/C OAT ALUM INIUM FLASHING RL +77, 55m LPLY 3P GUTTER W ITH M ANUFAC TURER / SHOP DRAW INGS 30x30x1.6 ALUMEDGE INIUM PLASTER TOTED STRUC TURAL SELEC TED PLASTER FINISH RL +80, 60m 350 W GUTTERS 1:200 SLOPE M ETAL GIB ADJUSTABLE M ETAL LATHSTEEL LINTEL MG/KL 17/11/2004 RECTILE OM M ENDATION - Issued for Construction FLOORING C ONC RETE SLAB RL + ANGLE FLASHING FINISH DRAINED C AVITY BY M EGAPOXY C AVITY SLIDER HEAD G ON 21mmC PD FLASHING ANGLE ANGLE TO M ETAL ENGINEER' S SPEC IFIC ATION SELEC TED PLASTER FINISH RL +77, 53m C ONTINUOUS C OLOURSTEEL TRUSS BOTTOM C ORD 90mm SELEC TED PLASTERFINISH FINISHPLASTER EDGE RL +77, 75m BATTEN C EILING SYSTEM C AVITY SLIDER BOTTOM 5 100mm SEATING TO PC RIB TRAC K DETAIL AS PER 5 3.1 TREATED STER FINISH UNDERSEAL FLASHING C ONTINUOUS P/C OAT TO M ETAL ANGLE TRAC K DETAIL AS PER RL +77, 53m 3P FLASHING STRIP NURALPLY 25mm BER PLANK +77, 550 M ETALTIM LATH +77, 85m C ORRUGATED CRLOLOURSTEEL M ANUFAC TURER M 12 ER TO FALLS M ORTAR BED POLYSTYRENE 20mm PAVING SUPPORT EX 100x50 H4 STRINGER INIUM UNDERSEAL ALUM 10mm GIB ULTRALINE ON C ONC RETE SLAB M ANUFAC TURER RL +77, 55m 1.6mm SILVER ANODIZED C OVER 30x30x1.6 ALUM INIUM GLAZING DETAILS TO 20 SERIES C M U SELEC TED 2-PAK FRAM EPOXY 140mm PARAPET INGW ATERPROOF PREC AST C ONC RETE RIB RL+80, 60m REC OM M ENDATION ROOFING TO TRUSSES BRAC KET RL +74, 75m FLASHING scale checked byANGLE INSULATION GIB ADJUSTABLE M ETAL M 12 GM S BOLTS @ 1000 150 REC M53m ENDATION RL +77, 55m 150 PLATE ON 20x4 BENT ALUMFINISH PLASTER EDGE FLASHING BE C ONFIRM ED C WTS ITH 10 RLOM +77, REFER STRUC TURAL LOPE 30x30x1.6 ALUM INIUM C OATING SYSTEM BYRLM+77, EGAPOXY SELEC TED PLASTER ANGLE FILLET OAT ALUM INIUM FLASHING P/C C ONC RETE SLAB 100 90m 5 BATTEN20 C EILING SYSTEM 190 @600 CNSTO M ETAL ANGLE RL +77, 80m FLAT BRAC KETS AT ALUM INIUM C APPING 22 10 / RL +77, 53m M ANUFAC ENGINEER 0mm ANGLE FLASHING C ONC RETE SLAB WTURER EEP HOLES TO SOFFIT FINISH TO SOFFIT ALUM INIUM M ETAL LATH M ETAL LATH project +77, 550 SHOP DRAW INGS 0 25x25x1.6 SILVER ANODISED RL + RL +77, 55m 10 22 140 20 3P SELEC TED STONE 1.6mm SILVER ANODIZED C NURALPLY OVER RL +80, 60m 10mm PLASTERBOARD ING P/C OAT ALUM INIUM FLASHING 20 SERIES C M U NURALPLY 3P W ATERPROOFING TEDCPLASTER SELECAST PREC ONC RETEFINISH RIB 10mm GIB ULTRALINE ON 20mm RL +74, 75m ALUM INIUM RL +77,POLYSTYRENE 65m revisionANGLE 100 SELEC TED TILEON FLOORING 150 FLASHING STRIP FINISH GLAZING TO ALUM BE C ONFIRM ED PLASTER PLATE ONDETAILS 20x4 BENT LPLY 3P RL +77, 85m 10mm GIB ALUM ULTRALINE 30x30x1.6 INIUM M ETAL LATH FINISH PLASTER EDGE RL +81, 05m M EM BRANE ALUM INIUM 30x30x1.6mm M 12 REFER STRUC TURAL GIB ADJUSTABLE M ETAL RL +77, 75m EX 100x50 H4 STRINGER RL +77, 90m SELEC TED PLASTER FINISH INSULATION dwg title TO SOFFIT C AVITY SLIDER W ITH BRAC M RL+80, ANUFAC TURERCNS / SHOP DRAW INGS KETS60m @600 FLAT GLAZING DETAILS TO BE C ONFIRM ED HING STRIP 20 190 ANGLE FLASHING 170 90 10 M ETAL GIB ADJUSTABLE ANGLE FLASHINGBATTEN TO M ETAL ANGLE P/C OAT C ONTINUOUS ENGINEER C EILING SYSTEM M 1210 GM S BOLTS @ 1000 C TS RL +77, NURALPLY 3P FLASHING STRIP RL +77, 90m Description Rev By Date M 20 190 2253m 5° DRAW INGS W ETAL ITH MLATH ANUFAC TURER / SHOP TRALINE ON BATTEN C EILING SYSTEM GROUT TO BAC KER AT STONE VENEER M ORTAR BED M ETAL LATH ALUM INIUM UNDERSEAL 5 P/C OAT ALUM INIUM C APPING revision H M ETAL 100mm SEATING TO PC RIB 25mm TIM BER PLANK 10mm GIB ULTRALINE ON architect BLE FINISH PLASTERBOARD PLASTER Issued for Construction 100 EDGE RL +77, 85m 20 190 170 90 GIB 10ULTRALINE 30x30x1.6mm ALUM INIUM C AVITY 150 GLAZING DETAILS TO BE C ONFIRM ED FLASHING 10mm ING PAPER 150 10mm ON SLIDERMBOTTOM SELEC TED PLASTER PANEL JOINTS M ITRE C ORNERS C ONC RETE EDGE BEAM 10mm GIB ULTRALINE ON DRAIN TO SC ORIA FINISH PLASTER EDGE GIBTRAC ADJUSTABLE ETAL ANGLE10mm FILLET PLASTERBOARD TO M ETAL ANGLE NG SYSTEM C ONC RETE SLAB 20 190 170 90 10 K DETAIL AS PER ANGLE FLASHING W ITH M ANUFAC TURER / SHOP DRAW INGS RL +77, 85m 25mm TIM BER PLANK Rev Description By Date TRIPLE REC ESSEDBATTEN SLIDING DAM P TO PROOF C OURSE GIB ADJUSTABLE M ETAL SLAB C ONCCRETE FINISH SOFFIT GIB ADJUSTABLE M ETAL TRENCH TO M ETAL ANGLE EILING SYSTEM RL +77, 55m RL +77, 55m SELEC TED PLASTER FINISH 100 FINISH PLASTER EDGE RL +77, +77,55m 90m M ANUFAC TURER NURALPLY 3P GUTTER RL RL +77, 55m DOOR / TRAC K BATTEN C EILING SYSTEM 25x25x1.6 SILVER ANODISED x25mm H3 C AVITY MG/KL 17/11/2004 - Issued for Construction STONETED VENEER GROUT TO BAC KER AT SELEC revision SELEC TED 2-PAK EPOXY ADHESIVE STONE TO M ETAL ANGLE BATTEN C EILING SYSTEM REC OM 25mm FOR TIM BER PLANK architect 10 NURALPLY 3P W ATERPROOFING LINING ON 21mmC PD RL +77, 53m 20mm DETAILS TO BE C ONFIRM EDM ENDATION 30x30x1.6mm ALUM INIUMVENEER ASTALUM C ONC RETE RIB PREC RL +74, 75m OAT INIUM FLASHING P/C 10mm GIB ULTRALINE ON ALUM INIUM ANGLE SELEC TED 2-PAK EPOXY ADHESIVE FOR EN @450 C TS PANEL JOINTS M ITRE C ORNERS 40mm UPSTAND 30x30x1.6mm ALUM STONE INIUM VENEER PANELS C REATING SELEC PLASTER date drawn by 10mm PLASTERBOARD C HANNEL DRAIN RLETAL +77, 80m M22 EM BRANE W ITH M ANUFAC TURER ANGLE FLASHING PLYADJUSTABLE H3.1 TREATED REFER TED STRUC TURALFINISH 20 TO 190 10 M GIB STONE VENEER PANELS C REATING FINISH PLASTER C AVITY SLIDER Rev Description By Date TRIPLE REC ESSED SLIDING GLAZING DETAILS TO BE C ONFIRM ED 71m ANGLE FLASHING TO SOFFIT DRAINED C AVITY BY M EGAPOXY 0 100 10mm PLASTERBOARD ENGINEER SELEC TED STONE SELEC TED PLASTER FINISH SELEC TED PLASTER FINISH GUTTERC EILING TO FALLS BATTEN SYSTEM RL +77, 90m DRAINED C AVITY BY M EGAPOXY 15 SERIES C M U ALUM INIUM ANGLE P/C OAT ALUM INIUM FLASHING DOOR / TRAC K W ITH M ANUFAC TURER / SHOP DRAW INGS TED PLASTER FINISH SELEC 5 Issued for Construction MG/KL 17/11/2004 E FILLET 5 SELEC TED 2-PAK EPOXY ADHESIVE FOR M ETAL LATH C ORRUGATED C OLOURSTEEL TILE FLOORING TED 2-PAK EP SELEC TO SOFFIT 25mm TIM BERCPLANK DETAILS TO BE C ONFIRM ED SLIDER BOTTOM M 12 SELEC TED STONE VENEER C ORRUGATED OLOURSTEEL RL +77, 75m C AVITY STONE VENEER PANELS REATING 10mm PLASTERBOARD 20mm POLYSTYRENE 20 190EDGE 170 45W ITH 45 10 TURER STONE VENEER 30x30x1.6 ALUM INIUM RL+80, 60m ROOFING TOCPAN TRUSSES 10mm GIB ULTRALINESELEC ON M 12 M ANUFAC FINISH PLASTER SELEC TED FINISH 2-PAK EPOXY W ATERPROOF PREC AST C ONC RETE RIB 0 C TS SELEC TED 2-PAK EPOXY TED W ATERPROOF 20 SERIES C M U TOPLASTER TRUSSES ROOFING TRAC K DETAIL AS PER dwg number revision NURALPLY 3P FLASHING 25mm TIM BER PLANK ANGLE FILLET RL +77, 85m DRAINED DRAINED C AVITY BY MP/C EGAPOXY 71m INIUM FLASHING 170 M ETAL LATH 10m ANGLE FLASHING C AVITY BY ALUM RL +78, 15mSTRIP scale checked by INSULATION GIB ADJUSTABLE M ETAL OAT SELEC TED STONE FLOOR TILE m+79, PLYW OOD TO M ETAL ANGLE SELEC TED PLASTER RL +77, 55m RL +77, 55m M ORTAR BED 30x30x1.6mm ALUM INIUM REFER STRUC TURAL C OATING SYSTEM BY M EGAPOXY M ANUFAC TURER RL +74, 75m BATTEN ON M ORTAR BED TO SLAB FINISH C EILING SYSTEM FLASHING ANGLE ENGINEER C ORRUGATED C OLOURSTEEL REC OM M ENDATION M ETAL LATH 20mm POLYSTYRENE 10 ANGLE FILLET OAT ALUM INIUMSLIDING FLASHING P/C 10mm PLASTERBOARD SELEC TEDSELEC 2-PAK EPOXY ATERPROOF C ONC RETE SLAB DOUBLE REC ESSED 100 10 22 140 20 TED 2-PAKWEP NURALPLY 3P RL +77, 90m INSULATION ROOFING TO TRUSSES 350 W GUTTERSRL1:200 SLOPE SELEC TED PLASTER FINISH HARDIE BAC KER RL 20 +79, 10m C M U C ONC RETE SLAB +77, 80m SERIES 20mm M EGAPOXY C OATINGCSYSTEM 170 DOOR / TRAC K OATING BY SYSTEM B 20POLYSTYRENE 190 M ETAL LATH 170 90 10 FLASHING STRIP TO SOFFIT TRUSS BOTTOM C ORD 90mm 0m C ONC RETE SLAB 0 10mm GIB ULTRALINE ON RL +81, 05m SELEC TED STONE ONC RETE SLAB C DETAILS TO BE CRETE ONFIRM INSULATION dwg title P/C OAT ALUM INIUM FLASHING engineer 10 NURALPLY 3P W ATERPROOFING TED FINISH SELECAST SEALANT BEAD CPLASTER ONC RIB ED PREC 5 RL +74, 75m GIB ADJUSTABLE M ETAL 100 NURALPLY 3P TILE FLOORING 150 ER TO FALL RL +77, 85m W ITH M ANUFAC TURER 20 190 20mm POLYSTYRENE 22 10 20 SERIES C MSYSTEM U 5° M EM BRANE REFER STRUC TURAL RL +77, 75m 100 RL +77, 90m SELEC TED PLASTER FINISH BATTEN C EILING 190INIUM 170 90 10 FLASHING STRIP 20 M ETAL LATH ALUM 30x30x1.6 P/C OATTED ALUM INIUMFINISH C APPING W EEP HOLES TO SOFFIT 100mm SEATING TO PC RIB PAC KER TO FALL RL +81, 05m SELEC PLASTER ONTINUOUS P/C OAT C ENGINEER RL +77, 53m NURALPLY 3P FLASHING STRIP 20 190 170 90 10 M ETAL FLASHING LATH ANGLE 5m INSULATION 10mm PLASTERBOARD 20 SERIES C M U M ORTAR BED ALUM INIUM UNDERSEAL W GUTTERS 1:200 SLOPE 5° engineer 25mm TIM BER PLANK RL + architect M ETAL LATH 100 M ETAL LATH P/C OAT ALUM INIUM C APPING 150 FLASHING C ONC RETE SLAB S BOTTOM C ORD 90mm RL +77, 85m SELEC TED PLASTER FINISH FINISH PLASTER EDGE 150 FINISH PLASTER EDGE M ETAL LATH 175 NURALPLY 3P GUTTER FINISH PLASTER EDGE TED PLASTER FINISH SELEC 10mm PLASTERBOARD ANGLE FILLET C ONC RETE DOUBLE RECSLAB ESSED SLIDING BAC KER AT SELEC STONETED VENEER GROUT ETAL ANGLE TO M TO 20mm STONE VENEER TO M ETAL ANGLE C ONC RETE SLAB 10mm TRIPLE REC ESSED SLIDING OAT ON 21mmC PD C ONTINUOUS P/C ANGLE TO M ETAL LINING RL +77, 55m RL +77, 55m PLASTERBOARD RL +77, 53m RL +77, 53m DOOR / TRAC K PANEL JOINTS M ITRE C ORNERS SELEC TED PLASTER FINISH C ORRUGATED C OLOURSTEEL P/C OAT ALUM INIUM NURALPLY 3P GUTTER FINISH PLASTER EDGE DOOR / TRAC K 25x25x1.6 ANODISED ALUM INIUMSILVER UNDERSEAL m PARAPET FRAM ING PLY H3.1 TREATED 20 ONC RETE SLAB C RL +79, 55m PAVING SUPPORT 20 TO 190 2220mm 10 DETAILS BE CRETE ONFIRM PLASTER FINISH architect NURALPLY 3P W ATERPROOFING SELEC TED STONE VENEER TO TRUSSES C ONC RIB ED PREC ASTTO 20 SERIES CHEAD M U FLASHING RLDETAILS +74, 75m M ETAL ANGLE TO LINING ON 21mmC ROOFING PD 25x25x1.6 SILVER ANODISED TO BE C ONFIRM ED ALUM INIUM ANGLE FLASHING 150 SELEC TED PLASTER 15 SERIES C M U SELEC TED PLASTER FINISH GUTTER TO FALLS 20 SERIES C M U W ITH M ANUFAC TURER SELEC TED PLASTER FINISH BRAC KET 150 ALUM INIUM ANGLE M EM BRANE RL +78, 15m REFER STRUC TURAL ALUM INIUM ANGLE PLY H3.1 TREATED GLAZING DETAILS TO BE C ONFIRM ED W ITH M ANUFAC TURER SELEC TEDTO 2-PAK EPOXY ADHESIVE FOR C AVITY SLIDER PLASTER FINISH TO FINISH SOFFIT TO SOFFIT 71m TRIPLE REC ESSED SLIDING SOFFIT TO L LATH ENGINEER GUTTER TO FALLS RL +77, SELEC 90m TED PLASTER RL + RL +77, 55m STONE VENEER PANELS C REATING 15 SERIES C M U 10mm PLASTERBOARD ALUM INIUM ANGLE W ITH M ANUFAC TURER / SHOP DRAW INGS NURALPLY 3P GUTTER 20 190 170 455 45 M ETAL 10 LATH STEEL LINTEL TO STRUC TURAL DOOR / TRAC K 25x25x1.6 SILVER ANODISED revision dwg number revision TIMSOFFIT BER PLANK 25mmFILLET ANGLE DRAINED C AVITY BY MP/C EGAPOXY LINING ON 21mmC PD ENGINEER' S SPEC IFIC ATION FINISH TO C ONTINUOUS C OLOURSTEEL OAT ALUM INIUM FLASHING SELEC TEDTOSTONE FLOOR ED TILE DETAILS 25x25x1.6 SILVER ANODISED BE C ONFIRM ALUM INIUM ANGLE SELEC TED STONE FLOOR TILE C AVITY SLIDER BOTTOM 30x30x1.6mm ALUM INIUM client 30x30x1.6mm ALUM INIUM 30x30x1.6 ALUMEDGE INIUM TED PLASTER FINISH 175 TREATED FINISH PLASTER SELEC TED PLASTER FINISH PLY H3.1 RLTED +74, 75mFLOOR TILE UNDERSEAL ON M ORTAR BEDTURER TO SLAB ALUM INIUM FLASHING ANGLE W ITH M ANUFAC 20 190 ANGLE FLASHING 170 90 10 ANGLE FLASHING ANGLE FILLET ON M ORTAR BED TO SLAB TRAC K DETAIL AS PER C AVITY SLIDER 25mm TIM BER PLANK GLAZING DETAILS TO BE C ONFIRM ED P/C OAT ALUM INIUM FLASHING SELEC STONE 71m ANGLE FLASHING RL +77, 85m C ORRUGATED C OLOURSTEEL Rev Description By Date 20mm POLYSTYRENE ETAL ANGLE TO MTURER M 12 RL +77, 55m RL +77, 55m GUTTER FALLS TURER / SHOP EX 100x50 H4 STRINGER RL +77, 90m RL +74, 75m M ANUFAC SELEC TED 2-PAK EPOXY W ATERPROOF W ITH MTO ANUFAC DRAW INGS ON M ORTAR BED TO SLABROOFING TO TRUSSES GLAZING DETAILS TO 350 W GUTTERS 1:200 SLOPE 5 RL+80, 60m FINISH PLASTER EDGE INSULATION H PLASTER EDGE M 12 GM S BOLTS @ 1000 - Issued for Construction REC OM M ENDATION C OATING SYSTEM BY M EGAPOXY M ETAL LATH 10 W GUTTERS 1:200 C ONTINUOUS C OLOURSTEELRL +74, 75m C ONC TED RETESTONE SLAB FLOOR TILE BE C ONFIRM ED C WTS ITH SELEC 350 SLOPE C AVITY SLIDERREC BOTTOM BOTTOM C ORD 90mm TRUSS M ETAL ANGLE TO OAT ALUM INIUM FLASHING P/C 10mm GIB ULTRALINE ON 0m client DOUBLE ESSED SLIDING 100 10mm GIB ULTRALINE ON ETAL ANGLE SELEC TED PLASTER FINISH 20 190 170 90 10 P/C OAT ALUM INIUM C APPING RL +77, 80m UNDERSEAL FLASHING ON M ORTAR BED TO SLAB M ANUFAC TURER / 10 90mm TRUSS BOTTOM C ORD TRAC DOOR K DETAIL AS PER 25mm TIM BER PLANK GIB ADJUSTABLE M ETAL / TRAC K RL +77, 85m GIB ADJUSTABLE M ETAL NURALPLY 3P TO 0 EDGE BEAM SHOP DRAW INGS C ONC RETE 20 SERIES C MSYSTEM U DRAIN TO SC ORIA SELEC TEDSOFFIT STONE M ANUFAC TURER 20mm POLYSTYRENE C ONCTED RETESELEC SLAB TED PLASTER FINISH C EILING SYSTEM BATTEN TO BE C ONFIRM ED DETAILS BATTEN C EILING P/C OAT ALUM INIUM FLASHING engineer 190 170 FLASHING STRIP 20 SELEC FINISH1010mm PLASTERBOARD SELEC TED PLASTER 5 90 PAC KER TO PLASTER FALL RL +81, 05m RL +74, 75m RL +81, 05m 0x1.6mm ALUM INIUM TILE OM FLOORING REC M ENDATION TRENCH 10 KER TO FALL NURALPLY C ONC RETE SLAB 3P INIUM FLASHING W ITH M ANUFAC TURER PAC FINISH TO SOFFIT 5m INSULATION P/C OAT ALUM RL +77, 10075m E FLASHING 30x30x1.6 ALUM INIUM 170 45 45 10 190 RL +77, 80m FLASHING STRIP SELEC TED PLASTER FINISH 5° 5° project M ETAL LATH 25mm TIM BER PLANKRL +77, 53m 3P FLASHING STRIP NURALPLY M ETAL LATH P/C OAT ALUM INIUM C APPING C ONTINUOUS P/C OAT M ETAL LATH 10mm PLASTERBOARD ANGLE FLASHING C ONC RETE SLAB 0 M ORTAR BED SELEC TED STONE C ONC RETE FLASHING SLAB SELEC TED PLASTER FINISH ALUM INIUM UNDERSEAL 10mm PLASTERBOARD P/C OAT ALUM INIUM engineer C HANNEL DRAIN SELEC TED PLASTER FINISH SELEC TED PLASTER FINISH OLOURSTEEL 10mm PLASTERBOARD TILE FLOORING TED STONE VENEER FLASHING BUILDING 150 175 PAPER USSES +77, 75m SELEC TED PLASTER FINISH C ORRUGATED C OLOURSTEEL M ETAL LATH ANGLE FILLET P/C OAT ALUMRL INIUM NURALPLY 3P GUTTER C ONCRLRETE SELEC TED PLASTER FINISH REC ESSED SLIDING 20 20 SERIES CMU +79,SLAB 55m DAM P PROOF C OURSE RETE SLAB C ONCDOUBLE project SUPPORT P/C RL +78, 15m PAVING SUPPORT SELEC TED 20mm STONE VENEER RL +77, 53m PAVING NURALPLY 3P FLASHING STRIP TOC ONTINUOUS TRUSSES 20OAT SERIES CHEAD M U FLASHING LINING ON 21mmC ROOFING PD M ETAL LATH 20 SERIES C M U RL +77, 90m DOOR / TRAC K PAVING SUPPORT 20 SERIES C M U M ORTAR BED BRAC KET PLASTER FINISH BRAC KET 25x25x1.6 ANODISED UNDERSEAL ALUM INIUMSILVER 150 150 RL +78, EX15m 50x25mm H3 C AVITY C ONC RETE SLABEDGE PLY H3.1 TREATED DETAILS TO BE C ONFIRM ED BRAC KET NURALPLY 3P W ATERPROOFING PLASTER FINISH TO C ONC PREC AST 150 RL +74, 75m ALUM INIUM ANGLETO M ETAL ANGLE FLASHING PREC AST C ONC RETE RIB BATTEN @450 C TSRETE RIB 150 UPSTAND 40mm GUTTER TO FALLS W ITH M ANUFAC TURER 15 SERIES C M U M EM BRANE ALUM INIUM ANGLE ANGLE FILLET NURALPLY 3P GUTTER REFER STRUC TURAL C ONC RETE SLAB M ETAL LATH M ETAL LATHSTEEL LINTEL TO STRUC TURAL AVITY SLIDER GLAZING DETAILS TO BE C ONFIRM ED REFER STRUC TURAL RETE SLAB C ONC LINING ON 21mmC PD RL +77, 90m ENGINEER' S SPEC IFIC ATION ENGINEER C HANNEL DRAIN SUPPORT PAVING W ITH M ANUFAC TURER / SHOP DRAW INGS SELEC TED PLASTER ENGINEER 25x25x1.6 SILVER ANODISED FILLET ANGLE PLY H3.1 TREATED M ETAL LATH TED 2-PAK EP SELEC FILLET ANGLE BRAC KET NURALPLY 3P W ATERPROOFING 25mm TIM BER PLANK P/C OAT ALUM INIUM FLASHING SELEC TED STONE FLOOR TILE PREC AST C ONC RETE RIB M 12 150 RL +74, 75m FINISH TO SOFFIT date drawn by EX 100x50 H4 STRINGER C AVITY60m SLIDER BOTTOM M 12 GUTTER TO ALUM FALLS INIUM ANGLE client EX 100x50 H4 STRINGER STONE VENEER PAN RL+80, RL +74, 75m 175 M EM BRANE ON M ORTAR BED TO SLAB M 12 FINISH PLASTER EDGE REFER STRUC TURAL GLAZING DETAILS TO M 12 GM S BOLTS @ 1000 C TS RL+80, 60m TRAC K DETAIL C AVITY SLIDER AS PER 25mm TIM BER PLANK GLAZING DETAILS TO BE C ONFIRM ED RL +77, +77, 55m 85m DRAINED C AVITY BY M 12 GM S BOLTS @ 1000 M ETAL LATH 25mm TO MPLYW ETAL OOD ANGLE ENGINEER BE C ONFIRM ED C WTS ITH RL RL SELEC TED PLASTER C HANNEL DRAIN 350 W GUTTERS 1:200 SLOPE RL +77, +77, 55m 90m M ANUFAC TURER W ITH M ANUFAC TURER / SHOP DRAW INGS EDGETURER / P/C OAT ALUM INIUM C APPING FINISH PLASTER M ANUFAC FINISH 90mm TRUSS BOTTOM C ORD BER PLANK C ONC RETE EDGE BEAM REC OM M ENDATION TO SC ORIA RL +79, 55m 25mm TIMDRAIN 10 date drawn by 10mm PLASTERBOARD C AVITY SLIDER BOTTOM ANGLEDRAW INGS TO M ETAL SHOP P/C OAT ALUM INIUM FLASHING 10mm PLASTERBOARD client C ONC RETE EDGE BEAM SELEC TED 2-PAK EP DRAIN TO SC ORIA SELEC TED PLASTER TRENCH FINISH PLASTER 5mm HARDIE BACEDGE KERFINISH RL +79, 10m 10mm PLASTERBOARD scale checked by RL +77, 80m 100mm SEATING TO PC RIB TRAC K DETAIL AS PER 25mm TIM BER PLANK RL +77, +77, 55m 85m RL +81, 05m C OATING SYSTEM B 20 190 170 90 10 TRENCH TO M SOFFIT ETAL ANGLE RL +77, 55m RL C ONC RETE SLAB 0 PAC KER TO FALL NURALPLY 3P SELEC TED STONE M ANUFAC TURER 25mm TIM BER PLANK P/C OAT ALUM INIUM FLASHING SELEC TED PLASTER SELEC TED PLASTER FINISH 170 45 45 10 190 5 SEALANT BEAD FLASHING STRIP 5° C HANNEL DRAIN TILE OM FLOORING REC M ENDATION 25mm TIM BER PLANK PAC FALLINIUM FLASHING 10 FINISH TO SOFFIT OATTO ALUM P/CKER RL +77, 75m FINISH PLASTER EDGE C ONC RETE SLAB ALUM INIUM 30x30x1.6 SELEC TED PLASTER FINISH scale checked by RL +77, 80m C HANNEL DRAIN W EEP HOLES TO SOFFIT SELEC TED PLASTER FINISH SELEC TED PLASTER FINISHSTRIP project SELEC TED PLASTER FINISH NURALPLY 3P FLASHING TO M ETAL ANGLE M ETAL LATH ANGLE FLASHING TO SOFFIT dwg title 3m 20 SERIES C M U BUILDING PAPER 0 M ORTAR SELEC TEDBED STONE 350 W GUTTERS 1:200 SLOPE P/C OAT ALUM INIUM FLASHING SELEC TED PLASTER FINISH TED PLASTER FINISH SELEC 5 C OURSE RL + DAM P PROOF PAVING SUPPORT TILE FLOORING TRUSS FINISH PLASTER EDGE M ETAL LATH 20 SERIES C M U RL +77, 90m BOTTOM C ORD 90mm PREC AST C ONC RETE RIB RL +77, 75m ANGLE FILLET C ONC RETE SLAB BRAC KET DOUBLE REC ESSED SLIDING ALUM INIUM 30x30x1.6 SELEC TED PLASTER FINISH 150 EX 50x25mm H3 C AVITY TO M ETAL ANGLE SELEC TED PLASTER FINISHSTRIP C ONC RETE SLAB project REFER STRUC TURAL NURALPLY 3P FLASHING M ETAL/FLASHING LATH DOOR TRAC K ANGLE dwg title PREC AST C ONC RETE RIB BATTEN @450 C TS TO SOFFIT UPSTAND 40mm M ORTAR BED ENGINEER 140mm PARAPET FRAM ING C ONC RETE 3P SLAB M ETAL LATH DETAILS BE CRETE ONFIRM NURALPLY W ATERPROOFING REFER STRUC TURAL C ONC RIB ED PREC ASTTO RL +74, 75m SELEC TED PLASTER M ETAL LATH W ITH M ANUFAC TURER M EM BRANE ANGLE FILLET REFER STRUC TURAL C ONC RETE ENGINEER DOUBLE RECSLAB ESSED SLIDING ANGLE FILLET M ETAL LATH FINISH SELEC TO SOFFIT C ONC RETE SLAB TED 2-PAK EP 30x30x1.6mm ALUM INIUM M ETAL LATH MDOOR ETAL LATH M 12 ENGINEER EX 100x50 H4 STRINGER / TRAC K RL + RL +77, 55m STONE VENEER PAN RL+80, 60m RL +80, 60m ANGLE FLASHING M 12 ED ONC RETE SLAB C M 12 GM S BOLTS @ 1000 C TS DETAILS BE CRETE ONFIRM NURALPLY 3P WPLANK ATERPROOFING revision TIM BER 25mm C ONC RIB PREC ASTTO RL +74, 75m C AVITY BY DRAINEDALUM date drawn by M ETAL LATH 25mm PLYW OOD SELEC TED PLASTER INIUM 30x30x1.6mm W ITH M ANUFAC TURER 100mm SEATING TO PC RIB 175 SELEC TED PLASTER FINISH M EM BRANE FINISH PLASTER EDGE REFER STRUC TURAL 20 190 ANGLE FLASHING 170 90 10 FINISH C ONC RETE EDGE BEAM DRAIN TO SC ORIA Rev Descriptiondwg number By Date RL +79, 55m M ETAL ANGLE TO ENGINEER RL +77, 55m RL +77, 55m 10mm GIB ULTRALINE ON 10mm PLASTERBOARD 10mm PLASTERBOARD revision SELEC TED 2-PAK EP 5 TRENCH PLASTER EDGE 5mm HARDIE BAC KER RL +79, 10m 100mm SEATING TO PC RIB FINISH PLASTER EDGE GIB ADJUSTABLE M ETAL FINISH FINISH 25mm TIM BER PLANK - Issued for Constructiondate drawn by OATING SYSTEM 20 190 170 PLASTER EDGE 90 10 TO M ETAL ANGLE 10mm C GIB ULTRALINE ONB C ONC RETE SLAB 175 TO M ETAL ANGLE 25mm TIM BER PLANK TOSELEC M ETAL ANGLE BATTEN C EILING SYSTEM TED PLASTER FINISH FINISH PLASTER EDGE 20 190 170 90 10 scale checked by SEALANT BEAD GIB ADJUSTABLE M ETAL C HANNEL DRAIN PAC KER TO FALL TO SOFFIT M ETAL ANGLE RL +77, 55m RL +77, 55m dwg number revision FINISH PLASTER EDGE BATTEN C EILING SYSTEM SELEC TED PLASTER FINISH PLASTER EDGE 5 TO SOFFIT W EEP HOLES SELEC TED PLASTER FINISH SELEC TED PLASTER FINISH 30x30x1.6mm ALUM INIUM SELEC TED 2-PAK EPOXY ADHESIVE FOR M ETAL ANGLE TO FINISH TO SOFFIT ANGLE TO M ETAL 3m 20 SERIES C M U TO SOFFIT ANGLE FLASHING 30x30x1.6 ALUM INIUM SELEC TED PLASTER FINISH 350 W GUTTERS 1:200 SLOPE scale checked by STONE VENEER PANELS C REATING SELEC TED PLASTER FINISH RL + ANGLE FLASHING TO SOFFIT 10mm PLASTERBOARD TRUSS BOTTOM C ORD 90mm dwg title FINISH PLASTER EDGE DRAINED C AVITY BY M EGAPOXY PREC AST C ONC RETE RIB SELEC TED PLASTER SELEC TED PLASTER FINISH C ORRUGATED C OLOURSTEEL 5 TO M ETAL ANGLE 30x30x1.6mm ALUM INIUM REFER STRUC TURAL SELEC TED STONE VENEER M ETALTO LATH FINISH SOFFIT TO SOFFIT ROOFING TO DOUBLE TRUSSESREC ANGLE FLASHING ESSED SLIDING ENGINEER 30x30x1.6 ALUM INIUM 140mm PARAPET FRAM ING SELEC TED 2-PAK EPOXY W ATERPROOF 20 SERIES C M U RL +79, 10m SELEC TED PLASTER FINISH RL +78, 15m DOOR /FLASHING TRAC K ANGLE dwg title SELEC TED PLASTER C ONC RETE SLAB DETAILS TO BE C ONFIRM ED FINISH TO SOFFIT 30x30x1.6mm ALUM INIUM M ETAL LATH M ETAL LATH M ETAL LATH W ITH M ANUFAC TURER RL + RL +77,DOUBLE 55m REC ESSED SLIDING RL +80, 60m ANGLE FLASHING revision DOOR / TRAC K ALUM INIUM 30x30x1.6mm 100mm SEATING TO PC RIB SELEC TED PLASTER FINISH C ONC RETE SLAB DETAILS TO BE C ONFIRM ED 20 190 ANGLE FLASHING 170 90 10 Rev Description By Date 10mm GIB ULTRALINE ON W ITH M ANUFAC TURER 175 5 FINISH PLASTER EDGE GIB ADJUSTABLE M ETAL FINISH PLASTER EDGE - Issued for Construction dwg number revision 10mm GIB ULTRALINE ON TO M ETAL ANGLE TO M ETAL ANGLE BATTEN C EILING SYSTEM FINISH PLASTER EDGE 20 190 170 90 10 GIB ADJUSTABLE M ETAL TO M ETAL ANGLE 175 BATTEN C EILING SYSTEM SELEC TED PLASTER FINISH 30x30x1.6mm ALUM INIUM SELEC TED 2-PAK EPOXY ADHESIVE FOR dwg number revision TO SOFFIT ANGLE FLASHING SELEC TED PLASTER PLASTER EDGE FINISH STONE VENEER PANELS C REATING FINISH TO SOFFIT 10mm PLASTERBOARD ANGLE TO M ETAL DRAINED C AVITY BY M EGAPOXY

