Page 1

SERIES W50 TECHNICAL CATALOGUE


Curtain Wall system for facades and roofs Heat-insulated building construction Series W 50

1

Catalogue cover

64

T-connection

3

Catalogue pages – Overview

65

T-connection

4

Design Description

66

T-connection

5

System Description

67

Reinforcement

6

Installation Depths/Levels/Drainage Facilities

68

Variable T-connection Variable T-connection

W50

3

7

Statics Table

69

8

Statics Table

70

Variable T-connection

9

Statics Table

71

Accessories

10

Statics Table

72

Accessories

11

Statics Table

73

Accessories

12

Dimensioning of Mullions and Transoms

74

Screws

13

Predimensioning Table

75

T-connection

14

Statics Predimensioning, Spar Spacing 80 cm

76

Cutting Points

15

Statics Predimensioning, Spar Spacing 90 cm

77

Drilling template

16

Statics Predimensioning, Spar Spacing 100 cm

78

Drilling template

17

Statics Predimensioning, Spar Spacing 110 cm

79

T-connection transom

18

Statics Predimensioning, Spar Spacing 120 cm

80

Cutting point, horizontal

19

Calculation of the Thermal Conductivity Coefficient Ucw

81

Installation of insulator PK 426 in sash area

20

Nominal Values of Thermal Conductivity Coefficient Uf

82

Cut lengths

21

Profiles

83

Facade connections

22

Profiles

84

Cutting point

23

Profiles

85

Cutting point

24

Profiles

86

Cutting point

25

Profiles

87

Cutting point

26

Profiles

88

Cutting point

27

Profiles

89

Cutting point

28

Profiles

90

Cutting point

29

Profiles

91

Cutting point

30

Profiles

92

Cutting point

31

Profiles

93

Cutting point

32

Profiles

94

Cutting point

33

Profiles

95

Cutting point

34

Profiles

96

Section of A turning mode (45o angle)

35

Profiles, pressure and cover profiles

97

Section of A turning mode (60o angle)

36

Frame Inserts

98

Cutting point, horizontal, below or above the window sash

37

Frame Inserts

99

Cutting point

38

Frame Inserts

100

Cutting point

39

Window Inserts

101

Cutting point

40

Auxiliary and connecting profiles

102

Cutting point

41

Variable angle profiles

103

Cutting point

42

Accessories

104

Cutting point

43

Accessories

105

Cutting point

44

Accessories

106

Cutting point

45

Accessories

107

Cutting point

46

Corner connectors

108

Cutting point

47

Corner connectors

109

Cutting point

48

Corner connectors

110

Cutting point

49

T-connection

50

T-connection

51

T-connection

52

T-connection

53

T-connection

54

T-connection

55

T-connection

56

T-connection

57

T-connection

58

T-connection

59

T-connection

60

T-connection

61

T-connection

62

T-connection

63

T-connection

www.balkan.gr


4

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Design Description

Light alloy profile system for facades

Facade:

Thermal-insulated facade mullion-and-transom construction with disengaged transom profiles for optimum load transmission. The heat insulation, formed from the insulator profile, is integrated into the supporting inner profile over its full length by means of a special groove. Uf values to EN ISO 10077. Dimension values Uf,BW to DIN V 4108-4: 2002 The glazing or the installation of insert elements such as e.g. windows or doors is made with pressure profiles screwed on from the outside. With a corresponding mullion formation (half mullions), the facade can be fitted with the W50 concealed window sash. Cover profiles in various heights and forms are available for covering the pressure profiles.

Dimensions*: Statics:

Mullion and transom profiles with 50 mm visible width. Installation depths available in graduated dimensions according to statics requirements from 80 mm to 200 mm. The design conforms in its statics to DIN 4113, DIN 1005 and unconditionally to the technical guidelines of the glass industry.

* The installation depths indicated in the catalogue are reference dimensions for planning. The manufactured dimensions for frame and sash profiles lie 0.4 mm above the nominal dimensions in the catalogue, the glazing bar profiles 0.2 mm

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Design Description

W50

5

System Description

1. 2.

3.

4.

5.

6.

7. 8.

The visible width of the facade profiles is 50 mm.

The installation depths of the mullion and transom profiles are designed in graduated dimensions according to statics requirements from 80 mm to 200 mm. Half mullions and half transoms to receive D, DK and tilting sashes while maintaining the‌mm outside visible width in the window area by concealed, integrated ashes.

Room-side hollow chambers for installation of special push-in profiles for securing and connection of the mullion profiles.

Facade mullion-and-transom constructions with disengaged mullion profiles for transom connection and hence for optimum load transmission. Sash available with clamped and bpnded glazing.

The glazing or the installation of insert elements such as e.g. windows or doors is made with pressure profiles screwed on from the outside. Glazings and panels with thicknesses from 24 to 38 mm can be installed using spacers and/or gasket profiles. The use of integrated window profiles in conjunction with half mullion or half transom profiles is possible.

The dry glazing is performed from inside and outside with EPDM gaskets. Ventilation of the glazing rabbet from the outside is effected via special ventilation channels.

Draining is effected under control via drainage levels or the mullion or transom profiles.

All connecting and retaining parts of the facade construction are made from aluminium or stainless steel.

www.balkan.gr

9.

10.

11. 12.

13. 14.

15.

16. 17.

The pressure profiles are screwed on through the insulator into preformed screw channels of the mullion and transom profiles with a maximum spacing of 25 cm.

The pressure profiles are covered uding cover profiles in various heights and forms from 12 to 30 mm. The vertical cover profiles should stand higher than the horizontal cover profiles.

All profiles can be anodised or painted.

The heat insulation, formed from the insulator profile, is integrated into the supporting inner profile over its full length by means of a special groove. The Uf values were determined in accordance with DIN EN ISO 10077-2. Dimensioning values Uf, BW to DIN V 4108-4: 2002.

The outer cover profiles at the facade junction points have a visible width corresponding to the viewing angles.

The aluminium profiles extruded dimensionally to DIN EN 12020 are made of the alloy DIN 6060 (AIMgSi 0.5 F-22) in anodised quality.

The design conforms in its statics to DIN 4113, DIN 1005 and unconditionally to the technical guidelines of the glass industry.

All loads occurring must be reliably transmitted to the building.

The “Code of Practice for the Processor� in our latest main catalogue must be observed for the use and processing of our design.


6

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Installation Depths/Levels/Drainage

W50

Installation Depths/Levels/Drainage

Mullion Level 3

Transom Level 1

Transom Level 2

shown in reduced size

Drawn rotated through 90o

Mullion, Vertical Level 3

Transom, Vertical Level 1

Transom, Horizontal Level 2

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

W50

7

Statics Table, Profile Series W50 Mullion Level 3, Vertical

www.balkan.gr

Profile No.:

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min Wy cm3

ey cm2

AH550-5114080 W51 14080

62.76

14,14

4,26

22,16

8,86

2,50

AH550-5114100 W51 14100

107,53

19,39

5,15

26.35

10,54

2,50

AH550-5114120 W51 14120

167,14

25,20

6,06

30,53

12,21

2,50

AH550-5114140 W51 14140

243,04

31,53

6,99

34,71

13,88

2,50

AH550-5114160 W51 14160

352,81

40,72

8,03

43,47

17,39

2,50

AH550-5114180 W51 14180

553,02

58,90

9,31

56,17

22,47

2,50

AH550-5114200 W51 14200

790,30

74,78

10,13

66,36

26,54

2,50

AH550-5115080 W51 15080

39,89

8,17

3,81

5,25

2,41

1,30

AH550-5115120 W51 15120

111,40

15,30

5,42

6,24

2,72

1,19

AH550-5115160 W51 15160

249,00

26,50

7,30

7,35

3,08

1,09

AH550-5113080 W51 13080

83,60

17,85

4,01

83,60

17,85

4,01


8

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

Statics Table, Profile Series W50 Transom Level 2, Horizontal

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min Wy cm3

ey cm2

0,61

0,49

0,54

4,46

1,78

2,50

2,85

1,60

1,27

8,70

3,48

2,50

9,09

3,90

2,21

11,84

4,73

2,50

20,07

6,43

2,92

14,84

5,99

2,50

50,74

11,12

3,99

20,20

8,08

2,50

101,07

18,97

5,22

25,22

10,09

2,50

157,44

24,63

6,16

29.41

11.76

2.50

229,37

30,82

7,10

33.59

13.43

2.50

334,15

39,76

8,14

42.38

16.95

2.50

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min Wy cm3

ey cm2

55,84

13,01

4,11

20,64

8,25

2,50

Profile No.:

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min Wy cm3

ey cm2

AH550-5113001

2,8731

1,545

1,21

9,0602

3,62

2,15

Art Nr.:

AH550-5122011

W51 22011

AH550-5122024

W51 22024

AH550-5122039

W51 22039

AH550-5122054

W51 22054

AH550-5122079

W51 22079

AH550-5122099

W51 22099

AH550-5122119

W51 22119

AH550-5122139

W51 22139

AH550-5122159

W51 22159

Transom Level 1, Vertical

Profile No.:

AH550-5121077

W51 21077

Mullion Adaptor for Variable Angles

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

W50

9

Statics Table, Profile Series W50 Transom, Frames, Sashes

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min Wy cm3

ey cm2

41,10

8,53

3,88

5,10

2,35

1,30

13,72

4,65

2,45

5,37

2,14

1,69

26,22

5,99

3,62

6,11

2,97

1,44

AH550-5150003

9,18

2,78

2,06

48,8

9

1,23

AH275-280

10,51

3,85

2,15

50,3

9,13

1,29

Ix cm4

min Wx cm3

ex cm2

Iy cm4

min. Wy cm3

ey cm2

33.81

10.50

3.05

20.78

9.19

2.26

68.81

16.09

3.99

26.13

11.56

2.26

120.02

22.56

4.95

31.48

13.93

2.26

189.88

29.88

5.91

36.83

16.30

2.26

280.77

38.04

6.89

42.19

18.66

2.26

AH550-5182180

429.49

51.86

2.22

22.32

10.05

8.28

AH550-5182200

571.37

62.13

2.20

24.17

10.99

9.19

Profile No.:

AH550-5122080

W51 22080

AH550-5150053

W51 50053

AH550-5150080

W51 50080

AH550-5150015

Push-in profiles for mullions

Profile No.:

AH550-5182080

W51 82080

AH550-5182100

W51 82100

AH550-5182120

W51 82120

AH550-5182140

W51 82140

AH550-5182160

W51 82160

www.balkan.gr


10

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

Statics Table, Profile Series W50 Pressure plate and cover profiles

Pressure plate and cover profiles

Profile No.:

Dev. anod. [mm]

Dev. elox. [mm]

AH550-5051006 W50 51006

155

50

AH 550-50 57010 W50 57010

182

-

AH550-5061012 W50 61012

147

74

AH550-5061015 W50 61015

159

80

AH550-5061020 W50 61020

177

90

AH550-5067030 W50 67030

248

155

AH550-5063098

293

206

AH550-5113002

256

58

AH550-5113003

218

49

AH550-5113004

354

81

AH550-5113005

104

29

AH550-5113006

83

11

Profile No.:

Dev. anod. [mm]

Dev. elox. [mm]

AH550-9071008 W90 71008

68

53

AH550-9071010 W90 71010

76

45

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

W50

11

Statics Table, Profile Series W50 Connectors profiles for structural

Connectors profiles

Glass support

Profile No.:

Dev. anod. [mm

Dev. elox. [mm]

AH550-901

119

-

AH550-902

114

-

AH550-903

97

-

Profile No.:

Dev. anod. [mm

Dev. elox. [mm]

AH550-5184045

215

-

AH550-5184044

214

-

AH550-5184046

217

-

AH550-5184346

216

-

AH550-5182000

974

-

AH550-5184001

192

-

AH550-5184002

98

-

Profile No.:

Dev. anod. [mm

Dev. elox. [mm]

94

-

123

-

AH550-5150001

54

-

AH550-5150002

83

-

AH550-5156042

W51 56042 AH550-5156053

W51 56053

www.balkan.gr


12

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Table

Dimensioning of Mullions and Transoms

Loading width: The loading width c1 or c2 is determined by half the fields adjacent to the mullions or transoms.

Loading width

A freely supported girder on two supports with trapezoidal or triangular load is assumed as the load case. The division of the load-bearing surface is effected by halving the angles.

Support width 1 (cm)

Load case:

Admissible bending: The general rule is fz ul. = q/300 • I (DIN 18056) The insulating glazing manufacturers regard this as the maximum bending between the support points of support spacing I, but limit the admissible bending in the partial area (bending between the supporting points of the largest part-area) to fzul. = 1/300 • I = 0,8 cm.

Load assumptions: (DIN 1055 Part 4) Dynamic pressure q = 0,5 kN/m2 (height above ground = 0-8 m) Dynamic pressure q = 0,8 kN/m2 (height above ground = 8-20 m) Dynamic pressure q = 1,1 kN/m2 (height above ground = 20-10m) Pressure coefficient cp = 0,8 + 1/4 = 1,0 Wind pressure w = q • c p (kN/m2) Material strength specifications of the Al alloy AlMgSi 0.5 F22 (DIN 4113) Minimum tensile strength β z = 22 kN/cm2 Minimum yield strength d 0,2 = 16 kN/cm2 Admissible strain (main load H): d zul = 95 N/mm2 Modulus of elasticity E = 7000 kN/cm2

Mullion spacing

Mullion spacing

Application of tables I and II For mullions or transoms of single-pane fields Example “A” use Table I For mullions or transoms of multi-pane fields Example “Β” use Table II if all the part-areas are = 240 cm in size. In Example “C” the largest partial area of the mullion is dimensioned as 320 cm. As this is larger than 240 cm, f zul. = 0,8 cm or fzul. = lp/ 0,8 • I = 320/0,8 • I = 1/400 • I applies for this area. This admissible bending of 1/400 • I of the partial area applies to the whole mullion length of 460cm.

Support width 1 (cm)

Support width 1 (cm) = 460 cm

Transom

Mullion spacing

Mullion spacing

Transom

Mullion spacing

Mullion spacing

Support width 1 (cm) = 460 cm

In order to determine the necessary inertia moment Ix, the value from Table II opposite must first be divided by 300 and then multiplied by 400.

