alumil s.a. - m9300 softline plus · 120,10 50,40 180,00 56,00 m 9339 1817 m 9359 2167 weight gr/m...

120,10

50,40

180,00

56,00M 9339

1817

M 9359

2167

Weight gr/mPROFILE Profile NUMBER X mm

Y mmPROFILE Profile NUMBER

Weight gr/mX mmY mm

Profiles R = 1:21 M 9300 “Perfect plus”

54,00

75,50

45,00

50,5045,00

56,00

59,00

56,00

59,00

80,40

54,00

50,50

115,50

62,00

59,00

59,30

M 93211027

M 9350

785

M 9360

1140

M9130

1630

M 9300

705

M 9310

1010

M 9320

866

M9510

1007

72,40

59,00117,60

42,40

45,00

64,80

45,00

64,80

M 9380

1035

M 9379

1446

M 9372

917

M 9570

877



Weight gr/mX mmY mm

R = 1:2 2M 9300 “Perfect plus”Profiles

52,00

77,80

52,00

93,90

52,00

77,80

52,00

69,60

45,00

62,00

117,60

13,30

M 9502

1062

M 9503

1319

M 9505

1084

M 9501

965

M 9397

937

M 93811036

M9132

2549

M 9303

1756



Weight gr/mX mmY mm


115,50

100,0045,00

147,00

M 9527

1241

M 9514

1041

M 9523

886

M 9515

1125

52,00

98,50

61,00

69,60

45,00

69,60

61,00

77,80

45,00

50,30

45,00

50,30M 9390

851

M 9571

889

M 9308

1165

M 9307

1264

M 9305

930

M 9504

930

M 9309

519

M 9506

641

M 9325

407

M 9398

603



Weight gr/mX mmY mm

ProfilesR = 1:2 4M 9300 “Perfect plus”