STER FINISH revision

Rev - Issued f

200

150

revision

200

RL +78, 08m

PAVING10mm SUPPORT PLASTERBOARD STEEL LINTEL SUPPORT FOR BRAC KET C ONC RETE UPSTAND TED PLASTER SELEC C AVITY SLIDER TO STRUC TURA 150FINISH ENGINEER' S SPEC IFIC ATION 20mm POLYSTYRENE DRAIN C HANNEL INSULATION PAVING SUPPORT 10mm PLASTERBOARD PREC AST C ONC RETESUPPORT RIB LINTEL FOR STEEL BRAC KET REFER STRUC C AVITY HEAD SLIDER STRUC TURA ONCTURAL RETE SLABTO 150 ENGINEER TRAC K DETAIL ASIFIC PERATION S SPEC ENGINEER' SELEC C ERAM IC TILE 20mmTED POLYSTYRENE M ANUFAC TURER DRAIN C HANNEL INSULATION REC OM M ENDATION M ETAL CLATH AVITY SLIDER ONCPAC RETE SLABHEAD EQUUS ADJUSTABLE KER TRAC K DETAIL AS PER SELEC TED C ERAM IC TILE M ANUFAC TURER 100mm SEATING TO PC RIB 25mm TIM BER PLANK REC OM M ENDATION EQUUS ADJUSTABLE PAC KER

DETAIL 86

150

DETAIL 65

CINIUM AVITY SLIDER HEAD 30x30x1.6 ALUM 25x25x1.6 SILVER ANODISED ONTINUOUS C OLOURSTEEL C TRAC K DETAIL AS PER ANGLE FLASHING ALUM INIUM ANGLE FLASHING UNDERSEAL RL +78, 15m M ANUFAC TURER 10mm ULTRALINE ON REC OMGIB M ENDATION RL +74, 75m 10mm GIB ULTRALINE ON RL +77, 53m M ETAL 25x25x1.6 SILVER ANODISED ADJUSTABLE GIB ADJUSTABLE M ETAL C EILING SYSTEM GIB ALUM INIUM ANGLE BATTEN RL +78, 15m BATTEN C EILING SYSTEM RL +74, 75m 30x30x1.6 ALUM INIUM TRIPLE REC ESSED SLIDING ANGLE FLASHING DOOR / TRAC K DETAILS TO BE C10mm ONFIRMGIB ED ULTRALINE ON 10mm ULTRALINE ON W ITH MGIB ANUFAC TURER ADJUSTABLE M ETAL GIB M ETAL C EILING SYSTEM GIB ADJUSTABLEBATTEN BATTEN C EILING SYSTEM

Rev - Issued f

20 20

C ONC RETE EDGE BEAM C ONC RETE UPSTAND 25mm TIM BER PLANK

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75 50 25 75

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+77, 550

ON M ORTAR BEDDETAILS TO SLAB SELEC TED 30mm CTO ONC GLAZING BE . CPAVER ONFIRM ED ON EQUUS ADJUSTABLE KERS W ITH M ANUFAC TURER / PAC SHOP DRAW INGS C ONC RL +81, 05m C ONC RETESTONE SLAB FLOOR SELEC TED TILE RETE SLAB ON M ORTAR BED 30mm TO SLAB SELEC TED C ONC . PAVER +77, 550 ON EQUUS ADJUSTABLE PAC KERS RL +78, 08m C ONC RETE SLAB

75 25 100 75

100 140 25

25140 10 75 100

TRIPLE REC ESSED SLIDING DOOR / TRAC K DETAILS TO BE C ONFIRM ED W ITH M ANUFAC TURER TRIPLE REC ESSED SLIDING DOOR /GLAZING TRAC K DETAILS TO BE C ONFIRM ED DETAILS C ONFIRMTURER ED / SHOP DRAW INGS WTO ITHBE M ANUFAC W ITH M ANUFAC TURERC ONC RETE SLAB SELEC TED STONE FLOOR TILE

revision

C AVITYGIB SLIDER HEAD ON 10mm ULTRALINE TRAC K DETAIL GIB ADJUSTABLE ETAL RIB REFER AS TOMPER PREC AST C ONC RETE M ANUFAC TURERING BATTEN C SYSTEM STRUC TURAL ENGINEER' S EILING DRAW SUPPORT FOR STEEL REC OMLINTEL M ENDATION RL +77, 53m C AVITY SLIDER TO STRUC TURA C ONTINUOUS C OLOURSTEEL ENGINEER' 25mm SEATING TO PC RIB S SPEC IFIC ATION FLASHING UNDERSEAL

100 140 25

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25100

C ONC RETE SLAB 350 W GUTTERS 1:200 SLOPE RL +77, 70m TRUSS BOTTOM C ORD 90mm

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2. 01

ANGLE FILLET

DETAIL 67

+77, 550

C HANNEL DRAIN

C ONC TED RETESTONE SLAB FLOOR TILE SELEC ON M ORTAR BED TO SLAB 100

20 20

DETAIL 67

140

25mm PLYW OOD RL +81, 05m 30x30x1.6 ALUM INIUM FINISH PLASTER H3EDGE C AVITY EX 50x25mm FLASHING ANGLE M ETAL ANGLE TOETAL @450 C TS BATTEN M LATH

1.6mmPLASTER SILVER ANODIZED C OVER FINISH EDGE PLATE ON 20x4 BENT ALUM TO M ETAL ANGLE FLAT BRAC KETS @600 CNS +77, 900 NURALPLY 3P 30x30x1.6 ALUM INIUM FLASHING STRIP GLAZING DETAILS TO BE C ONFIRM ED ANGLE FLASHING TRIPLE REC ESSED SLIDING W ITH M ANUFAC TURER / SHOP DRAW INGS RL +77, 90m DOOR / TRAC K 5° +77, 900 P/C OAT ALUM INIUM C APPING DETAILS TO BE C ONFIRM 1.6mmED SILVER ANODIZED C OVER W ITH M ANUFAC TURER PLATE ON 20x4 BENT ALUM TRIPLE REC ESSED SLIDING DOOR / TRAC K FLAT BRAC KETS @600 CNS NURALPLY 3P GUTTER SELEC TEDTOSTONE FLOOR ED TILE BE C ONFIRM DETAILS LINING ON 21mmC PD ONITH M ORTAR BEDTURER TO SLAB DETAILS TO BE C ONFIRM ED W M ANUFAC PLY H3.1 TREATED GLAZING GUTTER TO FALLS W ITH M ANUFAC TURER / SHOP DRAW INGS

50 200

client

20 20 50

20 100 100

SELEC TED PLASTER FINISH

C AVITY SLIDER ONC RETE SLABHEAD TRAC K DETAIL AS PER SELEC TED C ERAM IC TILE M ANUFAC TURER 10mm ULTRALINE ON REC OMGIB M ENDATION EQUUS ADJUSTABLE PAC KER GIB ADJUSTABLE RIB REFER TOM ETAL PREC AST C ONC RETE BATTEN C EILING SYSTEM STRUC TURAL ENGINEER' S DRAW ING SUPPORT FOR STEEL LINTEL 25mm TIM BER PLANK C AVITY SLIDER TO STRUC TURA 25mm SEATING ENGINEER' TO PC RIB S SPEC IFIC ATION

+77, 900

PAVING SUPPORT BRAC KET

C ORRUGATED C OLOURSTEEL RL +80, 60m ROOFING TO TRUSSES

C ONTINUOUS C OLOURSTEEL 25x25x1.6 SILVER ANODISED Thorne Dwyer HARDIE BAC KER UNDERSEAL FLASHING ALUM INIUM ANGLE Structures 5mm OAT ALUM P/C NURALPLY 3P INIUM C APPING RL +81, 05m FLASHING STRIPFOR ROLLER BLIND M DF HOUSING +78, 05m 8B Charlotte StreetRL RL SELEC TED PLASTER FINISH C ONTINUOUS C OLOURSTEEL +74, 75mANGLE FILLET UNDERSEAL Eden Terrace OAT ALUM INIUM C APPING P/C PAPER BUILDING 2.FLASHING 01 M DF HOUSING FOR ROLLER BLIND +74, 75m PLYW OOD 25mm PO Box BEDROOM 99RL812 RL +74, 100 175mANGLE FILLET EDGE FINISH PLASTER RL +80, 60m M ETAL ANGLE TOETAL PAPER BUILDING Auckland 100 M LATH 50

DETAIL 67

NURALPLY 3P W ATER

@450 C TS FLASHING STRIP GARAG E BATTEN PROOFINGM EM BRANE 100

+77, 550

C HANNEL DRAIN

100

50 50 50 50

ALUM INIUM ANGLE RL +81, 05m

engineer

120

20100 3020

3075

5°

20 120

20 SERIES 100 C M U RL +77, 85m

25 50

170

120

ANGLE FILLET matthew gribben architecture P/C OAT ALUM INIUM C APPING 5 PLYW OOD 25mm328 RAIA NZIA ABN 86 102 515 100 ANGLE FILLET level 6, 2-12 Foveaux St M ETAL LATH PLYW OOD 25mm Surry Hills Sydney NSW 2010 EX 50x25mm H3 C AVITY NURALPLY 3P W ATER tel 9281 9611 fax 9281 9612 @450 C TS BATTEN M ETAL LATH 5 PROOFINGM EM BRANE m.gribben@optusnet.com.au 25x25x1.6 SILVER ANODISED 1. 03 5mm HARDIE H3 BACCKER AVITY EX 50x25mm

20mm POLYSTYRENE INSULATION RL +77, 90m 190 20 RL +81, 05m

OAT ALUM P/C NURALPLY 3P INIUM C APPING FLASHING STRIP

RL +81, 05m

20 100

10mm PLASTERBOARD

C ONC RETE UPSTAND C AVITY SLIDER ONC RETE SLABHEAD TRAC K DETAIL AS PER SELEC TED C ERAM IC TILE M ANUFAC TURER PAVING10mm SUPPORT PLASTERBOARD SUPPORT FOR STEEL REC OMLINTEL M ENDATION BRAC KET EQUUS ADJUSTABLE PACSLIDER KER C AVITY 150 TO STRUC TURA ENGINEER' S SPEC IFIC ATION 20mm POLYSTYRENE DRAIN C HANNEL INSULATION 25mm TIM BER PLANK

+77, 900

C ONC RETE SLAB 150

PAVING10mm SUPPORT PLASTERBOARD FOR08m STEEL LINTEL SUPPORT RL +78, BRAC KET C AVITY SLIDER 150 TO STRUC TURA ENGINEER' S SPEC IFIC ATION 20mm POLYSTYRENE DRAIN C HANNEL INSULATION

PAVING SUPPORT BRAC KET

150 1.6mm SILVERBAC ANODIZED C OVER 5mm HARDIE KER BUILDING PLATE ON PAPER 20x4 BENT ALUM FLAT BRAC KETS @600 CNS SELEC TED PLASTER FINISH FINISH PLASTER EDGE TO M ETAL ANGLE GLAZING DETAILS TO BE C ONFIRM ED M ROLLER BLIND W DF ITHHOUSING M ANUFACFOR TURER / SHOP DRAW INGS 30x30x1.6 ALUM INIUM RL +78, 05m FLASHING ANGLE BUILDING PAPER

RL +80, 60m

NURALPLY 3P W ATER FLASHING STRIP PROOFINGM EM BRANE 100

160

170

190

RL +81, 05m

100

120 120

DETAIL 46 20

DETAIL 85 DETAIL 85 DETAIL 67

NURALPLY 3P W ATER PROOFINGM EM BRANE

25mm PLYW OOD 1.6mm SILVERBAC ANODIZED C OVER FINISH PLASTER EDGE 5mm HARDIE KER PLATE ON 20x4 BENT ALUM M ETAL ANGLE TO M ETAL LATH KETS @600 CNS FLAT BRAC SELEC TED PLASTER FINISH 30x30x1.6 ALUM INIUM EX 50x25mm H3 C AVITY GLAZING DETAILS TO BE C ONFIRM ED FLASHING ANGLE BATTEN @450 CFOR TS M ROLLER BLIND W DF ITHHOUSING M ANUFAC TURER / SHOP DRAW INGS

RL +80, 60m

ON M ORTAR BED 30mm TO SLAB SELEC TED C ONC . PAVER ON EQUUS PAC KERS C ONC RETE ADJUSTABLE UPSTAND C ONC RETE SLAB

+77, 900

SELEC TED STONE FLOOR TILE ON M ORTAR BED TO SLAB

30 20

100 30 20

100

20 100 30

20 100

20 170

M DF HOUSING FOR ROLLER BLIND RL +74, 75m30x30x1.6 ALUM INIUM ANGLE FILLET H3 C AVITY EX 50x25mm FLASHING ANGLE PAPER BUILDING @450 C TS BATTEN

GLAZING DETAILS TO BE C ONFIRM ED RL +78, W ITH M ANUFAC TURER / SHOP DRAW INGS08m C ONC SELEC TED STONE FLOOR TILE RETE SLAB

SELEC TED STONE FLOOR TILE ON M ORTAR BED TO SLAB TRIPLE REC ESSED SLIDING DOOR / TRAC K C ONC RETE TO SLAB BE C ONFIRM ED DETAILS W ITH M ANUFAC TURER

H3 C AVITY EX 50x25mm OAT ALUM INIUM P/C NURALPLY 3P W ATERC APPING @450 CFOR TS ROLLER BLIND BATTEN M DF HOUSING PROOFINGM EM BRANE RL +74, 75m ANGLE FILLET 25x25x1.6 SILVER ANODISED 5mm HARDIE BAC KER PAPER BUILDING ALUM INIUM ANGLE NURALPLY 3P RL +81, 05m FLASHING STRIP 25mm PLYW OOD SELEC TED PLASTER FINISH FINISH PLASTER EDGE C ONTINUOUS RL +80, 60m C OLOURSTEEL M ETAL ANGLE TOETAL UNDERSEAL FLASHING P/C OAT ALUM INIUM C APPING M LATH

160

TRIPLE REC ESSED SLIDING DOOR / TRAC K DETAILS TO BE C ONFIRM ED W ITH M ANUFAC TURER

200

20 20

190

KET PAVING SUPPORT BRACRL +81, 05m

5°

PAVING SUPPORT BRAC KET INSULATION TED PLASTER FINISH SELEC Do notBEDROOM scale from drawing. SLABPLASTERBOARD ON M ORTAR BED TO 1 10mm 2. 01 M ETAL LATH C ORRUGATED C OLOURSTEEL P/C OAT ALUM INIUM 3P GUTTER NURALPLY Contractor must verify dimensions RL +79, 55m 10mm PLASTERBOARD TO TRUSSES 20 SERIES CHEAD M U FLASHING LINING ON 21mmC ROOFING PD BEDROOM 1 20 SERIES C M U RL +77, 90m RL +78, 15m FINISH SELEC TED PLASTER H3.1 TREATED on site beforePLYcommencing any work. SELEC TED 20mm STONE VENEER GUTTER TO FALLS NURALPLY 3P GUTTER STEEL LINTEL TO STRUC TURAL 160 M ETAL LATH © 2004 Matthew GribbenLINING Architecture 100 FINISH RL ON 21mmC PD ENGINEER' S SPEC IFIC ATION TO+77, 85m PLASTER PLY H3.1 TREATED CMU 15 SERIESmatthew 10mm PLASTERBOARD 71mINIUM ANGLE ANGLE FILLET gribben architecture ALUM M 12 GUTTER TO FALLS EX 100x50 H4 STRINGER 160 GLAZING DETAILS TO RL+80, 60m DAM P PROOF C OURSE M 12P/CGM S BOLTS @ NZIA 1000 C TS RAIA 86 102 515 328SELEC TED STONE FLOOR TILE BE C ONFIRM ED WABN ITH OAT ALUM INIUM RL FLASHING +77, 90m 350 W GUTTERS 1:200 SLOPE C ORRUGATED C OLOURSTEEL 20mm POLYSTYRENE P/C OAT ALUM INIUM C APPING M ANUFAC TURER / ON M ORTAR BED TO SLABROOFING TO TRUSSES 90mm TRUSS BOTTOM C ORD INSULATION 40mm level 6, 2-12 Foveaux St UPSTAND SHOP DRAW INGS 10mm PLASTERBOARD NURALPLY Surry BRAC HillsKETSydney NSW 2010 10m 3P PAVING SUPPORT RL +77, 90m PAC KER TO FALLRL +78, NURALPLY 3P 10 20 SERIES C M UM ETAL LATH FLASHING STRIP FLASHING STRIP tel 9281 9611 fax 9281 9612 71m M 12 FINISH SELEC TED PLASTER 100 RL +77, 90m RL +78, 05m RL +77, 85m 2. 01 BRAC KET PAVING SUPPORT m.gribben@optusnet.com.au 10 M ETAL LATH SELEC TED PLASTER BUILDING PAPER P/C OAT ALUM INIUM C APPING 5 1. 03 C ONC RETE SLAB FINISH

DETAIL 46

20mm POLYSTYRENE INSULATION

100

200

190 170 RL +78, SELEC TED 2-PAK EPOXY W15m ATERPROOF C OATING SYSTEM BY M EGAPOXY RL +81, 05m

PAC KER TO FALL

5° 20mm POLYSTYRENE ETAL LATH SELEC TEDMSTONE FLOOR TILE

160

20100

FALLS ONC RETETO SLAB CGUTTER

DRAIN TO SC ORIA TRENCH

140

RL +78, SELEC TED 2-PAK EPOXY W15m ATERPROOF SELEC TED STONE FLOOR TILE C OATING SYSTEM BY MKET EGAPOXY PAVING SUPPORT BRAC SELEC TEDTOPLASTER M ORTAR BED SLAB FINISH ON C HANNEL DRAIN