Transom

Mullion spacing

Mullion spacing

April 2009


180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

4,7 5,5 6,5 7,5 8,6 9,9 11,3 13,3 15,6 18,2 21,0 24,2 27,8 31,7 36,1 40,8 46,0 51,7 57,9 64,7 72,0 79,9 88,5 97,7 108 118 130 142 155 169 184 200 217 235 254 274 295 318 341 357 393 421 450

30

3,2 3,8 4,4 5,1 5,9 6,7 7,6 9,0 10,5 12,2 14,2 16,3 18,7 21,3 24,2 27,4 30,9 34,7 38,9 43,4 48,3 53,6 59,3 65,5 72,1 79,2 85,9 95,0 104 113 123 134 145 157 170 183 197 212 228 245 263 281 301

20

50

7,2 8,5 10,1 11,8 13,7 15,7 18,0 21,3 25,0 29,2 33,9 39,2 45,0 51,5 58,6 66,4 75,0 84,4 94,6 106 118 131 145 160 177 194 213 234 255 279 303 330 358 387 419 452 488 525 564 606 650 696 745

60

8,1 10,6 12,7 15,0 17,6 20,4 23,5 27,9 33,0 38,7 45,1 52,3 60,3 69,2 78,9 89,7 102 114 129 144 161 179 198 219 242 267 293 321 351 383 417 454 493 534 578 624 674 726 780 838 900 964 1032

70

8,8 10,6 12,7 15,0 17,6 20,4 23,5 27,9 33,0 38,7 45,1 52,3 60,3 69,2 78,9 89,7 102 114 129 144 161 179 198 219 242 267 293 321 351 383 417 454 493 534 578 624 674 726 780 838 900 964 1032

80

9,2 11,3 13,6 16,2 19,0 22,2 25,6 30,6 36,3 42,7 49,9 58,0 67,0 77,0 88,0 100 114 128 144 162 180 201 223 247 273 301 330 362 397 433 472 514 558 605 655 707 763 822 885 951 1021 1094 1171

90

9,4 11,6 14,1 16,9 20,1 23,5 27,3 32,8 39,1 46,2 54,1 63,0 73,0 84,0 96,3 110 125 141 159 178 199 222 247 273 302 333 366 402 440 481 525 571 620 673 729 788 851 917 987 1061 1139 1221 1308

110

20,9 24,9 29,4 35,7 42,9 51,1 60,4 70,8 82,5 95,5 110 126 143 163 184 207 232 259 289 321 355 393 433 475 521 571 623 679 739 802 869 941 1016 1097 1181 1271 1365 1465 1569 120

29,6 36,3 43,9 52,6 62,4 73,5 85,9 99,8 115 132 151 172 195 219 246 279 308 342 379 419 463 509 558 612 668 729 793 862 935 1012 1094 1181 1273 1370 1472 1580 1694 130

44,2 53,3 63,6 75,3 88,4 103 119 137 157 179 204 230 259 290 324 361 401 444 490 540 593 650 711 776 845 919 997 1080 1169 1262 1361 1465 1576 1692 1814

Load width a [cm]

100

14,3 17,3 20,7 24,5 28,6 34,5 41,3 49,0 57,6 67,3 78,2 90,2 104 118 135 152 172 193 216 241 269 298 330 364 400 440 482 527 575 626 681 739 800 866 935 1008 1086 1168 1254 1345 1440 140

64,0 76,2 89,9 105 122 141 163 186 211 239 270 303 339 378 420 466 515 568 625 685 750 820 894 972 1056 1145 1239 1339 1445 1556 1674 1799 1930 150

90,4 106 124 144 166 190 217 247 279 314 352 393 438 486 538 594 654 718 787 860 939 1022 1111 1205 1305 1411 1524 1643 1768 1900 2040

For mullions or transoms Single-paned fields, use Table I

160

125 145 168 194 221 252 286 322 362 405 452 503 557 616 679 747 820 897 980 1068 1162 1262 1367 1479 1598 1724 1857 1997 2144 170

169 195 224 256 291 329 370 415 464 517 574 636 702 773 849 930 1017 1110 1209 1313 1425 1543 1668 1800 1940 2087 2243 180

225 258 294 333 376 423 474 529 588 652 721 796 875 960 1051 1148 1251 1361 1477 1601 1732 1871 2017 2172 2336 190

295 335 380 428 481 538 599 666 737 814 897 985 1080 1181 1288 1403 1525 1654 1791 1936 2089 2251 2422 200

381 431 485 544 607 676 750 830 915 1007 1105 1210 1321 1440 1567 1701 1844 1995 2154 2323 2501 180

186 206 229 228 252 251 277 275 303 300 331 327 360 355 391 385 424 416 458 449 493 483 530 518 569 556 610 595 652 635 696 678 742 722 790 767 840 815 892 864 945 916 1001 969 200

190

150 167 186 205 226 248 271 295 321 348 376 406 437 470 504 540 577 616 656 699 742 788 835 884 934

I Support I= S t width in cm C1= Load width in cm C2 = Load width in cm

170

119 134 149 166 184 202 222 243 265 289 313 339 365 395 425 456 488 522 558 595 633 673 715 758 803 849 897

T They are calculated for a wind pressure of p 00,5 kN/m². In the case of other wind pressures, the inertia moment w determined must be multiplied d by the corresponding factor. b

160

94 106 119 133 148 164 180 198 217 237 258 281 304 329 354 382 410 439 470 503 536 571 608 646 685 726 768 812 858 150

72 82 93 105 117 131 145 160 176 193 211 230 250 271 293 317 341 367 393 421 451 481 513 546 580 616 653 692 732 773 816 140

55 63 72 82 92 103 115 127 141 155 170 186 203 221 240 260 281 303 326 350 375 402 429 458 487 518 551 584 619 655 693 732 772 130

41 47 55 62 71 80 90 100 111 123 136 149 164 179 195 211 229 248 267 288 309 332 355 380 406 432 460 489 519 551 583 617 652 688 726 110

21 25 29 34 40 45 52 59 66 74 83 92 101 112 123 134 147 160 173 188 203 219 236 254 272 291 312 333 355 377 401 426 452 478 506 535 565 596 628 100

14 17 21 25 29 33 38 44 49 56 63 70 78 86 95 105 115 125 137 149 161 174 188 203 218 235 251 269 288 307 327 348 369 392 416 440 465 492 519 547 576 Load width a [cm]

120

30 35 41 47 54 61 69 77 86 96 107 118 130 142 156 170 185 200 217 234 252 271 291 312 334 357 381 406 432 458 486 515 546 577 609 643 678

Determination of the necessary inertia moments The determination is performed in the following order: 1. Determination of support width I in cm. 2. Determination of load width c1 and c2 in cm. 3. Determination of inertia moment Ix erf. for load width c1 according to corresponding Table I or II. 4. Determination of inertia moment Ix erf. for load width c2 according to corresponding Table I or II. 5. Addition of the necessary inertia moments determined under 3 and 4. 6. Multiplication p of the sum of the necessary inertia moments by the factorfor the wind pressure.

1,1 kN/m2

0,5 kN/m2 0,8 kN/m2

Dynamic pressure q 1,0 1,0 1,0

Pressure coefficient cp

cp

0,5 kN/m2 0,8 kN/m2 1,1 kN/m2

w=q•

Wind pressure

Conversion factors

1,0 1,6 2,2

Factor

90

9,4 12 14 17 20 24 27 32 36 41 46 52 58 65 72 80 88 97 106 115 126 137 148 160 173 186 200 214 230 246 262 280 298 317 336 357 378 400 423 447 471 497 523 80

9,2 11 14 16 19 22 26 29 34 38 43 48 54 60 66 73 80 88 96 105 114 124 134 145 156 168 180 193 207 221 236 252 268 285 302 320 339 359 379 400 422 445 469 70

8,8 11 13 15 18 20 24 27 31 34 39 43 48 54 59 65 72 79 86 93 101 110 119 128 138 149 160 171 183 196 209 222 237 251 267 283 299 317 334 353 372 392 413 60

8,1 9,7 12 14 15 18 21 24 27 30 34 38 42 47 52 57 63 68 75 81 88 96 103 111 120 129 138 148 159 169 181 192 204 217 230 244 258 273 289 305 321 338 356 50

7,2 8,5 10 12 14 16 18 20 23 26 29 32 36 40 44 48 53 63 69 74 81 87 94 101 109 116 125 133 142 152 161 172 182 193 205 217 229 242 255 269 283 298 239

40

6 7,1 8,4 9,7 11 13 15 17 19 21 24 26 29 32 36 39 43 47 51 56 60 65 70 76 82 88 94 100 107 115 122 130 138 147 155 165 174 184 194 205 216 228 239

30

4,7 5,5 6,5 7,5 8,6 9,9 11 13 14 16 18 20 22 25 27 30 33 36 39 42 46 49 53 57 62 66 71 76 81 86 92 98 104 110 117 124 131 139 146 154 163 171 180

20

3,2 3,8 4,4 5,1 5,9 6,7 7,6 8,6 9,7 11 12 14 15 17 18 20 22 24 26 28 31 33 36 38 41 44 47 51 54 58 62 66 70 74 78 83 88 93 98 103 109 114 120

180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

For mullions or transoms of multi-pane fields, use Table II if all the partareas Table II are ≤ 240 cm in size. Bending f = 1/300 • I

0-8m 8-20m 20-100m

Height above ground

W50

40

6,0 7,1 8,4 9,7 11,3 12,9 14,8 17,4 20,5 23,9 27,7 31,9 36,6 41,8 47,6 53,9 60,8 68,3 76,6 85,5 95,3 106 117 129 143 157 172 188 206 224 244 265 288 312 337 364 392 422 454 487 522 559 598

Bending f = 1/300 • I ≤ 0,8 cm

Table I

Support width 1 (cm)

Support width I (cm)

www.balkan.gr Support width 1 (cm)

Table for determining the necessary inertia moments Ix req. [cm4] for aluminium = (E= 7000 kN/m2) Load case: Freely supported girder on two supports with trapezoidal or triangular load. The values indicated serve only for profile predimensioning and are no alternative to an examinable statics calculation.

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Predimensioning Table

13


140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

80 a

25 29 34 39 44 50 57 64 71 79 88 97 106 117 127 139 154 170 187 206 225 246 268 292 316 342 369 398 428 460 493 528 564 602 642 683 726 771 817 865 916 968 1022 1078 1136 1196 1258

dis25o

21 25 29 33 38 43 49 55 62 68 76 86 97 109 122 135 150 166 183 201 220 240 262 285 309 334 360 388 418 449 481 515 550 587 626 666 708 752 797 844 893 944 997 1052 1108 1167 1227

30o

20 24 27 32 36 41 46 52 58 65 72 80 90 102 114 126 140 155 171 188 206 225 245 266 288 312 337 363 391 419 450 481 514 549 585 623 662 702 745 789 835 882 932 983 1036 1090 1147

35o

19 22 26 30 34 38 43 49 54 61 67 74 84 94 105 117 130 144 158 174 191 208 227 247 267 289 312 337 362 389 417 446 477 509 542 577 614 651 691 732 774 818 864 911 960 1011 1064

40o

17 20 24 27 31 35 40 45 50 56 62 68 77 87 97 108 119 132 146 160 175 191 208 226 245 266 287 309 332 357 383 410 438 467 498 530 563 598 634 672 711 751 793 837 882 928 977

45o

16 19 22 25 28 32 36 41 46 51 58 66 75 84 94 105 116 128 141 155 170 186 202 220 238 258 278 300 323 347 372 398 425 454 483 514 547 581 616 652 690 729 770 812 856 901 948

50o

Roof angle

14 17 19 22 25 29 33 37 41 47 54 61 69 77 86 96 107 118 130 143 156 171 186 202 219 237 256 276 297 319 342 366 391 417 445 473 503 534 566 600 635 671 708 747 787 829 872

55o

12 14 17 19 22 25 28 32 37 43 49 55 63 70 79 88 97 107 118 130 142 155 169 184 199 216 233 251 270 290 311 333 356 380 405 431 458 486 515 546 578 611 645 680 717 755 794

60o

8 10 11 13 16 19 22 26 30 34 39 44 50 56 63 70 77 86 94 104 113 124 135 147 159 172 186 200 215 231 248 266 284 303 323 343 365 388 411 435 461 487 514 542 571 602 633

70o 6 8 10 12 14 17 19 23 26 30 34 39 44 49 55 61 68 75 83 91 100 109 119 129 140 152 164 176 190 204 218 234 250 267 284 302 321 341 362 383 406 429 453 477 503 530 557

80o 5 7 8 10 12 14 17 19 23 26 30 33 38 42 47 53 59 65 71 78 86 94 102 111 120 130 141 152 163 175 188 201 215 229 244 260 276 293 311 329 348 368 389 410 432 455 479

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

25 29 34 39 44 50 57 64 71 79 88 97 106 117 130 145 160 177 195 215 235 257 280 304 330 357 385 415 447 480 514 550 588 628 669 712 757 803 852 902 955 1009 1065 1124 1184 1247 1312

21 25 29 33 38 43 49 55 62 70 80 91 102 115 129 143 159 176 194 213 233 254 277 301 327 353 382 411 442 475 509 545 583 622 663 705 750 796 844 894 946 999 1055 1113 1173 1235 1299

30o 20 24 27 32 36 41 46 52 58 67 76 86 97 109 122 136 151 167 184 202 222 242 264 286 311 336 363 391 421 452 484 519 554 591 630 671 713 757 803 850 900 951 1004 1059 1116 1175 1236

35o 19 22 26 30 34 38 43 49 56 64 73 83 94 105 118 131 145 161 177 195 213 233 254 276 299 323 349 376 405 435 466 499 533 569 606 645 686 728 772 818 865 915 966 1019 1074 1130 1189

40o 17 20 24 27 31 36 42 49 57 66 75 85 96 107 120 134 148 164 181 199 217 237 259 281 305 330 356 384 413 444 475 509 544 580 619 658 700 743 788 834 883 933 985 1039 1095 1153 1213

45o 16 19 22 26 31 37 43 50 58 67 76 86 97 109 122 136 151 167 184 202 221 242 263 286 310 336 336 391 420 452 484 518 554 591 630 670 713 756 802 850 899 950 1003 1058 1115 1174 1235

50o

60o

70o

80o

90o

14 17 20 24 29 34 41 47 55 63 71 81 91 103 115 128 142 157 173 190 208 227 247 269 291 315 340 367 395 424 454 486 520 555 591 629 669 710 753 798 844 892 942 993 1047 1102 1159

12 15 19 23 27 32 38 44 51 58 67 76 85 96 107 119 132 146 161 177 194 212 231 251 272 294 317 342 368 395 424 453 485 517 551 587 624 662 702 744 787 831 878 926 976 1028 1081

10 13 16 19 23 27 32 37 43 50 57 64 73 82 91 101 113 124 137 151 165 180 196 213 231 250 270 291 313 336 361 386 413 440 469 499 531 564 598 633 670 708 747 788 831 875 920

9 12 15 18 21 25 30 34 40 46 52 59 67 75 84 93 103 114 126 138 151 165 180 196 212 230 248 267 288 309 331 354 379 404 431 458 487 517 548 581 615 650 686 723 762 803 844

9 11 13 16 19 23 27 31 36 41 47 54 60 68 76 84 94 104 114 125 137 150 163 178 193 208 225 242 261 280 300 321 343 367 391 416 442 469 497 527 557 589 622 656 692 728 766

140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

80 c

25 29 34 39 44 50 57 64 71 79 88 97 108 121 135 151 167 185 204 224 245 267 291 317 343 372 401 432 465 500 536 573 613 654 697 742 788 837 887 940 994 1051 1110 1171 1234 1299 1366

dis25o 21 25 29 33 38 43 49 56 65 74 84 96 108 121 136 151 168 185 204 224 246 268 292 318 345 373 403 434 467 501 537 575 615 656 699 744 791 840 890 943 998 1055 1114 1175 1238 1303 1371

30o 20 24 27 32 36 41 47 55 63 72 83 94 106 119 133 148 164 181 200 220 240 263 286 311 337 365 394 425 457 490 526 563 601 642 684 728 774 822 871 923 976 1032 1089 1149 1211 1275 1341

35o 19 22 26 30 35 42 49 57 66 76 87 98 111 124 139 155 172 190 209 230 252 275 300 326 353 382 412 445 478 514 551 589 630 672 716 762 810 860 912 966 1022 1080 1141 1203 1268 1335 1405

40o

17 21 25 31 37 44 51 60 69 79 90 102 116 130 145 162 179 198 218 240 263 287 312 340 368 398 430 464 499 536 574 615 657 701 747 795 845 897 951 1008 1066 1127 1190 1255 1323 1393 1465

45o

17 21 26 32 38 45 53 62 72 82 94 106 120 135 151 168 186 206 227 249 273 298 325 353 383 414 447 482 518 557 597 639 683 728 776 826 878 932 989 1047 1108 1171 1236 1304 1374 1447 1522

50o

Roof angle

dis25o

Roof angle

80 b

Dynamic pressure q = 1,1 kN/m2 (building height 20-100m)

Dynamic pressure q = 0,8 kN/m2 (building height 8-20m)

55o

16 20 25 30 36 43 51 59 68 78 89 101 114 128 143 160 177 196 216 237 259 283 309 335 364 393 425 458 493 529 567 607 649 692 738 785 835 886 940 995 1053 1113 1175 1239 1306 1375 1447

55o

15 19 24 29 34 41 48 56 64 74 84 96 108 121 136 151 167 185 204 224 245 268 292 317 344 372 402 433 466 500 536 574 613 655 698 743 789 838 889 941 996 1052 1111 1172 1235 1301 1368

60o

13 17 21 25 30 36 42 49 57 65 74 84 95 107 120 133 148 163 180 198 216 236 257 280 303 328 355 382 411 441 473 507 541 578 616 655 696 739 784 830 879 929 981 1034 1090 1148 1207