45,00

89,00

45,00

112,00

45,00

67,80

59,00

30,40

84,00

29,90

45,00

30,40

42,00

40,30

48,30

61,00

21,00

68,00M 9058

695



Weight gr/mX mmY mm


M 9347

614M 9346

384

T 35

872

M 9427

428

M 9375

834

M 216

348

M 6000

523

M 9399

1118

M 9376

595

69,00

24,75

39,50

10,00

70,00

70,00

59,00

26,60

54,00

54,00

14,00

50,00

59,60

52,50

42,00

40,30

53,20

41,40

26,00

33,60

24,90

80,00

29,00

87,00

36,00

13,90

10,00

50,00

25,00

60,00

39,00

23,90

39,00

14,20

12,80

30,50

M 9029

421

M 9338

521

M 9341

677

M 9335

320

M 9336

349

M 9348

324

M 9331

367

M 9337

245

M 9332

221



Weight gr/mX mmY mm


39,00

70,00M 9334

898

25,00

100,00

22,80

59,00

16,00

66,00

25,00

110,00

10,00

124,50

22,00

105,80

25,00

60,00

M 9342

565

M 9333

514

M 9343

520

M 9356

734

M 9358

800

M 6023

956

M 9357

385


Weight gr/mProfile NUMBERWeight gr/m

PROFILE Profile NUMBER X mmY mm

PROFILE X mmY mm

M9322

478

45,00

30,80

41,30

27,00

23,00

33,50

21,00

16,00

16,20

20,70

19,30

4,30

16,90

4,60

19,00

26,50

19,35

26,60

29,50

26,60

14,00

16,30

M 9314

390

M 9319

329

M 9317

180

M 11116

183

M 9316

143

M 9351

70

M 9312

242

M 9311

304

M 9313

174

M 6001

148


Weight gr/mProfile NUMBERWeight gr/m

PROFILE Profile NUMBER X mmY mm

PROFILE X mmY mm


1

1

1

1

2

3

3

2

2

45

6

8 97

2

3 3

11

11

1111 11

12

13

2

1010a

10a 10

17

16

1415 15a

12

18 19

12

12

1

2

11

12

11

12


22,0

0

59

,30

5,0

044,8

0

10

9,1

0

55

,80

31

,30

45,00

28,00 13,503,50

2

M 9510

M 9502

M 9317

M 9312

MS.08.02

M0.19.00

MO.93

MO.63

ÍÅÑÏ×ÕÔÇÓ

M0.68.03 MO.69

M0.19.00M0.19.00

M0.20

MO.74

MO.90

11.23.40ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ

ÔÁÊÁÊÉ ÓÔÇÑÉÎÇÓ

ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ

ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓ

ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓÃÙÍÉÁÅÐÉÐÅÄÏÔÇÔÁÓ

ÊÅÍÔÑÉÊÏ ËÁÓÔÉ×ÏÓÔÅÃÁÍÙÓÇÓ

11.23.40

M0.19.00

MO.42.01

MS.08.02

M0.68.03 MO.69

MO.90.02

M0.19.00

MO.42.01

MO.90.02MO.90.02

MO.42.01

MO.60MO.19.00

MS.08.02 MS.08.02

M0.68.03M0.68.03

M0.19.00

MO.69

MO.69

22

,00

28

,50

50

,50

50

,50

50

,50

45,00

12,00 29,503,50

54,00

28,00 13,5017,50

22

,00

75

,50

53

,50

22

,00

50

,50

50

,50

28

,50

54,00

28,00 13,5012,50

M 9320

M 9312

M 9321M 9300

M 9312M 9311

1.

1a. 1.

1

1

Section 1,1a R = 1:111 M 9300 “Perfect plus”

M0.20

MS.08.02

M0.68.03 MO.69

MO.93

M0.20

MO.63

MO.74

MO.42.01

MO.42.01

MO.90

MO.74

M0.68.03

MO.69

MO.93

ERT.500.401M0.20MO.63

MO

.42.0

1

MO

.42.0

1

50

,50

5,0

03

6,6

0

22

,00

92

,10

47

,60

22

,50

3,50

45,00

28,00 13,50

50,50 5,00 36,60

M 9300

M 9501M 9312

M 9501M 9300

M 9312

3.

2

3

2.

Section 2,3R = 1:1 12M 9300 “Perfect plus”

M0.20 97

,60

47

,60

28

,00

56,00 5,00 36,60

22

,00

56

,00

61,00

28,00 13,5019,50

M 9310

M 9310

M 9514

M 9514

M 9312

M 9312

M0.20

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.42.01

AT 219

MO.42.01

AT 219

ERT.500.401

MO.74

MO.74

MO.93

MO.93

MO.62

MO.62

MS.08.02

MO.90

M0.68.03

M0.68.03

MO.69

MO.69

MO.63

MO.63

2

3

3.

2.

Section 2,3 R = 1:113 M 9300 “Perfect plus”

22,0

0

56,0

0

56,00 5,00 44,80

105,8

055,8

028,0

0

61,00

28,00 13,5019,50

M 9310

M 9515 M 9312

M 9310

M 9515

M 9312

AT 219

AT 219

11.23.40

ERT.500.401 11.23.40

M0.68.03

M0.68.03

MO.69

MO.69

MO.93

MO.93

M0.20

M0.20

MO.63

MO.63

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.19.00

MO.74

MO.74

MO.62

MO.62

MO.19.00

MO.90

MS.08.02

MO.19.00

2

3

3.

2.


22,0

022,0

0

89,0

044,8

05,0

05,0

036,6

0

180,4

0

47,6

033,0

055,8

0

45,00

28,00 13,503,50

44.

M 9312

M 9501M 9312

M 9317

M 9502

M 9308

MO.69M0.68.03

MS.08.02

11.23.40

MO.42.01

ERT.500.401

MO.90

MO.69M0.68.03

M0.20

MO.63

MO.63

MO.74

MO.74M0.20

MO.93

MO.93

Section 4 R = 1:115 M 9300 “Perfect plus”

22

,00

16

0,6

0

55

,80

5,0

05

5,8

02

2,0

0

45,00

28,00 13,503,50

22

,00

22

,00

13

0,6

0

47

,60

39

,00

13,50

89

,00

5,0

03

6,6

0

45,00

28,003,50

6.

55.

6

M 9308

M 9501

M 9312

M 9312

M 9312

M 9312

M 9504

M 9502

M 9502

MO.42.01

M0.68.03

M0.68.03

MO.69

MO.69

MO.93

MO.63

MO.74

11.23.40

11.23.40

M0.68.03

M0.68.03

MO.69

MO.69

M0.93

M0.63

M0.20

M0.20

MO.74


52,00

14

6,1

0

28,00

50

,50

5,0

0

47,6022,50

20,50

54

,00

3,50

36

,60

22,00

146,10

50,50 5,0054,00 36,60

M 9501

M 9320

M 9375

M 9501

M 9312

M 9312

M 9320

AT 219

AT 219

MO.42.01

M0.68.03

M0.68.03

MO.69

MO.69

MO.93

MO.93

M0.20

M0.20

MO.63

MO.63

MO.74

MO.74

MO.19.00

MO.19.00

MO.19.00

MO.42.01

7.7

90

M 9300 “Perfect plus” Section 7 R = 1:117

52,00

14

6,1

0

28,00

50

,50

5,0

0

47,60

22,50

20,50

22

,15

3,50

36

,60

22,00

146,10

50,50

5,00

22,15

36,60

M 9501

M 9320

M 9376

M 9501

M 9312

M 9312

M 9320

M0.68.03

M0.68.03

MO.69

MO.69

MO.93

MO.93

M0.20

M0.20

MO.63

MO.63

MO.74

MO.19.00

MO.19.00

MO.19.00

MO.74

AT 219

MO.42.01

MO.4

2.01

AT 219

8

135

8.