PLY H3.1 TREATED 10

200

ISSUED 140 20 FOR C ONSTRUC TION

DETAIL 50 50

20 SERIES C M U

NURALPLY 3P GUTTER LINING ON 21mmC PD

DGE BEAM

150

SELEC TED 2-PAK EPOXY ADHESIVE RL FOR+81, 05m STONE VENEER PANELS C REATING DRAINED C5° AVITY M EGAPOXY RLBY +74, 75m

SELEC TED STONE FLOOR TILE PLASTERBOARD 10mm ORTAR BEDINIUM TO SLAB ON P/CMOAT ALUM C APPING

PIT TURER SOAKAGE W ITH M ANUFAC STONE VENEER PANELS C REATING DRAINED C AVITY BY M EGAPOXY

350C W GUTTERS 1:200 SLOPE HANNEL TO DRAIN STORM W ATER DRAIN TRUSS BOTTOM PIT C ORD 90mm SOAKAGE

2. 01

1. 03 GARAG E

W ATERED DRAIN TOTOSTORM BE C ONFIRM DETAILS FILLET ANGLE SELEC TED 2-PAK EPOXY ADHESIVE FOR

revision

FLASHING STRIP

A4.06

PLASTER FINISH TO NURALPLY 3P ALUM INIUM ANGLE

DOOR / TRAC K

dwg number SELEC TED PLASTER FINISH TO SOFFIT RL +74, 75m 10mm PLASTERBOARD C ORRUGATED C OLOURSTEEL ROOFING TO TRUSSES 30x30x1.6mm ALUM INIUM 20 SERIES C M U ANGLE FLASHING NURALPLY 3P FLASHING STRIP 10mm GIB ULTRALINE ON GIB ADJUSTABLE M ETAL BATTEN C EILING SYSTEM P/C OAT ALUM INIUM C APPING

RL+80, 60m

DETAIL 48

C ONC RETE SLAB

C ORRUGATED C OLOURSTEEL SELEC TED PLASTER FINISH ROOFING TO TRUSSES PAVING SUPPORT BRAC KET

R PLANK

M 12

SELEC TED STONE FLOOR TILE

M ETAL LATH

NURALPLY DOUBLE 3P RECGUTTER ESSED SLIDING LINING ON/ TRAC 21mmC DOOR K PD PLY DETAILS H3.1 TREATED TO BE C ONFIRM ED W ITH TO M ANUFAC TURER GUTTER FALLS DOUBLE REC ESSED SLIDING

FINISH PLASTER EDGE TO M ETAL ANGLE

RL +77, 53m

EX 100x50 H4 STRING ER ON M ORTAR BED TO SLAB FLASHING ANGLE M 12 GM S BOLTS @ 1000 C TS 20mm POLYSTYRENE INSULATION 10mm GIB ULTRALINE ON 10mm PLASTERBOARD GIB ADJUSTABLE M ETAL 20 SERIES C M U BATTEN C EILING SYSTEM

F Ave kland

DETAIL 47

M INIUM FLASHING 30x30x1.6mm ALUM INIUM

SELEC TED STONE FLOOR TILE ON M ORTAR BED TO SLAB

GARAG E

DETAIL 50

P/C OAT ALUM INIUM C APPING

100mm SEATING TO PC RIB 190

ALUM INIUM ANGLE

100

20 TO RLPLASTER +77, 55m FINISH

20 SERIES C M U

ON M ORTAR BED TO SLAB

M ETAL LATH

SELEC TED PLASTER SELEC FINISH TED PLASTER FINISH FINISH PLASTER EDGE

SELEC TED PLASTER FINISH TO SOFFIT M ETAL LATH 10mm PLASTERBOARD

NURALPLY 3P FLASHING STRIP SELEC TED STONE FLOOR TILE

1. 03 SERIES DETAIL

2. 01 BEDROOM 1

120

M ETAL LATH

mm STONE VENEER TO M ETAL ANGLE

PREC AST C ONC RETE RIB REFER STRUC TURAL ENGINEER dwg title 190

10mm GIB ULTRALINE ON GIB ADJUSTABLE M ETAL BATTEN C EILING SYSTEM

PAVING SUPPORT BRAC KET

C ORRUGATED C OLOURSTEEL ROOFING TO TRUSSES

checked by

1:5

20 100 20

PACTO KERPCTORIB FALL 100mm SEATING

TED PLASTER FINISH SELEC scale

100

10mm PLASTERBOARD

drawn by

17/11/04

C ONTINUOUS C OLOURSTEEL UNDERSEAL FLASHING

160

+77, 900

ANGLE FILLET H3 C AVITY EX 50x25mm NURALPLY 3P W ATER BATTEN @450 C TS PROOFINGM EM BRANE 25mm PLYW OOD 5mm HARDIE BAC KER NURALPLY 3P M ETAL LATH FLASHING STRIP SELEC TED PLASTER FINISH

250

GLAZING DETAILS TO BE C ONFIRM ED W ITH M ANUFAC TURER / SHOP DRAW INGS C ONC SELEC FLOOR TILE RETE SLAB TRIPLETED RECSTONE ESSED SLIDING ON M ORTAR BED TO SLAB C ONC . PAVER DOOR /SELEC TRACTED K 30mm ON ADJUSTABLE PAC KERS DETAILS TOEQUUS BE C ONFIRM ED WONC ITH M ANUFAC C RETE SLAB TURER

OATLATH ALUM INIUM C APPING P/C M ETAL

25x25x1.6 SILVER ANODISED ALUM INIUM ANGLE RL +81, 05m

SELEC TED PLASTER FINISH TO SOFFIT

date

FINISH PLASTER EDGE TO M ETAL ANGLE

TRIPLE REC ESSED SLIDING DOOR / TRAC K DETAILS TO BE C ONFIRM ED W ITH M ANUFAC TURER

NURALPLY 3P FLASHING STRIP OOD 25mm PLYW

RL +81, 05m

M ETAL LATH

30x30x1.6mm ALUM INIUM ANGLE FLASHING

C ONC RETE EDGE BEAM 25mm TIM BER PLANK

20mm POLYSTYRENE INSULATION

EX 100x50 H4 STRINGER M 12 GM S BOLTS @ 1000 C TS

DETAIL 85

OAT ALUM INIUM P/C NURALPLY 3P W ATERC APPING PROOFINGM EM BRANE ANGLE FILLET

100mm SEATING TO PC RIB

RL +77, 53m SELEC TED STONE FLOOR TILE PAVING SUPPORT BRAC KET ON M ORTAR BED TO SLAB M 12 RL+80, 60m

M ETAL LATH

100

RL +77, 55m

100 140

RBOARD

Galloway House 45 M aungakiekie Ave One Tree Hill, Auckland

ENGINEER 350 W GUTTERS 1:200 SLOPE SERIES RL20 +77, 70m C M U M ETAL LATH TRUSS BOTTOM C ORD 90mm

TYRENE

project

RL +81, 05m

75 25

RL +77, 65m

5°

DRAIN TO SC ORIA TRENCH RL +77, 55m AK EPOXY ADHESIVE 25mm FOR TIM BERNURALPLY PLANK 3P GUTTER R PANELS C REATING 10mm PLASTERBOARD C HANNEL DRAIN LINING ON 21mmC PD PLY H3.1 TREATED ITY BY M EGAPOXY SELEC TED PLASTER FINISH GUTTER TO FALLS 5

AK EPOXY W ATERPROOF PREC AST C ONC RETE RIB ANGLE FILLET REFER STRUC TURAL TEM BY M EGAPOXY

PREC AST C ONC RETE RIB REFER STRUC TURAL ENGINEER

C HANNEL DRAIN

RL +77, 55m

0 NURALPLY 3P 2C KER AT STONE VENEER FLASHING STRIP RL +77, 90m BEAM uM ITRE C ORNERSC ONC RETE EDGE P/C OAT ALUM INIUM C APPING

190

SELEC TED PLASTER FINISH

SOAKAGE PIT

100

20 SERIES C M U

150

SELEC TED PLASTER FINISH

C ORRUGATED C OLOURSTEEL ROOFING TO TRUSSES

Patrick & Gillian Galloway 42 Maungakiekie Ave One Tree Hill, Auckland

250 NURALPLY 3P FLASHING STRIP

RL +81, 05m

25mm TIM BER PLANK

DRAIN TO STORM W ATER SOAKAGE PIT DOUBLE REC ESSED SLIDING DOOR / TRAC K C HANNELTODRAIN BE C ONFIRM ED DETAILS W ITH M ANUFAC TURER SELEC TED STONE FLOOR TILE PAVING SUPPORT BRAC KET BED W TOATER SLAB ON M ORTAR TO STORM DRAIN

100

PAC KER TO FALL

20100 3020

250

200

RL +78, 05m PAVING SUPPORT BRAC KET

C ONC RETE SLAB

re 328

20 100

client

M 12

ANGLE FILLET 350 W GUTTERS 1:200 SLOPE RL +77, 70m TRUSS BOTTOM C ORD 90mm

PROOFINGM EM BRANE

C ONC RETE EDGE BEAM

DOUBLE REC ESSED SLIDING DOOR / TRAC K SELEC TED STONE FLOOR TILE TO BE C ONFIRM ED DETAILS M ORTAR BED TO SLAB ON W ITH M ANUFAC TURER

SELEC TED STONE FLOOR TILE ON M ORTAR BED TO SLAB

NURALPLY 3P GUTTER LINING ON 21mmC PD PLY H3.1 TREATED GUTTER TO FALLS

P/C OAT ALUM INIUM RL FLASHING +77, 90m

GARAG E

engineer

Thorne Dwyer Structures 8B Charlotte Street Eden Terrace +74, 75m PO Box 99RL812 Auckland

PLASTER FINISH TO ALUM INIUM ANGLE

15 SERIES C M U

100 140

BEDROOM 1

SELEC TED PLASTER FINISH

SELEC TED 20mm STONE VENEER

A4. 09 A4. 09

dwg number scale

1:5 17/11/0

date

dwg title dwg number

dwg title

A4 A4

dwg number

CORMACK HOUSE 2005-2007 Matthew Gribben Architecture CormackHouse是一栋私人度假屋。由于其位在海边的原生树林之中，设计过程把对树林的保护视为重中之重，而也因此衍生了一个从林木所不占的地基空间中寻找建筑形态的策略。CormackHouse共有三层，一楼包括了共有生活空间如客厅，餐厅及厨房。二楼则分为前後两部分，前部分是一个面海的主卧室，而後部分是一个独立的共用卫浴间。在二楼的共用卫浴之上则是另一个房间。在室外设有一个与客厅连接的面海阳台及一个供户外烤肉，进餐的露天平台。

OLD PEG NO RECORD

POW ER PLINTH PLANTATION RESERVE/PEDESTRIAN AC CESSW AY CONNECT NEW DISTRIBUTION BOARD TO EXISTING ELECTRICAL SERVICE

REFER TO A0.03 DEMOLITION PLAN FOR EXTENT OF REMOVAL OF EXISTING STRUCTURES

ND BO U

A RY

42.

BO U NDA RY 21.

RY ND A B O U K ED S TA

IT PO S

IO N

1 5 ,1

33 TIMBER DECK

VENT DOUBLE FLUE CHINNEY

STORMW ATER CONNECTION TO EXISTING STORMW ATER INFRASTRUCTURE

SEPTIC TANK LID

MATURE POHUTUKAW A

EXISTING SLAB

POW ER PLINTH

TIMBER DEC K

24 25

LOT 119 DP25002

TREATMENT PLANT REFER TO SOIL & ROCK DRAWING NO. 05772/1

26 25

BARBEQUE

OLD PEG NO RECORD

DRIPLINE FIELD FOR TREATMENT SYSTEM REFER TO SOIL & ROCK DRAW ING NO. 05772/1

BO U NDA

MATURE POHUTUKAW A

1 .1 RY 2

DRIPLINE FIELD FOR TREATMENT SYSTEM REFER TO SOIL & ROCK DRAWING NO. 05772/1

osit ry P nd a B o u ed Stak

BO U

N DA

43.

ion

SITE PLAN

W10 13 12 11 10 9 8 7 6 5

4 3

A4.04 2 1

STAIR 3

W09

TFL 1

FFL +26.16 m

D07

2.03 BATHROOM

D06

A4.04

BFL 1 FFL +26.16 m 9

W11 W10

8 7

12 11

A4.04

TFL 1

STAIR 2

17 A4.03

8 7 6 5

21 3 2 1

STAIR 3

W09 18

VOID OVER DINING ROOM

A4.03

DOW N PIPE

A4.04

OUTLINE OF C EILING VALLEY ABOVE

DOUBLE FLUE CHIMNEY

TFL 1

FFL +26.16 m

A3.02

SKYLIGHT

D07

2.03 BATHROOM

D06

W06

BFL 1 FFL +26.16 m 9

DOUBLE FLUE CHIMNEY

ISH E O B FIN DR M 1 AR W K LA -IN OR S ILT W 1 EA D BU A SE R IR T C A ST / 1 3 mm 18 ER RIS 14

BFL 1

W08

STAIR 2

A4.04

TFL 1

2.02 ENSUITE

TFL 1

DOW N PIPE

OUTLINE OF C EILING VALLEY ABOVE

VOID OVER DINING ROOM

A4.03 1

A3.02

4 5

STAIR 1

SKYLIGHT

A3.03

W07

TOP OF WALL COINCIDE W ITH CEILING VALLEY ABOVE

D09

2.01 BEDROOM FFL +27.06 m

W11 8

20 A4.04

17 A4.03

W06

7 8

Y V IT R C A IDE SL

9 10 11 12

D08

TOP OF WALL COINCIDE W ITH CEILING VALLEY ABOVE

A4.04

D09 2.01 BEDROOM

2.02 ENSUITE

TFL 1 FFL +27.06 m

10 0

1 2

STAIR 1

3 4

W07

STORMW ATER C ONNEC TION TO EXISTING DOW NPIPE DISCHARGE LOC ATION

A4.04

W08

BFL 1 ISH E O B FIN DR M 1 AR W K LA -IN OR S ILT W 1 EA D BU A SE R C A IR T m ST / 1 3 m 18 ER RIS 14

A3.03

D05

6 7

EXISTING DOW NPIPE DISC HARGE LOCATION

Y V IT R C A IDE SL

A4.03 RL +24.00 m

11 12

D08 14

D04

2 x W ATER TANKS AQUA-FIL AF600 2730L (1600 DIA BY 1490 H) & PUMP TO ACOUSTICALLY ISOLATED CUPBOARD

A4.02

WATER TANK VENTILATE PUMP ROOM TO EXT. STORAGE WATER TANK

S01

6 5

HW C

6 A4.01

TFL 1

A4.01

RL +24.00 m

s 2 3

is 4R

OUTLINE OF MEZZANINE LEVEL ABOVE

1.02 DINING

STAIR 2 TFL 1

A3.05

OUTLINE OF C EILING VALLEY ABOVE

6 7

A4.03

8 9

13 14

TFL 1 FFL +24.41 m

W03

SHEL V ES

1.03 KITCHEN

7 A4.02

FFL +24.41 m

W02 A3.05

W05

D01

W04

A4.01

S02

100

D02

A3.01

1.01 LIVING ROOM

A4.0

REUSE EXISTING HOT WATER C YLINDER

FFL +24.41 m

TFL 1

HW C

A4.02

DECK

A4.02

SKYLIGHT

TFL 1

FFL +24.41 m

TFL 1

STAIR 1

FFL +24.41 m

TOP OF WALL COINCIDE W ITH C EILING VALLEY ABOVE

100

1.04 BUNKROOM

TFL 1

FFL +24.41 m

BUIL T- IN -FIT TIN G

d rea

6 A4.01

OUTLINE OF EXISTING SLAB BELOW RL +24.00 m

ir 1 Sta /13 T ers

TFL 1

BUIL T- IN -FIT TIN G

W01 5 A4.01

BUILT-IN-FITTING FIREPLAC E

4 A4.01

RL +24.00 m d ir 1 rea Sta /13 T ers

A4.02

W04

1000mm HIGH PROPRIETARY BALUSTRADE TO NZBC

Ris

GROUND FLOOR PLAN 6

STAIR 1

A4.

ACOUSTIC INSULATION TO W ALL & DOOR

1.05 STORAGE

1.04 TAP BUNKROOM

W03 DOUBLE FLUE CHIMNEY

1000mm HIGH PROPRIETARY BALUSTRADE TO NZBC

SHEL V ES

S01

FFL +24.41 m

A3.04

WATER PUMP

D03

9 A4.02

BUIL 18 m T- IN FI LA M m C A TTING 1 FI SE W N IS H O RK

TOP OF WALL COINCIDE W ITH C EILING VALLEY ABOVE

W05

D01

DS IR 2 STA 8 TR EA / SE RS 9 RI

A4.02

FFL +24.41 m

W02

FFL +24.41 m

1.03 KITCHEN

STAIR 4

A4.01 TFL 1

S02

DECK FFL +24.41 m

STAIR 4 21 RISERS / 20 TREADS

1.01 1 ROOM LIVING

WATER TANK

EXT. STORAGE

TFL 1

2 x WA AQUA & PUM

A4.02 WATER TANK

VENTIL TO EXT

A3.05

FFL +24.41 m

A4.01

DOW N PIPE

A4.02

TFL 1

OUTLINE OF C EILING VALLEY ABOVE

1.02 DINING

D02

D04

STAIR 2

A4.02 SKYLIGHT

OUTLINE OF EXISTING SLAB BELOW RL +24.00 m OUTLINE OF MEZZANINE LEVEL ABOVE

DECK

FIREPLAC E

2 A4.01

5 A4.01

BUILT-IN-FITTING

DOUBLE FLUE CHIMNEY

A4.0

16 RL +24.00 m A4.03

REUSE EXISTING HOT WATER C YLINDER

W01

A3.04

TFL 1 FFL +24.41 m

BUIL 18 m T- IN FI LA M m C A TTING 1 FI SE W N IS H O RK

A4.01

D05

1.05 STORAGE

EXISTING DOW NPIPE DISC HARGE LOCATION

DS IR 2 STA 8 TR EA / SE RS 9 RI

TAP

STAIR 4

STORM DOW N

A4.03 10 0

ACOUSTIC INSULATION TO W ALL & DOOR

100

STAIR 4 21 RISERS / 20 TREADS

D03

9 A4.02

DECK FFL +24.41 m

WATER PUMP

EXT. STORAGE

FIRST FLOOR PLAN

19 A4.04

7 8

A3.01

A4.03

9 10 11 12 13 14

100

DOW N PIPE

B A

F RL +32.533m

G RL +32.058m FALL

H RL +31.417m

RL +28.947m

RL +32.058m

DOUBLE FLUE CHIMNEY

PLUMBING VENT DOW N PIPE

FA LL

SKYLIGHT

RL +27.122m

RL +31.417m

RL +28.947m

A RL +30.684m

RL +31.417m FALL

FALL

DOW N PIPE

FALL

LL FA

PLUMBING VENT

FA LL

RL +31.417m

FA LL

DOUBLE FLUE CHIMNEY

PLUMBING VENT

FA LL

RL +27.122m

FA LL

SKYLIGHT LL FA

FA LL

LL FA

C RL +29.696m

PLUMBING VENT

RL +27.122m

+29.696m

FA LL

LL FA

RL +29.696m W13 13 12

W14

9 8 7 6 5 4

RL +27.122m

STAIR 3

2 1

RL +29.696m

900mm HIGH UP STAND W ALL

TFL 1

DS IR 3 STA 12 TREA / SERS 13 RI

W13 13

ROOF PLAN

3.03 BEDROOM

9 8 7

A3.05

6 5

TFL 1 4 3

FFL +28.86 m

9 S

STAIR 3

W12

TFL 1

DS IR 3 STA 12 TREA / SERS 13 RI

DOW N PIPE

DOUBLE FLUE CHIMNEY

A3.05

3.03 BEDROOM TFL 1

W12

SKYLIGHT REFER TO W INDOW SC HEDULE

FFL +28.86 m

DOUBLE FLUE CHIMNEY

SKYLIGHT REFER TO W INDOW SC HEDULE

SECOND FLOOR PLAN

200

BA LU STRA D E TO N ZBC FFL + 24.41 m

S01

W 01

S01

FFL + 24.41 m

S01

D 04

100

200

D 05

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

NORTH ELEVATION

2,225

PLU M IN G V EN T

C H IM N EY N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

2,225

650

PLU M IN G V EN T

C H IM N EY

FFL + 28.86 m

W 11

1,575

2,150

250

2,400

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

SOUTHWESTSOUTH ELEVATION ELEVATION

SOUTHEAST ELEVATION WEST ELEVATION

WEST ELEVATION PLU M IN G V EN T

1,325

PLU M IN G V EN T PLU M IN G V EN T

PLU M IN G V EN T

C H IM N EY C H IM N EY C H IM N EY

C H IM N EY 900

C H IM N EY

N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

W 13

590 590

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

200

2,100 50 2,400

2,400

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

S02

FFL + 27.06 m

S01

200

S02

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

FFL + 24.41 m

FFL + 26.16 m EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

1,565

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

S01

W 01

S01

FFL + 24.41 m

S01

200

D 04

100

D 05

WEST ELEVATION EAST ELEVATION

3,725

250 W 04

W 02

250

3,725

2,400

W 01

W 04

2,400

W 09

FFL + 27.06 m

FFL + 28.86 m FFL + 26.16 m

200

300

D 04

S01

200

200 950

FFL + 24.41 m D 05

RH S BEA M TO STRU C TU RA L EN G IN EER'S D ETA IL S02

S02

200

FFL + 24.41 m

2,100

250 250 2,400

185

850 900

FFL + 24.41 m FFL + 24.41 m FFL + 24.41 m

185

FFL + 26.16 m

300

200 200

200

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

1,565

2,400 S02

RH S C O LU M N TO STRU C TU RA L EN G IN EER'S D ETA IL

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

W 10

FFL + 24.41 m

S02

200

W 02

W 04

W 02

W 09

FFL + 26.16 m

FFL + 27.06 m

W 04

S02

FFL + 26.16 m

2,400

2,400 1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

RH S BEA M TO STRU C TU RA L EN G IN EER'S D ETA IWL07

W 06

W 07

FFL + 26.16 m

.16 m

FFL + 24.41 m

FFL + 27.06 m

W 06

FFL + 28.86 m

900

250 250

250

FFL + 28.86 m

FFL + 27.06 m

W 10

100

W 07

V EN T

FFL + 27.06 m

1,550

FFL + 27.06 m

950

W 07

250

W 06

S02

3,725

W 13

FFL + 27.06 m

W 06

.41 m

C H IM N EY RH S C O LU M N TO STRU C TU RA L EN G IN EER'S D ETA IL

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A ND UE RA LPLY 3P 2 LA Y ER C LA D D IN G SY STEM RO O FIN G M EM BRA N E REFER TO A 2.05 FO R PLU M PA IN NG EL LA Y O U T

200

900

2,100

3,725

FFL + 28.86 m FFL + 28.86 m

FFL + 27.06 m

FFL + 26.16 m

3,725

FFL + 28.86 m

850

FFL + 28.86 m

250

1,550

FFL + 28.86 m

590

1,325

PLU M IN G V EN T

.06 m

125x25m m R/S EA TED C LO SU RE A RD SELEC TED A IN FIX TO EA TED 0x50m m

FFL + 24.41 m

W 04

S02

.86 m

00m m H IG H PRO PRIETA RY LU STRA D E TO N ZBC

1,750

2,700

200 200

S02

W 02

S02

FFL + 24.41 m

W 02

S02

FFL + 24.41 m

W 04

C O LU M N TO STRU C TU RA L EN G IN EER'S D ETA IL

FFL + 24.41 m

200

W 02

S02

300

EX 125x25m m R/S S02 TREA TED C LO SU RE BO A RD SELEC TED EX 125x25m m R/S STA IN FIX TO TREA TED TREA TED C LO SU RE 100x50m m BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

W 03

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

W 04

3,725

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

FFL + 26.16 m FFL + 26.16 m

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM 03 REFER TO A 2.05 WFO R PA N EL LA Y O U T

FFL + 26.16 m

C O LU M N TO STRU C TU RA L EN G IN EER'S D ETA IL

C O LU M N TO STRU C TU RA L W 05 EN G IN EER'S D ETA IL

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

W 07

W 06

FFL + 24.41 m

FFL + 26.16 m

200

.41 m

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM 03 REFER TO A 2.05 WFO R PA N EL LA Y O U T

W 03

FFL + 24.41 m

FFL + 27.06 m

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

FFL + 27.06 m

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

W 07

W 06

200

2,400

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC 1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC FFL + 24.41 m

BEA M TO STRU C TU RA L EN G IN EER'S D ETA IL

W 11

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

W 08

FFL + 27.06 m

1,750

2,400

.16 m

BEA M TO STRU C TU RA L EN G IN EER'S D ETA IL W 05

H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

2,400

250

W 07

W 12

W 08

FFL + 28.86 m

W 12

BEA M TO STRU C TU RA L EN G IN EER'S D ETA IL

H A RD IES 9m m FIBRE W 07FA C A D E C EM EN T SH EET C LA D D IN G SY STEM H A ARD ES 9m FO Rm FIBRE 2.I05 REFER TO C EM Y OEN U TT SH EET FA C A D E PA N EL LA C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

W 06

W 12

FFL + 28.86 m

FFL + 28.86 m FFL + 26.16 m

W 08

FFL + 24.41 m

EX 125x25m m R/S FFL + 26.16 m TREA TED C LO SU RE BO A RD SELEC TED FFL + 26.16 m STA IN FIX TO TREA TED 100x50m m

300

FFL + 27.06 m

.06 m

FFL + 28.86 m FFL + 28.86 m

W 12

W 08

2,150

2,400

2,150

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC FFL + 27.06 m

FFL + 27.06 m

W 14

650 N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

PLU M IN G V EN T

200

FFL + 26.16 m

.86 m

900

PLU M IN G V EN T H A RD IES 9m m FIBRE C EM EN T SH EET FA C A D E C LA D D IN G SY STEM REFER TO A 2.05 FO R PA N EL LA Y O U T

2,740

FFL + 28.86 m

PLU M IN G V EN T

2,700

2,740

1,575

FFL + 27.06 m

FFL + 28.86 m

PLU M IN G V EN T

W 08

PLU M IN G V EN T

250

1,575

N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

C H IM N EY

PLU M IN G V EN T

W 14

PLU M IN G V EN T

FFL + 28.86 m

900

N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

N U RA LPLY 3P 2 LA Y ER RO O FI PLU M NINGG M EM BRA N E V EN T

N UCRA M N EY3P 2 LA Y ER H ILPLY RO O FIN G M EM BRA N E

N U RA LPLY 3P RO O FIN G M E

N U RA LPLY 3P 2 LA Y ER RO O FIN G M EM BRA N E

PLU M IN G V EN T

EAST ELEVATION

NORTH ELEVATION NORTH ELEVATION

PLU M IN G V EN T

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m

250

150

A 4.05

32 150

A 4.06

33 150

A 4.06

250

3,215

A 4.06

3.03 BED RO O M

A 4.05

A 4.07

FFL + 28.86 m

250

FFL + 28.86 m

2.03 BA TH RO O M

2,450

FFL + 27.06 m

STA IR 3

2,885

STA IR 2 BEY O N D

3,050

250

2.01 BED RO O M

3.03 BED RO O M

28 A 4.05

D 06

FFL + 27.06 m

W 06

39 31

FFL + 28.86 m

FFL + 26.16 m

A 4.06 -

2,400

320

W A TER TA N K

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

1.01 LIV IN G

W A TER TA N K

FFL + 28.86 m

FFL + 26.16 m

A 4.06

250

D 05

40 A 4.07

W 01

W 02

FFL + 26.16 m 125x125m m H 5 PILE TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