70o

13 16 20 24 28 34 40 46 53 61 70 79 89 100 112 125 138 153 169 185 203 222 241 262 284 308 332 358 385 414 444 475 507 542 577 614 653 693 735 778 824 871 919 970 1022 1076 1132

80o

For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.2 For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.4

Conversion factor for increased snow loads with roof angles up to 60o (approx. values)

12 15 18 22 26 31 37 43 50 57 65 74 83 93 104 116 129 142 157 172 189 206 225 244 265 286 309 333 359 385 413 442 472 504 537 572 608 645 684 724 766 810 855 902 951 1001 1053

90o

W50

Column spasing 1(cm)

Dynamic pressure q = 0,5 kN/m2 (building height 0-8m)

Column spasing 1(cm)

Spar spacing = 80 cm

of a shed roof or inclined facade of aluminium profiles (E=7000 kN/m2) Load case: Freely supported girder on two supports, trapezoidal or triangular load Bending max f= 1/300* I (values in table apply for max. edge length of individual glazings = 240 cm) Typical snow load So= 0,75 kN/m 2 Dead weight g=0.47 kN/m 2 Vertical individual live load F=1kN

Table for determination of the necessary inertia moments Ix req. [cm4] for spars or mullions

Column spasing 1(cm)

14 Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Predimensioning, Spar Spacing 80 cm

April 2009


Column spasing 1(cm)

140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

90 a

25 29 34 39 44 50 57 64 71 79 88 98 110 124 139 155 172 190 209 230 252 276 300 326 354 383 414 446 480 516 553 592 633 675 720 766 814 865 917 971 1028 1086 1147 1210 1275 1343 1413

dis25o

21 25 29 33 38 43 49 55 64 74 84 95 108 121 136 151 168 185 204 225 246 269 293 318 345 374 404 435 468 503 539 577 617 659 702 747 794 843 895 948 1003 1060 1119 1181 1244 1310 1378

30o

20 24 27 32 36 41 46 52 60 69 79 89 101 113 127 141 157 173 191 210 230 251 274 298 323 349 377 407 438 470 504 540 577 616 656 698 742 788 836 885 937 990 1046 1103 1163 1224 1288

35o

19 22 26 30 34 38 43 49 56 64 73 83 93 105 117 131 145 161 177 195 213 233 254 276 299 324 350 377 406 436 467 500 535 571 608 646 688 731 775 821 869 918 970 1023 1078 1135 1194

40o

17 20 24 27 31 35 40 45 51 59 67 76 86 96 108 120 133 148 163 179 196 214 233 253 275 297 321 346 373 400 429 459 491 524 559 595 632 671 712 754 798 843 890 939 990 1042 1097

45o

16 19 22 25 28 32 37 43 49 57 65 74 83 94 105 117 129 143 158 173 109 208 226 246 267 289 312 336 362 388 416 446 477 509 542 577 613 651 691 732 774 818 864 912 961 1012 1064

50o

Roof angle

Dynamic pressure q = 0,5 kN/m2 (building height 0-8m)

Spar spacing = 90 cm

14 17 19 22 25 29 34 39 46 52 60 68 77 86 96 107 119 132 145 160 175 191 208 226 245 266 287 309 333 357 383 410 439 468 499 531 565 599 636 673 712 753 795 839 884 931 979

55o

12 14 17 19 22 26 31 36 41 48 54 62 70 78 88 98 108 120 132 145 159 174 189 206 223 242 261 281 303 325 349 373 399 426 454 483 514 545 578 613 648 685 724 763 805 847 891

60o

8 10 12 15 17 21 24 29 33 38 43 49 56 62 70 78 86 96 105 116 127 139 151 164 178 193 208 224 241 259 278 298 318 340 362 385 410 435 461 489 517 546 577 609 642 675 711

70o 7 8 11 13 15 18 22 25 29 33 38 43 49 55 62 69 76 84 93 102 112 122 133 145 157 170 183 198 213 228 245 262 280 299 319 339 361 383 406 430 455 481 508 536 565 595 626

80o 5 7 9 11 13 16 18 22 25 29 33 37 42 47 53 59 65 72 80 88 96 105 114 124 135 146 157 170 183 196 210 225 241 257 274 291 310 329 349 370 391 413 436 460 485 511 538

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

90 b

25 29 34 39 44 50 57 64 71 79 90 102 115 129 145 161 179 198 218 240 263 287 313 340 369 400 431 465 500 538 576 617 660 704 750 799 849 901 956 1013 1071 1133 1196 1262 1330 1400 1473

dis25o 21 25 29 33 38 43 50 59 68 78 89 101 114 128 143 160 177 196 216 238 260 285 310 337 366 396 427 461 469 532 571 611 653 697 743 791 841 893 947 1003 1061 1122 1185 1250 1317 1387 1459

30o 20 24 27 32 36 41 48 56 64 74 85 96 109 122 137 152 169 187 206 226 248 271 295 321 348 376 407 438 472 507 543 581 621 663 707 753 800 849 901 954 1010 1067 1127 1189 1253 1319 1388

35o 19 22 26 30 34 39 46 54 62 71 81 92 104 117 131 146 162 180 198 218 238 260 284 309 335 362 391 422 454 487 522 559 598 638 680 724 770 817 867 918 971 1027 1084 1144 1205 1269 1335

40o 17 20 24 28 33 40 47 55 63 73 83 94 107 120 134 149 166 183 202 222 243 266 290 315 341 369 399 430 463 497 533 571 610 651 694 739 785 834 884 936 991 1047 1106 1167 1230 1295 1362

45o 16 19 23 28 34 41 48 56 64 74 85 96 108 122 136 152 169 187 206 226 248 270 295 320 348 376 406 438 471 506 543 581 621 663 706 752 799 849 900 953 1009 1066 1126 1188 1252 1318 1387

50o

Roof angle

Dynamic pressure q = 0,8 kN/m2 (building height 8-20m)

of a shed roof or inclined facade of aluminium profiles (E=7000 kN/m2) Load case: Freely supported girder on two supports, trapezoidal or triangular load Bending max f= 1/300* I (values in table apply for max. edge length of individual glazings = 240 cm) Typical snow load So= 0,75 kN/m 2 Dead weight g=0.47 kN/m 2 Vertical individual live load F=1kN

Column spasing 1(cm)

www.balkan.gr 14 18 22 27 32 38 45 52 60 70 79 90 102 114 128 143 158 175 193 212 232 254 277 301 326 353 381 411 442 475 509 545 583 622 663 706 750 797 845 895 947 1001 1057 1115 1175 1238 1302

55o 13 16 20 25 30 35 42 49 56 65 74 84 95 107 119 133 148 163 180 198 217 237 258 280 304 329 356 383 412 443 475 508 543 580 618 658 700 743 788 834 883 933 986 1040 1096 1154 1214

60o 11 14 17 21 25 30 36 41 48 55 63 72 81 91 102 113 126 139 153 168 184 201 220 239 259 280 303 326 351 377 404 433 463 494 526 560 596 632 671 710 752 794 839 885 933 982 1033

70o 10 13 16 19 23 28 33 38 44 51 58 66 74 83 93 104 115 128 141 154 169 185 202 219 238 257 278 299 322 346 371 397 425 453 483 514 547 580 615 652 690 729 770 812 856 901 948

80o 9 12 14 18 21 25 30 35 40 46 52 60 67 76 85 94 105 116 128 140 154 168 183 199 216 233 252 272 292 314 337 360 385 411 438 466 496 526 528 591 626 661 698 737 776 818 860

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

90 c

25 29 34 39 44 50 57 64 71 82 94 106 120 135 151 168 187 206 227 250 274 299 326 354 384 416 449 484 521 560 600 643 687 733 781 832 884 939 996 1055 1116 1180 1246 1314 1385 1458 1534

dis25o 21 25 29 33 38 45 53 62 72 82 94 107 120 135 151 169 187 207 228 251 275 300 327 356 386 418 451 486 523 562 602 645 689 736 784 835 887 942 999 1058 1120 1184 1250 1319 1390 1463 1540

30o 20 24 27 32 37 44 52 60 70 80 92 104 118 132 148 165 183 203 223 245 269 294 320 348 377 409 441 476 512 550 589 631 674 720 767 817 868 922 978 1035 1096 1158 1223 1290 1360 1432 1506

35o 19 22 26 32 39 46 54 63 73 84 96 109 123 139 155 173 192 212 234 257 282 308 335 364 395 428 462 498 536 576 617 661 706 754 803 855 909 965 1024 1084 1147 1213 1281 1351 1424 1499 1577

40o

18 22 28 34 40 48 57 66 76 88 100 114 129 145 162 180 200 221 244 268 294 321 350 380 412 446 482 519 559 600 644 689 737 786 838 892 948 1007 1068 1131 1197 1265 1336 1409 1485 1564 1645

45o

18 23 29 35 42 50 59 69 79 91 104 118 134 150 168 187 208 230 253 279 305 333 363 395 428 464 501 540 581 624 669 716 765 817 871 927 985 1046 1109 1175 1243 1314 1388 1464 1543 1625 1709

50o

Roof angle 55o 18 22 27 33 40 47 56 65 75 87 99 113 127 143 160 178 198 219 241 265 290 317 345 375 407 441 476 513 552 593 636 681 727 776 827 881 936 994 1054 1117 1182 1249 1319 1391 1466 1544 1624

Dynamic pressure q = 1,1 kN/m2 (building height 20-100m)

17 21 26 31 38 45 53 62 71 82 94 106 120 135 151 168 187 207 228 250 274 300 327 355 385 417 450 485 522 561 601 644 688 734 783 833 886 940 997 1056 1118 1181 1247 1316 1387 1460 1536

60o

15 18 23 28 33 40 47 54 63 72 83 94 106 119 133 149 165 182 201 221 242 264 288 313 340 368 397 428 461 495 530 568 607 648 691 735 781 830 880 932 986 1042 1101 1161 1224 1289 1356

70o

14 17 21 26 31 37 44 51 59 68 78 88 99 112 125 139 155 171 188 207 227 248 270 294 318 345 372 401 432 464 497 532 569 607 647 689 732 778 825 874 924 977 1032 1088 1147 1208 1271

80o

For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.2 For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.4

Conversion factor for increased snow loads with roof angles up to 60o (approx. values)

Column spasing 1(cm)

Table for determination of the necessary inertia moments Ix req. [cm2] for spars or mullions

13 16 20 24 29 35 41 47 55 63 72 82 93 104 116 130 144 159 175 193 211 231 251 273 296 321 346 373 402 432 463 495 530 565 602 641 682 724 768 813 860 909 960 1013 1068 1124 1183

90o

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Predimensioning, Spar Spacing 90 cm

W50 15


140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

100 a

25 29 34 39 44 50 57 64 72 83 94 107 121 137 153 170 189 209 231 254 278 304 332 361 391 424 458 493 531 570 612 655 700 748 797 848 902 958 1016 1076 1139 1204 1271 1341 1414 1489 1566

dis25o

21 25 29 33 38 44 52 60 70 81 92 105 118 133 149 166 185 204 225 248 272 297 324 352 382 413 446 481 518 557 597 639 683 729 778 828 880 934 991 1050 1111 1175 1240 1309 1379 1452 1582

30o

20 24 27 32 36 41 48 56 65 75 86 98 111 124 139 155 173 191 211 232 254 277 302 329 357 386 417 450 484 520 558 597 638 682 727 773 822 873 926 981 1038 1098 1159 1223 1289 1357 1428

35o

19 22 26 30 34 38 45 52 61 70 80 91 103 115 129 144 160 177 195 215 235 257 280 305 331 358 387 417 449 482 517 554 592 632 674 717 763 810 859 910 963 1018 1075 1134 1195 1259 1324

40o

17 20 24 27 31 35 41 48 56 64 73 83 94 106 119 132 147 163 179 197 216 236 257 280 304 329 355 383 412 443 475 508 544 580 619 659 700 743 789 835 884 935 987 1041 1097 1156 1216

45o

16 19 22 25 28 34 40 47 54 62 71 81 91 103 115 128 143 158 174 191 210 229 250 272 295 319 345 372 400 430 461 494 528 563 600 639 680 722 765 811 858 907 958 1011 1065 1122 1180

50o

14 17 19 22 26 31 37 43 50 57 65 74 84 95 106 118 131 145 160 176 193 211 230 250 271 294 317 342 368 395 424 454 486 518 552 588 625 664 704 746 790 835 881 930 980 1032 1086

55o

12 14 17 20 24 28 33 39 45 52 60 68 77 86 96 108 119 132 146 160 176 192 209 228 247 267 289 311 335 360 386 413 442 472 503 535 569 604 641 679 718 760 802 846 892 939 988

60o

8 10 13 16 19 23 27 31 36 42 48 54 61 69 77 86 95 105 116 128 140 153 167 181 197 213 230 248 267 287 308 330 352 376 401 427 454 482 511 541 573 606 640 675 711 749 788

70o 7 9 11 14 17 20 23 27 32 37 42 48 54 60 68 75 84 93 102 112 123 135 147 160 173 188 203 219 235 253 271 290 310 331 353 376 400 424 450 477 504 533 563 594 626 659 694

80o 6 8 10 12 14 17 20 24 27 31 36 41 46 52 58 65 72 80 88 97 106 116 126 137 149 161 174 188 202 217 233 249 266 284 303 323 343 364 387 409 433 458 484 510 538 566 596

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

25 29 34 39 44 50 57 67 75 86 98 112 127 142 159 178 197 218 241 265 290 317 346 376 408 442 477 514 554 595 638 683 730 779 831 885 940 999 1059 1122 1187 1255 1326 1398 1474 1552 1633

21 25 29 33 38 44 55 64 74 85 98 111 125 141 158 176 185 216 239 262 287 314 342 372 404 437 473 510 548 589 632 676 723 772 823 876 931 989 1049 1111 1176 1243 1313 1385 1460 1537 1618

30o 20 24 27 32 36 44 52 61 71 81 93 105 119 134 150 167 189 206 227 249 273 299 326 354 384 416 450 485 522 560 601 644 688 734 783 834 886 941 998 1057 1119 1183 1249 1318 1389 1463 1539

35o 19 22 26 30 34 38 45 58 68 78 89 101 115 129 144 161 179 198 218 240 263 288 313 341 370 400 433 466 502 539 578 619 662 707 753 802 853 905 960 1017 1076 1138 1202 1268 1336 1407 1480

40o 17 20 25 30 36 43 51 60 69 80 91 104 117 132 147 164 183 202 223 245 268 293 320 348 377 408 441 476 512 550 590 632 675 721 768 818 870 924 979 1038 1098 1161 1226 1293 1363 1435 1510

45o 16 20 25 31 37 44 52 61 70 81 93 105 119 134 150 167 186 206 227 249 273 299 326 354 384 416 449 484 521 560 601 643 688 734 782 833 885 940 997 1057 1118 1182 1248 1317 1388 1462 1538

50o

60o

70o

80o

90o

15 19 24 29 35 41 49 57 66 76 87 99 112 126 141 157 174 193 213 234 256 280 306 332 361 390 422 455 489 526 564 604 645 689 734 782 831 883 936 992 1050 1110 1172 1236 1303 1372 1444

14 18 22 27 32 39 45 53 62 71 81 92 104 117 131 146 163 180 198 218 239 261 285 310 336 364 393 424 456 490 526 563 602 642 685 729 775 823 873 925 978 1034 1092 1152 1215 1279 1346

12 15 19 23 28 33 39 45 52 60 69 79 89 100 112 125 138 153 169 186 204 222 243 264 286 310 335 361 388 417 447 479 512 547 583 620 660 700 743 787 833 880 930 981 1034 1089 1146

11 14 17 21 25 30 36 42 48 55 63 72 81 92 103 114 127 141 155 170 187 204 223 242 263 284 307 331 356 383 411 440 470 502 535 569 605 643 682 722 764 808 853 900 949 999 1051

10 13 16 19 23 27 32 38 44 50 58 65 74 83 93 104 115 128 141 155 169 185 202 220 238 258 279 300 323 347 372 399 426 455 485 517 549 583 618 655 693 733 774 817 861 906 954