M 9300 “Perfect plus”Section 8R = 1:1 18

o

22

,00

47

,60

31

,30

3,50 28,00 20,50

52,00

7,0

0

22,00

37,30

22

,60

22,60

59

,30

59,30

12

3,5

0

81,90

5,0

03

6,6

0

3,5

0

28,0

0

13,5

0

52,0

0

7,00

70,00

O

M 9510

M 9510

M 9501 M 9312

M 9312T 35

M 9427

M 9427

11.23.40

11.23.40

MO.42.01

MO.69

MO.69

M0.19.00

M0.19.00 M0.19.00

M0.19.00

M0.19.00

M0.19.00

M0.68.03

M0.68.03

MO.93

MO.60

MO.60

M0.20

MO.63

MO.74

9.9

65 - 230

M 9300“Perfect plus” Section 9 R = 1:119

oo

ERT.500.401

59,30

59,30

5,00

5,00

22,0071,90

125,20

125,20

125,20

60,90

60,90

31,30

22,00 71,90

125,20

31,30

M 9510

M 9503

M 9312

M 9503

M 9312

M 9510

11.23.40

MO.69

M0.19.00

M0.19.00

M0.19.00

M0.68.03MO.93

M0.20

MO.63

MO.74

NF.7651/30

MO.69

11.23.40

11.38.40

M0.19.00

M0.19.00

M0.19.00

M0.68.03 MO.93

M0.20 MO.63

MO.74

10a.

10.

10

10a

M 9300 “Perfect plus”Section 10,10aR = 1:1 20

5,0

01

0,0

01

47

,00

12

5,0

01

5,0

02

2,0

0

3,50 28,00 13,50

45,00

45

,00

22

,00

22

,00

3,50

3,50

28,00

28,00

13,50

13,50

45,00

45,00

89

,00

M 9303

M 9346

M 9312

M 9308

M 9312

M 9312

MO.02

MO.02

MS.08.02

MS.08.02

MO.69

MO.69

MO.69

M0.68.03

M0.68.03

M0.68.03

MS.18.03

11.

12.

11

12

M 9300 “Perfect plus” Section 11,12 R = 1:121

MO.60

22

,00

47

,60

19

6,5

0

33

,00

22

,00

71

,90

3,50

3,50

28,00

28,00

20,50

20,50

52,00

52,00

M 9317

M 9501

M 9308

M 9503

M 9312

M 9312

MS.08.02

MO.90

MO.69

MO.69

M0.68.03

M0.68.03

MO.93

MO.93

M0.20

M0.20

MO.63

MO.63

MO.74

MO.74

MO.42.01

11.38.40

ERT.500.401

13

13.


52,00

52,00

3,50

3,50

28,00

28,00

20,50

20,50

71

,90

39

,00

22

,00

22

,00

15

4,0

0

M 9303

M 9308

M 9312

M 9312

MO.69

MO.69

M0.68.03

M0.68.03

MO.93

M0.20

MO.63

MO.74

NF.7651/35

14.

14


28,00

28,00

98,50

98,50

13

,50

13

,50

28

,00

28

,00

45

,00

45

,00

3,5

0

3,5

0

56,00

56,00

5,00

5,00

43,50 22,00

43,5022,00

126,50

126,50

M 9350

M 9350

M 9527

M 9527

M 9312

M 9312

MO.69

MO.69

M0.68.03

M0.68.03

MO.93

MO.93

MO.19.00

MO.19.00

Silicone

Silicone

M0.20

M0.20

MO.63

MO.63

MO.74

MO.74

AT 219

AT 219

NF.7651/35

ERT.500.40111.43.40

15a15

15.

15a.