EX ISTIN G SLA B RL + 24.0m

220

C M U PIER TO EX ISTIN G C O N C RETE SLA B TY P. TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

W 09

29 A 4.05

A 4.06 D 05

D 04

FIN ISH ED G RA D E

FFL + 26.16 m 125x125m m H 5 PILE TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

1.04 BU N K RO O M

STA IR 2 36

2,450

190

35 A 4.05

FFL + 27.06 m

FFL + 24.41 m 225

FFL + 27.06 m

220

STA IR 3

2,450

1,840

FFL + 24.41 m

250

A 4.07

26 A 4.05

1950

A 4.07

FFL + 24.41 m

W 05

410

EXDI02 STIN G G RA D E

37 A 4.07

125x125m m H 5 PILE TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

A 4.07

EX ISTIN G SLA B RL + 24.0m

FIN ISH ED G RA D E

150

SECTION A-A

38 250

A 4.07

150

2,885

3.03 BED RO O M 45 A 4.08

248

A 4.07

44 FFL + 28.86 m

A 4.08

FFL + 2

250

FFL + 28.86 FFLm + 28.86 m

2.02 EN SU ITE 40 A 4.07

IN SU LA TIO N TO IN TERIO R W A LLS & SU SPEN D ED FLO O R A T BED RO O M S & BA TH RO O M

STA IR 3

A 4.08

FFL + 27.06 FFLm + 27.06 m

FFL + 2

46 A 4.08

D 05

FFL + 26.16 FFLm + 26.16 m

D 04

FFL + 2 STA IR 1

1.04 BU N K RO O M

STA IR 2

1.03 K ITC H EN

2,450

220

W 09

36 A 4.07

2,400

FFL + 26.16 m

250

W 06

225

2,450

FFL + 27.06 m

2,413

W 08

W 03

1.01 LIV IN G

1950

A 4.08

1000m m H IG H PRO PRIETA RY BA LU STRA D E TO N ZBC

A 4.08

FFL + 24.41 FFLm + 24.41 m

W 05

D 01

FFL + 2

37 A 4.07

150

410

D 02

220

A 4.09

FFL + 24.41 m

125x125m m H 5 PILE TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

EX ISTIN G SLA B RL + 24.0m

A 4.07

EX ISTIN G SLA B RL + 24.0m

C M U PIER TO EX ISTIN G C O N C RETE SLA B TY P. TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

125x125m m H 5 PILE TO STRU C TU RA L EN G IN EER'S SPEC IFIC A TIO N

FIN ISH ED G RA D E

EX 125x25m m R/S TREA TED C LO SU RE BO A RD SELEC TED STA IN FIX TO TREA TED 100x50m m EX ISTIN G G RA D E

SECTION B-B

SECTION C-C

RL + 32,660m

TO P O F W A LL TO P PLA TE

RL + 32,240m

TO P O F W A LL TO P PLA TE

RL +32,179m RL +31,759m

RL + 31,540m

RL +31,540m RL + 32,660m

RL + 31,120m

RL +31,120m

TO P O F W A LL TO P PLA TE

RL + 32,240m

W 13

1,800

RL +31,540m

900 650

W 14

1,800 350

300

300 W 14

300

RL + 29,072m 2,700 350

W 10

300

950 850

300

5,100

2,100 W 11

1,370

900 W 14

600

300 300

4,874 2,100 W 11

2,700 LIN E O F U N D ERFO O R STO RA G E W A LL

D 04

6,300 900 300 W 10 1,800 D 05 D 05

2,100 W 13

900 300 W 10 1,800 D 05

2,100 W 13

1,500 2,400

5,100 130

D 04

LIN E O F U N D ERFO O R STO RA G E W A LL 3,000

900 300 W 09 300 1,500 D 04

1,284

900 300 W 09 300 1,500 D 04

1,284

6,300 1,370

900 W 14

600

300 300

300

W 01 D 05

1,750

LIN E O F U N D ERFO O R STO RA G E W A LL

130

1,500

1,750 4,874 FFL + 24,41m

W 09

1,750

LIN E O F U N D ERFO O R STO RA G E W A LL

1,750

550 1,500 950

950 1,750 FFL + 26,16m

W 10

1,7501,850

550900

900

W 09

FFL + 24,41m

RL + 28,652m

RL +28,488m RL +28,068m

FFL + 26,16m

W 11

300 TO P O F W A LL TO P PLA TE

RL +28,488m RL +28,068m

900 W 11

RL + 30,389m

RL + 28,652m

W 12

900650

FFL + 28,86m

RL + 29,072m

1,550850

300

RL + 30,809m W 12 W 13

850 900

FFL + 28,86m

TO P O F W A LL TO P PLA TE

RL +31,120m

9001,550

RL + 31,120m

1,850

300

RL + 30,809m RL + 30,389m

RL +31,759m

RL + 31,540m

2,400

TO P O F W A LL TO P PLA TE

RL +32,179m

900

TO P O F W A LL TO P PLA TE

2,400

TO P O F W A LL TO P PLA TE

12,600 1,800 W 12

2,275

1,800 W 12

2,275

6,000 W 01

W 01

3,000 1,500

2,400

4,325

12,600 6,000 W 01

4,325

RL + 30,809m TO P O F W A LL TO P PLA TE

RL + 30,389m

TO P O F W A LL TO P PLA TE

RL +29,821m

RL +29,401m

RL + 30,809m

RL +29,401m

300

900

TO P O F W A LL TO P PLA TE

RL + 30,389m

TO P O F W A LL TO P PLA TE

RL +29,821m 2,150

RL +29,401m 900 1,250

RL +29,401m

300 W 06

300

W 07

TO P O F W A LL TO P PLA TE

300

RL +29,821m

W 08

TO P O F W A LL TO P PLA TE

RL +27,244m

TO P O F W A LL TO P PLA TE

300

FFL +27,06m

W 08

900 W 06

1,800 W 07

6,000

900

2,100

300 900 7,500

900 W 08

900

600

1,650 W 03

900 W 08

900

600

1,650 W 03

3,150

2,100

1,250

7,800 2,550

FFL +24,41m

W 05

300

W 04 900 W 04

1,200

900 W 04

1,200

75m m STU D 6,600

4,500

900 W 05 W 05

1,200

900 W 05

1,200

FFL +24,41m

300

1,650

3,600 W 02 1,800

300

W 04

W 03

1,200

2,400 7,800 W 02

RL + 26,824m

2,650

W 02

1,650

FFL +27,06m

W 03

900 1,200

2502,400

W 07

TO P O F W A LL TO P PLA TE

RL +27,244m

2,650

300 W 06

900

2, 250 150

RL + 26,824m

1,650

75m m STU D 7,800 1,650 1,650

900 W 06

3,600 W 02 1,800

7,800 2,550 1,800 W 07

6,000

7,500

1,650

UNFOLDED PANELS

3,150

6,600 4,500

600

PNT1 PNT1 PNT1

HE A

D 1 PNT

150 150 910 670 670 910 20 20 50 50

910

150 910 670 20

20 20

50 50

LAM2

910

LAM2

20 20

150 150 20 20 910 670 670 910

20 670

150

150 150 20 20 910 670 670 910 20 20

150 20 670 20

2 tion elev a

56 0

90 0 BULK

90 0

B TER

elev atio

80 0

840 840840

20 20

10 1 ,8

60 1 ,3

80 0 11 0 20

20 90 1,810

800

20 20

26 0

20 76 0 80 0

20 525 BUILT-IN FRIDGE 735

20 20

EQ 800 55 1 ,1 20

40 0

elev atio

40 0

elevation 1 20

840

eleveleevleEQ a atio atvio n 1 tnio1n 1 1,155

4 0 0 4 0 04 0 0 2 0 2 0 EQ

840

elevation elevation elevation 1 11

110

760

84 0

20 20

400 400400

20 260

elevation 3

400 400400 20

EQ EQ

ER H EQ EA 1,7 D C UP 40 BO A RDS 2 0 2 02 0 2 0

20 20

1 ,1 55 1 ,1 55

tion

BUIL 5 T-IN2 5 73 5 FRIDG E

80 0

1 ,8 2 0 10 9 0 1 ,8 10 20 9 20 0 90

1 ,8

2 310 0 20 20

EQ EQ

4 0 0 4 0 04 0 0 OVERHEAD CUPBOARDS 1,740

150

20 20

20 310 310

EQ EQ

1,155 1,155

310

20 20

CUPBOARDS OVERHEAD CUPBOARDS CUPBOARDS OVERHEAD OVERHEAD 1,740 1,7401,740

1,155

20 20

EQ EQ

20 20

elevation 2

EQ S

3,580 3,5803,580

610

3,580

LAM1

7 6 08 47 6 07 6 0 0 8 0 0 8 0 08 0 0

640

1 ,1

8 4 0 8 4 08 4 0

elevation 3 3 2 x EQ

elevation elevation 3 EQ

11 20 20 0 20 11 0 20 11 0 20 1,360

260 20260 20 20 20 260 20 20 OV OV OV E ER H ER H R H EA EA DEA D EQ EQ EQ 8 4 0 8 4 08 4 0 20 20 20 760 760760 1 C C 1,7 D 1C,7 4 0 UP4B0,7O4U0PBUOPTFL1 B A RD A RODA RD 800 800800 S S S E Q EQ EQ 20 20 20 20 20

150 150150

elev a

BUIL 5 T-IN2 5 2 0 73 5 FRIDG BUIL3 1 5 E T 0 25 BUIL7 -IN F 2 T3-I55N2 5RID0G E 73 5 FRIDG E

800 800

800 110

875

525 BUILT-IN FRIDGE 735 525 BUILT-IN FRIDGE 525 735 FRIDGE BUILT-IN 735

20 20

31 0 31 0

20 20

eleveleevlev a atio atio n 3 tnio3n 3

20 20 110 20 20 110

EQ EQ EQ

61 0 64 0

15 0

20 20 20 2 6 0 2 6 02 6 0 2200 2 0 2 0 20 20 20

x EQ 2 x EQ2 x 2EQ

3 ,5

20 20

290

20 20

EQ E20 Q 270

80 0 80 0

1 ,3 60 1 ,3 60

1 ,3

20 90 1,810 1,810 20 90 20 90

2x EQ

1,0

580 EQ

elevation 2 elevation 2

KITCHEN

S PLA

1,810

610

650 EQ EQ

elevation 2

EQ CNC1

3 3 8 0 ,5 8 0,5 8 0

470

EQ EQ

LAM1 LAM1LAM1

S S

3 ,5

640 640640

610

20 20

610 650 650 610

650

6 1 0 6LA 1 06M110 6 4 0 6 4 06 4 0

640

680

20 31 0 20

1,000 EQ EQ EQ 1 elevation

OVEN OVENOVEN

DRAWDRAW ERDRAW ER ER

elevation 2

20 61 0

65 0

560

800

20 EQ EQ

elevation 4

87 5

NOTE: ALL CABINETRY CASE W ORK TFL1 18mm W HITE MELAMINE FINISH

20 20

20 20 610 610610 20

elevation elevation elevation 4 44

EQ EQ 2 0

1,200 EQ

20 20

875 875875

27 0 29 0

1,185

TFL1 TFL1 TFL1

470 470470

1,200 1,200

1,200

DRAW ER

68 0 64 0

56 0 56 0

elev a tio elev n 2 eleva tion a tio 2 n2

20 20

1,000 1,000

1,000

290 290290

2 ,5

eleveleevlev a atio atio n 4 tnio4n 4

1 5 0 1 5 01 5 0

680 640 640

680 800 640 800 680

800

900 900

900

590

270 20 20 20 270 20 20 20 20580 580580 20 270

LAM2 LAM2LAM2 LAM2 LAM2LAM2

LAM2 LAM2LAM2

1 ,1 NO T 85 1 8 m E: A L m W L CA HIT BINE E M T RY ELA CA S M E INE CN FIN W O RK C1 ISH

2,580

2 x 2 x2 x EQ EQ EQ

CASE CABINETRY W ORK NOTE: ALL ALLALL CASECASE CABINETRY CABINETRY W ORK W ORK EQ EQ NOTE:NOTE: TFL1 TFL1TFL1 MELAMINE FINISH W HITE MELAMINE FINISHFINISH 18mm18mm W18mm WMELAMINE HITE HITE

LA M LA MLA M 1 1 1

2 2 8 0 ,5 8 0,5 8 0

elev a tio

S S

elevation elevation elevation 1 11

FIXED SHELF FIXEDFIXED SHELF SHELF

1 ,3

1,360 1,360

2 ,5

610

OVEN

375

FIXED SHELF

tion

1,395 47 0

1,360

tion

EQ EQ EQ8 7 5 8 7 58 7 5 1,185 1,1851,185

elevation 3

elevation elevation elevation 3 33

l/s l/s

FIXED SHELF FIXEDFIXED SHELF SHELF

l/s

50 50

670

910

50 20

elev a

20 20 2 0 20 2 900 0 20

610 610610

p/p p/pp/p p/p p/p p/p FIXED SHELF

CNC1 CNC1CNC1 CNC1 CNC1CNC1

20 20

80 0 68 0 8 64 0 0 0 6 8 0 80 0 6 4608 0 64 0 20 20

elevation0 02 elevation 2

20 20 2 7 0 2 7 02 7 0 2 9 0 2 9 022900 2 0 2 0

2,580 2,5802,580

l/s

p/p

CNC1 CNC1CNC1

DRAWER

1,0

5 8 0 5 8 05 8 0 6 1 0 6 1 06 1 0

1,0 2 elevation 00

20 20

661 0 50 661500 61 0

65 0

560 560

560

20 600

560 20 20 50 50

910

50 50

LAM1

20 20

910 20 20 910 375 375

20 50

LAM1 LAM1LAM1

ADJ SHELF

375 375

20 375

FIXED SHELF FIXEDFIXED SHELF SHELF SHELF ADJ SHELF ADJADJ SHELF

p/p

ONE PIECE SPLASH BACK

ONE PIECE SPLASH BACK ONE PIECE ONE PIECE SPLASH SPLASH BACK BACK FIXED SHELF

375

SHELF ADJ SHELF ADJADJ SHELF

p/p

LIGHT FIXTURES U/SIDE LIGHTLIGHT FIXTURES FIXTURES TO U/SIDE TO TO U/SIDE CABINETS REFER A1.08 CABINETS CABINETS REFERREFER A1.08 A1.08 ADJ SHELF

p/p p/pp/p p/p p/p p/p SHELF SHELF ADJ SHELF ADJADJ

LIGHT FIXTURES TO U/SIDE CABINETS REFER A1.08

DRAWER

LAM2 LAM2 DRAWER

DRAWER

150

150 20

670

910

670

50 20

56 0

1 1 9 5 ,3 9 5,3 9 5

elevation 4

20 20

EQ EQ EQ CNC1 CNC1CNC1

375

590

20 20 590 590 590 590

SST1 SST1 SST1

590

SHELF ADJ SHELF ADJADJ SHELF

590

SST1 p/p ADJ SHELF

LAM2 LAM2

LAM2

CNC1

DRAWER

ADJ SHELF

910

20 20 600

600 560 560 600

560

ADJ SHELF

LAM1 LAM1LAM1 SHELF ADJ SHELF ADJADJ SHELF

DRAWER

1 ,1 1 ,1 1 ,1 8 NO NO NO T T T : E: A 85 85 5 1 8 m E1:8Am1L8Em A LL LL C CA AH elev m W HmLITCWm BW INHA BEINEBINE2T0 E M ITEETIT atio M ETRY RY C ELA MREYLA C ALA MC A A S 5 n S M M E INSEE WE W8 0 3 INE IN CN CN CN FK6INO RKO RK FIN EWFOIN C1 C1 C1 R ISH ISH1IS 0H

1,395 1,3951,395 4 7 0 4 7 04 7 0

ADJ SHELF

SHELF ADJ SHELF ADJADJ SHELF

DRAWER

670

670 910 910 670

670910

670 910 910 670

eleveleevlev a atio atio n 1 tnio1n 1 elevation elevation elevation 4 44

LAM1

SHELF ADJ SHELF ADJADJ SHELF

ADJ SHELF DRAWER

elev a tio elev n 2 eleva tion a tio 2 n2

eleveleevlev a atio atio n 3 tnio3n 3

PNT1 PNT1 PNT1

CNC1 DRAWER

DRAWER

elev a

1 ,3

PLASTERBOARD BULKHEAD PLASTERBOARD PLASTERBOARD BULKHEAD BULKHEAD

SHELF ADJ SHELF ADJADJ SHELF

CNC1

CNC1 DRAWER

eleveleevlev a atio atio n 4 tnio4n 4

PNT1

ADJ SHELF

PNT1 PNT1 PNT1

50 20 375 910

375 20

150

20 150 20 150

FIXED SHELF

CNC1 CNC1CNC1

PLASTERBOARD BULKHEAD

ADJ SHELF

PNT1 PNT1 PNT1

20 590

20 150 20 150

CNC1

DISHWASHER DISHWASHER DISHWASHER(INTEGRATED DOOR (INTEGRATED DOOR(INTEGRATED ADJ SHELF DOOR ADJ DIMENSIONS TOSHELF BE DIMENSIONS TO BE DIMENSIONS TO BE CONFIRMED UPON CONFIRMED UPON CNC1 CNC1CNC1 CONFIRMED UPON APPLIANCE SPEC) APPLIANCE SPEC) APPLIANCE SPEC) CNC1 CNC1CNC1 LAM2 LAM2 LAM2 LAM2 DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER

50 20 50 5020 20 50 20 50 5020 20

150 20

PNT1 PNT1 PNT1

DISHWASHER DISHWASHER DISHWASHER DISHWASHER DISHWASHER DISHWASHER DRAWER DRAWER DRAWER DISHWASHER DISHWASHER DISHWASHER DRAWER DRAWER DRAWER (INTEGRATED DOOR (INTEGRATED (INTEGRATED DOORDOOR SHELF ADJ SHELF ADJADJ SHELF DRAWER (INTEGRATED DOOR DRAWER DRAWER (INTEGRATED (INTEGRATED DOORDOOR ADJ SHELF ADJ(INTEGRATED SHELF ADJ SHELF DOOR (INTEGRATED (INTEGRATED DOOR DOOR ADJ ADJ ADJ SHELF DIMENSIONS TO BE DIMENSIONS DIMENSIONS TOSHELF BE TO BESHELF DIMENSIONS TO BE DIMENSIONS DIMENSIONS DIMENSIONS TO BETO BE DIMENSIONS TO DIMENSIONS TO BETO BE BE CONFIRMED UPON CONFIRMED CONFIRMED UPONUPON CONFIRMED UPON CONFIRMED CONFIRMED CONFIRMED UPONUPON DRAWER UPON DRAWER DRAWER CONFIRMED CONFIRMED UPON UPON APPLIANCE SPEC) DRAWER APPLIANCE APPLIANCE SPEC)SPEC) DRAWER DRAWER APPLIANCE SPEC) APPLIANCE APPLIANCE APPLIANCE SPEC)SPEC) DRAWER DRAWER DRAWER SPEC) APPLIANCE APPLIANCE SPEC)SPEC) LAM2 LAM2 LAM2 LAM2LAM2 LAM2LAM2 LAM2LAM2 LAM2 LAM2 LAM2 LAM2LAM2 LAM2LAM2LAM2 LAM2 LAM2LAM2 LAM2 LAM2LAM2 LAM2LAM2 LAM2LAM2 DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER DRAWER 670

910

FIXED SHELF

50 20 50 5020 20

670 910 910 670

20 150 20 150

910

50 50

20 20

375 375

375 910

375 375

20 910 20910 375

20 20

PNT1 PNT1 PNT1

50 50

910

590

20 150

590

590 590 590 590

590

590 590 590 590

375 375

910

20 20 375 50 670 20 150 910 910 375 20 20910 50 670 20 150 20 20 375 50 670 20 150 910

FIXED SHELF FIXEDFIXED SHELF SHELF

375

910

FIXED SHELF FIXEDFIXED SHELF SHELF

20 50 50 20 20 50 50 20

50 20

50 20 50 20

670

910 670 670 910

CNC1 CNC1CNC1

CNC1

20 50 50 20

20 150 20 150

20 150

CNC1 CNC1CNC1

91050 20 375 20 20 375 50 670 20 150 50 20 20 150 910

20 20

CNC1

CNC1 INTEGRATED FRIDGE INTEGRATED INTEGRATED FRIDGE FRIDGE (DOOR (DOOR (DOOR SPLIT SPLIT TOSPLIT BETO TO BE BE UPON CONFIRMED UPONUPON CONFIRMED CONFIRMED CNC1 APPLIANCE SPEC) APPLIANCE APPLIANCE SPEC)SPEC)

670

SHELF ADJ SHELF ADJADJ SHELF INTEGRATED FRIDGE INTEGRATED INTEGRATED FRIDGE FRIDGE (DOOR (DOOR (DOOR SPLIT SPLIT TOSPLIT BETO TO BE BE CONFIRMED UPON CONFIRMED CONFIRMED UPONUPON APPLIANCE SPEC) APPLIANCE APPLIANCE SPEC)SPEC)

PNT1

LAM1

INTEGRATED FRIDGE (DOOR SPLIT TO BE CONFIRMED UPON APPLIANCE SPEC)

INTEGRATED FRIDGE (DOOR SPLIT TO BE CONFIRMED UPON LAM1 LAM1LAM1 APPLIANCE SPEC)

590

SHELF ADJ SHELF ADJADJ SHELF

LAM1 LAM1LAM1

PNT1 PNT1 PNT1 ADJ SHELF

LAM1

SHELF ADJ SHELF ADJADJ SHELF ADJ SHELF

PNT1

LAM1

ADJ SHELF

SHELF ADJ SHELF ADJADJ SHELF

560

600

LAM1 LAM1LAM1

SHELF ADJ SHELF ADJADJ SHELF

560 600 600 560

20 20

SHELF ADJ SHELF ADJADJ SHELF ADJ SHELF

560

600

LAM1 LAM1 LAM1 LAM1 LAM1 LAM1

LAM1 LAM1LAM1

560 600 600 560

SHELF ADJ SHELF ADJADJ SHELF

ADJ SHELF

600

LAM1 LAM1

LAM1

ADJ SHELF 560

ADJ SHELF

PNT1

PNT1 PNT1 PNT1

50 20

PNT1 PNT1 PNT1

PNT1

560

PNT1 PNT1 PNT1

PNT1

590

PNT1 PNT1 PNT1

PNT1

400

LAM2

PNT1

2 x 1200mm BATTEN LIGHT

900

50 20 50

LAM3 FIXED SHELF

FIXED FIXED SHELF SHELF LAM3

FIXED SHELF

FIXED FIXED SHELF SHELF LAM3

LAM3 LAM3

FIXED SHELF LAM3

LAM3 LAM3

LAM3

elevation 4 elevation 4

elevation 2 elevation 2

elevation 4

20 50

elevation 2 elevation 2

FIXED SHELF

LAM3

50 20

950

FIXED SHELF

EXTRACT DRYER VEN DUCT TO EXTERNAL STORAGE BELOW

FIXED SHELF

810

AWS1

810

50 20

LAM3

EXTRACT DRYER VEN DUCT TO EXTERNAL STORAGE BELOW EXTRACT DRYER VEN DUCT TO EXTERNAL STORAGE BELOW

MIRROR FIXED SHELF AWS1

AWS1 950

950

HEATED TOW EL RAIL PER SCHEDULE

950

50 50

MIRROR

EXTRACT DRYER VEN DUCT TO EXTERNAL STORAGE BELOW

950

810

MIRROR

AWS1 l/s HEATED TOW EL RAIL PER SCHEDULE

900

l/s

2 x 1200mm BATTEN LIGHT

PNT1BATTEN LIGHT 2 x 1200mm

MIRROR & W INDOW FRAME JUNCTION DETAIL REFER TO DETAIL 23 MIRROR & W INDOW FRAME JUNCTION DETAIL REFER TO DETAIL 23

MIRRORFRAME MIRROR & W INDOW JUNCTION DETAIL REFER TO DETAIL 23

810

900 50 900

20 810

950

HEATED TOW EL RAIL PER SCHEDULE

AWS1

950

AWS1 LAUNDRY APPLIANCES BY OW NER ALLOW DRYER VENT TO EXTERNAL STORAGE BELOW LAUNDRY APPLIANCES BY OW NER LAUNDRY APPLIANCES BY OW NER ALLOW DRYER VENT TO EXTERNAL ALLOW DRYER VENT TO EXTERNAL STORAGE BELOW STORAGE BELOW

p/p

AWS1

p/p 950

FROSTED

950

LAUNDRY APPLIANCES BY OW NER ALLOW DRYER VENT TO EXTERNAL STORAGE BELOW

2,100

p/p

2,100

p/p p/p

p/p

FROSTED

810

AWS1

p/p

PNT1

MIRROR & W INDOW FRAME JUNCTION DETAIL REFER TO DETAIL 23

l/s

900

PNT2 p/p

2,100

PNT2

p/p

FROSTED

900

PNT2

900

2,100

p/p

950

PNT2

PNT1

900

PNT1

810

PNT1 900

PNT1

2 x 1200mm BATTEN LIGHT

SLOPE FLOOR TO FLOOR W ASTE

ER W N AL YO ES B EXTERN A NC PPLI ENT TO YA V NDR Y ER LA U W DR ELO W O A LL R A G E B STO

SLOPE FLOOR TO FLOOR W ASTE

ER WN SLOPE FLOOR Y OTO A L ES B EXTERN FLOOR A NCW ASTE PPLI ENT TO ER ER V RY A WN WN Y O RNA L LA UND DRY ER W Y O RN A L B B ES EXTE TE C ES ELO OW A NC LIA N T TO EX A LL R A G E B PPLI ENT TO A PP YA V STO NDRY Y ER V EN NDR Y ER LA U W DR ELO W LA U W DR ELO W O O A LL R A G E B A LL R A G E B STO STO

atio elev

75 SLOPE FLOOR4TO FLOOR W ASTE

70 0

475

70 0

n atio elev

atio elev

75 475

atio elev

70 0

32mm HOLLOW CORE DOORS TO FIT UNDER STAIR PROFILE PNT1 500

32mm HOLLOW CORE DOORS TO FIT UNDER STAIR PROFILE 32mm HOLLOW CORE DOORS TO FIT UNDER STAIR PROFILE

32mm HOLLOW CORE DOORS TO FIT UNDER STAIR PROFILE AWS1 500

SLOPE FLOOR TO FLOOR W ASTE

500

PNT1 900

PNT1

500

PNT1

EQ EQ

2,100

2,680 EQ EQ

EQ EQ

2,100 EQ

BATHROOM

LAM3

elevation 4 elevation 4

LAM3

elevation 4 20 485 20 525

EQ EQ

LAM3

elevation 1 elevation 1 1,080

EQ 1,080

20 485 20 485 525 20 525

2,680

485 20 525

2,100

elevation 4

LAM3

SELECTED ACRYLIC SHEET TO BATH SURROUND

elevation 1 1,080

2,680 EQ

elevation 2 elevation 2

950

elevation 1

BFL1

2,680 NOTE: ALL CABINETRY CASE W ORK NOTE: ALL CABINETRY CASE W ORK EQ EQ 18mm W HITE MELAMINE FINISH EQ 18mm W HITE EQ MELAMINE FINISHEQ

elevation 2

900 950

950

elevation 1

AWS1

BFL1 NOTE: ALL CABINETRY CASE W ORK 18mm W HITE MELAMINE FINISH

SELECTED ACRYLIC SHEET TO BATH SURROUND

BFL1

atio elev

AWS1

SLOPE FLOOR TO FLOOR W ASTE

NOTE: ALL CABINETRY CASE W ORK 18mm W HITE MELAMINE FINISH

SELECTED ACRYLIC SHEET TO BATH SURROUND

elevation 1

elevation 2

900 900 2,100 2,100

2,100

atio elev

AWS1 SELECTED ACRYLIC SHEET TO BATH SURROUND

atio elev

SELECTED ACRYLIC SHOW ER WALL SHEET

SLOPE FLOOR TO BFL1 FLOOR W ASTE

AW S1 AW S1

AWS1

SELECTED ACRYLIC SHOW ER WALL SHEET SELECTED ACRYLIC SHOW ER WALL SHEET

atio elev

TOUGHENED GLASS SHOW ER SCREEN TO NATURAL ANODIZED ALUMINIUM CHANNEL REBATED FLUSH INTO AW S1 WALL & FLOOR LINING TOUGHENED GLASS SHOW ER SCREEN TO NATURAL ANODIZED TOUGHENED GLASS TOUGHENED GLASS ALUMINIUM CHANNEL SHOW ER SCREEN TO SHOW ER TO SCREEN REBATED FLUSH INTO NATURAL ANODIZED NATURAL WALL & FLOORANODIZED LINING SELECTED ACRYLIC ALUMINIUM CHANNEL ALUMINIUM CHANNEL WALL SHEET REBATED SHOW FLUSHER INTO REBATED FLUSH INTO AW S1 WALL & FLOOR LINING WALL & FLOOR LINING

2,100

AWS1 SLOPE FLOOR TO FLOOR W ASTE

1,080

elevation 1

KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING TIMBER TIMBER TIMBER TIMBER BLOCKING BLOCKING BLOCKING BLOCKING

9 3 19 5 .5 9 3 19 5 .5

1.04 1.04

R1.8R1.