140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

100 c

25 29 34 39 44 50 57 67 78 90 103 117 132 148 166 185 206 227 251 276 302 330 260 392 425 460 497 536 577 620 664 711 761 812 865 921 980 1040 1103 1169 1237 1307 1381 1457 1535 1617 1701

dis25o 21 25 29 33 38 44 52 67 78 90 103 117 132 149 167 186 206 228 252 277 303 332 361 393 426 462 499 538 579 622 667 714 763 815 868 925 983 1044 1107 1173 1241 1312 1386 1462 1541 1622 1707

30o 20 24 27 33 40 48 56 66 77 88 101 114 129 146 163 182 202 223 246 271 297 324 354 385 417 452 488 526 566 608 652 698 747 797 850 905 962 1021 1083 1147 1214 1284 1356 1430 1507 1587 1670

35o 19 23 28 35 42 50 59 69 80 92 105 120 135 152 171 190 211 234 258 283 311 340 370 403 437 473 511 551 593 637 683 731 782 835 890 947 1007 1069 1134 1201 1271 1344 1419 1497 1578 1662 1749

40o

19 24 30 36 44 52 62 72 84 96 110 125 141 159 178 198 220 244 269 296 324 354 386 420 456 493 533 575 618 664 712 763 815 870 928 988 1050 1115 1183 1253 1326 1402 1480 1562 1646 1733 1824

45o

20 25 31 38 46 54 64 75 87 100 114 130 147 165 185 206 229 253 279 307 337 368 401 436 473 513 554 597 643 690 740 793 847 905 964 1027 1091 1159 1229 1302 1378 1457 1538 1623 1711 1801 1895

50o

Roof angle

dis25o

Roof angle

100 b

Dynamic pressure q = 1,1 kN/m2 (building height 20-100m)

Dynamic pressure q = 0,8 kN/m2 (building height 8-20m)

55o

19 24 29 36 43 52 61 71 83 95 109 123 140 157 176 196 218 241 266 292 320 350 381 415 450 487 526 567 611 656 704 753 805 860 916 976 1037 1101 1168 1238 1310 1384 1462 1542 1626 1712 1801

55o

18 22 28 34 41 49 58 64 78 90 103 117 132 148 166 185 206 228 251 276 303 331 361 392 426 461 498 537 577 620 665 712 762 813 867 923 981 1042 1105 1170 1239 1309 1383 1459 1537 1619 1703

60o

16 20 24 30 36 43 51 59 69 79 91 103 116 131 147 164 182 201 222 244 267 292 318 346 376 407 439 474 510 547 587 629 672 717 765 814 866 919 975 1033 1093 1155 1220 1287 1357 1429 1503

70o

15 18 23 28 34 40 48 56 65 74 85 97 109 123 138 153 170 188 208 228 250 274 298 324 352 381 412 444 478 513 550 589 630 672 717 763 811 862 914 968 1024 1083 1144 1207 1272 1339 1409

80o

For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.2 For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.4

Conversion factor for increased snow loads with roof angles up to 60o (approx. values)

14 17 21 26 32 38 44 52 60 69 79 90 102 114 128 143 158 175 193 213 233 255 278 302 328 355 383 413 445 487 512 548 586 626 667 710 755 802 850 901 953 1008 1064 1123 1183 1246 1311

90o

W50

Column spasing 1(cm)

Roof angle

Dynamic pressure q = 0,5 kN/m2 (building height 0-8m)

Column spasing 1(cm)

Spar spacing = 100 cm

of a shed roof or inclined facade of aluminium profiles (E=7000 kN/m2) Load case: Freely supported girder on two supports, trapezoidal or triangular load Bending max f= 1/300* I (values in table apply for max. edge length of individual glazings = 240 cm) Typical snow load So= 0,75 kN/m 2 Dead weight g=0.47 kN/m 2 Vertical individual live load F=1kN

Table for determination of the necessary inertia moments Ix req. [cm2] for spars or mullions

901Column spasing 1(cm)

16 Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Predimensioning, Spar Spacing 100 cm

April 2009


Column spasing 1(cm)

140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

110 a

25 29 34 39 44 50 57 67 78 89 102 116 132 148 166 186 206 228 252 277 304 332 362 394 428 463 501 540 581 625 670 718 767 819 873 930 989 1050 1114 1180 1249 1321 1395 1472 1551 1634 1719

dis25o

21 25 29 33 38 44 56 65 76 87 100 114 129 145 162 181 201 223 246 270 296 324 354 385 417 452 489 527 567 609 654 700 749 799 852 907 965 1025 1087 1151 1219 1288 1361 1436 1513 1594 1677

30o

20 24 27 32 37 44 52 61 71 81 93 106 120 135 152 169 188 208 230 253 277 303 330 359 390 422 457 492 530 569 611 654 700 747 796 848 902 957 1016 1076 1139 1204 1272 1342 1414 1489 1567

35o

19 22 26 30 34 41 48 56 66 76 87 98 111 125 141 157 174 193 213 234 257 281 306 333 362 392 423 457 491 528 567 607 649 693 738 786 836 888 942 998 1056 1117 1179 1244 1312 1381 1453

40o

16 19 22 25 30 36 43 50 58 67 77 88 99 112 125 140 155 172 190 209 229 250 273 297 322 349 377 407 438 471 505 541 578 617 658 701 745 791 839 889 941 995 1051 1109 1169 1231 1295

50o

Roof angle

17 20 24 27 31 37 44 52 60 69 79 90 102 115 129 144 160 177 196 215 236 258 281 306 332 360 389 419 451 485 520 557 596 636 678 722 768 815 865 916 970 1025 1083 1142 1204 1268 1334

45o

Dynamic pressure q = 0,5 kN/m2 (building height 0-8m)

Spar spacing = 110 cm

14 17 19 23 28 33 39 46 54 62 71 81 91 103 115 129 143 158 175 192 211 230 251 273 297 321 347 374 403 433 465 497 532 568 606 645 686 728 772 818 866 916 967 1020 1075 1133 1192

55o

12 14 17 21 25 30 36 42 49 56 65 73 83 94 105 117 130 144 159 175 192 210 229 249 270 292 316 341 367 394 423 453 484 517 551 587 624 663 703 745 788 833 880 928 979 1031 1084

60o

9 11 14 17 20 24 29 34 39 45 51 59 66 75 84 93 104 115 127 139 153 167 182 198 215 233 252 272 292 314 337 361 386 412 439 468 497 528 560 594 628 664 702 740 780 822 865

70o 8 10 12 15 18 21 25 30 34 40 45 52 58 66 74 82 91 101 112 123 135 147 161 175 190 205 222 239 257 277 297 318 340 363 387 412 438 465 493 523 553 585 618 652 687 724 761

80o 6 8 10 13 15 18 22 25 29 34 39 44 50 56 63 71 78 87 96 105 116 126 138 150 163 176 191 205 221 238 255 273 292 312 332 354 376 400 424 449 475 503 531 560 590 622 654

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

110 b

25 29 34 39 44 50 59 70 81 93 107 121 137 155 173 193 215 238 263 289 317 346 378 411 446 483 522 563 606 651 699 748 800 854 911 970 1031 1095 1161 1231 1302 1377 1454 1534 1617 1703 1792

dis25o 21 25 29 34 42 50 59 69 80 92 106 120 136 153 172 192 213 236 260 286 314 343 374 407 442 479 517 558 600 645 692 741 792 846 902 960 1021 1084 1150 1219 1290 1364 1440 1520 1602 1687 1775

30o 20 24 27 33 40 47 56 66 76 88 101 114 129 146 163 182 203 224 248 272 299 326 356 387 420 455 492 531 571 614 658 705 754 805 858 914 971 1032 1094 1160 1227 1297 1370 1446 1524 1605 1689

35o 19 22 26 31 38 46 54 63 73 84 97 110 125 140 157 175 195 216 238 262 287 314 343 373 404 438 473 510 549 590 633 678 725 774 826 879 935 993 1053 1116 1181 1248 1318 1391 1466 1544 1625

40o 17 21 26 32 39 46 55 64 75 86 99 112 127 143 160 179 199 220 243 267 293 320 349 380 413 447 483 521 561 602 646 692 740 790 842 897 953 1013 1074 1138 1204 1273 1345 1419 1496 1575 1657

45o 17 21 27 33 40 47 56 66 76 88 100 114 129 146 163 182 202 224 247 272 298 326 356 387 420 455 492 530 571 613 658 704 753 804 857 913 971 1031 1094 1159 1226 1296 1369 1445 1523 1604 1687

50o

Roof angle

Dynamic pressure q = 0,8 kN/m2 (building height 8-20m)

of a shed roof or inclined facade of aluminium profiles (E=7000 kN/m2) Load case: Freely supported girder on two supports, trapezoidal or triangular load Bending max f= 1/300* I (values in table apply for max. edge length of individual glazings = 240 cm) Typical snow load So= 0,75 kN/m 2 Dead weight g=0.47 kN/m 2 Vertical individual live load F=1kN

Column spasing 1(cm)

www.balkan.gr 16 20 25 31 37 44 52 61 71 82 94 107 121 137 153 171 190 210 232 255 280 306 334 363 394 427 461 498 536 576 617 661 707 755 805 857 911 968 1027 1088 1151 1217 1285 1356 1430 1506 1584

55o 15 19 23 29 35 41 49 57 67 77 88 100 113 128 143 159 177 196 216 238 261 286 311 339 368 398 430 464 499 537 576 617 659 704 750 799 850 902 957 1014 1073 1135 1198 1264 1333 1404 1477

60o 12 16 20 24 29 35 42 49 57 65 75 85 96 109 122 136 151 167 184 203 222 243 265 288 313 339 366 395 425 457 490 525 561 599 639 680 723 768 815 863 914 966 1020 1076 1134 1195 1257

70o 11 15 18 22 27 32 38 45 52 60 69 78 88 100 112 125 138 153 169 186 204 223 243 265 287 311 336 362 390 419 450 482 515 550 586 624 664 705 748 792 838 886 936 988 1041 1097 1154

80o 10 13 16 20 25 29 35 41 47 54 62 71 80 90 101 113 126 139 153 169 185 202 221 240 261 282 305 329 354 380 408 437 467 499 532 566 602 639 678 719 760 804 849 896 944 995 1047

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

110 c

25 29 34 39 44 52 62 72 84 97 111 126 143 161 181 202 224 248 274 301 330 361 394 428 465 503 544 586 631 678 728 779 833 890 948 1010 1074 1140 1210 1282 1357 1434 1515 1598 1685 1774 1867

dis25o 21 25 30 36 44 52 62 73 84 97 112 127 144 162 181 202 225 249 275 302 331 362 395 430 466 505 546 589 634 681 730 782 836 893 952 1013 1078 1144 1214 1286 1361 1439 1520 1604 1690 1780 1873

30o 20 24 29 35 43 51 61 71 83 95 109 124 141 158 177 198 220 243 269 295 324 354 386 420 456 494 534 576 620 666 714 765 818 873 931 991 1054 1120 1188 1258 1332 1408 1487 1569 1654 1742 1833

35o

19 24 30 37 45 54 64 74 87 100 114 130 147 166 186 207 230 255 281 309 339 371 405 440 478 517 559 603 649 697 748 801 857 915 975 1038 1104 1172 1244 1318 1395 1474 1557 1643 1732 1824 1919

40o

20 25 32 39 47 56 66 78 90 104 119 136 153 173 194 216 240 266 293 323 354 387 422 459 498 540 583 629 677 727 780 835 893 954 1017 1083 1151 1223 1297 1374 1454 1538 1624 1713 1806 1902 2001

45o

21 26 33 40 49 58 69 81 94 108 124 141 159 180 201 225 250 276 305 335 368 402 439 477 518 561 606 653 703 756 811 868 928 991 1057 1125 1197 1271 1348 1438 1511 1598 1688 1781 1877 1977 2080

50o

Roof angle 55o 20 25 31 38 46 55 65 77 89 103 118 134 152 171 191 213 237 263 290 319 349 382 417 453 492 533 576 621 668 718 770 825 882 942 1004 1069 1137 1208 1281 1357 1436 1519 1604 1692 1784 1879 1977

Dynamic pressure q = 1,1 kN/m2 (building height 20-100m)

18 24 29 36 44 52 62 73 84 97 111 127 143 161 181 202 224 248 274 301 330 361 394 429 465 504 545 587 632 679 729 780 834 891 950 1011 1075 1142 1211 1284 1358 1436 1517 1600 1687 1777 1869

60o

16 21 26 32 39 46 55 64 74 86 98 112 126 142 160 178 198 219 242 266 292 319 348 378 411 445 481 518 558 599 643 689 736 786 838 892 949 1008 1069 1133 1199 1267 1338 1412 1489 1568 1650

70o

15 20 24 30 36 43 51 60 70 80 92 105 119 133 150 167 186 205 227 249 273 299 326 355 385 417 450 486 523 562 603 645 690 737 786 836 889 945 1002 1062 1124 1188 1255 1324 1395 1469 1546

80o

For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.2 For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.4

Conversion factor for increased snow loads with roof angles up to 60o (approx. values)

901Column spasing 1(cm)

Table for determination of the necessary inertia moments Ix req. [cm2] for spars or mullions

14 18 23 28 34 40 48 56 65 75 86 97 110 124 139 155 173 191 211 232 254 278 303 330 358 388 419 452 487 523 561 601 642 686 731 778 828 879 932 988 1046 1106 1168 1232 1299 1368 1439

90o

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Predimensioning, Spar Spacing 110 cm

W50 17


140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

120 a

Column spasing 1(cm)

25 29 34 39 44 51 61 71 83 96 110 125 142 160 179 200 223 247 272 300 329 360 392 427 464 502 543 586 631 678 727 779 833 890 949 1011 1075 1142 1211 1283 1358 1436 1517 1601 1688 1777 1870

dis25o

21 25 29 33 42 50 59 69 81 93 107 122 138 156 175 195 217 241 266 292 321 351 383 417 452 490 530 572 615 661 710 760 813 868 926 986 1049 1114 1182 1252 1325 1401 1480 1562 1646 1734 1825

30o

20 24 27 32 39 47 55 65 76 87 100 114 129 146 163 182 203 225 248 273 300 328 358 389 423 458 495 534 575 648 663 710 760 811 865 921 980 1041 1104 1170 1238 1309 1383 1459 1539 1620 1705

35o

19 22 26 30 36 43 51 60 70 81 93 106 120 135 152 169 188 209 230 253 378 304 332 361 392 425 459 495 533 573 615 659 705 752 802 854 909 965 1024 1085 1148 1214 1283 1353 1427 1503 1581

40o

17 20 24 27 33 40 47 55 64 74 85 97 110 124 139 155 173 191 211 233 255 279 305 332 360 390 422 455 490 526 565 605 647 691 737 784 834 886 940 996 1054 1115 1178 1243 1310 1380 1452

45o

16 19 22 26 32 39 46 54 62 72 83 94 107 120 135 151 168 186 205 226 248 271 296 322 349 379 409 441 475 511 548 587 628 670 715 761 810 860 912 967 1023 1082 1143 1206 1271 1339 1409

50o

Roof angle

Dynamic pressure q = 0,5 kN/m2 (building height 0-8m)

Spar spacing = 120 cm

14 17 20 24 30 35 42 49 57 66 76 87 98 111 124 139 154 171 189 208 228 249 272 296 322 348 376 406 437 470 504 540 578 617 658 701 745 791 840 890 942 996 1052 1110 1170 1232 1297

55o

12 14 18 22 32 32 38 45 52 60 69 79 89 101 113 126 140 156 172 189 207 227 248 269 293 317 343 370 398 428 459 492 526 561 599 638 678 720 764 810 857 906 957 1010 1065 1121 1180

60o

9 11 14 18 21 26 30 36 42 48 55 63 71 80 90 101 112 124 137 151 165 181 197 215 233 253 273 295 317 341 366 392 419 448 477 508 541 574 609 646 683 722 763 805 849 894 941

70o 8 10 13 16 23 23 27 32 37 42 49 55 63 71 79 89 99 109 121 133 146 159 174 189 205 223 241 259 279 300 322 345 369 394 420 448 476 506 536 568 602 636 672 709 747 787 828