M 9300 “Perfect plus”Section 15 , 15aR = 1:1 24

92,10

50,50

22,50

19,60

69,60

22,00

13

,50

50

,50

28

,00

19

,60

69

,60

45

,00

92

,10

3,5

0

22

,00

22

,50

45,00

3,50 28,00 13,50

M 9312

M 9312

M 9300

M 9300

M 9523

M 9523MS.08.02

MO.69

MO.69

M0.68.03

MO.93

M0.20

M0.20

MO.63

MO.74

MO.42.01

MO.42.01

MO.69

M0.68.03

MO.93

MO.63

MO.74M

O.4

2.0

1

MO

.42.0

1

ERT.500.401

16.

17. 16

17

M 9300 “Perfect plus” Section 16 , 17 R = 1:125

43

,50

5,0

05

1,0

02

8,0

02

2,0

0

36

,60

47

,60

5,0

0

21

9,1

0

22

,00

98

,50

28

,00

51

,00

45,00

45,00

3,50

3,50

28,00

28,00

13,50

13,50

M 9501

M 9350

M 9350

M 9527

M 9312

M 9312

MO.69

MO.69

M0.68.03

M0.68.03

MO.93

MO.93

MO.19.00MO.19.00

M0.20

M0.20

MO.63

MO.63

MO.74

MO.74

AT 219

AT 219

MO.42.01

NF.7651/35

18

18.


43

,50

5,0

06

1,0

05

,00

22

,00

98

,50

43

,50

5,0

0

20

2,0

0

22

,00

98

,50

45,00

45,00

3,50

3,50

28,00

28,00

13,50

13,50

M 9504

M 9527

M 9527

M 9312

M 9312

MO.69

MO.69

M0.68.03

M0.68.03

MO.93

M0.20

MO.63

MO.74

NF.7651/35

11.43.40

19

19.


CUTTING ANALYSISCUTTING ANALYSIS

M 9300CUTTING ANALYSIS

M 9510

M 9501

M 9504

M 9510

M 9501

31,30 31,305,00

M

A A

Y

31,30 31,30

M

AA

Y

YM

ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ

DOUBLE LEAF CASEMENT WINDOW/ TILT-N-TURN

M 9300 “Perfect plus” R : free29

MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ

SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW

ÕØÏÓ Þ ÐËÁÔÏÓ ÖÕËËÏÕ

ÕØÏÓ ÖÕËËÏÕ

ÐËÁÔÏÓ ÖÕËËÏÕ

2

A =Y-62,6

A= M +12

A = Y - 62,6 A=M+12

AY - 67,6

mm

mm

(or)ç

(or)ç

(or)çmm

mm

(HEIGHT OR WIDTH OF SASH)

(HEIGHT OF SASH)

(WIDTH OF SASH)A ==

M+7

2mm

mm

Cutting analysis

M 9310

M 9310

M 9501

M 9501

M 9504

28,00 28,005,00

M

A A

Y

28,00 28,00

M

AA

Y

YM

M 9300 “Perfect plus”R : free 30








2

A = Y -56,0

A=M+12

A = Y - 56,0 A=M+12

AY - 61,0

mm

mm

(or)ç

(or)ç

(or)çmm

mm


(HEIGHT OF SASH)

(WIDTH OF SASH)A ==

M+7

2mm

mm

Cutting analysis

M 9310

M 9310

M 9501

M 9501

M 9504

28,00 28,005,00

M

A A

Y

28,00 28,00

M

AA

Y

YM





Cutting analysis R : free31




2

A = Y -56,0

A=M+12

A = Y - 56,0 A=M+12

AY - 61,0

mm

mm

(or)ç

(or)ç

(or)çmm

mm


(HEIGHT OF SASH)

(WIDTH OF SASH)A ==

M+7

2mm

mm

M 9300 “Perfect plus”

M 9501

M 9501

M 9397 M 9397

M 9397

M 9380

M 9381

M 9501

Cutting analysisR : free 32

MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW WITH SHUTTER

28,00

28,00 28,00

28,00

M

N1

N

M

A

B1B

A

X

Y1Y

X

ÐËÁÔÏÓ ÖÕËËÏÕ ÊÁÉ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ


ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ

A =X - 56,00mm

B =Y - 56,00mm

B =Y - 35,30mm1 1

A=M+12,00 mm

B= N + 12 mm

B = N + 12,0 mm1 1

(or)ç

(or)ç

(or)ç

(WIDTH OF SASH AND SHUTTER)

(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)