1 3 9 5.5 9 1 3 9 5.5

TITAN TITAN TITAN RAINSCREEN TITAN RAINSCREEN RAINSCREEN RAINSCREEN EXOTEC EXOTEC EXOTEC EXOTEC

R1.8R1.8

1 3 9 5.5 1 3 9 5.5

1.04 1.04

R1.8R1.8 RIGID RIGID AIRAIR RIGID RIGID AIRAIR BARRIER BARRIER BARRIER BARRIER BUNKROOM BUNKROOM BUNKROOM BUNKROOM

19 3

5.5 90

5.5

19 3

5.5

10 10

19 3 9 90 5.5 41 19 3 9 90 5.5 41

10 10

9 3 19 5 .5 9 3 19 5 .5

19 3 9 90 5.5 41 19 3 9 90 5.5 41

45x19mm 45x19mm C AVITY 45x19mm C AVITY 45x19mm BATTEN BATTEN C AVITY C AVITY BATTEN BATTEN BATTEN BATTEN BATTEN ENDS BATTEN ENDS ENDS ENDS CORNER CORNER CORNER CORNER TRIM TRIM TOTRIM TOTRIM TO TO FORM FORM SOLID SOLID CORNER FORM CORNER FORM SOLID SUPPORT SOLID SUPPORT CORNER CORNER SUPPORT SUPPORT FORFOR EXOTEC EXOTEC RAINSCREEN FORRAINSCREEN FOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN

9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING

1.05 1.05 1.05 1.05 90 90 90 3 9 35.59 5.5 1STORAGE 1 STORAGE STORAGE STORAGE 9 9 10 90

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

3 9 19 3 9 19

R1.8R1.8

5.5

80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

19 3 9 90 5.5 41 19 3 9 90 5.5 41 10

10 10

26 9

R1.8R1.8

3 3 3 3 905.5 10 5.5 19 10 19 9 909 905.5 5.5 19 19 9 9

26 9

90 7 7 26

10 90

EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE EXTERNAL DOOR STORAGE DOOR STORAGE DOOR DOOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN EXOTEC EXOTEC RAINSCREEN ON RAINSCREEN ON ON ON 100x50mm 100x50mm TIMBER 100x50mm TIMBER 100x50mm FRAME FRAME TIMBER TIMBER FRAME FRAME

STAIR STAIR 2 2 STAIR STAIR 2 2

R1.8R1.8 R1.8 R1.8 BATHROOM BATHROOM MIRROR BATHROOM MIRROR BATHROOM EXTEND EXTEND MIRROR MIRROR EXTEND EXTEND TO TO W INDOW W INDOW TO TO W INDOW W INDOW JAMB JAMB JAMB JAMB REFER REFER TO TO ENLARGED ENLARGED REFER REFER TOBATHROOM TO ENLARGED BATHROOM ENLARGED BATHROOM BATHROOM ELEVATION ELEVATION FOR ELEVATION FOR DIMENSION ELEVATION DIMENSION FORFOR DIMENSION DIMENSION

80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP 10

08003 08022 08003 08022

08741

D02 D02

68° D02 68° D02

68° 68°

D04 D04

0 0873

0873

0 0870

0873

0 0873

W 09 W 09

0873

0 0870

0873

W 09 W 09

0 0870

AIRAIR SEAL SEAL AIRAIR SEAL SEAL

EXTERNAL EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE STORAGE STORAGE

RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER TIMBER TIMBER BLOCKING BLOCKING TIMBER TIMBER BLOCKING BLOCKING TITAN TITAN EXOTEC EXOTEC TITAN EXOTEC TITAN RAINSCREEN RAINSCREEN EXOTEC RAINSCREEN RAINSCREEN COLOURSTEEL COLOURSTEEL COLOURSTEEL COLOURSTEEL DOW DOW NPIPE NPIPEDOW DOW NPIPE NPIPE

R1.8R1.8

R1.8R1.8 5 5 5 5 A 2 .0 A 2 .0 A 21.00 A 21.00 R TO 0R TO 0 R TO 0R TO 0 0 30 0 30 REFE RE3FE REFE RE3FE

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL PAINT PAINT PAINT PAINT TO JOINT TOBLACK TO TO OUTOUT JOINT JOINT BLACK OUT BLACK OUT JOINT BLACK INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP MATCH TITAN TITAN TITAN TITAN MATCH MATCH EXOTEC MATCH EXOTEC EXOTEC EXOTEC RAINSCREEN RAINSCREEN FACADE RAINSCREEN FACADE RAINSCREEN DETAIL DETAIL FACADE FACADE DETAIL DETAIL 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

90 3 9 3 5 .59 5 .5 1 1 9 9

45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN CORNER CORNER BATTEN BATTEN CORNER CORNER TRIM TRIM BATTEN ENDS BATTEN ENDS TOTRIM TOTRIM ENDS ENDS TO TO FORM FORM SOLID SOLID CORNER FORM CORNER FORM SOLID SUPPORT SOLID SUPPORT CORNER CORNER SUPPORT SUPPORT FORFOR EXOTEC EXOTEC RAINSCREEN FORRAINSCREEN FOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN

D05 D05

10 10 90 90 3 9 3 5 .59 5 .5 1 1 9

D05 D05

.O .S .O .S 9 C 9 C

70° 70°

.O .S .O .S 9 C 9 C

70° 70°

EXTERNAL EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE STORAGE STORAGE

C. L.

C. L

C. L.

W 06 W 06

10 90

D04 D04

TITAN TITAN EXOTEC EXOTEC TITAN RAINSC TITAN RAINSC EXOTEC REEN EXOTEC REEN RAINSC REEN REEN 9.5mm 9.5mm 9.5mm GIBRAINSC GIB BOARD 9.5mm BOARD ON GIB ON GIB BOARD BOARD ON ON FRAMING FRAMING FRAMING FRAMING KILN KILN DRIED DRIED KILN DRIED KILN DRIED RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER

9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING

08735

C. L.

C. L

C. L.

C. L

W 06 W 06

5 5 A 2 .0 A 2 .0 R TO 0R TO 0 0 30 REFE RE3FE

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL INSEAL STRIP STRIP INSEAL STRIP STRIP

R1.8R1.8

08700

08730 00 087

08730

10 10 CONTINUOUS CONTINUOUS CONTINUOUS SEALANT CONTINUOUS SEALANT ON ON SEALANT ONPILE ON 125x125mm 125x125mm PILE 125x125mm PILE 125x125mm TOSEALANT TO PILE TO TO FOAM FOAM FOAM BOND BOND FOAM BREAKER BREAKER BOND BOND BREAKER BREAKERENGINEERS'S STRUCTURAL STRUCTURAL STRUCTURAL ENGINEERS'S STRUCTURAL ENGINEERS'S ENGINEERS'S

C. L.

1.04 1.04 1.04 1.04 R1.8R1.8 BUNKROOM BUNKROOM BUNKROOM BUNKROOM

DETAILS

90 19 19 9 9 5.5 5.53 3

08730

130

1.01 1.01

2.01 2.01 2.01 2.01 BEDROOM BEDROOM BEDROOM BEDROOM

90 9

08746

08634

08746

08741

08730

130

08022

C. L.

COLOURSTEEL COLOURSTEEL COLOURSTEEL DOW COLOURSTEEL DOW NPIPE NPIPEDOW DOW NPIPE NPIPE

SHUGG SHUGG GUIDE GUIDE SHUGG 1382 SHUGG 1382 GUIDE GUIDE 1382 1382 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL

10 19 9

08753

08746

08741

08730

08741

08753

08634

08746

08634

08753

130

19 5.5

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

TIMBER TIMBER BLOCKING BLOCKING TIMBER TIMBER BLOCKING BLOCKING

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL W IDE W IDE BUTYL BUTYL W IDE W IDE BUTYL BUTYL 50mm 50mm 50mm 50mm INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

AIRAIR SEAL SEAL AIRAIR SEAL SEAL CONTINUOUS CONTINUOUS CONTINUOUS SEALANT CONTINUOUS SEALANT ON ON SEALANT SEALANT ON ON FOAM FOAM BOND BOND FOAM BREAKER FOAM BREAKER BOND BOND BREAKER BREAKER SQUARE SQUARE STOP STOP SQUARE GIB SQUARE GIB TO TO STOP STOP GIBGIB TO TO CASING CASING BEAD BEAD CASING CASING BEAD BEAD SHUGG SHUGG ADAPTOR ADAPTOR SHUGG SHUGG 1383 ADAPTOR 1383 ADAPTOR 1383 1383

10 10

90 C.O.S. 10 90 C.O.S. 10 10 10 19 5.5

3 9

08055

08022

19 5.5

08056

080 03

08056

08056 10

080 03

125 9 3 25 5.5 119 9 3

5.5 19

125 9 3 25 5.5 119 9 3

5.5 19

R1.8R1.8

1.01 1.01

5.5 5.53

08056 08056

3 5.5 19

9 3 5.5 19

3 5.5 19

9 3 5.5 19

PACKER PACKER 10 PACKER 10 PACKER 90 90 10 19 AIRAIR SEAL SEAL AIRAIR SEAL SEAL

10 10 9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON10 R1.8 R1.8 LIVING LIVING ROOM ROOM LIVING LIVING ROOM ROOM KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING

4 5 90

90 C.O.S. 10 90 C.O.S. 10

08022

9 10

RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER SLIDING SLIDING DOOR DOOR SLIDING SLIDING DOOR DOOR SQUARE SQUARE STOP STOP SQUARE GIB SQUARE GIB TO TO STOP STOP GIB GIB TO TO CASING CASING BEAD BEAD CASING CASING BEAD BEAD TITAN TITAN EXOTEC EXOTEC TITAN RAINSCREEN TITAN RAINSCREEN EXOTEC EXOTEC RAINSCREEN RAINSCREEN R1.8R1.8 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL INSEAL INSEAL STRIP STRIP STRIP STRIP EXTERNAL EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE STORAGE STORAGE 19x45mm 19x45mm CAVITY 19x45mm CAVITY 19x45mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN

70° 70°

80mm W IDE W IDE 80mm 80mm W IDE W IDE BUTYL BUTYL BUTYL BUTYL R1.8R1.8 80mm INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP R1.8R1.8 1.05 1.05 1.05 1.05 R1.8R1.8 50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL STORAGE STORAGE STORAGE STORAGE 45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP CORNER CORNER BATTEN BATTEN CORNER CORNER TRIM TRIM BATTEN ENDS BATTEN ENDS TOTRIM TOTRIM ENDS ENDS TO TO FORM FORM SOLID SOLID C FORM ORNER C FORM ORNER SOLID SUPPORT SOLID SUPPORT C ORNER C ORNER SUPPORT SUPPORTCONTINUOUS ON ON ON ON CONTINUOUS CONTINUOUS SEALANT CONTINUOUS SEALANT SEALANT SEALANT R1.8 R1.8 R1.8 R1.8 FOR FOR EXOTEC EXOTEC RAINSCREEN FOR RAINSCREEN FOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN FOAM FOAM FOAM BREAKER FOAM BREAKER BREAKER BREAKER BOND BOND BOND BOND

19 5.5

08055

08022

08056

SLIDING SLIDING SCREEN SCREEN SLIDING SLIDING SCREEN SCREEN D05 D05 D05 D05 TITAN TITAN EXOTEC EXOTEC TITAN RAINSC TITAN RAINSC EXOTEC REEN EXOTEC REEN RAINSC RAINSC REEN REEN R1.8R1.8 R1.8R1.8 SLIDING SLIDING DOOR DOOR SLIDING SLIDING DOOR DOOR 1.01 1.01 1.01 1.01 10 10 10 10 RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER 90 90 ROOM 90 90 ROOM LIVING ROOM 5. 5LIVING 5. 5LIVING 5. 5ROOM 5. 5LIVING 19 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL 125x125mm 125x125mm PILE 125x125mm PILE 125x125mm TO TO PILE 9 PILE 9TO19TO 9 19 9 19 3 3 3 3 9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP STRUCTURAL STRUCTURAL STRUCTURAL ENGINEERS' STRUCTURAL ENGINEERS' S ENGINEERS' S ENGINEERS' S S KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMINGRECOMMENDATION RECOMMENDATION RECOMMENDATION RECOMMENDATION 50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL 45x19mm 45x19mm 45x19mm CAVITY 45x19mm BATTEN BATTEN BATTEN BATTEN INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP CAVITY 2CAVITY / 190x50mm 2CAVITY / 190x50mm 2 /BEARERS 190x50mm 2 /BEARERS 190x50mm BEARERS BEARERS 9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING SLIDING SLIDING SLIDING SLIDING SCREEN SCREEN SCREEN SCREEN AIRAIR SEAL SEAL AIRAIR SEAL SEAL

08056 08056

2.03 2.03 2.03 2.03 BATHROOM BATHROOM BATHROOM BATHROOM

080 03

9 3 5.5 19 9 3

5.5 19

45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN

08003 08003

70° 70°

08022 08022

C. L. C. L.

00 300 REFE RE3FE

1383 1383 1383 1383F. CF.. PANEL SHUGG SHUGG ADAPTOR ADAPTOR SHUGG SHUGG ADAPTOR ADAPTOR TITAN TITAN EXOTEC EXOTEC TITAN F.TITAN CF.. EXOTEC PANEL C . EXOTEC PANEL C . PANEL

RECOMMENDATION RECOMMENDATION RECOMMENDATION RECOMMENDATION 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL 10 10 10 10 INSEAL INSEAL STRIP STRIP STRIP STRIP 2 /INSEAL 190x50mm 2 /INSEAL 190x50mm 2 BEARERS / 190x50mm 2 BEARERS / 190x50mm BEARERS BEARERS

9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON DRIED DRIED FRAMING FRAMING DRIED DRIED FRAMING FRAMING KILN KILN KILN KILN

C. L. C. L. 57

C. L. C. L.

C. L.

EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE EXTERNAL DOOR STORAGE DOOR STORAGE DOOR DOOR 10 10 90 90 90 REEN REEN EXOTEC EXOTEC RAINSC RAINSC EXOTEC EXOTEC ON RAINSC ON RAINSC ON ON 5. 5 REEN 5. 5 REEN 5. 5 5. 5 41 41 41 41 193 TIMBER 19 3 9TIMBER 3 9193 19 100x50mm 100x50mm TIMBER 100x50mm 100x50mm 9 FRAME 9 FRAME 57TIMBER 57 FRAME 57 57 FRAME

SELECTED SELECTED HEAVY SELECTED HEAVY SELECTED DUTY DUTY HEAVY STAINLESS HEAVY STAINLESS DUTY DUTY STAINLESS STAINLESS.0 5 .0 5 A2 A2 SHUGG SHUGG GUIDE GUIDE SHUGG 1382 SHUGG 1382 GUIDE GUIDE 1382 1382 STEEL STEEL DOOR DOOR HINGE STEEL HINGE STEEL DOOR DOOR HINGE HINGE R TO R TO

EXT EXT 10 10 EXOEXO 100100

EX EX 10

SELE SELE STEE STEE

SE ST

TIMTIM

125125 STRSTR RECREC

12 ST RE

10 90

90 7 7 26

5 .5 1 3 9 5 .5

1 3 9 5 .5 1 3 9 5 .5 9

126° 126°

5 .5

3 9 1

70° 70°

R1.8R1.8

C. L.

10 10 90 90 90 5. 5 5. 5 5. 5 5. 5 41 19 19 41 41 19 19 9 3 9 3 57 57 9 39 3

126° 126°

R1.8R1.8

.8 .8

TITAN TITAN EXOTEC EXOTEC TITAN RAINSC TITAN RAINSC EXOTEC REEN EXOTEC REEN RAINSC RAINSC REEN REENTITAN EXOTEC EXOTEC F. PANEL PANEL F. TITAN TITAN TITAN C.F.EXOTEC C. EXOTEC C.F. PANEL C. PANEL R1.8 R1.8 R1.8 R1.8

OMOM

80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL STRIP STRIP STRIP STRIP INSEAL INSEAL INSEAL INSEAL

RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER

70° 70°

TITAN TITAN EXOTEC EXOTEC TITAN RAINSCREEN TITAN RAINSCREEN EXOTEC EXOTEC RAINSCREEN RAINSCREEN

9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING

5 .5

R1.8R1.8

RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER

18mm 18mm PLYW PLYW OOD 18mm OOD 18mm PANEL PLYW PANEL PLYW OOD OOD PANEL PANEL

5 .5

C. L.

C. L. 41

R1.8R1.8 R1.8R1.8 45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN CORNER CORNER BATTEN BATTEN CORNER CORNER TRIM TRIM BATTEN ENDS BATTEN ENDS TOTRIM TOTRIM ENDS ENDS TO TO FORM FORM SOLID SOLID C FORM ORNER C FORM ORNER SOLID SUPPORT SOLID SUPPORT C ORNER C ORNER SUPPORT SUPPORT FORFOR EXOTEC EXOTEC RAINSCREEN FORRAINSCREEN FOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN

C. L.

90 3 9 35.59 5.5 1 1 9

10 90

10 10 10 90 10 10 10 90 19 19 90 90 1933 95. 19 3 193 5.19 535. 55. 55. 590 5 5. 5 9 3 91935. 5195. 590 3 990 941 941 9 9 41 57 57

2.01 2.01 2.01 2.01 BEDROOM BEDROOM BEDROOM BEDROOM

R1.8R1.8

9.5mm 9.5mm GIBDOOR GIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON SLIDING SLIDING DOOR DOOR SLIDING SLIDING DOOR KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING

R1.8R1.8

90 C.O.SC.O.S 9 9

TITAN TITAN EXOTEC EXOTEC TITAN RAINSCREEN TITAN RAINSCREEN EXOTEC EXOTEC RAINSCREEN RAINSCREEN R1.8R1.8 R1.8R1.8

R1.8R1.8

C. L.

R1.8R1.8

57° 57°

R1.8R1.8

90 C.O.SC.O.S 9 90 9

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL STRIP STRIP STRIP STRIP INSEAL INSEAL INSEAL INSEAL

5 .5

57° 57°

R1.8R1.8

5 .5

RIGID RIGID BARRIER RIGID BARRIER RIGID BARRIER BARRIER AIRAIR AIRAIR

R1.8R1.8

EXTERNAL EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE STORAGE STORAGE

1.01 1.01 1.01 1.01 LIVING LIVING LIVING LIVING ROOM ROOM ROOM ROOM

RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER SCREEN SCREEN SCREEN SCREEN SLIDING SLIDING SLIDING SLIDING

22° 22°

08022

19 90

50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

08056

08022

5 .5

R1.8R1.8

08003

08056

10 10 19 19 90

3 9EXOTEC 35. 5 5.RAINSCREEN TITAN TITAN EXOTEC EXOTEC TITAN RAINSCREEN TITAN RAINSCREEN 5 RAINSCREEN 9EXOTEC 9 3 9 35. 5 5. 5 RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIR AIR BARRIER BARRIER 41 41 41 41 57

80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL INSEAL INSEAL INSEAL INSEAL STRIP STRIP STRIP STRIP R1.8 R1.8

TITAN TITAN TITAN TITAN EXOTEC EXOTEC RAINSCREEN RAINSCREEN EXOTEC EXOTEC RAINSCREEN RAINSCREEN

GIB GIB ON ON PACKERS PACKERS GIB GIB ON TO ON TO CONCEAL PACKERS PACKERS RHS TO CONCEAL RHS CONCEAL RHSRHS 9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ONCONCEAL ON TO REFER REFER TO TO DETAIL DETAIL REFER REFER 5 TO 5 TO DETAIL DETAIL 5 5 KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING 57

19x45mm 19x45mm CAVITY 19x45mm CAVITY 19x45mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN R1.8R1.8

22° 22°

TITAN TITAN EXOTEC EXOTEC TITAN TITAN EXOTEC EXOTEC SLIDING SLIDING DOOR DOOR SLIDING SLIDING DOOR DOOR

SHUGG ADAPTOR ADAPTOR SHUGG SHUGG ADAPTOR ADAPTOR 1383 1383 1383 1383 TIMBER TIMBER BLOCKING BLOCKING TIMBER TIMBER BLOCKING BLOCKING RAINSCREEN RAINSCREEN RAINSCREEN RAINSCREEN 1.01 1.01 SHUGG NG MNG ROOM ROOM SHUGG SHUGG GUIDE GUIDE SHUGG 1382 SHUGG 1382 GUIDE GUIDE 1382 1382

C. L. C. L.

18mm 18mm PLYW PLYW 18mm 18mm PANEL PLYW PANEL PLYW PANEL PANEL OOD OOD OOD OOD

0873 0

1.03 1.03 1.03 1.03 KITCHEN KITCHEN KITCHEN KITCHEN

1.01 1.01 1.01 1.01 LIVING LIVING ROOM ROOM LIVING LIVING ROOM ROOM

3 9 1

0873 0

C. L. C. L.

08022

0873 0

C. L. C. L.

0873 5

50mm 50mm BUTYL 50mm BUTYL 50mm BUTYL BUTYL W IDE W IDE W IDE W IDE 45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY 1.01 1.01 1.01 1.01 80mm 80mm IDE IDE BUTYL 80mm BUTYL 80mm BUTYL BUTYL W BATTEN W BATTEN W IDE W IDE INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP 9.5mm 9.5mm GIBGIB BOARD 9.5mm BOARD 9.5mm ON GIB ON GIB BOARD BOARD ON ON INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP LIVING LIVING ROOM ROOM LIVING LIVING ROOM ROOM KILN KILN DRIED DRIED FRAMING KILN FRAMING KILN DRIED DRIED FRAMING FRAMING 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL R1.8R1.8 TIMBER TIMBER BLOCKING BLOCKING TIMBER TIMBER BLOCKING BLOCKING INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP CAVITY CAVITY CAVITY CAVITY 45x19mm 45x19mm 45x19mm 45x19mm BATTEN BATTEN BATTEN BATTEN RIGID RIGID AIRAIR BARRIER RIGID BARRIER RIGID AIRAIR BARRIER BARRIER CORNER CORNER BATTEN BATTEN CORNER CORNER TRIM TRIM BATTEN ENDS BATTEN ENDS TOTRIM TOTRIM ENDS ENDS TO TO GIBGIB ON ON PACKERS PACKERS GIBGIB ON TO ON TO PACKERS CONCEAL PACKERS CONCEAL TOSUPPORT TO CONCEAL CONCEAL SUPPORT SUPPORT SUPPORT FORM SOLID SOLID CORNER FORM FORM SOLID CORNER CORNER CONTINUOUS CONTINUOUS CONTINUOUS SEALANT CONTINUOUS SEALANT ONFORM ON SEALANT SEALANT ONCORNER ONSOLID RHS RHS REFER REFER TO RHS TO DETAIL RHS DETAIL REFER REFER 5 TO 5 TO DETAIL DETAIL 5REEN 5 RAINSC SLIDING SLIDING SCREEN SCREEN SLIDING SLIDING SCREEN SCREEN FOR FOR FOR FOR REEN REEN REEN EXOTEC EXOTEC RAINSC RAINSC EXOTEC EXOTEC RAINSC FOAM FOAM BOND BOND FOAM BREAKER FOAM BREAKER BOND BOND BREAKER BREAKER R1.8 R1.8 R1.8 R1.8 0873 0