80o 7 9 11 13 19 19 23 27 32 36 42 48 54 61 68 76 85 94 104 114 125 137 149 163 176 191 207 223 240 258 277 277 317 339 361 385 409 434 461 488 517 547 577 609 642 676 712

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

120 b

25 29 34 39 44 53 63 74 86 100 114 130 148 167 187 209 232 257 284 312 343 375 409 445 484 524 566 611 658 707 758 812 869 928 989 1054 1120 1190 1263 1338 1416 1497 1582 1669 1759 1853 1950

dis25o 21 25 29 36 44 53 63 74 86 99 113 129 146 165 185 207 230 255 281 310 340 372 405 441 479 519 561 605 651 700 751 805 861 919 980 1044 1110 1179 1251 1325 1403 1483 1567 1653 1743 1836 1932

30o 20 24 28 34 42 50 60 70 81 94 108 123 139 157 176 197 219 242 268 294 323 353 386 420 456 494 534 576 620 666 715 766 819 874 932 993 1056 1122 1190 1261 1335 1411 1490 1573 1658 1746 1838

35o 19 22 27 33 40 48 57 67 78 90 104 118 134 151 169 189 210 233 257 283 311 340 371 404 438 475 513 554 596 641 688 736 788 841 897 897 1016 1079 1145 1213 1284 1358 1434 1513 1595 1680 1768

40o 17 22 27 34 41 49 58 69 80 92 106 121 137 154 173 193 215 238 263 289 317 347 378 412 447 484 524 565 608 654 701 751 804 858 915 915 1036 1101 1168 1237 1310 1385 1463 1544 1627 1714 1803

45o 17 22 28 34 42 50 60 70 81 94 108 123 139 157 176 196 219 242 267 294 323 353 385 419 455 493 533 575 619 666 714 765 818 874 922 922 1055 1121 1189 1260 1333 1410 1489 1572 1657 1745 1836

50o

Roof angle

Dynamic pressure q = 0,8 kN/m2 (building height 8-20m)

of a shed roof or inclined facade of aluminium profiles (E=7000 kN/m2) Load case: Freely supported girder on two supports, trapezoidal or triangular load Bending max f= 1/300* I (values in table apply for max. edge length of individual glazings = 240 cm) Typical snow load So= 0,75 kN/m 2 Dead weight g=0.47 kN/m 2 Vertical individual live load F=1kN

Table for determination of the necessary inertia moments Ix req. [cm2] for spars or mullions

Column spasing 1(cm)

16 21 26 32 39 47 56 66 76 88 101 115 131 147 165 184 205 227 251 276 303 332 362 394 427 463 500 540 581 625 670 718 768 820 875 875 990 1052 1116 1183 1252 1324 1398 1475 1555 1638 1724

55o 15 19 24 30 37 44 52 61 71 82 94 107 122 137 154 172 191 212 234 258 283 309 337 367 398 432 467 503 542 583 625 669 716 765 815 868 923 981 1041 1103 1167 1234 1303 1375 1450 1527 1607

60o 13 17 21 26 31 37 44 52 61 70 80 91 104 117 131 146 163 180 199 219 240 263 287 312 339 367 397 428 461 496 532 570 609 651 694 739 786 835 886 939 993 1050 1109 1171 1234 1300 1368

70o 12 15 19 24 29 34 41 48 56 64 74 84 95 107 120 134 149 166 183 201 221 241 263 287 311 337 365 393 423 455 488 523 559 597 637 678 721 766 813 861 912 964 1018 1074 1133 1193 1255

80o 11 14 17 21 26 31 37 43 50 58 67 76 86 97 109 122 136 150 166 182 200 219 239 260 282 306 331 357 384 413 443 474 507 542 578 615 654 695 737 781 827 874 924 924 1027 1082 1139

90o 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600

120 c

25 29 34 39 46 56 66 77 90 104 119 136 154 174 195 217 242 268 296 325 357 391 426 464 504 546 590 636 685 736 790 846 905 966 1031 1097 1167 1240 1315 1394 1475 1560 1647 1738 1833 1930 2031

dis25o 21 25 31 38 46 56 66 78 90 104 120 136 154 174 195 218 243 269 297 327 358 392 428 466 505 547 592 638 687 739 793 849 908 970 1034 1101 1171 1244 1320 1398 1480 1565 1653 1745 1839 1937 2038

30o 20 24 30 37 45 54 65 76 88 102 117 133 151 170 191 213 237 263 290 320 351 384 418 455 494 536 579 625 673 723 776 831 888 949 1012 1077 1146 1217 1291 1368 1448 1531 1617 1707 1799 1895 1994

35o 20 25 32 39 48 57 68 79 93 107 123 140 158 178 200 223 249 275 304 335 367 402 438 477 518 561 606 654 704 757 812 870 930 994 1059 1128 1200 1274 1352 1433 1516 1603 1694 1787 1884 1984 2088

40o

20 26 33 41 50 60 71 83 96 111 128 146 165 186 209 233 259 287 317 349 383 419 457 497 540 585 632 682 737 789 847 907 970 1036 1105 1177 1251 1329 1410 1494 1582 1672 1766 1864 1965 2070 2178

45o

21 27 34 42 52 62 73 86 100 116 133 151 172 193 217 242 269 298 330 363 398 435 475 517 561 608 657 709 763 820 880 943 1008 1077 1148 1223 1300 1381 1465 1553 1644 1738 1836 1937 2042 2151 2263

50o

Roof angle 55o 20 26 33 40 49 59 70 82 95 110 126 144 163 184 206 230 256 284 313 345 378 414 451 491 533 578 624 674 725 780 836 896 958 1023 1091 1162 1236 1313 1393 1476 1562 1652 1744 1841 1941 2044 2151

Dynamic pressure q = 1,1 kN/m2 (building height 20-100m)

19 31 31 38 46 56 66 77 90 104 119 136 154 174 195 218 242 268 296 326 358 391 427 465 504 546 591 637 686 737 791 847 906 968 1032 1099 1169 1241 1317 1396 1477 1562 1650 1741 1835 1933 2034

60o

17 27 27 34 41 49 58 68 80 92 105 120 136 153 172 192 214 237 261 288 316 345 377 410 445 482 521 562 605 651 698 748 800 854 911 970 1031 1095 1162 1232 1304 1378 1456 1536 1619 1706 1795

70o

16 26 26 32 38 46 55 64 75 86 99 113 128 144 161 180 200 222 245 270 296 324 353 384 417 252 488 527 567 610 654 701 750 800 854 909 967 1027 1089 1154 1222 1292 1365 1440 1518 1599 1682

80o

For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.2 For typical snow load So=1,00 kN/m2, the values in the table must be multiplied by 1.4

Conversion factor for increased snow loads with roof angles up to 60o (approx. values)

15 24 24 29 36 43 51 60 69 80 92 105 119 134 150 168 186 206 228 251 275 301 329 358 388 421 455 490 528 568 609 652 698 745 794 846 900 956 1014 1074 1137 1202 1270 1340 1413 1488 1566

90o

W50

901Column spasing 1(cm)

18 Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Statics Predimensioning, Spar Spacing 120 cm

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Calculation of the heat transmission coefficient Ucw

W50

19

Ucw value (CURTAIN WALLING) to prEN 13947 prEn 13947 defines a method for determining the heat transmission coefficient Ucw of a curtain facade system consisting of glass fillings and / or non-transparent fillings in frames or sashes.

Window

Frame

Window

The heat transmission coefficient Ucw of a curtain facade system is calculated using the following equation:

Ucw=

ΣΑgUg + ΣApUp + ΣΑfUf + ΣΙgΨg + ΣΙpΨp ΣΑg + Af + Ap

ACW

Area ratio of the facade module

Af , At, Am

Area ratio of the profiles

Ag

Area ratio of the glazing

Ap

Area ratio of the filling

Uf , Um, Ut

Thermal transmission coefficient of the profiles (windows, mullions, transoms)

Ug

Thermal transmission coefficient of the glazing

Up

Thermal transmission coefficient of the filling

Ψg, Ψp

Length-related heat transmission coefficient of the glazing or panel spacer

Ιg

Length of the visible glazing perimeter

Ιp

Length of the visible filling perimeter

Note: The visible surfaces Ag and/or Ap are the smaller of the surfaces visible from the two sides. The total of the length lg and/or Ip is the total of the visible glazing or filling perimeter. If different lengths are visible from the two viewing sides, the larger of the two has to be used.

www.balkan.gr


20

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Nominal values of the heat transmission coefficient Uf

W50

Nominal values of the heat transmission coefficient Uf Fixed cross-section

Mounting mullion

Mullion

Transom

Moving cross-sections Mullion with integrated sash, glazing bonded

The illustrated Uf values of the mullion-and-transom construction W 50 Were measured according to EN 12412-2 : 2009-07 and calculated according to EN 10077-2 : 2003-10 The allowance for the influence of the facade screws has already been taken into account. Screw Ă˜ 5,5 mm Spacing approx 250 mm

Insert cross-sections

April 2009 Apr


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

21

Mullion profiles, vertical (Level 3) 10

10 10 10

30

AE013-000002-00

AE013-929001-00

AE013-000003-00

( PK 392 )

( PK 390 )

( PK 391 )

14

20

26

37

10

AE013-000001-00

( PK 393 )

AE013-000004-00

50

50

10

7.1

7

2.5

11.5

7.1

10

11.5

7

2.5

Reinforcement AH550-5182100

63.5

80

87

83.5

100

107

Reinforcement AH550-5182080

46.4

46.4

AH550-5114084 AH550-5114080 Mullion profile

4,00 m delivery length

Dev. anod.: 416 mm Dev. mech.: 210 mm www.balkan.gr

4,00 m delivery length

6,00 m delivery length

AH550-5114104 AH550-5114100 Mullion profile

Weight: 1,85 kg/m

Dev. anod.: 456 mm

Weight: 2,05 kg/m

Dev. mech.: 250 mm

Ix cm4: 107,53

Ix

cm4:

62,76

6,00 m delivery length


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

22

Mullion profiles, vertical (Level 3) 900 94036

Mullion Level 3

900 94050

Einzelwerkzeug f r Stanzmaschinen

50,4

Matrizen und Stempel f r Stanzvorrichtung 900 94070

50 11,5

10

7.1

7

2.5

50 7.1

11.5

10

Reinforcement AH550-5182140

103.5

120

Reinforcement AH550-5182120

123.5

127

140

147

11.5

7

2.5

46.4

46.4

ΑΗ550-5114124 ΑΗ550-5114120 Mullion profile

4,00 m delivery length

Dev. anod.: 496 mm

Weight: 2,22 kg/m

Dev. mech.: 290 mm

Ix cm4: 167,14

6,00 m delivery length

ΑΗ550-5114140 Mullion profile Dev. anod.: 536 mm

Weight: 2,45 kg/m

Dev. mech.: 330 mm

Ix cm4: 243,04

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

23

Mullion profiles, vertical (Level 3)

50 10

7.1 2.5 7

50 7.1

11.5

10

11.5

7

2.5

143.4

160

167

162

180

187

Reinforcement AH550-5182160

45.8

ΑΗ550-5114160 Mullion profile

45

ΑΗ550-5114180 Mullion profile

(not permanently in stock)

Dev. anod.: 576 mm

Weight: 2,85 kg/m

Dev. anod.: 616 mm

Weight: 3,60 kg/m

Dev. mech.: 370 mm

Ix cm4: 352,81

Dev. mech.: 410 mm

Ix cm4: 553,02

www.balkan.gr


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

24

Mullion profiles, vertical (Level 3) 25

30

50 10

7.1 2.5

11.5

7

ΑΕ013-929036-20

ΑH550-5150015

180.8

200

207

ΑΗ550-5150053 W51 50053

Illustration shows clamped glazing

ΑΗ550-5115080 Mullion profile, vertical for sash installation

44.6

Dev. anod.: 384 mm

Weight: 1,53 kg/m

Dev. mech.: 95 mm

Ix cm4: 39,89

ΑΗ550-5114200 Mullion profile

(not permanently in stock)

Dev. anod.: 656 mm

Weight: 4,23 kg/m

Dev. mech.: 450 mm

Ix cm4: 790,30

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

25

Mullion profiles, vertical (Level 3) 25

25

PK 426 ΑΕ013-929036-20

PK 426 33

33

33

33

ΑΕ013-929036-20

7.1

7.1 2.5

11.5 120

ΑΗ550-5150053 W51 50053

200

160

11.5

7

7

2.5

ΑΗ550-5150053 W51 50053

4.5

4.5 66.5

95

55

160

66.5

15

Dies and punches for punching device 50,4

Illustration shows clamped glazing 11,5 Level 3

15

ΑΗ550-5115120

ΑΗ550-5115160

Mullion profile, vertical for sash installation

Mullion profile, vertical for sash installation

Dev. anod.: 464 mm

Weight: 1,93 kg/m

Dev. anod.: 544 mm

Weight: 2,32 kg/m

Dev. mech.: 135 mm

Ix cm4: 111,40

Dev. mech.: 270 mm

Ix cm4: 249,00

www.balkan.gr


26

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

Mullion corner profiles 90째, vertical (Level 3)

AH550-5113080 Mullion corner profiles 90o Dev. anod.: 632 mm

Weight: 2,85 kg/m

Dev. mech.: 160 mm

Ix cm4: 83,60

AE013-929001-01

St tube 60/60

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

27

Transom profiles, vertical (Level 1) The figures apply to a self-powered double punching machine No. 900 94070 Dies and punches for 900 94070 cutting out of the mullion profiles Dies and punches for 900 94070 cutting out of the mullion profiles = 94037

Mullion Level 3

Dies and punches for 900 94070 cutting out of the mullion profiles = 94038 900 94050 Punching tool for cutting out mullion, mounting mullion and transom profiles for use on HSP 110, Dyno 6, etc.

Transom Level 1

Transom Level 2

900 94036

50 10

7.1

16

6.1

7

2.5

AH550-5184046 T 902 00216

77

65.9

84

8,3

46.4

AH550-5121077 + (not permanently in stock) Transom profile for vertical application Dev. anod.: 354 mm

Weight: 1,645 kg/m

Dev. mech.: 254 mm

Ix cm4: 55,84

www.balkan.gr

50,

4


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

28

Transom profiles, horizontal (Level 2)

50 10

7.1 2.5

50 7.1

7

10

30.5

23.5

AH550-5184046

10.6

17.9

10.9

8.9

7

8.9

2.5

46.4

ΑΗ550-5122011 + (not permanently in stock) Transom profile for horizontal installation

ΑΗ550-5122024 Transom profile for horizontal installation

Dev. anod.: 252 mm

Dev. anod.: 276 mm

Weight: 1,06 kg/m

Dev. mech.: 97 mm

Ix cm4: 2,85

Dev. mech.: 72 mm

Weight: 0,69 kg/m Ix

cm4:

0,61

50 10

7.1 2.5

10

7

50 7.1

7

8.9

2.5

60.5

40.6

45.5

25.6

38.5

AH550-5184046 T 902 00202

53.5

8.9

AH550-5184046 T 902 00203

46.4

46.4

ΑΗ550-5122039 Transom profile for horizontal installation

ΑΗ550-5122054 Transom profile for horizontal installation

Dev. anod.: 306 mm

Dev. anod.: 336 mm

Weight: 1,36 kg/m

Dev. mech.: 157 mm

Ix cm4: 20,07

Dev. mech.: 127 mm

Weight: 1,20 kg/m Ix

cm4:

9,09

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

29

Transom profiles, horizontal (Level 2) AH550-5122080 Transom profile, horizontal for sash installation

30 W51 50059

ΑH550-5150053

Dev. anod.: 386 mm

Weight: 1,50 kg/m

Dev. mech.: 95 mm

Ix cm4: 41,10

4.5

15

PK 413

33

7

15

T-connector 902 00185 ΑH550-5184999 T-connector 902 00185 with drilling template 907 00027 with drilling template 907 00027

2.5

7.1

ΑΕ013-929036-20

80 120

50 10

7.1 2.5

50 7.1

8.9

10

2.5

8.9

T 902 00205 AH550-5184046

105.5

98.5

84.6

85.5

65.6

78.5

T 902 00204 AH550-5184046

46.4

46.4

AH550-5122079 Transom profile for horizontal installation

AH550-5122099 Transom profile for horizontal installation

Dev. anod.: 385 mm

Dev. anod.: 426 mm

Weight: 1,92 kg/m

Dev. mech.: 247 mm

Ix cm4: 101,07

Dev. mech.: 207 mm www.balkan.gr

Weight: 1,59 kg/m Ix

cm4:

50,74


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

30

Transom profiles, horizontal (Level 2) Max. glazing weight 150 kg per glazing support 75 kg

3

17

33

Glazing support AE011-903000-35 from profile AH550-5156042 Cut length 125 mm 50 10

7.1 2.5 7

50 7.1

8.9

10

2.5

8.9

7

T 902 00207

46.4

138.5

124.6

125.5

118.5

AH550-5184046

104.6

AH550-5184046

46.4

AH550-5122119 Transom profile for horizontal installation

AH550-5122139 Transom profile for horizontal installation

Dev. anod.: 466 mm

Dev. anod.: 506 mm

Weight: 2,30 kg/m

Dev. mech.: 327 mm

Ix cm4: 229,37

Dev. mech.:287 mm

145.5

T 902 00206

Weight: 2,12 kg/m Ix

cm4:

157,44

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

Transom profiles, horizontal (Level 2)

50 10

7.1

8.9

7

2.5

45.8

AH550-5122159 Transom profile for horizontal installation

www.balkan.gr

Dev. anod.: 546 mm

Weight: 2,74 kg/m

Dev. mech.: 367 mm

Ix cm4: 334,15

165.5

158.5

144.6

AH550-5184046 T 902 00208

31


32

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

Profiles AH550-5150015 Adapter frame profile for window sash 23.7

Adapter frame profile W51 50015 (C 35 anodised) and sash profile are screwed together after the paint treatment and assembled to form a common sash on which the glazing is then bonded by an authorised gas company.