M 9380

M 9380

M 9380

M 9381

M 9501

M 9501

M 9504

M 9398 M 9397

M 9397

M 9397

ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

DOUBLE LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN


28,00

28,00 28,00

28,00

M

N

N

M

A A

B1B

A A

X

Y1Y

X




A = mm A = mmX - 61,00 M + 7,00

2 2

B =Y - 56,00mm

B =Y - 35,30mm1 1

B= N + 12 mm

B = N + 12,0 mm1 1

(or)ç

(or)ç

(or)ç


(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)


M 9380

M 9380

M 9380

M 9381

M 9501 M 9501

M 9501

M 9571

M 9571

M 9571

M 9571


28,00

3,50

34,00 34,00

3,50

28,00

M

N1

N

M1

A

B1B

A1

X

Y1Y

X1


ÐËÁÔÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ



A =X - 56,00mm

A =X - 75,00mm1 1

B =Y - 56,00mm

B =Y - 54,30mm1 1

A=M+12,00 mm

A = M - 7,00 mm1 1

B= N + 12 mm

B = N - 7,00 mm1 1

(or)ç

(or)ç

(or)ç

(or)ç

(WIDTH OF SASH)

(WIDTH OF SHUTTER)

(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)

MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW WITH SHUTTER


ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

DOUBLE LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN


28,00

3,50

3,50

34,00 34,00

3,50

28,00

M

N1

N

M1

A A

B1B

A1 A1

X

Y1Y

X1





A = mm1

A = mm

A = mm1

A = mm

X - 78,501

X - 61,00

M - 10,501

M + 7,00

2

2

2

2

B =Y - 56,00mm

B =Y - 54,30mm1 1

B= N + 12 mm

B = N - 7,00 mm1 1

(or)ç

(or)ç

(or)ç

(or)ç

(WIDTH OF SASH)

(WIDTH OF SHUTTER)

(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)

M 9571

M 9571

M 9571

M 9392

M 9571

M 9380

M 9379

M 9501

M 9380

M 9380

M 9380

M 9381

M 9501

M 9501

M 9501

M 9504



ÔÑÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

THREE- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN

M 9571

M 9571

M 9380

M 9380

M 9501

M 9504

M 9504


MM

AA

A

AA

A

XX





A = mm1

A = mm

A = mm1

A = mm

X - 82,001

X - 66,00

M - 14,001

M + 2,00

3

3

3

3

B =Y - 56,00mm

B =Y - 54,30mm1 1

B= N + 12 mm

B = N - 7,00 mm1 1

(or)ç

(or)ç

(or)ç

(or)ç

(WIDTH OF SASH)

(WIDTH OF SHUTTER)

(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)

ÔÅÔÑÁÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

FOUR- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN


M 9571

M 9571

M 9380

M 9380

M 9501

M 9504


MM

AA

AA

AA

AA

XX





A = mm1

A = mm

A = mm1

A = mm

X - 85,501

X - 71,00

M - 17,501

M - 3,00

4

4

4

4

B =Y - 56,00mm

B =Y - 54,30mm1 1

B= N + 12 mm

B = N - 7,00 mm1 1

(or)ç

(or)ç

(or)ç

(or)ç

(WIDTH OF SASH)

(WIDTH OF SHUTTER)

(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)


ÔÑÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

THREE- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN


MM

AA

A

AA

A

XX




A = mm A = mmX - 66,00 M + 2,00

3 3

B =Y - 56,00mm

B =Y - 35,30mm1 1

B= N + 12 mm

B = N + 12,0 mm1 1

(or)ç

(or)ç

(or)ç


(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)

M 9397

M 9397

M 9397

M 9501

M 9501

M 9380

M 9380

M 9504

M 9504

M 9398

M 9398

ÔÅÔÑÁÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ

FOUR- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN

Cutting analysis R : free39 M 9300 “Perfect plus”

MM

AA

AA

AA

AA

XX




A = mm A = mmX - 71,00 M - 3,00

4 4

B=Y - 56,00mm

B =Y - 35,30mm1 1

B= N + 12 mm

B = N + 12,0 mm1 1

(or)ç

(or)ç

(or)ç


(HEIGHT OF SASH)

(HEIGHT OF SHUTTER)

M 9397

M 9397

M 9380

M 9501

M 9501

M 9504

M 9504

M 9504

M 9380

M 9398

M 9398

M 9398

ACCESSORIESACCESSORIES

M 9300ACCESSORIES

E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S

Ð Å Ñ É Ã ÑÁ Ö Ç :ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ MHXANIKH“OLYMPOS”

DIE-CAST ALUMINIUM JOINT CORNER

×ÕÔÇ ÁËÏÕÌÉÍÉÏÕÕË É ÊÏ :

× Ñ Ù Ì Á :