.O .S .O .S 9 C 9 C

EXTERNAL EXTERNAL EXTERNAL STORAGE EXTERNAL STORAGE STORAGE STORAGE90

0870 0

0873 5

3 9 1

08056

0870 0

0873 5

08003

0870 0

0873 5

.O .S .O .S 9 C 9 C

BUTYL BUTYL BUTYL BUTYL 50mm 50mm W IDE W IDE 50mm 50mm W IDE W IDE INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP CAVITY CAVITY BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN 45x19mm 45x19mm 45x19mm 45x19mm BATTEN BATTEN TRIM TRIM BATTEN BATTEN TOTRIM TOTRIM TO TO CORNER CORNER CORNER CORNER ENDS ENDS ENDS ENDS R1.8R1.8 R1.8R1.8 R1.8 R1.8 R1.8R1.8 TIMBER TIMBER BLOCKING BLOCKING TIMBER TIMBER BLOCKING BLOCKING FORM FORM SOLID SOLID CORNER FORM CORNER FORM SOLID SUPPORT SOLID SUPPORT CORNER CORNER SUPPORT SUPPORT RAINSCREEN RAINSCREEN RAINSCREEN FORFOR EXOTEC EXOTEC FORRAINSCREEN FOR EXOTEC EXOTEC HORIZONTAL HORIZONTAL HORIZONTAL PANEL HORIZONTAL PANEL JOINT JOINT PANEL REFER PANEL REFER JOINT JOINT REFER REFER GIBGIB ON ON PACKERS PACKERS GIBGIB ON PACKERS CONCEAL PACKERS CONCEAL CONCEAL CONCEAL TO ON TO TO TO TO TO MANUFACTURER' MANUFACTURER' TO TO MANUFACTURER' MANUFACTURER' S DETAIL S DETAIL S DETAIL S DETAIL RHSRHS REFER REFER TORHS TO DETAIL RHS DETAIL REFER REFER 5 TO 5 TO DETAIL DETAIL 5 5 RIGID RIGID BARRIER RIGID BARRIER RIGID BARRIER BARRIER AIRAIR AIRAIR 08003 08003 08022 08003 08022 08003 08022 08022 BUTYL BUTYL BUTYL BUTYL 80mm 80mm W IDE W IDE 80mm 80mm W IDE W IDE 50mm 50mm W IDE W IDE BUTYL 50mm BUTYL 50mm W IDE W IDE BUTYL 10 BUTYL 10 10 10 INSEAL INSEAL INSEAL INSEAL STRIP STRIP STRIP STRIP TITAN TITAN EXOTEC EXOTEC TITAN TITAN EXOTEC EXOTEC TITAN TITAN EXOTEC EXOTEC TITAN TITAN EXOTEC EXOTEC RAINSCREEN RAINSCREEN RAINSCREEN RAINSCREEN W 04 W 04 W 04 W 04 STRIP STRIP STRIP STRIP INSEAL INSEAL INSEAL 10 10 08056 08056 10 10 08056 08056 RAINSCREEN RAINSCREEN RAINSCREEN RAINSCREEN INSEAL 0870 0

C. L. C. L.

19 3 9 90 5.5 41 19 3 9 90 5.5 41

C. L. C. L.

08022 08022

08056 08056

08022 08003 08022 08003

1.04 1.04 1.04 1.04 BUNKROOM BUNKROOM BUNKROOM BUNKROOM

08056 08056

SQUARE SQUARE STOP STOP SQUARE GIB SQUARE GIB TO TO STOP STOP GIBGIB TO TO CASING CASING CASING CASING BEAD BEAD BEAD BEAD

C. L. C. L.

45x19mm 45x19mm CAVITY 45x19mm CAVITY 45x19mm BATTEN BATTEN CAVITY CAVITY BATTEN BATTEN GIB GIB ON ON PACKERS PACKERS GIB GIB ON TOTO ON TO PACKERS PACKERS TOTO TOTO CORNER CORNER BATTEN BATTEN CORNER CORNER TRIM TRIM BATTEN ENDS BATTEN ENDS TRIM TO TRIM ENDS ENDS CONCEAL CONCEAL RHS CONCEAL RHS CONCEAL RHSSUPPORT RHSSUPPORT FORM FORM SOLID SOLID CORNER FORM CORNER FORM SOLID SUPPORT SOLID SUPPORT CORNER CORNER FORFOR EXOTEC EXOTEC RAINSCREEN FORRAINSCREEN FOR EXOTEC EXOTEC RAINSCREEN RAINSCREEN RHSRHS RHS COLUMN COLUMN TORHS TO COLUMN STRUCTURAL COLUMN STRUCTURAL TO TO STRUCTURAL STRUCTURAL ENGINEER' ENGINEER' S DETAIL ENGINEER' S DETAIL ENGINEER' S DETAIL S DETAIL 08003 08003 80mm 80mm W IDE W IDE BUTYL 80mm BUTYL 80mm W IDE W IDE BUTYL BUTYL 10 10 10 10 INSEAL INSEAL STRIP STRIP INSEAL INSEAL STRIP STRIP

2 / 12 / 1

TITATITA

RAINSCREEN NATURAL ANODISED ALUMINIUM FLASHING BEHIND RIGID AIR BARRIER LAP RIGID AIR BARRIER

08026

SYSTEM TO STEEL ANGLE SUPPORT 150x100x10mm STEEL ANGLE SLIDER HEAD SUPPORT TO STRUCTURAL ENGINEER'S DETAILFLASHING ALUMINIUM NATURAL ANODISED LAP BEHIND RIGID AIR BARRIER SLIDING SCREEN

GIB BOARD TO EX 20x50mm CEILING BATTENS

R1.8

RIGID AIR BARRIER

57 C. L.

C. L.

R1.8

FOIL UNDERFLOOR INSULATION

45x19mm CAVITY BATTEN

57 C. L.

TITAN EXOTEC RAINSCREEN

9.5mm GIB BOARD ON KILN DRIED FRAMING

20mm STRANDBOARD SELECTED STAIN AND SEALANT FLOORING 20 200

08026

08051

FFL +24.36m

10x50mm SKIRTING GIB BOARD TO EX 20x50mm CEILINGSTRANDBOARD BATTENS 20mm

R1.8 FFL +28.86m

08051

45x19mm CAVITY BATTEN

FFL +24.36m 190 20

FFL +24.41m

08054

R2.2

200

TITAN EXOTEC RAINSC REEN

150

200

3mm PACKER TO FACADE OF BATTEN

SLIDING DOOR 125x125mm PILEFOIL UNDERFLOOR INSULATION DECK R2.2 TIMBER BLOCKING SEALANT BEAD

08026

SELECTED STAIN AND RIGID AIR FLOORING BARRIER SEALANT

FFL +24.41m

08054

200x50mm FLOOR JOIST @ 600 CTS 20mm STRANDBOARD SELECTED STAIN AND NATURAL SEALANTANODISED FLOORING ALUMINIUM FLASHING DAMP PROOF COURSE FOIL UNDERFLOOR INSULATION 150x50mm DECKING JOIST @ 450 CTS TIMBER BLOCKING 125x125mm H5 TREATED PILE TO STRUCTURAL ENGINEER' DETAIL 600 CTS 200x50mm FLOOR JOISTS @ 2NATURAL / 150x50mm H4 TREATED BEARERFLASHING TO ANODISED ALUMINIUM STRUCTURAL ENGINEER' S DETAIL

19 5.5

150x50mm DECKING JOIST @ 450 CTS

200x50mm FLOOR JOIST @ 600 CTS GIB BOARD TO EX 20x50mm CEILING BATTENS R1.8 RIGID AIR BARRIER 45x19mm CAVITY BATTEN

190

DAMP PROOF COURSE

DETAILS

125x125mm H5 TREATED PILE TO STRUCTURAL ENGINEER' S DETAIL 2 / 150x50mm H4 TREATED BEARER TO STRUCTURAL ENGINEER' S DETAIL

SELECTED STAIN AND UNDERFLOOR FOIL RIGID AIR BARRIER FLOORING SEALANT INSULATION

TITAN EXOTEC 200x50mm FLOOR RAINSCREEN JOIST @ 600 C TS R2.2 3mm PACKER TO FACADE OF BATTEN 2 / 190x50mm BEARERS 45x19mm CAVITY BATTEN FOIL UNDERFLOOR NATURAL ANODISED INSULATION ALUMINIUM FLASHING 200

200

200x50mm FLOOR 125x125mm JOIST @ 600PILE C TSTO STRUCTURAL ENGINEER'S RECOMMENDATION

15째

200x50mm FLOOR JOIST @ 600 CTS

3mm PACKER TO FACADE OF BATTEN

08022

150

9.5mm GIB BOARD ON KILN DRIED FRAMING 200x50mm FLOOR JOIST @ 600 CTS R1.8

ALIGN

ALUMINIUM FLASHING LAP BEHIND RIGID AIR BARRIER

R1.8

ALIGN 15째 STRIP NURALPLY 3P FLASHING LAP BEHIND FLASHING 9 C.O.S 90

2 / 190x50mm BEARERS EXT. STORAGE C LADDING DIRECT FIX EXOTEC F. C. PANEL ON VERTICAL BATTENS TO STUD W ALL NATURAL ANODISED ALUMINIUM FLASHING NURALPLY 3P 2 LAYER

ROOFING MEMBRANE 125x125mm PILE TO STRUCTURAL ENGINEER'S 18mm PLYW OOD PANEL RECOMMENDATION BUILDING PAPER EXT. STORAGE C LADDING DIRECT FIX EXOTEC200x50mm F. C. PANELROOF ON RAFTER VERTICAL BATTENS@TO STUD W ALL 600CTS

9.5mm GIB BOARD ON 9 C.O.S KILN DRIED FRAMING SQUARE STOP GIB TO SEALANT BEAD 9

R2.2 C.O.S

GIB BOARD TO EX 20x50mm CEILING BATTENS

EXT. STORAGE CLADDING DIREC T FIX EXOTEC F. C . PANEL ON VERTICAL BATTENS TO STUD W ALL

19 5.5

9.5mm GIB BOARD ON SLIDING KILN DRIEDDOOR FRAMING

200

SLIDING SCREEN

SEALANT BEAD GROUND LINE 20mm STRANDBOARD BACKFILL AGAINST STAIN AND CLOSURE BOARDSELECTED TO SLIDING SCREEN EXISTING GRADESEALANT FLOORING

57 08022

GIB BOARD TO 35x50mm CEILING BATTENS

2 / 150x50mm H4 TREATED BEARER TO STRUCTURAL ENGINEER'S DETAIL SLIDING SCREEN DAMP PROOF COURSE SLIDING DOOR EX 150x25mm R/S TREATED CLOSURE STAIN BOARD SELECTEDDECK

FFL +28.86m

200x50mm FLOOR JOIST @ 600 CTS

10x50mm SKIRTING

R1.8 19 5.5

FFL +28.86m

190

RIGID AIR BARRIER 200

19 5.5

C. L.

R2.2 9

TITAN EXOTEC RAINSCREEN FFL +24.41m

3mm PACKER TO FACADE OF BATTEN

R1.8 FFL +26.16m

150x100x10mm STEEL ANGLE SLIDER HEAD SUPPORT TO STRUCTURAL ENGINEER'S DETAIL

08022

10x50mm MDF SKIRTING 20mm STRANDBOARD SELECTED STAIN AND SEALANT FLOORING

9.5mm GIB BOARD ON KILN DRIED FRAMING

5.5 19

10x50mm SKIRTING 9.5mm GIB BOARD ON KILN DRIED FRAMING 20mm STRANDBOARD

20mm STRANDBOARD SELECTED STAIN AND SEALANT FLOORING

10x50mm MDF SKIRTING

19 5.5

08026

9.5mm GIB BOARD ON KILN DRIED FRAMING R2.2 9

5.5 19

PLASTERBOARD TO STOP BEAD SLIDING DOOR

08051

10 20

TITAN EXOTEC RAINSCREEN 200x50mm ROOF RAFTER @ 600 CTS

5째

3mm R2.2PACKER TO FACADE OF BATTEN

08022

200

45x19mm CAVITY BATTEN

FFL +26.16m

RIGID AIR BARRIER

R1.8

200

PLASTERBOARD TO STOP BEAD RHS BEAM TO STRUCTURAL ENGINEER' S DETAIL GIB BOARD TO 35x50mm BATTENS CEILING HENDERSON SR120 SLIDING DOOR

08051

3mm PACKER TO 20mm STRANDBOARD FACADE OF BATTEN SELECTED STAIN AND FLOORING SEALANT RAINSCREEN TITAN EXOTEC

5째

TITAN EXOTEC RAINSCREEN 3mm PACKER TO FACADE OF BATTEN GIB BARRIER 9.5mm BOARD ON RIGID AIR KILN DRIED FRAMING 45x19mm CAVITY BATTEN 45x19mm CAVITY BATTEN 10x50mm SKIRTING

R1.8

RIGID AIRPACKERS BARRIER TO CONCEAL RHS GIB ON REFER TO DETAIL 5 RHS BEAM TO STRUCTURAL S DETAIL ENGINEER' 3mm PACKER TO FACADE OF BATTEN HENDERSON SR120 SLIDING DOOR TO STEEL ANGLE SUPPORT SYSTEM TITAN EXOTEC

TITAN EXOTEC RAINSCREEN

3mm PACKER TO FACADE OF BATTEN

190

5.5 19

19 5.5

20 0

R1.8

150

TITAN EXOTEC RAINSCREEN 45x19mm CAVITY BATTEN

R1.8

3mm PACKER TO FACADE OF BATTEN

NURALPLY 2 LAYER 200x50mm3P ROOF RAFTER ROOFING @ 600 CTSMEMBRANE GIB BOARD EX PANEL 20x50mm 18mm PLYWTO OOD CEILING BATTENS BUILDING PAPER 9.5mm GIB BOARD ON KILN DRIED FRAMING

R1.8

200

9.5mm GIB BOARD ON KILN DRIED FRAMING

45x19mm CAVITY BATTEN RIGID AIR BARRIER

R1.8

3mm PACKER TO FACADE OF BATTEN

NURALPLY 3P FLASHING STRIP

RIGID AIR BARRIER

10 20

NATURAL ANODISED ALUMINIUM PARAPET CAPPING R2.2 TIMBER BLOCKING

RIGID AIR BARRIER

GIB ON PACKERS TO CONCEAL RHS REFER TO DETAIL 5

R1.8

BUILDING PAPER

45x19mm CAVITY BATTEN

CEILING BATTENS TITAN EXOTEC RAINSC REEN 18

150

18mm PLYW OOD PANEL

C.O.S

125x125mm PILE TO STRUCTURAL ENGINEER'S SPECIFICATION DAMP PROOF COURSE EX 125x25mm TREATED CLOSURE EXT. STORAGER/S CLADDING BOARD STAIN TO ON DIRECTSELECTED FIX EXOTEC F. CFIX . PANEL TREATED 100x50mm VERTICAL BATTENS TO STUD W ALL 125x125mm PILE TO STRUCTURAL ENGINEER'S SPECIFICATION DAMP PROOF COURSE EX 125x25mm R/S TREATED CLOSURE BOARD SELECTED STAIN FIX TO TREATEDLEVEL 100x50mm GROUND FINISHED GRADE EXISTING GRADE

BONNA POINT CAFE 2009-2010 Link Architecture BonnaPointCafe是一个位于悉尼城南国家公园附近的餐厅。业主是一位多年在国家公园附近海域从事水产养殖的商人。他的事业包含了网箱鲈鱼及牡蛎养殖。由于从亚洲来澳观光的人流量大增，业主打算以多年的水产养殖经验投资日本Akoya珍珠养殖，并打造一间以他的新鲜海产及珍珠为中心的观光景点。由于计划的餐厅位在国家公园附近，设计的体量不但不能过大，还需採用与环境相符的设计方针。而在基地附近有一个业主长期作为维修及设备储藏空间的小屋，虽已破旧不堪修复但其历史却远远超过业主的使用时间，并早已是当地居民对与此海岸记忆的一部分。因此设计便以这个小屋的雏形作为出发点，并在一系列的探索之後採用了一个互相连接的多体形式设计及类似小屋的木质外墙，以此达到建筑与自然环境及历史记忆的融合。建筑功能配置包括了珍珠展示及销售区，室内外用餐空间，海生物展示间，公共卫生间，厨房与一个唯一位于二层阁楼的小办公室。

EXISTING BOATSHED

CONCEPT SKETCH

SITE PLAN

C 40

121°

13,0

108° 60

0 ,46

,10

18,5

148°

3,5 7,0

6,000

1,95

5 1,80

150

0 1,56

150

2,700

150 3,12

110°

3,300

2,240

3,75

5,700

B 5,70

0 6,00 0

90° 63

38° 0 1,35

34° 5,2

100

150

1,385

3,683

4,500

8,183 90

130°

,84

10 480 1

35°

7,3

9,9

3,012

21 5,

1,527

44°

900

2,186

7,100

150

5,700

4,215

6,000

121° 5,3

0 15

A 4,5 00

6,1

4,0

00 6

0 15

2,4

0 ,40

GROUND FLOOR PLAN

2,0

2,1

3,7

00 6,4 0 7 2,1 40

15 0 80 11

A 4,4

11 95

30 00 6,4

FIRST FLOOR PLAN

EAST ELEVATION

GSPublisherEngine 0.0.100.100

NORTH ELEVATION

SOUTH ELEVATION

GSPublisherEngine 0.0.100.100

WEST ELEVATION

SECTION C-C

GSPublisherEngine 0.0.100.100

SECTION A-A

SEVENTH DAY ADVENTIST CHURCH 2010-2011 Link Architecture SeventhDayAdventistChurch是一间位于悉尼城西的小教堂。原来的教堂由于多年来新增空间的需求都是以在主建筑四周加建的方式解决，而造成个个空间之间缺乏连接及整体性。这个缺点在不好的天候状况下尤其造成诸多的不便，会众常常要冒着风雨从一个空间走到另一个空间。因此功能的整合成为了一个十分重要的考量因素。而在设计上另外一个决定性的因素则是基地面积。由于现今的法规比四十年前教堂初建时对比如停车位数，建筑物於边界线的退缩或阴影掩盖都有更多的要求，因而对基地面积的使用必须达到最大化。这意味这在除去边界线退缩及停车位面积後所剩的矩形便成为了间筑的基本平面形状。因此设计便成为了一个从这个固定形状中找寻解决方案的过程。最後的设计采取了一个在这个固定的平面形状中以高，低，宽，窄结合光线创造建筑空间张力的方针。另外由于教会经费的限制，在材料上则提议使用轻钢架构造及波浪铝面板外墙。空间配置包括了可容纳150人的礼拜堂，幼儿学习空间，牧师办公室，图书室，公共卫生间，厨房及储藏室。

1 13,100

2 4,500

3 4,852

4 4,748

3,656

4,944

6,200

8,000

900

SIDE SETBACK

1.06 M. TOILET

1.02 CLASSROOM

1.08 WASHROOM

1.11 VESTIBULE

1.12 CHURCH HALL

3,500

B 3,500

B 1.10 KITCHEN

6,100

1.01 ENTANCE

1.05 STORAGE

1.13 DECK

1.04 OFFICE

1.03 LIBRARY

4,000

13,100

4,500

4,852

4,748

SECONDARY FRONTAGE SETBACK

4,000

3,656

4,944

6,200

8,000 FRONT SETBACK

BRIDGE STREET

GROUND FLOOR PLAN

GSPublisherEngine 0.0.100.100

BROOMFIELD STREET

1.09 DIS. TOILET

SIDE SETBACK

5,500

1.07 F. TOILET

5,500

900

FRONT SETBACK

1 13,100

2 4,500

3 4,852

4 4,748

5 3,656

4,944

6,200

8,000

900

SIDE SETBACK

5,500

SIDE SETBACK

5,500

900

FRONT SETBACK

3,500

B 3,500

6,100

4,000

13,100

4,500

4,852

4,748

SECONDARY FRONTAGE SETBACK

4,000

3,656

4,944

6,200

8,000 FRONT SETBACK

ROOF PLAN

GSPublisherEngine 0.0.100.100

TOW -17,100

BOUNDARY SOUTH

BOUNDARY NORTH

BOUNDARY SOUTH

BOUNDARY NORTH

TOW -17,100 16°

10°

7°

1.12 CHURCH HALL

1.03 LIBRARY

FFL -24,575

3,790

FFL -24,575

5,950

6,100

BOUNDARY WEST

SECTION C-C

5,500

SECTION D-D

TOW -17,100 14°

GSPublisherEngine 0.0.100.100

4°

8°

1.11 VESTIBULE

1.01 ENTRY

1.12 CHURCH HALL

FFL -24,575

6,200

3,500

BOUNDARY EAST

6,600

1.02 CLASSROOM

FFL -24,575

4,944

3,656

4,748

SECTION A-A

4,852

4,500

5,500

3,500

BOUNDARY NORTH

BOUNDARY SOUTH

6,100

GSPublisherEngine 0.0.100.100

4,500

4,850

4,750

NORTH ELEVATION

3,655

4,945

6,200

BOUNDARY WEST

BOUNDARY EAST

EAST ELEVATION

6,100

3,500

BOUNDARY SOUTH

BOUNDARY NORTH

5,500

GSPublisherEngine 0.0.100.100

6,200

4,945

3,655

4,750

SOUTH ELEVATION

4,850

4,500

BOUNDARY EAST

BOUNDARY WEST

WEST ELEVATION

BRUNSWICK HOUSE 2009-2011 Link Architecture BrunswickHouse位于悉尼市郊住宅区中一块看似再平常不过的住宅用地，但其却有一个不为人知的不平常处。这便是在基地下方三米多深处有一条1.2米宽的排水道。这条排水道从西南角到东北角将矩形的基地分成了两个三角形。由于在水道的上方不但因为不能乘重，更因为未来虽然微乎其微但却又无法预期的维修或更换水道的需求，政府因拥有地役权而不允许业主直接在其上方建任何建物。这块土地也因此空置了多年。这一因素成为了设计时最重要的挑战。最後设计方案是将一楼以水道为基准一分为二，前面较大部分作为共有生活空间，而较小的後部分则作为车库。水道上方则作为车道，而其如真的有需要，可以在不伤及建筑物主体的前题下进行挖掘及水道维修或更换的作业。建筑则在二楼跨过水道上空以形成一个完整的生活空间。在这个建筑中，一个看似最不利的缺陷却由设计成为了赋予其最重要特色的因素。

To p 15 .6 7

B.M.SSM 114705 BRASS PLATE FD. TOP KERB R.L. 15.73 A.H.D.

M Se 15 anh we .7 ole r 5 s To p

TK 15 .6 9 TK Sign

0.55D,9S,8H

Gum

Concrete Path

15.8

P.P.

15 .9

15 .7 1 Telstra Box

16 .0 6 0.3D,4S,10H

0.3D,4S,6H

House F.L. 17.00

21.12 Top Roof

16.1

Window 19.10 Top 18.04 Sill

BRICK RESIDENCE TILE ROOF No.11

16.13

Paling Fence

RIG HT

Camphor Laurel

19.69 Top Gutter

Weldmesh Fence

Chain Wire Fence

(2.665 TO LINE OF STAKES)

Gum

St ak e Pa in te d

15 .8 3 15 .8 0

(1.32)

15.9

15 .8 9 15 .8 5

15 .7 0 TK 15 .8 6

15 .9 8

Window 19.08 Top 17.70 Sill

187° 34‡ 40ˆ

34.215

15.9

DRA INAG E

34.215

15.9

7° 52‡ 10ˆ

15.8

1.22

WID

1 D.P.169768

.8 15

1 D.P.725145

St ak e

A D.P.329609

15.7

15 .7 3 15 .6 5

Pine

22.70 Top Roof

15 .9 5

.1 16

16 .1 4

Concrete Kerb 0.15 High TK 16 .0 3 TK 16 .1 6

St ak e

15 .7 0 15 .9 3 16 .0 6 16 .1 8

15 .8 9 15 .7 1

VACANT

15 .9 5

Timber Picket Fence

15 .7 7

Concrete

15 .9 2 Weldmesh Fence Brick Fence

277° 48‡ 40ˆPath 12.28 16 .1 5 16 .2 1

16 .3 1

St ak e

15.88

Pa int ed

Paling Capped

0.6D,10S,16H

16 .1 0

12.105 15 .7 8

4 - 5 High Row of Pine Trees

Drainage Pit 15.68 TK 15.47 G 14.52 Inv. Pit

16 .2 9

St ak e 16 .1 5

19.63 Top Gutter

15 .7 5

(LINE OF STAKES 2.18)

97° 49‡ 00ˆ & Lapped

SURVEY

(EASEMENT)

15.8

MIN. 0.9m REAR SETBACK FOR ANCILIARY STRUCTURES

BUILDABLE AREA MIN. 6m REAR SETBACK FOR UPPER STOREY STRUCTURE

1200mm DRAINAGE CHANNEL

MIN. 1m SETBACK FROM DRAINAGE CHANNEL

BUILDABLE AREA MIN. 1.25m SIDE SETBACK EQUAL 20% OF TOTAL WIDTH

MIN. 9m FRONT SETBACK

SETBACKS

(2.265)

2 D.P.1057929

F REAR SETBACK

FRONT SETBACK

1,770

3,520

7,950

100

150

800

3,450

5.960

6,750

2,500 8,010

1,000

200 110 1,294

1,490

110

900

5,780 5,890

2,380

4,460 1,490

100

1,000

200

FIRST FLOOR OUTLINE

4,280

A STORMWATER CHANNEL

5,170

4,280

4,230

7,780

9,900

4,460

1,710

5,780

3,520

7,950

FRONT SETBACK

900 REAR SETBACK

GROUND FLOOR PLAN

GSPublisherEngine 0.0.100.100

2,500

SIDE SETBACK

3,600

150

2,970

3,600

100

150

800

100

7,800

800

9,235

100

900

4,460

5,780

100

1,710

4,460

9,900

SIDE SETBACK

B 1,710

5,778

3,518

7,948

9,000

18,439 5,831

2,600

110

6,776 2,950

3,115

1,000

5,808

110

7,383

200 1,535

110

1,050

MASTER BEDROOM

2,512

1,150 9,210

9 45 2,

BALCONY

A 4,268

4,416

8 45

EN SUITE

STUDY

2,400

4,280

BEDROOM 2 4,350

110

1,216

STAIR/VOID

1,500

3,600

WARDROBE

110

9,210

2,500

3,610

200 GUEST BEDROOM

110

BATHROOM

110

BEDROOM 1

3,024

200

1,535

4,611

900

200 1,500

3,600

900

200

900

4,461

9,900

900

110

4,271

2,866

110

3,041

110

2,866

200 200 2,445

12,849

1,738

5,590

6,776

9,000

7,841 7,118

9,900

4,461

1,710

5,778

FIRST FLOOR PLAN

GSPublisherEngine 0.0.100.100

1,000

3,961

1,535

200 200

1,000

1,535

BALCONY

3,518

7,948

900

1,710

D 5,780

3,520

7,950

TORCH ON MEMBRANE

900

GRAVEL

2,500

2 2,500

4,280

1,000

9,900

4,460

1,710

5,780

ROOF PLAN

GSPublisherEngine 0.0.100.100

3,600

900

4,460

9,900

3,520

7,950

900

3 RO

RO NT

NT CO PE

1 VE

2 EN

NORTH BOUNDARY

MAXIMUM HEIGHT 9.5m

3 L

NORTH BOUNDARY

MAXIMUM HEIGHT 9.5m

45°

2,950

45°

RF +165,600

2,950

TOW +165,600

45°

FFL +159,500

STORMWATER CHANNEL

4,280

2,500

3,600

STORMWATER CHANNEL

900

1,000

4,280

2,500

3,600

900

SECTION C-C

NORTH BOUNDARY

SECTION B-B

SOUTH BOUNDARY

MAXIMUM HEIGHT 9.5m

NT CO

+165,600

45°

2,950

+165,600

2,950

GSPublisherEngine 0.0.100.100

45°

3,150 FFL +159,500

FFL +159,500

STORMWATER CHANNEL

9,900

3,150

FFL +162,650

4,500

FFL +162,650

4,500

1,000

3,150

4,500

FFL +162,650

3,150

4,500

FFL +162,650

4,460

1,710

SECTION A-A

5,780

3,520

7,950

900

WEST BOUNDARY

EAST BOUNDARY

2,950

TOW +165,600

3,150

FFL +162,650

FFL +159,500

1,000

4,280

2,500

3,600

900

SOUTH BOUNDARY

NORTH BOUNDARY

SOUTH ELEVATION

+165,600

2,950

GSPublisherEngine 0.0.100.100

TOW +165,600

FFL +162,650

3,150

FFL +162,650

FFL +159,500

9,900

FFL +159,500

4,460

1,710

WEST ELEVATION

5,780

3,520

7,950

900

EAST BOUNDARY

WEST BOUNDARY

2,950

TOW +165,600

3,150

FFL +162,650

FFL +159,500

900

3,600

2,500

4,280

1,000

SOUTH BOUNDARY

NORTH BOUNDARY

NORTH ELEVATION

TOW +165,600

2,950

GSPublisherEngine 0.0.100.100

2,950

+165,600

FFL +162,650

3,150

FFL +162,650

FFL +159,500

900

7,950

3,520

5,780

1,710

4,460

EAST ELEVATION

9,900

CABLE 8 BEIJING 2010 Link Architecture 这是一个以位于北京的尚八，一个类似798的艺术聚落为基础的概念设计竞赛。竞赛的目的是探讨以何方式改进尚八并以其丰富市中心的机能。设计采用了“architectonic

threading”的概念，将尚八内部的几栋楼

以多个人行天桥串联起来。而在这个基础上则加入了多个不同功能的空间“the

attractors”，例如咖啡厅，健身房，会议室及演讲厅，台球

室，乒乓球室等。这些空间的作用是成为人们在尚八内部穿梭的诱因。并将尚八内部的交流从单边性转为多边性，进而创造个个不同创意产业人群之间的交流，提高尚八的创意活力。而对外，则在面街的楼面开了一个型如斗的展览空间“the funnel”用于展示尚八内艺术家及创意人的作品。另外，还有一个与展览空间相连接的多功能空间“the nexus”，可作为举办各种不同的活动所用，例如艺术节，特定展览，时装秀等。这两个设计方针，一对内，一对外，即形成了一个内外呼应的总体策略。