Dev. anod.: 139 mm

Weight: 0,31 kg/m

(always C 35 anodised) 11.6

30

15

53

15

Drilling template 907 00023

42

Glazing support

AΕ001-901003-45

W51 50015

27

Corner connector AH900-TF558

5

14.5

PK 413 19.5

UV-resistant edge bonding always required

AF004-904000-75 904 00075

W51 22080

AH550-5150053 Sash profile for bonded glazing (flush surface with fixed glazing) Dev. anod.: 241 mm

Weight: 0,99 kg/m

Dev. mech.: 95 mm

Ix cm4: 13,72

AF004-904000-75

Corner connector AH900-TF558 AE001-901003-45

Drilling template 907 00023 Glazing support

AE013-929036-20

AH550-5122080

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

33

Profiles 50 35

15

AH550-5115080

Glazing bar, vertical above and below sash glazings Dev. anod.: 255 mm Dev. mech.: 115 mm

Weight: 1,060 kg/m Ix cm4: 22,26

7

80

Mullion W51 15080

AH550-5150080

2.5 6

7.1

7.1

2

Sash profile for bonded glazing

AH550-5150001 Glazing support profile for window sash (glued glazing) Dev. anod.: 54 mm

Weight: 0,178 kg/m

Dev. mech.: 0 mm Cut to length, 125 mm long = AE011-903000-31

15

Sash profile for bonded glazing

27

W51 50015

30

AH550-5156053 Glazing support profile for window sash (clamped glazing) Dev. anod.: 124 mm

Weight: 0,390 kg/m

Dev. mech.: 0 mm

Cut to length, 125 mm long = AE011-903000-33 7

AH550-5156042 Glazing support profile for fixed glazing horizontal half transom

16

26

Dev. anod.: 94 mm Cut to length, 125 mm long = AE011-903000-35

www.balkan.gr

Dev. mech.: 0 mm

Weight: 0,350 kg/m


34

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

Profiles

6

50

AH550-5051006 Pressure profile Dev. anod.: 155 mm

Weight: 0,538 kg/m

Dev. mech: 50 mm

12

50

AH550-5061012 Cover profile Dev. anod.: 147 mm

Weight: 0,240 kg/m

Dev. mech: 74 mm

10.5

49.3

AH550-5057010 Pressure profile Dev. anod.: 182 mm

Weight: 0,410 kg/m

Dev. mech: 0 mm

15

50

AH550-5061015 Cover profile Dev. anod.: 159 mm

Weight: 0,280 kg/m

Dev. mech: 80 mm

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

35

Profiles, pressure and cover profiles

97,7

50

AH550-5063098 acces. AE005-000001-00 Cover profile Dev. anod.: 293 mm

Weight: 1,340 kg/m

Dev. mech: 206 mm

50

20

30

50

AH550-5061020 Cover profile Dev. anod.: 177 mm Dev. mech: 90 mm

www.balkan.gr

AH550-5067030 Pressure profile + not permanently in stock Weight: 0,301 kg/m

Dev. anod.: 248 mm Dev. mech: 155 mm

Weight: 0,880 kg/m


36

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

Frame inserts, Series RG block windows for facade

AH275-5075027 AH275-5075027 Frame inserts for for Series RG 75 Frame inserts Dev.Series anod.: 474 RG /75 Weight: 1,734 k 354* mm Dev. anod.: 474 / 354* mm Dev. mech.: 104mm Dev. mech.: 104mm

AH900TF495

Weight: 1,734 kg/m

AH900-TF483 Drilling template 907 00347 Processing, see Series RGÎ’ block windows

Installation situation in facade W50

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

37

Frame inserts, Series RG 75 facade 73.5 19.5

30

24

4

AH275-5075030 Frame inserts for Series RG 75 E/P 901 569 AE001901569-00

10

Dev. anod.: 474 / 339* mm Weight: 1,871 kg/m

70.5 28

75

38.5

Dev. mech.: 85mm

8.5

4.5

E 901 458 AE001P 901 459 901459-00

16.5

Drilling template 907 229 Processing, see Series RG 75

56 72.5

904 495

904 115

RG 1210

904 285

AH550-5075030 W50 75030

50

www.balkan.gr

105.5


38

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Accessories

W50

Frame inserts, Series W50 facade 15

43.1

AH550-5150003 Frame inserts for flap window Dev. anod.: 407 mm

Weight: 1,488 kg/m

22.4

75

Dev. mech.: 43 mm

11.3

50

44.8

Installation situation in facade W50

60.4

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

39

Window inserts, Series W50 facade 11.5

6

11.8

AH275-280 Dev. anod.: 384 mm

Weight: 1,681 kg/m

Dev. mech.: 92 mm

Ix cm4: 10,51

25

26

57

64

Sash inserts for flap window

28.7

19.5

50

www.balkan.gr

Installation situation in facade W50

60.4


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

40

Auxiliary and connecting profiles

12.1

12.1 7.1

8

10

3.5 8.5

7.1

20

AH550-9071008

AH550-9071010

AH550-5150001 Glass support for flap window (standard cw)

Spacer profile 8mm

Spacer profile 10mm

Dev. anod.: 69 mm

Dev. anod.: 77 mm

Dev. anod.: 54 mm

Dev. mech.: 16 mm

Dev. mech.: 20 mm

Dev. mech.: 0 mm

Weight: 0,120 kg/m

Weight: 0,150 kg/m

Weight: 0,178 kg/m

24.7

7.7

19.8

20

20

16

10,7

10

25,3

38

AH550-902

AH550-903

Joint for glass structural

Spacer for glass structural

Spacer for glass structural

Dev. anod.: 119 mm

Dev. anod.: 114 mm

Dev. anod.: 97 mm

Dev. mech.: 0 mm

Dev. mech.: 0 mm

Dev. mech.: 0 mm

Weight: 0,795 kg/m

Weight: 0,348 kg/m

Weight: 0,656 kg/m

14.7

23.2

3.5

AH550-901

AH550-5150002 Glass support for flap window (structural cw) Dev. anod.: 83 mm Dev. mech.: 0 mm

20

Weight: 0,261 kg/m

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

41

29.5

44

.1

Variable angle profiles

50.0

AH550-5113001

AH550-5113002

Column addition for variable corner

Pressure plate addition for 45o

Dev. anod.: 404,4 mm

Weight: 1,228 kg/m

Dev. mech.: 80,3 mm

Dev. anod.: 255,7 mm

Weight: 0,794 kg/m

Dev. mech.: 77 mm

.4

34

AH550-5113003

AH550-5113004

Pressure plate addition for Dev. anod.: 217,5 mm

Pressure plate addition for 150o

60o

Weight: 0,665 kg/m

Dev. mech.: 57,6 mm

www.balkan.gr

Weight: 1,013 kg/m

AH550-5113006

Cover for pressure plate addition for Dev. mech.: 29 mm

353,7 mm

Dev. mech.: 81 mm

AH550-5113005 Dev. anod.: 104 mm

Dev. anod.:

150o

Weight: 0,163 kg/m

Column addition for for 150o Dev. anod.:

83,4 mm

Dev. mech.: 11,3 mm

Weight: 0,203 kg/m


42

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

Profiles for accessory parts

44.8

AH550-5182160 Profile for reinforcement 902 00230 in mullion profile AH550-5114160 Weight: 3,20 kg/m

AH550-5182140 Profile for reinforcement 902 00229 in mullion profile AH550-5114140

45.2

45.2

Weight: 2,85 kg/m

142.7

45.2

122.7

AH550-5182120 Profile for reinforcement 902 00228 in mullion profile AH550-5114120

102.7

Weight: 2,52 kg/m

62.7

82.7

AH550-5182100 Profile for reinforcement 902 00227 in mullion profile AH550-5114100 Weight: 2,23 kg/m

AH550-5182080 Profile for reinforcement 902 00226 in mullion profile AH550-5114080 Weight: 1,88 kg/m 45.2

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

43

Profiles for accessory parts

44

161,2

180

44,4

44,4

44

AH550-5182180 Profile for reinforcement in mullion profile AH550-5114180 Weight: 3,921 kg/m

www.balkan.gr

AH550-5182200 Profile for reinforcement in mullion profile AH550-5114200 Weight: 4,317 kg/m


44

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

Profiles for accessory parts

53,1

R18.9

45.8

64,5

10

29

AH550-5184999

AH550-5184346

T-Connector for transom AH550-5122080

T-connector profile, variable for transom AH550-5122039 - AH550-5122139 for production of inclined transoms

Weight: 2,56 kg/m

Weight: 1,562 kg/m

AE003-000001-00 Fast connector / transom Dev. anod.: 268 mm Dimension: 40mm

AH550-5184002 Fast connector / mullion Dev. anod.: 98 mm

Weight: 0,518 kg/m

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

45

Profiles for accessory parts

AH550-5184046 T-Connector for transom AH550-5122039 - AH550-5122139 Dev. anod.: 217 mm

AH550-5184045 T-Connector for transoms AH550-5122159 Dev. anod.: 215 mm

Weight: 1,574 kg/m

Weight: 1,598 kg/m

AH550-5184044 T-Connector for transoms AH550-5122199

AH550-5184001 Fast connector / transom

Dev. anod.: 214 mm

Dev. anod.: 193 mm

www.balkan.gr

Weight: 1,561 kg/m

Weight: 1,307 kg/m


46

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Profiles

W50

Profiles for accessory parts

44

AH550-5182000 28

Mounting accessory for W50

150

Weight: 10,357 kg/m

68 32

8

32

180

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Accessories

W50

47

Accessories

903 271

10 3

Joint sealing tape 10 x 3 mm Roll 10 m – impregnated

W51 5001

20

Glazing support for sash with clamped glazing 125 mm long (from profile W51 56039)

903 00033

39

Glazing support for sash with bonded glazing 125 mm long (from profile W51 56053) 885276

903 00035

39.6

Glazing support for fixed glazing 125 mm long (from profile W51 56042) 884454

903 00040

0.6

12

38

0.6

Butyl adhesive tape Roll 30 mm – double-sided

903 00041

Butyl adhesive tape Roll 10 mm - for the roof area

Connecting foil Width 1

5±0

Keder 7.5

Waterstrip

SG tan EPDM sealing strips to DIN 7864 as facade gasket For sealing between facade elements and inner supporting structure (not water vapour-tight) 904 855 Sealing strip. EPDM 150 mm wide with weatherstrip 20 m on roll 904 857 Sealing strip. EPDM 250 mm wide with weatherstrip 20 m on roll 904 859 Sealing strip. EPDM 300 mm wide with weatherstrip 20 m on roll 904 861 Sealing strip. EPDM 330 mm wide with weatherstrip 20 m on roll 904 864 Sealing strip. EPDM 500 mm wide with weatherstrip 20 m on roll 905 429

SG adhesive FA for EPDM sealing strips Required adhesion surface width 80- 100 mm Adhesive consumption 90 -110g (= approx. 0.08-0.10 ltr.) per running metre Tubular plastic bag (standard tubes) of 0.6 ltr (approx. 700 g) 905 436 SG cleanser T for soiled surfaces (grease) Container with (approx. 850 g) CAUTION! During adhesion, the instructions and hazard warnings of the manufacturer must be strictly observed! www.balkan.gr


48

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Glass thickness chart

W50

Glass thickness

Insulator

Rabbed width

Inner gasket

Outer gasket

Torx screw

12 mm 14 mm 16 mm

PK 391 PK 391 PK 391

25 mm 25 mm 25 mm

904 00035 = 9 mm 904 00030 = 7 mm 904 00025 = 5 mm

904 00315 = 4 mm 904 00315 = 4 mm 904 00315 = 4 mm

906 900 = 35 mm 906 900 = 35 mm 906 900 = 35 mm

18 mm

PK 391

25 mm

904 00020 = 3 mm

904 00315 = 4 mm

906 900 = 35 mm

18 mm

PK 393

31 mm

904 00035 = 9 mm

904 00315 = 4 mm

906 902 = 45 mm

20 mm

PK 393

31 mm

904 00030 = 7 mm

904 00315 = 4 mm

906 902 = 45 mm

22 mm

PK 393

31 mm

904 00025 = 5 mm

904 00315 = 4 mm

906 902 = 45 mm

24 mm

PK 393

31 mm

904 00020 = 3 mm

904 00315 = 4 mm

906 902 = 45 mm

24 mm

PK 392

37 mm

904 00035 = 9 mm

904 00315 = 4 mm

906 901 = 50 mm

26 mm

PK 392

37 mm

904 00030 = 7 mm

904 00315 = 4 mm

906 901 = 50 mm

28 mm

PK 392

37 mm

904 00025 = 5 mm

904 00315 = 4 mm

906 901 = 50 mm

30 mm

PK 392

37 mm

904 00020 = 3 mm

904 00315 = 4 mm

906 901 = 50 mm

28 mm

PK 390

41 mm

904 00035 = 9 mm

904 00315 = 4 mm

906 903 = 55 mm

30 mm

PK 390

41 mm

904 00030 = 7 mm

904 00315 = 4 mm

906 903 = 55 mm

32 mm

PK 390

41 mm

904 00025 = 5 mm

904 00315 = 4 mm

906 903 = 55 mm

34 mm

PK 390

41 mm

904 00020 = 3 mm

904 00315 = 4 mm

906 903 = 55 mm

904 00040 14

904 00035 9

904 00030 7

904 00025 5

904 00020 3

904 00315 4

Rabbet dimensions

CAUTION! When using sealing washers, observe the screw length and the new screw insertion depth!! Glass thickness charts for sashes, please refer to the respective series for the sash used.