Ó Õ Ó Ê Å ÕÁ Ó É Á :

MO.42.01

Ð Å Ñ É Ã ÑÁ Ö Ç :ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ MHXANIKH

ÌÅÔÁËËÉÊÇÕË É ÊÏ :

× Ñ Ù Ì Á :


AT.219

STEEL JOINT CORNER

Ð Å Ñ É Ã ÑÁ Ö Ç :Ð Å Ñ É Ã ÑÁ Ö Ç :ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ ÐÑÅÓÓÁÑÉÓÔÇ ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ ÐÑÅÓÓÁÑÉÓÔÇ

ÁËÏÕÌÉÍÉÏ ÁËÏÕÌÉÍÉÏÕ

ØÏ

ÓÈ

ÁË

ÁÌ

ÏÕ

ÕØ

ÏÓ

ÈÁ

ËÁ

ÌÏ

Õ

ÐË

ÁÔ

ÏÓ

ÈÁ

ËÁ

ÌÏ

Õ

ÐË

ÁÔ

ÏÓ

ÈÁ

ËÁ

ÌÏ

Õ

ÕË É ÊÏ :ÕË É ÊÏ :

× Ñ Ù Ì Á :


× Ñ Ù Ì Á :


11.38-4011.23-40

EXTRUDED ALUMINIUM JOINT CORNEREXTRUDED ALUMINIUM JOINT CORNER

Ð Å Ñ É Ã ÑÁ Ö Ç : Ð Å Ñ É Ã ÑÁ Ö Ç :ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓ ÁÔÓÁËÉÍÇ ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓ ÁÍÏÉÃÏÌÅÍÏÕÈÅÓÇ ÌÅÍÔÅÓÅ

STEEL

ALIGNMENT SQUARE

ALIGNMENT SQUARE

POLYAMIDE 6.6ÕË É ÊÏ :

× Ñ Ù Ì Á :

ÕË É ÊÏ

× Ñ Ù Ì Á

Ó Õ Ó Ê Å ÕÁ Ó É Á : Ó Õ Ó Ê Å ÕÁ Ó É Á ::

MO.19.00 MO.20

M 9 3 0 0 “ P e r f e c t P l u s ”

E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S

Ð Å Ñ É Ã ÑÁ Ö Ç :ÄÉÐËÏ ×ÅÑÏÕËÉ ÐËÁÊÁÓ ÃÉÁ ÅÉÓÏÄÏ

ALUMINIUM DOUBLE FRENCH DOOR HANDLE

ÕË É ÊÏ :

× Ñ Ù Ì Á :


X-103

Ð Å Ñ É Ã ÑÁ Ö Ç :ÓÐÁÍÉÏËÅÔÁ ÁÍÏÉÃÏÌÅÍÏÕ ÅËËÇÍÉÊÇ

CREMONE BOLT FOR SINGLE WING

ÕË É ÊÏ :

× Ñ Ù Ì Á :


SX-100

Ð Å Ñ É Ã ÑÁ Ö Ç :ÊÉÔ ÃÉÁ ÓÐÁÍÉÏËÅÔÁ ÁÍÏÉÃÏÌÅÍÏÕSX-100

LOCKING KIT FOR CREMONE BOLT SX-100

× Ñ Ù Ì Á :


KIT-AL

Ð Å Ñ É Ã ÑÁ Ö Ç :ÌÇ×ÁÍÉÓÌÏÓ ÄÉÖÕËËÏÕ, ÔÕÐÏÕ ROTO

CENTRAL LATCH KIT FOR THE COUPLEDWING

ÕË É ÊÏ :

× Ñ Ù Ì Á :


MO.22.01

M0.22.02

Ð Å Ñ É Ã ÑÁ Ö Ç :ÓÕÍÄÅÓÌÏÓ ÃÉÁ “ÔÁÕ”(áíèñùðÜêé)

ÁËÏÕÌÉÍÉÏ

EXTRUDED ALUMINIUM “T” JOINT

ÕË É ÊÏ :

× Ñ Ù Ì Á :


MO.33.01

M 9 3 0 0 “ P e r f e c t P l u s ”

Ð Å Ñ É Ã ÑÁ Ö Ç :ÊËÅÉÄÁÑÉÁ ÌÅ ÃËÙÓÓÁ 35mm

SAFETY LOCK 35mm WITH REVERSIBLESPRING LATCH

ÕË É ÊÏ :

× Ñ Ù Ì Á :


NF.7651/35

Ð Å Ñ É Ã ÑÁ Ö Ç :






ÓÐÁÍÉÏËÅÔÁ ÌÇ×ÁÍÉÓÌÏÕ “GLOBO”

ÌÐÑÁÔÓÏ Íï1 300 ÷éë.