SITE & EXISTING BUILDINGS

CONCEPT DIAGRAM & MODEL

Attractors

Horizontal Circulation

Funnel

Vertical Circulation

Nexus

Parking

AXONOMETRIC

MACAU CROSS-BOARDER CITIES 2013 Harvard Graduate School of Design Design Partner Yun Fu 这是在哈佛设计学院在ChristopherLee教授指导下一个以澳门这个特殊城市为主题，对建筑在都市中所扮演的角色进行探讨设计课题。而其理论基础则是以意大利建筑师PierVittorioAureli对AldoRossi的理论所做的诠释为出发点。其基本论点是建筑不应该沦为资本主义以都市化无限扩张的工具，而是应该对其进行抵抗。在澳门，在一国两制的过度期及其最终完全与中国大陆一体化的前题下，我们所提出的方案是以一个由许多系列化的六层住宅楼所组成的框，将拱北口岸边界珠澳两方的检查站及周围大片土地保护起来。这大片土地将成为一个大型的公园，并在珠澳双边一体化与都市进一步发展的过程中，作为一个不屈服於资本主义及私有化压力的公共空间。而位在其中的两座检查站则将被保护起来，并对其内部进行改造成为如美术馆，音乐厅及图书馆等公共设施。这个规划不但以建筑对私有化形成强而有力的抗衡，更以对检查站的保护留下了都市的记忆。

SPACE THRESHOLD ARCHITECTURE 2003 University of Sydney 这是在悉尼大学建筑理论教授AndrewBenjamin的指导下完成的毕业论文。论文的主题是针对建筑最根本的理论基础，即其对空间的假设进行探讨及批判。而此论文的理论框架则是以匈牙利马克思主义哲学家格奥尔格·卢卡奇的物化“reification”概念为出发点。在论文所持的观点中，空间这个长期被建筑视为其最根本及自然的元素，被解释为一个非自然物化过程的产物。而此空间的物化正符合了马克思主义对资本主义物化，进而异化社会关系的阐述。针对这个问题，论文以空间临界“threshold”的概念为建筑根本元素的可能性进行了探讨，并以此重新解读了密斯·凡德罗的两栋建筑，BrickCountryHouse及BarcelonPavilion。*在此新的解读中，密斯的两个作品被认为是表现了建筑从量体向临界面的进化，因而可以被视为建筑从对空间的错误意识“false consciousness”到了解其真实体性“true consciousness”的分水岭。

Preface The genesis of this thesis began with a period of sustained cogitation, which

led to the incipient realization that architecture is not composed of stable spatial structures, but transient and contingent thresholds. These thresholds were conceived as the compression of space to an infinitely thin plane, a kind of non-literal operative surface. While this fascination in flatness does indeed parallel certain tendencies within contemporary architectural discourse, it is nonetheless motivated by its own particular rationale. This was namely my desire to circumvent what I was beginning to question as the apocryphal fetishization of space. This paper is therefore an attempt to situate an essentially epiphanic realization within the wider historiographical and theoretic matrix of architecture, in particular to the specificity of modernism with regard to the Greenbergian notion of its reflexive self-criticality. In this sense this critique of space is not only proleptical, but the annulment â&#x20AC;&#x153;the spaceâ&#x20AC;? and its embodied contradictions is in fact self-fulfilling. Thus, while this paper is intended to be a re-examination of the relationship between space and architecture, which has been an enduring subject of contemplation for many theoreticians from a myriad of analytical perspectives, it nevertheless adopts a cynical view of the ostensibly natural affinity between the two by putting forth two key propositions. The first proposition based entirely on theoretical analyses, espouses the view of the interrelation between space and architecture as a key invention of the modernist tradition. This affinity despite the apostasy of many other aspects of modernist ideology has survived beyond the postmodern and persists in the contemporary, where it remains an integral constituent of the way architecture is imagined. This correspondence between space and architecture is posited as an underlying falsification predicated on the fetishization and objectification of space, which is defined in this paper as its reification. This research thus seeks to establish the fact that it is by this process of reification that space is subjugated and annexed to architecture as its fundamental category. This particular historical view will henceforth form the basis of a critique that questions the fundamental role of space as an architectural paradigm, which will also serve as the point of departure for the second proposition. Based on the findings of first, the second proposition attempts to posit an alternative generative paradigm for architecture, namely the threshold, which is conceived as a conceptual pre-space embodying the full potentiality for space. It is intrinsically architectural, but is considered as having been overlooked by the general spatial revolution of architecture, where its conceptual capacity has never been fully explored. This research will thus aim to resuscitate and reinstitute

threshold as a viable alternative by demonstrating the fact that unlike space it does not contain any form of falsification. In variance to the first proposition the second will in addition to theoretical analysis attempt to correlate the findings to specific built instances. A key component of the discussion on the threshold will be the analysis of two designs by Mies van der Rohe, namely the Brick Country House and the Barcelona Pavilion. Under the particular theoretical framework established by this research, these two designs are considered as embodying the threshold rather than the preconception of space. This is seen as marking an important watershed in the conception of architecture. By scrutinizing the underlying layers of meaning and intentions that underpin the concept of space, this research seeks to formulate a different interpretive framework aimed at producing an alternative narration of architecture. It is of the utmost importance to point to the fact that this research represents a very personal reading of architecture, based on a very particular constellation of ideas and interpretation of historical developments. It is under no circumstances considered as comprehensive or peremptory, but is rather an attempt at collating many unstructured and evolving thoughts intended to in a small way contribute to overall diversity and richness of the discipline.

I Space Reification Moholy-Nagy in his book “The New Vision” stated, “every cultural period has its own conception of space, but it takes time for people to consciously realize it”1. Indeed more than any other period in history, the twentieth century has seen a tremendous effort in the realization of space within science, philosophy, and art, the three main spheres of human intellectual endeavour. For architecture this is also the very period when the word space or the German word “raum” was first introduced into architectural discourse in German intellectual circles.2 While developments in these branches of human undertaking formed a confluence that contributed to the overall understanding of space, they were nevertheless motivated by very different ends. This distinction can be obtained by considering the very word “realization”, which contains a two fold meaning, one that means to comprehend completely and the other to bring into reality. For science whose methodologies are preoccupied with hypothesis, experimentation, and measurement the former definition holds true, while for the self-assured creative artists, the later and more potent definition is of unparallel significance. To this Paul Klee’s famous aphorism affirms, “Art does not reflect the visible; it renders visible”. The instrumentality by which the artists achieved this goal was through abstraction, a process for apprehending and expressing the essential formal and psychological structures that lie beyond appearances. It highlights a shift away from the superficial and the temporal to the internal and the perpetual. For architecture this impetus for realization and abstraction found its fulfilment in the becoming of space as architecture’s true subject “matter”, by which architecture was transported from the superficial materiality of the façade to the transcendental depth of space. On a broader level, this shift can also be seen as parallel to socio-political struggles underlined by Henri Lefebvre in his book “The Production of Space” indicating that, “The façade as face directed towards the observer and as a privileged side or aspect of a work of art or a monument disappeared. Facism, however, placed an increased emphasis on facades, thus opting for total spectacularization as early as the 1920s.” 3 The prerogative of space not only symbolizes the aesthetical and conceptual dematerialization of architecture, but lay at the very depth of this space is also a psychological need for purification, redemption, and emancipation. This is most forcefully affirmed by Adolf Loos and his influential essay “Ornament & Crime”, in which he associated ornamentation, a shallow effect of the surface with degeneracy.

With a religious-like conviction Loos proclaimed, “See, the time is nigh, fulfilment awaits us. Soon the streets of the city will glisten like white walls. Like Zion, the holy city, the capital of heaven. Then fulfilment will come.” 4 This attitude was of course not unique to architecture, but endemic within the entire modern art movement, which with its strong sympathy to the ideologies of the political left can be seen by this redemptive light. Salvation was to be found in art’s role as both the agent and the harbinger of a new and liberated society. In 1944 Pablo Picasso in an interview with Pol Gaillard gave his reasons for joining the French Communist Party (as did Fernand Leger) and hinted at the social role of art stating that,

inevitably result in reification as an undesirable by-product of space and its representation? Can space be embodied within a particular objective configuration without the erosion of its unity? If one contrasts the relationship between space and architecture to that of space and painting, one should find that while both architecture and painting have developed a close conceptual affinity with space, they are nevertheless markedly different. The difference is that for painting this relationship suffers no illusion as to the fact that, the spatiality and three-dimensionality constructed on the painted surface is never more than a simulation or representation of space. In contrast, for architecture, which has claimed space as its own special category, this relationship may appear self-evident and is as identified by Adrian Forty as “the commonly held belief that architects create space”6. This belief, based on the fact that architecture’s mediums are three-dimensional constructions in the lived space is fundamental to two of Theo van Doesburg’s propositions in his famed manifesto “Towards a Plastic Architecture”, where it stated,

“I have never considered painting as an art of simple amusement, of recreation; I have wished, by drawing and by colour, since those are my weapons, to reach ever further into an understanding of the world and of men, in order that this “The new architecture is open. The whole structure consists of a space that understanding might bring us each day an increase in liberation…..And so, I is divided in accordance with the various functional demands. This division is have come to the Communist Party without the least hesitation, since in reality carried out by means of dividing surfaces or protective surfaces.” 7 I was with it all along.” 5 and, This highly ideological and social view of art was by necessity political. The closure of the Bauhaus in 1933 and the degenerative art exhibition of 1937 both “Space and time. The new architecture takes account not only of space, but at the hand of the Nazis would attest to that fact. For architecture specifically, also of the magnitude time. Through the unity of space and time the architecspace and its realization within the architectural object then became architectural exterior will acquire a new and completely plastic aspect.” 8 ture’s only redemptive act. Salvation was attained by the renunciation of the hedonism of materiality and architecture’s newly imagined social role. In the Theo van Doesburg’s statements raise a further question, that is, what is this last chapter of his book Towards a New Architecture titled Architecture or Rev- space that is being created, divided, and unified? Is it a component of the lived olution, Le Corbusier pointed to the need for architecture to address pressing space, the psychological space, the social space, or the philosophical space? social issues, and that the failure to do so will result in an ensuing revolution. The answer to this question is embedded within the very phenomena of the deBy projecting architecture within the universal and egalitarian space, it was to materialization of architecture. If one considers for instance the glistening white be freed from the shackles of history as would the new society that it sought to walls of Loos, one should find that the aim of dematerialization is the producboth represent and transform. Space thus became a key symbol of a new age, tion of “pseudo-material” structures. That is, structures capable of permeating of its art and architecture. The key question that needs to be considered at this pure spatiotemporality, functioning as mediums between the tangible and the point is then, whether the attempt to “realize” space somehow amounts to the intangible, the streets that we walk daily and the heavenly city Zion. Through “reification” of space? That is, does the beneficent desire to project space as these constructs space itself became pseudo-material and is thus created and a new milieu capable of engendering new socio-political and aesthetical forms, divided within the architectural object. This is precisely how glass derives its

architectonic potency, its transparent property allows it to be conceived as simultaneously material and immaterial, and thus as the ultimate embodiment of pseudo-materiality. The need for the pseudo-material as the mediating property highlights the fact that, notwithstanding the belief that architects create space, the relationship between space and architecture is in principle identical to that of space and painting, that is, it is also no more than a simulation, a somewhat diminished representation of space. Again, Henri Lefebvre in his book “The Production of Space” also commented on this belief, “The belief that artists, plastic artists, are in some way the cause or ratio of space, whether architecture, urbanistic, or global, is the product of the naivety of art historians, who put the social sphere and social practice in brackets and consider works as isolated entities.” 9 Thus, the answer to the above questions concerning the nature of architectural space is that, while it presumes to pertain to the lived, the psychological, the social, and the philosophical, it is above all else inextricably linked to the phenomena of its reification. While the standard dictionary definitions of reification as the objectification of abstract ideas suffice in linking architectural space to the concept of reification, there is nevertheless a more fitting explication. This is namely that the objective of reification is to render concepts that exist on a higher level cognizable to a lower level of perception, which is precisely the aim of architecture in relation to space. That is, the appropriation of space through its subjugation to a particular process of visualization leading to its pseudo-materialization. Thus, if the quintessential question of architecture is the question of space, then the question of space will have to be the question of its representation. Furthermore, if the question of the representation of space is reducible to the question of its reification, then finally the question of the reification of space can be reduced to the question of time. The importance of time in relation to the reification of space is predicated on the fact that, reification is essentially a process of segregation between temporality and spatiality. That is, by removing temporality, the component of continuous transformation from the spatiotemporal, it thereby reduces space to a singular moment or a series of moments convenient to the process of visualization and representation. In this respect, the sense of dynamism embodied in Futurist paintings or the multi-perspective representations of analytic Cubism can be seen as a method of “animation”, that is, an emasculated attempt to deal with the issue of the progression of time.

This compositional tendency towards dynamism, instability, and asymmetry found its architectural apotheosis in the work of Frank Gehry. Yet, by no means is animation capable of bridging this schism and satisfactorily overcome a kind built-in nullification of time by producing a phantom temporality. Therefore, even though architectural space may appear on the surface as a component of the real and the universal, but in making it perceptible through reification, it has become a manufactured particular that no longer embodies the sempiternity fathomable only by our unbounded imagination. Thus, despite Theo van Doesburg’s trenchant proclamation of the esemplasticity that exist between space and time, this unity is simply untenable in formal compositions whether of painting or of architecture due to their inherent inability to take full account of time. Given this artificial affiliation between space and architecture, one must then question the raison d’etre for the underlying tendency that one can attribute as the fetishization of space. The answer to this question rests on the fact that, space like any other object of fetish holds a certain power over its subject, and in this case it is the power essential for the transformation of architecture from the mere technicalities of utility and construction into something far more profound and enduring, an art of the highest order. By the annexation of architecture to a great body of philosophical discourse, space is crucial for architecture in maintaining its stature amongst the other arts. Space has also provided architecture with the kind of conceptual vigour never found in the anthropological orders of Classicism or the aesthetic moralism promoted by Ruskin. It revolutionized architecture by virtue of a new found “objectivity”, in which architecture is conceived without the kind of arbitrariness associated with human conventions and emotions. Most important of all, space allowed meaning in architecture to be intrinsically derived, that is, from the very way space is structured instead of applied symbolism on the façade. This brief account of modern architecture has established several important findings in relation to the affinity between architecture and space. The most important of which is the emerging pre-eminence of space as an architectural category and generative paradigm, which as discussed prior is predicated upon the instrumental role played by reification. Furthermore, it has also identified the key imperative of modern art and architecture movements. This was namely the need for an aesthetical and socio-political revolution as a reaction against the old system of oppression and the art it sponsored, that is, the art of façades and of concealment. Indeed, the very reason for the

Pablo Picasso The Guitar Player

Marcel Duchamp Nude Descending a Staircase No.2

Frank Gehry Weisman Art Museum

Nazi party’s organized program against modern art that culminated in the degenerative art exhibition of 1937, was the very fact that modern art sought to expose the these concealed horrors and spectacles. Thus, in the quest for liberty and freedom, space with its purity and universality became an appropriate symbol of a new consciousness. Le Corbusier pointed to this new role of space in his book New World of Space of 1948 by first stating that, “Some day through unanimous effort unity will regain once more in the major arts: City planning and architecture, sculpture, painting.” 10 Secondly, in a short introductory essay titled “Ineffable Space”, he further stated, “The illustrations in this book show an incessant desire to take possession of space by bringing into play architecture and city planning, sculpture, and picture, all capable of achieving that purpose through the never relaxed pressure of a continuing inventiveness.” 11 These two statements shows a clear correspondence between them, where the first statement is essentially a prophetic proclamation foretelling the forthcoming unification of the arts, while the second statement points to its fulfilment through space as the instrumentality. Furthermore, he also alluded to the social dimension of space by projecting space as the necessary condition of existence, to which he stated, “Taking possession of space is the first gesture of living things, of men and of animals, of plants and of clouds, a fundamental manifestation of equilibrium and of duration. The occupation of space is the first proof of existence.” 12 Thus, for Le Corbusier the significance of space is not only consequent of its capacity to unify the arts, nor does it derive its social relevance solely through its enactment within the arts, but space as it stands, is conceived as an all encompassing contexture, weaving through and unifying both the society and its art. Yet, this ideological role of space becomes apocryphal if it must be considered in relation to its reification. This is given the fact that the leitmotif of modern art is liberation and freedom, and the program of modern architecture is ideological socialism. Hence, the incertitude is not a question of the effectiveness of space

as an architectural paradigm or as a symbol of a new world, but it concerns solely of its inadequacy. This inadequacy is the corollary of two contradictory factors resulting from the essential role played by reification in the conceptualize space. The first, as discussed earlier is the absence of a natural interrelation between architecture and space, where the one that exists is artificial and sustained entirely through reification. While the second, points to the fact that reification carries connotations contrary to the ideologies of liberation and freedom fostered by the very art that saw space as its key constituent. These two contradictions form the fundamental premise of an antithesis and a critique of both the aesthetic and socio-political dimensions of space. On the socio-political end this will be conducted in reference to the writings of Hungarian Marxist philosopher Georg Lukács and French Humanist thinker Henri Lefebvre, in which the reification of space is viewed as the common determinant in both Lukács’ idea of the reification of society and Lefebvre’s theory of the production space, where space instead of promulgating liberty and freedom becomes the very instrumentality of oppression and control. On the other hand, aesthetically the false affiliation between space and architecture by way of reification will be consider in relation to Heidegger’s two influential essays, “Art and Space” and “Building, Dwelling, Thinking”, in which Heidegger elucidated and attempted to rectify this falsification.

II Reification and Production Henri Lefebvre in his seminal book “The Production of Space” made an insightful observation and identified a sociological phenomenon of great import endemic to the modern industrialized age. He attributed its discovery to the artistic avant-garde of the early modern era, the German Bauhaus, stating,

“The Bauhaus group, as artists associated in order to advance the total project of a total art, discovered, along with Klee, that an observer could move around any object in social space – including such objects as houses, public buildings and palaces – and in doing so go beyond scrutinizing or studying it under a single or special aspect. Space opened up to perception, to conceptualization, just as it did to practical action. And the artist passed from objects in space to the concept of space itself.” 13 Lefebvre’s remarks underline an important juncture in the conception of space. This is namely that consequent of passing from the consideration of objects in space to the consideration of space itself, space has emerged from the background and into the foreground. In this process of emergence, space has acquired a new form of utility and no longer functions solely as a passive milieu, or as a ground condition, but is now conflated as an integral component of figuration. Lefebvre made further explication concerning this phenomenon stating that,

“In Klee’s work, as in Picasso’s, space is detached from the subject, from the affective and the expressive; instead, it presents itself as meaningful.” 14 Thus in Lefebvre’s opinion the avant-garde artists not only shifted their focus from objects to instead their interrelationships, but most important of all projected space as a self-satisfying entity, existing outside the subject, independent of his/her will and action. However, it must be noted that this space did not begin as a continuum of the purely abstract Cartesian space, but rather as the space of practice that had been idealized and hence elevated to the same plane. Furthermore, in becoming an “object” of contemplation, space has itself acquired a form of tangibility and objectness that allow it to be actively conceptualized and most significantly to be exploited as a substantive structure with real affects in the formation of social environs. This coincides with Maurice Merleau-Ponty’s thoughts on space, where in “Phenomenology of Perception“ he claimed that,

“Space is not the setting (real or logical) in which things are arranged, but the means whereby the positing of things becomes possible. This means that instead of imagining it as a sort of ether in which all things float, or conceiving it abstractly as a characteristic that they have in common, we must think of it as the universal power enabling them to be connected.” 15 Merleau-Ponty’s statement whilst affirming the positive role of space also hinted at the particular attribute of this space that is central to the proposition of this research. This is namely the fact that this space is conceived as the composite of two conditions. That is, it is at once the underlying structure that gives coordinates to objects in space and at the same time reciprocally defined by these objects, conceived as the differential between them. Space is thus conceived as both a precondition and a relation. Michael Foucault in “Of Other Spaces” also reached a similar understanding of space, stating that,

of space. As Paul Klee put it, artists – painters, sculptures or architects – do not show space, they create it. The Bauhaus people understood that things could not be created independently of each other, whether movable (furniture) or fixed (buildings), without taking into account their interrelationships and their relationship to the whole.” 17

Lefebvre’s statement further reinforces the fact that, contrary to common perception that privileges space as the universal and homogenous container, what we experience in actuality is a space affected through a series of proxemic interrelations. This space is thus not independent of social practices and is in fact produced by the very spatial praxis of a society. It is neither homogenous nor universal, but is open to prejudice and misappropriation. Is this therefore the very reason as to why the heroic visions of avant-garde art and architecture to bring liberty and freedom to society not coming to pass, and the shift of focus from object to space has never afforded any real break from the system of pro“The present epoch will perhaps be above all the epoch of space. We are in duction and exploitation? The fact of the matter is, the avant-garde artists have the epoch of simultaneity: we are in the epoch of juxtaposition, the epoch of the failed to realize that in reality they have merely shifted from one form of fetishinear and far, of the side-by-side, of the dispersed…..Our epoch is one in which zation to another, from the fetish of objects to the fetish of space. The critical space takes for us the form of relations among sites.” 16 fact is that this space is merely another form of concealment and oppression. Lefebvre’s following comment on the modernist programme supports this view. When one considers these two quotes, it is clear that in both statements emphasis was placed on the relational aspect of space. In Merleau-Ponty space is “The curious thing is that this programmatic stance was looked upon at the time conceived as the power to connect things, similarly for Foucault space is capa- as both rational and revolutionary, although in reality it was tailor-made for the ble of making multiple and simultaneous connections as opposed to the linear- state – whether of the state-capitalist or the state-socialist variety.” 18 ity and one dimensionality of time. This highlights the fact that notwithstanding the presence of the isotropic space of cosmology, the space that is open to our In this sense, this space, which is not the abstract Euclidean space in general, perception and action is nevertheless the relational space and not the a priori but the reified space in particular, the space that is synthesized on the basis of space. This is a space that is essentially of our own constitution, made manifest proxemic interrelations and having undergone the process of fetishization and and embodied in the interrelations established between ourselves and objects. objectification, is thus susceptible to the critique of commodity fetishism as is the At this point we must then return to the central discussion of this research, since capitalist system of production. As much as the capitalist system of production the confirmation of the space of art, architecture, and ultimately the society as is based on commodity relations, the relational aspect of space likewise forms relational establishes the very basis of its critique, which in the specific lexicon the basis for its own production. Consequently, the key question that should be of this research is its reification. Lefebvre also noted this important attribute of put forward is then, whether the reified space can be seen as the substratum space and situated it as a key moment in the historical development of mod- for the commoditification and objectification of social relations, the key postulation of Marxist social theory. To answer this inquiry we must then turn to Georg ernism. Lukács and his important work “History and Class Consciousness”. The reason “For Gropius or for Le Corbusier, the programme boiled down to the production for focusing on Lukács instead of Marx owes to the fact that while Marx was the

progenitor of many key ideas and his theory of commodity fetishism in particular, served as the point of departure for Lukács in his discourse on reification. Yet, it was nonetheless Lukács who formulated the concept of reification and provided a critical elucidation on its effects, a concept though implicit in Marx, but was never directly mentioned. Lefebvre himself is evidently familiar with the work of Lukács as he stated, “In Georg Lukács’ anti-Hegelian Hegelianism, space serves to define reification, as also false consciousness.” 19 For Lukács the phenomenon he identified as reification has already been defined by Marx in his discussion on the concept of commodity as the objectification of social relations, where a person’s labour becomes a commodity and that his/her relationship to another within the capitalist system of production takes on the character of things. Thus, the key premise of Lukács’ discourse is not so much on the definition of reification, but the elucidation of its affects and to detail both its sociological and epistemological implications. According to Lukács the key effect of reification is alienation, which by virtue of objectification estranges a person from his/her labour through a process of abstraction and rationalization. “Where the market economy has been fully developed – a man’s activity becomes estranged from himself, it turns into a commodity which, subject to the non-human objectivity of the natural laws of society, must go its own way independently of man just as any consumer article.” 20 A concept of extreme importance for Lukács is rationalization, which for him not only denotes the capitalist system of production, but when considered as a thought process, that is, as rationalism, it is seen as the foundation of bourgeois thought. As a determinant of production, rationalization disposes it towards atomization, resulting in specialization and the division of labour. This is seen by Lukács as a continuous effort by the capitalist system of production, to eliminate all the idiosyncrasies and individual attributes of the worker, which in the context of mass production and mechanization are considered to be sources of error and inefficiency. The workers are thus dehumanized and alienated from their labour and reduced to quantifiable commodities. For Lukács this is not only an external and material process, but one that has innate ramifications for

the workers. He argues that, “This fragmentation of the object of production necessarily entails the fragmentation of its subject.” 21 How does this fragmentation of the subject occur? Lukács contends that by subjugating a worker to a pre-existing, self-sufficient, and perfectly closed system that functions independently of his/her will, and where he/she is reduced to a component required to conform to the overall system, the worker, that is the proletariat, becomes passive and unconscious of their exploited situation. This is precisely what Lukács implies in the title of his book, arguing that the proletariats should attain true consciousness and become the masters of their own destiny. Furthermore, Lukács also pointed to what he termed the “antinomies” of bourgeois thought, namely rationalism, where its fundamental problem is identified by him as the corollary of the following condition, “In other words, modern philosophy sets itself the following problem: it refuses to accept the world as something that has arisen (e.g. has been created by God) independently of the knowing subject, and prefers to conceive of it instead as its own product.” 22 Thus, for Lukács the key dilemma of rationalism is the fact that, it is neither interested nor capable of addressing questions external to its own system of understanding. He went on to point out that while there has been many different forms of rationalism, they nevertheless exhibit a common tendency identified below. “(rationalism) whose unity derives from its orientation towards that aspect of the phenomena that can be grasped by the understanding, that is created by the understanding and hence also subject to the control, the prediction and the calculation of the understanding.” 23 Yet, in Lukács’ view while the above is true, he also noted the fact that not all rationalism is necessarily oppressive. He contrasted rationalism conceived as a partial system against the bourgeois strain of rationalism conceived as a universal principle. In his opinion, rationalism conceived as a partial system does not contain “antinomies” since it has on the outset made provisions for and is

thus capable of coexistence with the irrational. However, when the rationalism that is posited as the universal methodology for obtaining knowledge is confronted with the irrational, with what it did not anticipate and is unable to explain, it will engender its own dissolution due to its inability to provide an account of the irrational. This exposes the bourgeois system of production based on rationalization and its system of thought based on universal rationalism, as no more than an attempt to exert total control, which ultimately results in the exploitation the working class. Therefore, for Lukács even though both the lives of the proletariat and the bourgeoisie are subsumed by reification, what they experience as a result is markedly different. In reference to Marx he pointed out, “Marx observes: The property-owning class and the class of the proletariat represents the same human self-alienation. But the former feels at home in this self-alienation and feels itself confirmed by it; it recognises alienation as its own instrument and in it is possesses the semblance of a human existence. The latter feels itself destroyed by the alienation and see in it its own impotence and the reality of an inhuman existence.” 24 Returning to a key question posed earlier, we must then ask what is the relevance of all this to space? The answer to this question is almost self-evident if one considers the striking resemblance between space projected as a totalizing condition and rationalism posited as a universal principle. As previous discussions would demonstrate, both space and rationalism are predicated on a form of falsification and both are the product of its own making. This close alignment comes as no surprise since space is born of the same rationalist thought that spawned the theories of geometry, mathematics, and physics, which are seen by Lukács as instruments of calculation, prediction, and control. By the same token, reified space can also be seen as an instrument by which the bourgeoisie exercise control over society. The reification of space is thus not only a parallel phenomenon to the reification of society in general, but as the very product of rationalism, it is fundamental to its operations. Lukács himself pointed to this affinity stating, “Thus time sheds its qualitative, variable, flowing nature; it freezes into an exactly delimited, quantifiable continuum filled with quantifiable things (the reified, mechanically objectified performance of the worker, wholly separated from his total personality): in short, it becomes space.” 25