Mullion drawn rotated through 90째

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Seals

W50

24.5

49

24,5

4.8

4,8

5

5

3

AE004-904015-00 904 015

Stop gasket EPDM, black

AE004-000002-00 Gasket for structural flap window

AE004-000003-00 Gasket for standard flap window

EPDM, black

EPDM, black 5.9

5.8 4

2,6

19.7

5,3

7

20.6

AE004-904001-00 904 520

Gasket, gasket external Central Silicone, grey EPDM, black

AA205-101-00 904 540 Gasket, Gasket external for flap window

EPDM, black

EPDM, black 10째

asymmetric

12

Glazing max. 10째 angle

7

4

7

10 째

7

14

AE004-000001-00 Sealing cord Gasket for structural W50 EPDM, black

7 asymmetric

AE004-904000-40 904 00040

12

Glazing max. 10째 angle

AE004-904945-00 904 945

Gasket, internal

AE004-904940-00 904 940 Gasket, external

EPDM, black

EPDM, black

EPDM, black

3

Gasket, internal

904 00020 AE004-904000-20

7

7

7

7

5

AE004-000-30 904 00030

Gasket, internal

AE004-904000-25 904 00025 Gasket, internal

EPDM, black

EPDM, black

EPDM, black

Gasket, internal 4

9

7

4

AE004-904000-35 904 00035

Gasket, internal

AE004-904000-75 904 00075 Gasket, internal

AE004-904003-15 904 00315 Gasket, external

EPDM, black

EPDM, black

EPDM, black

www.balkan.gr


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Screws

W50

50

Screws of stainless steel

AE010-906116-00

AE010-906270-00

AE010-906609-00

Countersunk screw

Countersunk screw

Roof window hinges

for connecting pin

for Τ-joints

AE010-906752-00

AE010-906759-00

AE010-906761-00

Fillister-head self-tapping screw

Countersunk self-tapping screw

Countersunk self-tapping screw

with cross head

with cross head

with cross head

25

Cylinder screw

n3.5

AE010-000006-00 Fillister-head self-tapping screw B3,5X25 with cross head

AE010-906762-00 Fillister-head self-tapping screw B4.2X25 with cross head

AE010-000004-00 Countersunk self-tapping screw B4.8X25 with cross head

AE010-906770-00 Fillister-head self-tapping screw B4.8X32 with cross head

AE010-906777-00

AE010-906779-00

AE010-906782-00

Self-tapping screw

Fillister-head self-tapping screw

Countersunk self-tapping screw

with cross head

with cross head

with cross head April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Screws

W50

51

Ø DIN 7982 ISO 7050

AE010-000005-00 906 900

Countersunk self-tapping screw B 4,8 x 9,5 with cross head

FWB facade screw Torx T25, with special thread Ø 5,5x35mm

Sealing washer with rubber coat (EPDM) for screw Ø 4,8 for pressure profiles

60

906 797

AE010-000001-00

AE010-906901-00 906 901

AE010-000002-00

AE010-000003-00

FWB facade screw Torx T25, with special thread Ø 5,5x45mm

FWB facade screw Torx T25, with special thread Ø 5,5x50mm

FWB facade screw Torx T25, with special thread Ø 5,5x55mm

FWB facade screw Torx T25, with special thread Ø 5,5x60mm

AE009-905150-00 905 150

AE009-905160-00 905 160

Roll pin, AI for corner joints

Roll pin, AI for T-joints

Accessories

905 561 Connecting pin for the connection with slide pieces

www.balkan.gr


52

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Screws

Accessories

AE005-000001-00 AE005-000001-00 Plug decorative for AH550-5063098

AE005-000005-02 Fold ventilation black, for W50 Cut when use insulator or AE013-000001-00 Cut?when?use?insulator?AE013-000001-00 Cut when use insulator or AE013-000002-00 Cut?when?use?insulator?AE013-000002-00

Fill with silicone Fill?with?silicone

AE005-000006-02

Fill with silicone Fill?with?silicone

Seal piece for dilatation W50 Use screw AE010-906777-00 Use?screw?AE010-906777-00

AE013-000006-00 18

Square tube

24

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Accessories

W50

53

Accessories AE013-929001-00 (PK 390) Insulator profile 30 mm Plastic

26 Rabbet dimensions

AE013-000002-00 (PK 392) Insulator profile 26 mm Plastic 22 Rabbet dimensions

AE013-000001-00 (PK 393) Insulator profile 20 mm Plastic 16 Rabbet dimensions

AE013-000003-00 (PK 391) Insulator profile 14 mm Plastic 10

8

20

AE011-929790-00 (PK 79) T-profile for sealing elements

12

Plastic

901 00520

33

In sash area with clamped glazings, sash profile W 51 50053

www.balkan.gr

AE013-929036-20 (PK 426) Insulating and supporting profile Plastic


54

W50

Curtain Wall system for fa ades and roofs Thermal-insulated building construction Series W 50 Corner connector

Corner connectors for flap window

Β Corner connector

A

A. AE001-000003-00 B. ΑΑ001-022-00

for profile

AH550-5150003

Connection with 5g adhesive 905 405 press

AT038-015-00

Corner connector

AE001-000004-00 for profile

AH275-280

Connection with 5g adhesive 905 405 Press

AT038-015-00

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Corner connectors

W50

55

Corner connector Profiles

Roll pin

Roll pin

905 160

905 140 18

Profile W50 75030 W50 60030 W50 75030

Corner connector 901 569

8,5 60,2 7

for profile W50 75030

5 4

Connection with 2 roll pins 905 160 and 5g adhesive 905 405

901 569 60

with drilling template 907 229 and drilling template 907 00469

Corner connector 901 458 for profile W50 75030

With drilling templates 907 229 and 907 00469

Connection with 2 roll pins 905 140 and 2g adhesive 905 405 with drilling template 907 229 and drilling template 907 00469 Pressta corner connector 901 459 for profile W50 75030

901 458 for pinning 901 459

Connection with 2g adhesive 905 405

Corner connector for roof window The corner connectors No.: 901 595 / 605 / 635 / 645 are illustrated with the corresponding profiles.

Corner connector 901 00245 n4

Profiles Profil

n7 Roll pin

for profile W50 75027 Roll pin 905 150

905 140

W50 75027 5,2

Connection with 2 roll pins 905 150 and 5g adhesive 905 405 Drilling template 907 00347

8,3

Corner connector 901 00250 for profile W50 75027 Connection with 2roll pins 905 140 and 2g adhesive 905 405 Drilling template 907 00347

901 00250 pinning 901 00251

901 911

Alternatively: Pressta corner connector 901 00251 for profile W50 75027

With drilling templates 907 00347 901 00245

www.balkan.gr

Reinforcement angle bracket 901 911 for profile W50 75027 Connection with 5g adhesive 905 405


56

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Corner connector

Corner connector sash W51 50053 (using roll pin) Drilling template

The corner connector must be installed with adhesive 905 405 The cut surfaces must be sealed. Cutting length 45,4 mm

Drilling template Sash cutting dimension = Distance between centres + 1 mm

Reinforcement angle bracket of TF 481 in the corner area of insulating profile PK 426 Article No. 901 00520

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

57

T-connection half transom to half mullion T-connector

Drilling template

Transom axis

Transom profile

T-connector Mullion profile

Transom contour drawn rotated through 90째 for illustration of the line course

Mullion profile

Distance between centres

Drilling template

Countersink bores

Transom profile

T-connector Distance between centres Transom cutting dimension = Distance between centres +20mm If necessary: Tapered roll pin ISO 8745-5x20-St (stainless steel)

www.balkan.gr


58

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

Cutting point, mullion corner, vertical with 190째, symmetrical Glazing bar

T-connector

Transom profile

Drilling template

Glazing bar

Mullion profile

T-connector

If necessary: Tapered roll pin ISO 87455x20-St (stainless steel)

Transom contour drawn rotated through 90째 for illustration of the line course

Transom contour drawn rotated through 90째 for illustration of the line course

Mullion profile

Transom profile

T-connector

Drilling template

Distance between centres Transom cutting dimension = Distance between centres +20mm

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

59

T-connection transom to mullion Schematic view Further details on the following pages of the catalogue

T-connector

Transom contour drawn rotated through 90째 for illustration of the line course

Mullion profile

T-connector

Drilling template

Transom profile

Transom cutting dimension = Distance between centres - 18mm Distance between centres

www.balkan.gr


60

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

T-connection with T-connector T-connection – schematic view

T-connection with T-connector

Butyl adhesive tape 12 x 50 mm from Article No. 903 00040

Vertical load per T-connector max. 75 kg Transom chamber

Drilling templates for transom end No. 907 00106 for mullion holes No. 907 00106 for T-connector to mullion No. 901 00101 Punching machine 900 94070 with die and punch for mullion No. 900 94036

Cut to length T-connector

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

61

T-connection transom (Level 2) to mullion (Level 3)

Mullion, vertical Level 3

Mullion, vertical Level 3

Transom, Level 2

Butyl adhesive tape of 903 00040

Transom, Level 2

Pu n too chin l 90 g m 0 9 ach 403 ine 6 90

Butyl adhesive tape of 903 00040

09

www.balkan.gr

407

0w

ith

Transom, horizontal Level 2


62

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

T-connection transom (Level 2) to mullion (Level 3)

904 00040

Scale 1:2

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

T-connection transom (Level 2) to mullion (Level 3)

W90 71010

Scale 1:2

www.balkan.gr

W50

63


64

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

T-connection transom (Level 2) to mullion (Level 3) Mullion

902 00202

of profile

T-connector Transom W51 22039 to mullion W51 14 *** Connection with 2 roll pins 905 160 2 screws 906 752 5 g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Mullion, Level 3

Mullion

902 00203 of profile

Transom, Level 2

T-connector Transom W51 22054 to mullion W51 14 ** Connection with 2 roll pins 905 160 2 screws 906 752 5g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

65

T-connection transom (Level 2) to mullion (Level 3)

902 00204 T-connector Transom W51 22079 to mullion W51 14080 Connection with 2 roll pins 905 160 2 screws 906 752 10g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins

Mullion

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical

of profile

Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Transom

902 00207 T-connector Transom W51 22099 to mullion W51 14100 Connection with 2 roll pins 905 160 2 screws 906 752 15g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors

Mullion

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

of profile

Transom www.balkan.gr


66

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

T-connection transom (Level 2) to mullion (Level 3)

902 00206 T-connector Transom W51 22119 to mullion W51 14120 Connection with 2 roll pins 905 160 2 screws 906 752 20 g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins

Mullion

of profile

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Transom

902 00207 T-connector Transom W51 22139 to mullion W51 14140 Connection with 2 roll pins 905 160 2 screws 906 752 20 g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors

Mullion

31.0335.08

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

of profile

Transom April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

67

T-connection transom (Level 2) to mullion (Level 3)

902 00208 T-connector Transom W51 22159 to mullion W51 14160 Connection with 2 roll pins 905 160 2 screws 906 752 30 g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical

Mullion

Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

of profile

Transom

902 00209 T-connector Transom W51 22179 to mullion W51 14180 Connection with 2 roll pins 905 160 2 screws 906 752 35 g adhesive 905 405 Drilling template 907 00106 Bores in horizontal transom for screws and roll pins

Mullion

31.0335.09

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical

of profile

Transom

www.balkan.gr

Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile


68

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

T-connection transom (Level 2) to mullion (Level 3) Mullion T-connector Transom W51 22* to mullion W51 14*

of profile W51 84046

Connection with 2 roll pins 905 160 1 screws 906 752 35 g adhesive 905 405 Drilling template 90700106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile 52

50,4

Transom

37,8

Mullion Level 3

T-connector Transom W51 22* to mullion W51 14* 36

Mullion Pfosten

Connection with 2 roll pins 905 160 2 screws 906 752 35 g adhesive 905 405

16

Transom Level 2 of profile W51 84046

Drilling template 90700106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

69

T-connection transom (Level 1) to transom (Level 2) Transom (1)

T-connector of profile W51 84046

902 00216 T-connector Transom W 51 21077 to transom W 51 22079

5 65,

15,6 36

8,3

Connection with 2 roll pins 905 160 2 screws 906 752 10 g adhesive 905 405 Drilling template 907 00106 Bores in vertical transom for screws and roll pins

13,7

Transom (2) Drilling template 907 00101 Bores in horizontal transom for attachment of the T-connectors

50. 4

Lower recess only if the vertical transom is continued

Transom, horizontal Punching machine 900 94070 with die and knife 900 94037 Punch-out on horizontal transom

Transom W51 21077 vertical 36

902 00216

T-connector of profile W51 84046

50,4

36

65,5

15,6

4,5

Transom W51 22079 horizontal

8,3

13,7

Transom (2)

www.balkan.gr


70

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

Rapid Connection AE005-000002-02 Plug transom cover

AH

550

-22

039 AH

550

-22

059 AH

550

-22

079

AE005-000003-02 Plug transom cover

AH

550

-22

AE005-000003-02

099 AH

550

-22

1

119 AH

550

-22

139 AH

550

-22

159

AH550-5184002-00

2 AH550-5184001-00

4

3

AE010-000006-00 April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

71

Rapid Connection

W51 84001 W51 84002

17.1

T-connector Transom W51 22119 to mullion W51 14***

76 10.9

104

11.5

Connection with 2 screws 906 754 4 screws 906 761 1 plug transom cover AE005-000003-02 10 g adhesive 905 405 Drilling template 907 00106 Bores in vertical transom for screws and roll pins Drilling template 907 00101 Bores in horizontal transom for attachment of the T-connectors Transom, horizontal Punching machine 900 94070 with die and knife 900 94037 Punch-out on horizontal transom

43 10

37.8

50.4

Mullion Level 3

20.5

Transom Level 2

6

66. 31.8 .9 10 10.9

10

6

94.

(with profile W90 71010) T-connector Transom W51 22119 to mullion W51 14***

22,5 17,1

W51 84001 W51 84002

Connection with 2 screws 906 754 4 screws 906 761 1 plug transom cover AE005-000003-02 10 g adhesive 905 405 Drilling template 907 00106 Bores in vertical transom for screws and roll pins Drilling template 907 00101 Bores in horizontal transom for attachment of the T-connectors Transom, horizontal Punching machine 900 94070 with die and knife 900 94037 Punch-out on horizontal transom

www.balkan.gr


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

72

T-connection transom (Level 2) to mullion (Level 3)

11.1

W51 84001 W51 84002

27

65.2

50.4

T-connector Transom W51 22079 to mullion W51 14080

22

36

Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000002-02

18.3

Drilling template 90700106 Bores in horizontal transom for screws and roll pins

Mullion W51 14080

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors W51 84002

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036

W51 84001

Punch-out on mullion profile Transom W51 22079

W51 84001 W51 84002 11.

27

50.4

84.2

22

56

T-connector Transom W51 22099 to mullion W51 14100 Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000003-02

17.3

Drilling template 90700106 Bores in horizontal transom for screws and roll pins Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors

Mullion W51 14100

W51 84002 W51 84001

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Transom W51 22099

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

73

T-connection transom (Level 2) to mullion (Level 3)

11.1

27

22

76

W51 84001 W51 84002 T-connector Transom W51 22119 to mullion W51 14120

50.4

104,0

Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000003-02

17.1

Drilling template 90700106 Bores in horizontal transom for screws and roll pins

Mullion W51 14120

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036

W51 84002 W51 84001

Punch-out on mullion profile Transom W51 22119

11.