ÓÅÔ ÌÅÍÔÅÓÅ ÌÇ×ÁÍÉÓÌÏÕ 70 Êgr.

ÂÁÓÉÊÏ ÓÅÔ ÌÇ×ÁÍÉÓÌÏÕ

ÌÐÑÁÔÓÏ Íï2 600 ÷éë.

ÓÅÔ ÌÅÍÔÅÓÅ ÌÇ×ÁÍÉÓÌÏÕ 150 Kgr.

ÁËÏÕÌÉÍÉÏ

CREMONE BOLT “ GLOBO” FOR TILT ANDTURN

ARM 300mm UNIVERSAL FOR TILT AND TURN

KIT PAIR OF HINGE 70KG OPEN JOINTSPACE WIDTH STANDARD

KIT PAIR OF HINGE 70-150 KG OPEN JOINTSPACE WIDTH STANDARD

ARM 460mm UNIVERSAL FOR TILT AND TURN

KIT BASIC HARDWARE FOR OPEN JOINTSPACE WIDTH STANDARD

ËÅÕÊÇ

ÁËÏÕÌÉÍÉÏÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

× Ñ Ù Ì Á :

× Ñ Ù Ì Á :

× Ñ Ù Ì Á :

× Ñ Ù Ì Á :

× Ñ Ù Ì Á :







× Ñ Ù Ì Á :

ERT.500.101

ERT.500.301

ERT.500.401

ERT.500.200 (ZC.1800)

(ZC.1806)

(ZC.1802)

(ZC.1805)

(ZC.1801)

ERT.500.302

ERT.500.501

E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S M 9 3 0 0 “ P e r f e c t P l u s ”

ERRETI

ERT.500.200

ERT.501.000

ERT.500.302

ERT.500.401

ERT.500.401

ERT.500.101

ERT.501.100

ERT.501.100

ERT.500.301

E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E SM 9 3 0 0 “ P e r f e c t P l u s ”




ÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

Â Á Ñ Ï Ó :

Â Á Ñ Ï Ó :

Â Á Ñ Ï Ó :

Ì Å Ô ÑÁ :

Ì Å Ô ÑÁ :

Ì Å Ô ÑÁ :

MO.60

MO.63

MO.93

ËÁÓÔÉ×Ï ÖÏÕÓÊÁ

ËÁÓÔÉ×Ï �ÍÕ×ÁÊÉ�

�ËÁÓÔÉ×Ï ÍÕ×ÁÊÉ�


ÕË É ÊÏ :

Â Á Ñ Ï Ó :

Ì Å Ô ÑÁ :

MO.74

ËÁÓÔÉ×Ï ÓÔÅÃÁÍÙÓÇÓ ÁÍÏÉÃÏÌÅÍÙÍ�ALUSEAL�




ÕË É ÊÏ :

ÕË É ÊÏ :

ÕË É ÊÏ :

Â Á Ñ Ï Ó :

Â Á Ñ Ï Ó :

Â Á Ñ Ï Ó :

Ì Å Ô ÑÁ :

Ì Å Ô ÑÁ :

Ì Å Ô ÑÁ :

MO.68.03

MO.69

MO.62

ËÁÓÔÉ×Ï ÔÆÁÌÉÏÕ 3 ÷éë.

ËÁÓÔÉ×Ï ÔÆÁÌÉÏÕ 5 ÷éë.

ÓÔÅÃÁÍÙÔÉÊÏ ËÁÓÔÉ×Ï ÊÁÓÁÓÁÍÏÉÃÏÌÅÍÙÍ

E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E SM 9 3 0 0 “ P e r f e c t P l u s ”

STATICSSTATICS

M 9300STATICS

Mom

en

tofIn

erti

a

abou

tN

eu

tralA

xis

Mom

en

tof

Resis

tan

ce

Dis

tan

ce

from

Cen

troid

Dis

tan

ce

from

Cen

troid

Mom

en

tofIn

erti

a

abou

tN

eu

tralA

xis

Mom

en

tof

Resis

tan

ce

Dis

tan

ce

from

Cen

troid

Dis

tan

ce

from

Cen

troid

Area

Profile Ix Wx ey1 ex2 Jy Wy ex1 ey2 A

(cm4) (cm3) (cm) (cm) (cm4) (cm3) (cm) (cm) (cm2)