In summation, while one can not categorically conclude that the failure of the avant-garde artists to bring liberty to society was due their misunderstanding and misappropriation of space, since there were many complex social, economic, and political factors at play. However, as the discussions have demonstrated, their attempt to project space as a new generative paradigm was nevertheless based on false presumptions. They did not recognize the fact that, the absolute a priori space is not subject to representation or simulation, and the space they “realized” is not its natural extension, but something entirely different. It is the reified space, a falsified and attenuated space deprived of temporality and thus its unity, which has allowed itself to be appropriated and employed as a political instrument. The greatest irony is, the avant-garde artists have succeeded in realizing space, but failed to realize that this space is in fact a key determinant in the reification of society in general, the very system of exploitation and oppression they sought to overthrow. Space in the end only provided a false hope!

III Art and Space In 1951, almost thirty years after Theo van Doesburg’s famed manifesto “To-

wards a Plastic Architecture”, German philosopher Martin Heidegger in his influential essay “Building Dwelling Thinking” attempted to theorize another way of understanding space. An understanding that undermines the kind of universality and abstractness van Doesburg promoted in his writing, which typified the understanding of space held by artists and architects alike. Together with a later essay “Art and Space” of 1969, Heidegger pointed to the fundamental deficiency of abstract space per se to provide any meaningful associations for human experiences. Heidegger proffered a comprehensive re-theorization of the relationship between the act of building and our being in space and time, by introducing the notion of “locations”, to which he stated, “Spaces receive their being from locations and not from space.” 26 Heidegger identified the act of building as instituting locations, which function as anchorages of meaning and memory distinguished from the ubiquitous abstract space of science or mathematics. In “Art and Space”, Heidegger introduced the more evocative notion of “place”, as a remedy for the emptiness and meaninglessness of abstract space. Below is the key statement Heidegger made concerning art and space. “The interplay of art and space would have to be though from out of the experience of place and region. Art as sculpture: no occupying of space. Sculpture would not deal with space. Sculpture would be the embodiment of places. Places, in preserving and opening a region, hold something free gathered around them which grants the tarrying of things under consideration and a dwelling for man in the midst of things.” 27 This is a seminal piece of writing, since contrary to common understanding that posits space as the site of artistic production; Heidegger’s elucidation highlighted the underlining falsehood of the reification of space. This falsification prevalent in both art and architecture essentially see space with a substantive materiality that both affects and is affected by objective configurations. One of the key people who attempted to give Heidegger’s ideas a more architectural interpretation was Christian Norberg-Schulz. Drawing on Heidegger’s construal of boundary as a constituent of place, Norberg-Schulz indicated that the architectural equivalent of boundary is the threshold, which he defined as,

“A boundary may also be understood as a threshold, that is, as an embodiment space, yet his notion of building as place making is nonetheless saccharine and of a difference……In a building the threshold separates and simultaneously lacks the kind of conceptual robustness that we have come to associate with unites an outside and an inside.” 28 space. It is thus incapable of functioning as an effective alternative to space. The reason for this inherent weakness is most likely due to his obvious lack of While this analogy may seem logical at first, but it contains a miss reading of architectural training. In positing the notion of boundary and place as the corHeidegger, who stated the following, ollary of the process of clearing away and preparing for dwelling, for Heidegger the key role of buildings is their ability to “institute locations”, to which he states, “Place, in preserving and opening a region, hold something free gathered around them, which grants the tarrying of things under consideration and a “The spaces through which we go daily are provided for by locations; their nadwelling for man in the midst of thing. If it stands, thus what becomes of the ture is grounded in things of the type of buildings.” 31 volume of the sculptured, place embodying structure? Presumably, volume will no longer demarcate spaces from one another, in which surfaces surround an What can be observed is that Heidegger placed emphasis on the “events” rather than the object. This is even more evident when one considers the fact that inner opposed to an outer.” 29 in neither essays did Heidegger use an actual building to illustrate his ideas. In We can clearly see with the above statement, Heidegger’s concept of place as “Building Dwelling Thinking” a bridge was the example, while in “Art and Space” elucidated in “Art and Space” is aimed at abolishing the inside/outside dichoto- a sculpture. For Heidegger the critical function of a building is as a spatial markmy. Since a region, portrayed by Heidegger as allowing the “free gathering of er, where specific architectural attributes such as materiality, eurythmy, or the things and the dwelling for man”, does not seem to suggest something rigid, but particular facture important to architects are not of primary concern. Therefore, more of a loose agglomeration with an amorphous boundary. In this sense, the while Heidegger’s notion of place does offer a way to imagine architecture withstructure itself becomes permeable and is therefore no longer an inner as op- out the reification of space, yet architecturally it is not entirely satisfying since it posed to an outer, but simply the possibilities for locations. Thus, the problem negates the intrinsic significance and value of the architectural object. The key with Norberg-Schulz’s interpretation of Heidegger’s notion of boundary is not so challenge is then, how to conceive architecture without the reification of space much that he posited threshold as its architecture equivalent, but the fact that and yet at the same time without diminishing the importance of architecture by conceiving threshold as constitutive of the inside/outside dichotomy subjects itself. it to the condition of the reified. Lefebvre also observed that, In summation, discussions in the first part of this paper have produced the “The law of space resides within space itself, and cannot be resolved into a de- following findings. The first finding established the fact that, while space plays ceptively clear inside-versus-outside relationship, which is merely a representa- an instrumental role in the conceptual operations of art and architecture, and is tion of space.” 30 also responsible for having totally revolutionized both theory and practice, it has nevertheless been found to be predicated on an underlying falsehood identified Thus, an inside and an outside are only spatially conceivable when structure as its reification. The second finding, building on the first went on to uncover become a delimiting condition of space, which can only occur when space the reification of space not only has aesthetic implications, but socially it is also through reification acquires a pseudo-material objectivity. As a matter of fact, closely connected to the reification of the society in general, where it part takes it is not necessary to conceive threshold as an embodiment of difference or as in a system of exploitation and oppression. Finally, the third finding brings to the defining an inside and an outside. This will be subject of further investigation fore the need for a conceptual alternative to the reified space, which as demonin the next section, but for the moment let us return to Heidegger. In his two strated is paradoxical, exploitive, and fundamentally false. It also demonstrated essays, Heidegger while having recognized the falsehood of the reification of that while Heidegger has correctly identified this falsification, yet his attempt to

posit place as a conceptual alternative was nevertheless found to be wanting in architectural exactitude. This highlights the need for an alternative generative paradigm that operates without the kind of falsity found in reified space, yet at the same time able to function architecturally with the same level of conceptual rigor as space. This as posited by this paper is the threshold.

IV Space, Threshold, and Mies When space and threshold are considered along side each other, it is not unu-

sual for one to privilege the former over the later. This tendency as demonstrated earlier, is the result of the avant-gardeâ&#x20AC;&#x2122;s desire to posit space as the common site of all human undertakings, whether, intellectual, artistic, or corporeal. With this elevated role of space threshold as a concept has been relegated as a subordinate, considered simply as the embodiment of difference. Yet, if an axiological analysis is performed with regard to the true virtues of these two concepts, one should find the exact opposite is true. Threshold would no longer be considered simply as the embodiment of difference, but rather as the embodiment of the full potentiality for space. That is, threshold could be conceived as a perpetual moment where the infinite compression of space occurs. In another word, threshold could now be thought of as a pre-space condition that literally antecedes space. With this new conception, space could no longer subjugate threshold, but is now conversely conceived as being effected by it. If this postulation is true, what then is the reason for privileging space over threshold, even though conceptually space can be seen as its after-effect? It is not my contention that there was a deliberate attempt to undermine threshold as a concept, but the fact is, it has simply been overlooked owing to the ease with which space was thought to be able to be appropriated. In addition, space has also proved itself to be an incredibly useful and powerful instrument both aesthetically and socio-politically. In contrast, threshold is not only a concept that is comparatively difficult to grasp, but at the same time it could also be perceived as nihilistic. That is, conceived as the infinite compression of space it could be seen as tending towards nothingness. Yet, this is also precisely what confers threshold its unique attribute. At first glance, threshold may indeed appear as tending towards nihility, however, like an asymptotic curve this is a moment that is never attained ad infinitum. This allows us to look at this situation in a positive light, namely, instead of being seen as tending towards nihility, threshold conceived as the infinitely compressed potentiality for space, could alternatively be considered as tending towards the virtual. This immediately cast threshold in a different light, where it is no longer seen as ineffectual, but is rather meaningful and evocative. This forms a sharp contrast against space, which now conceived as the opening and the actualization of threshold and its embodied potentiality, could be considered as tending towards the actual. What is the significance of for this distinction? This could be elucidated by considering the key difference between the conceptual operations of space and threshold, namely that threshold contracts while space expands. This expansive modus operandi

is in fact what underlines the very problem of space, since it requires the conception of an idealized uniformity that suffocates all idiosyncrasies, which as it expands to fill every crevices becomes incrementally more substantive and open to the kind of falsification that were the subject of prior discussions. This is the very reason why the expansion and actualizing tendency of space is stigmatized, since it is by virtue of having transgressed into the actual, space became susceptible, even receptive to the process of reification and subsequent misappropriation. In contrast threshold as it contracts and tends toward the virtual, it becomes increasingly less substantive, thus resisting any attempt of reification and misappropriation. It is also worth noting that while threshold is considered as tending towards the virtual, the role it plays is different to what may be termed virtual space, i.e. a mental space or a space simulated in digital media. Greg Lynn in Animated Form also noted this important distinction and pointed to the true meaning of the virtual, where he stated, “The term virtual has recently been so debased that it often simply refers to the digital space of computer-aided design. It is often used interchangeably with the term simulation. Simulation, unlike virtuality, is not intended as a diagram for a future possible concrete assemblage but is instead a visual substitute.....Thus, use of the term virtual here refers to an abstract scheme that has the possibility of becoming actualized, often in a variety of possible configurations.” 32

not objective. Spatiality is what is embodied in architectural compositions not space. Hence, the significance of the threshold as a concept is in its ability to generate a conceptual framework where the preconception of space is no longer a necessary condition. It allows the conceptualization of the spatial, without space becoming the delimiting or delimited condition. Being an integral part of the spatiotemporal, threshold is innately spatial, yet at the same time does not suffer the aforementioned problems associated with reified space. This could be best illustrated by considering two designs by Mies van der Rohe, the Brick Country House and the Barcelona Pavilion. A survey of several books on Mies has found that the analysis provided on the Brick Country House and Barcelona Pavilion revolves around one central theme, which is namely how in Mies’s designs space has been freed from a static state and became free flowing. Arthur Drexler for example stated the following, “Weight and density, a sense of the substance of which things are made, have always been important to Mies, yet his most famous project explored not substance but space…..Interior space becomes a fluid medium channelled between planes entirely independent of each other.” 33

Similarly, Philip Johnson also made comparable comments referring Mies’ inHence, while virtual space may in some way inform the real, it is nevertheless vention as the breaking of a box. a reflection that is distinct from and unconnected to the phenomenon of actual spatiotemporality. Threshold on the other hand is an inseparable and congru- “Although Frank Lloyd Wright preceded him in breaking down the traditional ent component of actual spatiotemporality, with which it forms a continuous and idea o f the house as a box with wholes punched in it, Mies’ approach is unbroken boundary that is in a constant state of flux and a perpetual moment entirely his own…..Indoor and outdoors are no longer easily defined’ they flow of becoming. By inhabiting this indefinable boundary, threshold, unlike space into each other. This concept of an architecture of flowing space, channelled is capable of affecting the actual without having to transgress into actuality. by free standing planes…..” 34 This attribute is of critical importance and is seen in this paper as its key conceptual advantage over space. Thus, the failing of the avant-garde artists and Another key element in these analyses is that they all made reference to the De architects was not their assumption on the prevalence of space per se, but their Stijl movement and particularly to Theo van Doesburg’s painting, “Rhymes of willingness to confuse the absolute a priori space with what may be termed a Russian Dance”. This resemblance is of course not superficial, but a much spatiality through the reification of space. Spatiality is essentially a simulation, more profound association could be uncovered by comparing Mies’ designs a product of our own constitution and mere representation of one or several with Theo van Doesburg’s manifesto, “Towards a Plastic Architecture”, in which of the innumerable trajectories embodied in full spatiotemporality. It does not van Doesburg made statements such as, “the new architecture is elemental”, exist independent of us as perceiving subjects, that is to say it is conditional not “the new architecture is anti-cubic”, or “the new architecture is open”, all aptly

Gerrit Rietveld SchrĂśder-SchrĂ¤der House

Mie van der Rohe - Barcelona Pavilion Plan

Mie van der Rohe Brick Country House

descriptive of Mies’ designs. However, notwithstanding the fact that what these analyses have revealed are with no doubt revolutionary, it is also clear that they are still predicated on the false presumption, which Henri Lefebvre identified as “the belief that architects/artists are in someway the cause or ratio of space”. In short, the reified space still served as the fundamental premise for these analyses, where for example in Philip Johnson’s assertion that space is channelled by the free standing planes. Yet, the fact of the matter is, space does not need to be freed, for it is neither caused nor bounded by us as perceiving subjects nor by the objective configurations we create. What need to be freed are us, we need to free ourselves from our false presumptions about space. This means we need to examine these two designs from a new perspective, albeit it may be based on a false reading of Mies, but nevertheless it yields interesting results. The new perspective is essentially to see these designs not as freeing space, but as having negated the preconception of space as a necessary condition. In many ways, Mies’ designs still beckons to be viewed as logical evolutions of Theo van Doesburg’s manifesto and as well as the Schröder-Schräder House designed by Rietveld. This is due to the fact that, while demonstrating the potential for imagining architecture without the preconception of space, they have not nevertheless archived a complete break. For example, the Brick Country House of 1923, designed six years before the Barcelona Pavilion, still shows vestiges of compartmentalization, which could be seen as traces of the fragmentation of a box. Even the Barcelona Pavilion, which is regarded as the apotheosis of the Miesian style, still show some level of compartmentalization i.e. in the enclosing walls on the two ends of the building. Nonetheless, compared to the Brick Country House, the Barcelona Pavilion while still showing signs of compartmentalization, these are far less prominent and have been displaced to the peripheries. Furthermore, it has shown enough breakthroughs to warrant a new way of looking at it. What then is this breakthrough that allows it to be view differently? The key breakthrough Mies achieved in the Barcelona Pavilion is an architecture that is no longer conceived as volumetric, but could almost be read as completely planar. That is, it is no longer about space, but instead surfaces. This could be quite readily demonstrated by considering this simple question, namely, what will the programme adhere to when the reified and compartmentalized space has been negated? The answer is not surprisingly the surface. It is critical to note that this is not the literal surface, but the virtual surface, which could be obtained by

considering the blade walls Mies used in the Barcelona Pavilion as essentially immaterial, dimensionless, and infinitely thin planes. In fact I believe Mies deliberately encouraged this particular reading by making the wall surfaces highly reflective and the walls, ceiling, and floor planes individuated and elemental. In this sense, the Barcelona Pavilion could be seen as emphasizing the virtual rather than the actual. What then is the difference between the conception based on the reification of space and one that is not? The distinction is quite subtle, but could be best illustrated by considering the following analogies. The conception predicating on the reification of space considers space much like a body of water, which could be enclosed, subdivided, and modulated. On the other hand, in the conception without the reification of space, space ceases to be the subject “matter” and with spatiality supplanting as the central issue. Spatiality can be likened to the ripples produced by an object thrown into a body of water, which is essentially an after-effect. It is also critical to note that, what effected these ripples is not the object itself, but the potential energy embodied, that is, it is the virtual rather than the actual. This is precisely the relationship between threshold and spatiality, in that it is not the objective constructions that effect the spatial, i.e. the wall, the floor, or the roof, but the threshold as the virtuality embodied. That is, “the virtual” of spatiality is not virtual space, but threshold as the embodiment of the potentiality for space. To illustrate how this architecture of threshold and virutality differ from the one based on the preconception and reification of space, we must once again turn to Heidegger and compare Mies’ design to the key statement Heidegger made in Art and Space quoted earlier, “The interplay of art and space would have to be though from out of the experience of place and region. Art as sculpture: no occupying of space. Sculpture would not deal with space. Sculpture would be the embodiment of places. Places, in preserving and opening a region, hold something free gathered around them which grant the tarrying o f things under consideration and a dwelling for man in the midst of things.” 35 It is not difficult to for one to see that this statement shares many parallels with the Barcelona Pavilion, which would allows us to situate the design in relation to some of the ideas put forth by Heidegger. The most notable of which as the analysis has demonstrated is that Mies’ design could be seen as “not dealing

Mie van der Rohe - Barcelona Pavilion Plan

with space”. Yet, most importantly, Heidegger’s statement also demonstrated the outcome of the negation of space as a necessary condition. This is namely that, instead of space we now have regions, which as the prior analysis on Heidegger has construed, could be seen as essentially allowing for a loose agglomeration with amorphous boundaries. This of course coincides with what the analysis on the Barcelona Pavilion was attempting to show, that is, the conception of spatiality as an after-effect emanating from the threshold, could also be seen as essentially instituting regions. These like Heidegger’s are also amorphous and lacking definitive boundaries. Furthermore, with surface in lieu of reified space as the medium for the allocation programmatic elements, Mies’ design also allows for a loose agglomeration in that without the reified space, the programmatic elements are no longer subject to spatiotemporal fixity, but are free to migrate on the surface. This is best illustrated for example in the way how different functional zones in Mies’ building are defined by carpets that could easily be shifted anywhere on the floor surface. While one may be astonished to find such strong correlation between Heidegger’s ideas and Mies’ design, yet this not at all surprising considering the following declaration Mies made, “We refuse to recognize the problems of form, but only the problem of building. Form is not the aim of our work, but only the result. Form, by itself, does not exist. Form as an aim is formalism; and that we reject.” 36 What is fascinating about this statement is the word “form” could very well have been replaced by the word “space”, and it will not only remain meaningful, but would in principle coincide with Heidegger’s thinking on space, reflected in the quote from Art and Space. This shows what Mies saw in form is exactly what Heidegger saw in space, that is, these two key concepts on which the entire modernist aesthetics is based, shared the same kind of falsification. As a matter of fact, space and form share such high degree of interdependency they could be seen as different sides of the same problem. This is demonstrated by the fact that Mies in his attempt to undermine and negate the preconception of form has also in the same process undermined space. This indicates the attempt to posit Mies’s designs as free from the preconception of space is actually not based on a false reading, albeit not a direct one, it is nevertheless not accidental. Hence, the Barcelona Pavilion could indeed serve as an example of how architecture without space as the delimiting and delimited factor may work at both the conceptual and architectonic levels. Furthermore, this also allows us

to see what Mies achieved in the Barcelona Pavilion as an important watershed in the conceptual evolution of architecture. This stems from the fact that, it marks on the one hand a conception based on space, form and reification and on the other, one based on threshold, surface and virtuality. When looking to the past Mies’s Barcelona Pavilion is far purer and more revolutionary than Villa Savoye or Falling Water, for it has not only freed architecture from being box-like, or from load bearing walls, but from space itself. While looking at the present, Mies’s design could be seen as the first architecture of virtuality and the first of pure surfaces, an antecedent to many contemporary developments. In conclusion, with regard to the key propositions of this paper, the question that needs to be considered is whether threshold as a concept could indeed function as a viable alternative to space? As the analyses have shown, threshold as a concept in itself is able to function with the exact level of abstraction and objectivity as space. Furthermore, with the analysis on Mies’ two designs, threshold is affirmed as equally capable in its function as a generative architectural paradigm. It allows the conception of a different, but equally interesting architecture. Yet, most important of all, in allowing architecture to be imagined without the preconception and reification of space, threshold is able to free architecture from the falsehood associated with space and from being unwittingly entangled in what has been identified as a system of exploitation and oppression. In addition, threshold by not seeking to be a totalizing condition, what it engenders unlike space is not conceived as part of a totalizing whole, but like ripples are immediate and localized. This means threshold unlike space does not alienate or create non-places, but instead it institutes idiosyncratic regions. These attributes allow threshold to be seen as a non-sensorial, but conceptually precise and robust alternative to space and a remedy for the sense of placelessness Heidegger was attempting to address with the notion of place. Thus, from what could be concluded in the analyses, I believe threshold is not only a viable alternative, but as a concept it presents us with important advantages over space. What is the implication of all this on the practical level? While there is no doubt that different conceptions will necessarily lead to different realizations. However, this does not mean for example to design a box-like building is necessary false, that everything should and will look like a derivative of Mies. The fact of the matter is, the fundamental issue this disquisition attempted to address is falsification, that is, it is more than anything else a question of understanding!

Notes 1. Moholy-Nagy, Laszlo, The New Vision, George Wittenborn, New York, 1947,

Page 13. 2. Forty, Adrian, Words and Buildings: a vocabulary of modern architecture, London, Thames & Hudson, 2000, Page 256. 3. Lefebvre, Henri, The Production of Space, Blackwell, Oxford & Cambridge, 1991, Page 125. 4. Conrads, Ulrich, Programs and Manifestoes on 20th-Century Architecture, The MIT Press, Cambridge, Massachusetts, 1970, Page 20. 5. Harrison, Charles & Wood, Paul, Art in Theory 1900-1990, An Anthology of Changing Ideas, Blackwell Publishers, Oxford UK & Cambridge USA, 1992, Page 639. 6. Forty, Adrian, Words and Buildings: a vocabulary of modern architecture, Page 256. 7. Conrads, Ulrich, Programs and Manifestoes on 20th-Century Architecture, Page. 79. 8. Ibid. 9. Lefebvre, Henri, The Production of Space, Page 304. 10 Le Corbusier, New World of Space, Reynal & Hitchcook, 1948, Page 3. 11. Le Corbusier, New World of Space, Page 5. 12. Le Corbusier, Page 7. 13. Lefebvre, Henri, Page 125. 14. Lefebvre, Henri, Page 304. 15. Merleau-Ponty, Maurice, Phenomenology of Perception, 1945, Translated by Colin Smith, London, Routledge & Kegan Paul, 1962, Page 243. 16. Foucault, Michel, Of Other Spaces, Diacritics 16 (1), 1986, Page 23. 17. Lefebvre, Henri, The Production of Space, Page 124. 18. Ibid. 19. Lefebvre, Henri, The Production of Space, Page 22. 20. Lukács, Georg, History and Class Consciousness, Merlin Press, London, 1968, Page 87. 21. Lukács, Georg, History and Class Consciousness, Page 89. 22. Lukács, Georg, Page 111. 23. Lukács, Georg, Page 113. 24. Lukács, Georg, Page 149. 25. Lukács, Georg, History and Class Consciousness, Page 90. 26. Heidegger, Martin, Building Dwelling Thinking, 1951. 27. Heidegger, Martin, Art and Space, 1969.

28. Nesbitt, Kate, Theorizing A New Agenda for Architecture: An Anthology of Architectural Theory 1965-1995, Princeton Architectural Press, New York, 1996, Page 436. 29. Heidegger, Martin, Art and Space, 1969. 30. Lefebvre, Henri, The Production of Space, Page 173. 31. Heidegger, Martin, Building Dwelling Thinking, 1951. 32. Lynn, Greg, Animated Form, Princeton Architectural Press, New York, 1999, Page 10. 33. Drexler, Arthur, Ludwig Mies van der Rohe, George Braziller, New York, 1960, Page 10. 34. Johnson, Philip, Mies van der Rohe, The Museum of Modern Art, New York, 1978, Page 112. 35. Heidegger, Martin, Art and Space, 1969. 36. Johnson, Philip, Page 189.