27

50.4

124,0

22

96

W51 84001 W51 84002 T-connector Transom W51 22139 to mullion W51 14140 Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000003-02

17.1

Drilling template 90700106 Bores in horizontal transom for screws and roll pins

Mullion W51 14140

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors W51 84002 W51 84001

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Transom W51 22139

www.balkan.gr


74

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 T-connection

W50

T-connection transom (Level 2) to mullion (Level 3)

11.1

27

22

116

W51 84001 W51 84002 T-connector Transom W51 2259 to mullion W51 14160

50.4

144,0

Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000002-02

17.1

Drilling template 90700106 Bores in horizontal transom for screws and roll pins

Mullion W51 14160

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors W51 84002

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036

W51 84001

Punch-out on mullion profile Transom W51 22159

11.6

27

162,5

W51 84001 W51 84002

50.4

T-connector Transom W51 22179 to mullion W51 14180

22

136

Connection with 2 screws 906 761 4 screws 906 777 1 plug transom cover AE005-000003-02

16.1

Drilling template 90700106 Bores in horizontal transom for screws and roll pins Mullion W51 14180

Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors

W51 84002 W51 84001

Mullion profile, vertical Punching machine 900 94070 with die and knife 900 94036 Punch-out on mullion profile

Transom W51 22179

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Reinforcement

W50

Reinforcement, vertical butt joint mullion/mullion 902 00226 Reinforcement for mullion W 51 14080 Length 300 mm as bar 6,0 m long No.: W51 82080

Reinforcement Number and spacing of the bolts according to statics requirements

902 00227

Joint

300

Reinforcement for mullion W 51 14100 Length 300 mm as bar 6,0 m long No.: W51 82100

902 00228 Reinforcement for mullion W 51 14120 Length 300 mm as bar 6,0 m long No.: W51 82120

902 00229 Reinforcement for mullion W 51 14140 Length 300 mm as bar 6,0 m long No.: W51 82140

905 561 4

25

M. 1:1 www.balkan.gr

Shown in reduced size

906 270

906 830

902 00230

Reinforcement for mullion W 51 14160 Length 300 mm as bar 6,0 m long No.: W51 82160

75


76

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Variable T-connection

•

Variable T-connection, transom (Level 2) to mullion (Level 3)

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Variable T-connection

W50

77

Tr a

ns om

Variable T-connection, transom (Level 2) to mullion (Level 3)

902 00264 T-connector, variable Transom W51 22079 to mullion W51 14080 Connection with 3 roll pins 906 770 1 screws 906 901 10 g adhesive 905 405

Mullion

Transom

Insulator PK 390

Insulator PK 390

Bores in the inclined transom for screws according to the angle Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors

Transom (level 2)

Tr an s

om

Mullion (level 3)

902 00265 T-connector, variable Transom W51 22099 to mullion W51 14100

Insulator PK 390

Transom (level 2)

Mullion (level 3)

www.balkan.gr

Connection with 3 roll pins 906 770 1 screws 906 901 15 g adhesive 905 405

Mullion

Transom

Insulator PK 390

Bores in the inclined transom for screws according to the angle Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connectors


78

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Variable T-connection

Tr a

ns om

Variable T-connection, transom (level 2) to mullion (level 3)

902 00266

Transom

Mullion

T-connector, variable Transom W51 22119 To mullion W51 14120 Connection with: 3 screws 906 770 1 screw 906 901 20 g adhesive 905 405

Insulator PK 390

Insulator PK 390

Bores in the inclined transom for screws according to the angle Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connector

Transom (level 2)

Tr a

ns o

m

Mullion (level 3)

902 00267 T-connector, variable Transom W51 22119 To mullion W51 14120

Insulator PK 390

Transom (level 2)

Connection with: 3 screws 906 770 1 screw 906 901 25 g adhesive 905 405

Mullion

Transom

Insulator PK 390

Bores in the inclined transom for screws according to the angle Drilling template 907 00101 Bores in vertical mullion for attachment of the T-connector

Mullion (level 3)

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Drilling template

W50

79

Drilling template 907 00101 - Schematic view Positioning of the template on the mullion profile

Mullion profile Level 2

www.balkan.gr

Positioning of the template on the disengaged mullion profile

Mullion profile Level 2


80

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Drilling template

Drilling template 907 00101 - Schematic view Positioning of the template on the disengaged mullion profile (2)

Positioning of the template on the mullion profile (2)

Mullion profile Level 2

Mullion profile Level 2

Shim

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Τ-connection

W50

81

T-connection transom / half-mullion to half mullion 30

5.2

39.5

37.3

T-connector 902 00185

906 609

Drilling template

907 00027

In order to illustrate the course of the line, the profiles are drawn rotated through 90°

T-connector 902 00186

Drilling template

www.balkan.gr

43.5 37.9

Transom profiles Riegelprofile

907 00028


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

82

Cutting point, horizontal - cutting of transom W51 22080

Tra n

som

axi

Ax

is o

f th

Mullion W51 15080 vertical

s

eb

ore

Glazing transom W51 50080 vertical above and below sash panels

80

20

2 51

W som tal n Tra izon r Ho

Glazing transom W51 50080 vertical above and below sash panels

Cutting allowance

Mullion W51 15080 vertical

T-connector 902 00185

In order to illustrate the course of the line, the profiles are drawn rotated through 90o

Mullion W51 15080 vertical

Transom W51 22080 Horizontal

Cutting allowance = Matrix dimension + 20 mm April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Installation of insulator

W50

83

Installation of insulator PK 426 in sash area (clamped glazing) Transom

Transom

Corner connector 901 00520 from profile TF 481

Axis

g

hin

tc No Axis

Notchings in the horizontal parts PK 426 www.balkan.gr


84

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting to length

W50

Cut lengths

Axis (A)

Axis (A)

Cut lengths (L)

Cover profile

L = A - 52 mm

1

.

1

Cover profile

L = A - 60 mm

5

5

.

Insulator profile + transom profile .

L = A - 18 mm 25

W50 61015

25

.

L = A - 18 mm

Transom profile

904 00030 Transom profile

PK 390

904 00040

Insulator profile . L = A - 18 mm

. L = A - 60 mm W50 57008

9

Axis (A) PK 390

25

Pressure profile

Axis (A) Pressure profile

Axis (A) 9

25

25

Mullion

16

1

5

Cover profile

Cover profile . L = A - 52 mm

W50 61020

W50 57008

PK 390

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Facade connections

W50

85

Facade connections Schematic representation of various possibilities

www.balkan.gr

Movable bearing

Movable bearing

Movable bearing

Fixed bearing

Fixed bearing

Fixed bearing

Movable bearing

Movable bearing

Movable bearing

Fixed bearing

Fixed bearing

Fixed bearing


86

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

Overview of cutting points

Mullion, level 3

between the horizontal transoms, level 2

Transom, level 1

Mullion, level 3

Continuous Level 2 transom

Continuous Level 2 transom

Mullion, level 3

Mullion, level 3

Transom Level 2

Mullion

Mullion, vertical Level 3

Transom, horizontal Level 2

Transom, vertical Level 1

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, mullion, vertical (Level 3) Further mullion profiles up to 200 mm installation depth, see profile illustrations

Transom

Transom

Transom

Transom

Transom

Transom

Further glazing thicknesses, see Glazing thickness chart

www.balkan.gr

W50

87


88

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, mullion corner, vertical with 160째, symmetrical

Transom

Transom contour drawn rotated through 90째 for illustration of the line course

CAUTION! Due to the excessive angle of the glazings, the vertical pressure profiles may only be tightened until they fulfil their sealing function and not too tightly. April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

89

Cutting point, mullion corner, vertical with 190째, symmetrical

Transom contour drawn rotated through 90째 for illustration of the line course

Transom

CAUTION! Due to the excessive angle of the glazings, the vertical pressure profiles may only be tightened until they fulfil their sealing function and not too tightly.

www.balkan.gr


90

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, transom, horizontal (Level 2)

Drainage of the transom The transom is drained via at least 2 bores (dia. 6 mm) or slots 20x5 drilled in the retaining profile and cover strip

Distance max. 600 mm

Distance between centres

Further glazing thicknesses, see Glazing thickness chart

Glazing support Nr. 903 00035

Transom drainage At least 2 holes ÎŚ6 mm or slots 20x5 mm

Further transom profiles in steps of 20 mm up to an installation depth of 198.5 mm - see profile illustrations

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

91

97,6

Cutting point, vertical, sashes with bonded glazings

AH550-5063098

35

4

80

AH275-280

2

64

9

28

204,6

W50 57010

8

AH550-5150003

17,3

43,1

50 110,4

www.balkan.gr

W5114080


50

W50 57010

15 34

904 00100 50

15

15

122

904 00075

PK 426

904 00100 11

W50 61015

904 00315

904 00030

W51 22079

Riegel Transom

26

PK 426 15

W50 61020

W51 15080

19.5

37

904 00075

30

5

The glazing planes in the window sash and in the fixed panel are flush

W51 50015

W51 50053

27

4.5

7

15

W51 22080

Riegel Transom

42

78.5

11

W50 57010

904 00315

W51 50015

W51 50053

15

CAUTION! Min. grid dimension = 750mm

W51 22080

Riegel Transom

Sash size = Grid dimension + 1mm Fl gelzuschnitt = Rasterma + 1 mm

53

W50 61020

27

42

66.5 1.5

W50 61015

W51 15080

4.5

Horizontal cut

W50

904 00030

W51 22079

Riegel Transom

19.5

66.5

92 Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, horizontal, sashes with bonded glazings 137

4 5

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

93

Cutting point, vertical, sashes with bonded glazings

Recess

Sash size = Grid dimension + 1 mm

Recess

Recess

Vertical cut

Recess

10 mm dia. for drainage

www.balkan.gr

The glazing planes in the window sash and in the fixed panel are flush


94

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

Cutting point, horizontal, sashes with bonded glazings 132 1.5 5

28

4

12

904 00315

904 00025

78.5

W51 14080

50

50

PK 390

11.8

AE004-000003-00

AH550-5150003

60.4

904 00035

11.8

The glazing plane in the window sash is offset from the fixed panel!

5.5

17

34.2

43.1

AA205-101-00

9

64

28

4

12

2 119 8.5

60.4

10

25

W51 14080

15

AH550-5150003

11.8

43.1

34.2

5.5

11.8

AH275-280

904 00035

1.5

50

Horizontal cut

AH275-280

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

Cutting point, vertical, sashes with bonded glazings 132 1.5 4

28

5

78.5

904 00025

12

904 00315

3

W51 22079

50

50

PK 390

11.8

AE004-000003-00

AH550-5150003

Vertical cut

904 00035

11.8

AH275-280

12

4

28

64 2 119

5.5

11.8

904 00035

8.5 1.5

43.1

17

34.2

60.4

AH275- 280

11.8

AA205-101-00

AH550-5150003

15

W51 22079

50

10

W51 56042

www.balkan.gr

904 00025

904 00315

PK 390

The glazing plane in the window sash is offset from the fixed panel!

5.5

17

34.2

60.4

43.1

AA205-101-00

95


96

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

Cutting point, horizontal, sashes with bonded glazings 1.5 5

32

904 00025

78.5

10

50

10

W51 14080 AH550-5114080

AE004-000001-00 12.6

904 00035

5.5

85.4

48.3

43.1

AH550-5150003 W51 50003

Horizontal cut

904 00035

11.8

The glazing plane in the window sash is offset from the fixed panel!

AH275-280

14

9

64

28

85.4

48.3

AH275-280

43.1

5.5

11.8

904 00035

2

AH550-5150003

12.6

AH550-5114080 W51 14080

904 00025

10

50

10

904 00035

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

97

www.balkan.gr

The glazing plane in the window sash is offset from the fixed panel!

Vertical cut

Cutting point, vertical, sashes with bonded glazings


98

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

AH 55 051 13 00 2

Section of A turning mode (45o angle)

2 01

01

W 50

61

61

50 W

AH550-5114100

2

01

W 50

57

57

50

01

0

W 0

90째

07

W 51

22

22

51

07

9

W 9

00 13

W50 61012

51

,1

W50 57010

AH

55

0-

44

50,0

2

17,0

W 50

57

01

0

W 50

61

01

2

AH550-5114100

91122 15W

W 51

22 0

79

W51 14100

135

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

99

Section of A turning mode (60o angle) 7,3

50,0

7,3

34

4,3

3

,3

003

13 -51

550

AH

0 W5

61

01

W5 0

2

0 W5

57

01

W5 0

0

AH550-5114100

W5 1

79 20 12 W5

22 07 9

120째

7,3

50,0

4,3

3

W50 61012

W50 57010

03

130

51 50-

5

AH

W5

06

10

12

0 W5

57

01

0

AH550-5114100

W51 22119

79 20 12 W5

150째

www.balkan.gr

57 01 0

61 01 2


100

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

Section of A turning mode (150o angle)

16

10

29

10

16

AH550-5113004

11,3

10,2

15

32

AH550-5114104

W51 14120

150째

April 2009


www.balkan.gr

50

11

26

904 00030

11

hn De nd ba

W50 61020

W51 50080

50

37

W50 57010

11

15

W51 15080

PK 390

4 15 5

137

PK 390

The glazing plane in the window sash is offset from the fixed panel!

Vulcanised frame 904 00315

W51 22080 Transom

Riegel

35

W50 61015

W51 22079 Transom

Riegel

W50

11

W50 57010

Vulcanised frame

W51 22080 Transom

7

W50 61020

D ba ehn nd

W51 50080

Riegel

80 26

W50 61015

W51 15080

35

50

7

904 00315

904 00030

W51 22079 Transom

Riegel

15

50

Horizontal cut

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

101

Cutting point, horizontal, below or above the window sash 4


W51 22080

Transom Transom

W50 57010

53.1 50

11 50

PK 390

78.5 7 26

6.1

30

48.9 15

137 37 15

904 00075

15

5

4

PK 426

11

W50 61020

W51 22079

Transom Transom

26

The glazing plane in the window sash is offset from the fixed panel!

W50 57010

906 901

Mullion Mullion W51 14080

37

W50 61015

904 00315

904 00030

W51 22079

Transom Transom

7

11

W50 61020

904 00315

904 00030

W51 22079

Transom Transom

50

78.5

15

19.5

W51 15080

4.5

1.5

W50 61015

904 00100

5

Horizontal cut 1.5

W51 50015

W51 50053

42

66.5

102 Curtain Wall system for facades and roofs building construction Series W 50 W50 Thermal-insulated Cutting points

Cutting point, horizontal, sash/fixed glazing 137

4 5

4

122

5

April 2009


on

www.balkan.gr

80

137

W50 61020

11

hn De nd ba

50

78.5 7

7

W50 57010

W51 14080

Mullion Pfosten

11 50

906 901

PK 390

26

37

26

15

37 15

PK 390

15

11

W50 61020

W51 22079

Transom Riegel

37

W50 61015

904 00315

904 00030

W51 22079

Riegel Transom

26

W50

11

W51 22079

Transom Riegel

50

7

W50 57010

W51 15080

15

78.5

904 00315

904 00030

W51 50080

50 1.5

W50 61015

W51 22080

Riegel Transom

35

1.5

E str xpa ip ns i

Horizontal cut Horizontalschnitt

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

103

Cutting point, horizontal, below or above the window sash 137 5

4

137 5

4

4

5


104

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting points, inclined glazing

Manufacture from PK 79

Purlin of transoms g

50

Spars of mullions to meet static requirements

of

n

Purli

PK

mm

lon

79,

oms

ns of tra

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, frame insert, Series RG 75 block window for facade

Mullion

Axis

www.balkan.gr

W50

105


106

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, frame insert, Series RG 75 for facade

Mullion

Axis

Door opening inwards

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

107

Cutting point, frame insert, Series RG 75 for facade

Mullion

Axis

Positioning aid for 6 mm groove, twisted and not pinned

Drilling template

Door opening outwards

www.balkan.gr


108

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, vertical facade, top Design draft

Attic cover

Sealing tapes

Ventilation Air inlet in mullion area

Mullion

Transom

Transom

Ventilation Drainage Air inlet in the transom area

Mullion

Sliding profile

Cross section

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

109

Cutting point, vertical facade, top

Back-ventilated LM cold facade

Design draft

Sealing tapes

Suspended ceiling

Ventilation Air inlet in mullion area

Mullion

Transom

Transom

Ventilation Drainage Air inlet in the transom area

Mullion

Sliding profile

Cross section

www.balkan.gr


110

W50

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, vertical facade, in front of a ceiling

Mullion

Design draft

Transom

Finished floor level

Ventilation Drainage Air inlet in the transom area

Anchoring and - Quantity and - Distribution of the bolts: According to statics

Mullion butt joint with reinforcement

Suspended ceiling

Transom Sliding profile Mullion

Ventilation Drainage Air inlet in the transom area

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

111

Cutting point, vertical facade, lateral

Sliding profile

Mullion

Design draft

www.balkan.gr

Transom


W50

112

Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

Cutting point, vertical facade, bottom

Transom

Horizontal cut

Design draft

Mullion

Sliding Profile

Vertical cut

Finished floor level Sealing tape Ventilation Drainage Air inlet in the mullion area

Ventilation Drainage Air inlet in the mullion area

April 2009


Curtain Wall system for facades and roofs Thermal-insulated building construction Series W 50 Cutting points

W50

113

Cutting point, vertical facade, bottom

Transom

Horizontal cut Mullion

Design draft

Vertical cut

L profile

Sealing tape Ventilation Drainage Air inlet in the mullion area

Ventilation Drainage Air inlet in the mullion area

www.balkan.gr

Finished floor level


W50 catalogue  

aluminium profiles

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