M 216 3,84 7,53 2,29 0,51 0,26 0,1 0,89 2,71 1,29

M 6000 7,38 1,77 2,99 4,18 5,18 2,29 1,77 2,26 1,86

M 6001 0,17 0,21 0,75 0,82 0,1 0,11 0,57 0,88 0,55

M 6023 35,46 32,24 5,34 1,1 3,05 0,58 1,1 5,23 3,29

M 9029 1,51 1,16 1,51 1,3 1,51 0,82 1,3 1,85 1,56

M 9058 10,91 10,7 3,08 1,02 1,69 0,46 1,01 3,7 2,57

M 9130 26,77 4,56 2,94 5,87 88,42 27,12 5,67 3,26 6,04

M 9132 118,92 22,48 5,00 5,29 146,19 29,24 6,26 5,00 9,44

M 9300 4,16 2,16 1,91 1,93 7,72 2,46 2,58 3,14 2,77

M 9303 142,73 65,47 6,64 2,18 23,14 2,87 2,32 8,06 6,82

M 9305 6,25 3,63 3,39 1,72 8,13 2,40 2,78 3,39 3,48

M 9307 41,8 22,47 5,6 1,86 14,27 2,55 2,64 5,6 4,68

M 9308 18,36 9,23 4,44 1,99 12,39 2,79 2,51 4,44 4,32

M 9309 1,48 0,72 0,96 2,06 5,35 2,57 3,34 2,08 1,79

M 9310 9,16 3,59 2,25 2,55 15,74 4,70 3,35 3,35 3,74

M 9311 0,88 0,53 1,63 1,67 1,19 1,23 1,27 0,97 1,28

M 9312 0,65 0,55 1,43 1,18 0,33 0,29 0,74 1,15 0,96

M 9313 0,42 0,55 0,96 0,76 0,23 0,14 0,49 1,68 0,65

Ñï

ðÞ

ÁäñÜ

íåéá

òù

òð

ñï

òê

.â.

Üîï

íáx

Ñï

ðÞ

áíô

ßóôá

óç

ò

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

y

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

x

Ñï

ðÞ

áíô

ßóôá

óç

ò

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

y

Åð

éöÜ

íåéá

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

x

Ñï

ðÞ

ÁäñÜ

íåéá

òù

òð

ñï

òê

.â.

Üîï

íáx

Table 1.1 Statical Information

Ðßíáêáò 1.1 ÓôáôéêÝò Ðëçñïöïñßåò

ey1

ex1ex2

ey2

Jy

Ix

ÄéáôïìÞ

STATICS49 M 9300 “Perfect plus”

Mom

en

tofIn

ert

ia

abou

tN

eu

tralA

xis

Mom

en

tof

Resi

stan

ce

Dis

tan

cefr

om

Cen

troid

Dis

tan

cefr

om

Cen

troid

Mom

en

tofIn

ert

ia

abou

tN

eu

tralA

xis

Mom

en

tof

Resi

stan

ce

Dis

tan

cefr

om

Cen

troid

Dis

tan

cefr

om

Cen

troid

Are

a



M 9314 1,17 0,44 1,78 2,64 2,16 2,35 1,56 0,92 1,44

M 9316 0,07 0,07 0,19 0,97 0,18 0,75 0,97 0,24 0,54

M 9317 0,11 0,09 0,82 1,17 0,3 0,41 0,93 0,74 0,67

M 9319 0,9 0,66 1,78 1,36 0,55 0,35 0,93 1,57 1,22

M 9320 5,74 2,48 2,05 2,31 11,93 9,62 3,01 1,24 3,21

M 9321 11,76 4,37 4,07 2,69 15,56 4,48 2,70 3,47 3,8

M 9322 1,62 0,59 2,03 2,76 3,28 3,15 1,74 1,04 1,77

M 9325 0,91 0,55 0,83 1,66 3,39 1,53 2,84 2,21 1,48

M 9331 0,53 0,33 1,09 1,61 1,4 1,08 2,28 1,3 1,36

M 9332 0,68 1,26 1,65 0,54 0,12 0,09 0,74 1,4 0,82

M 9333 5,28 4,67 3,02 1,13 0,51 0,18 1,15 2,87 1,91

M 9334 13,57 6,72 3,5 2,02 8,26 2,36 1,9 3,5 3,33

M 9335 0,28 0,16 0,78 1,8 1,49 2,44 1,8 0,61 1,19

M 9336 2,69 2,34 2,35 1,15 0,55 0,23 1,15 2,35 1,29

M 9337 0,26 0,13 0,65 1,95 1,49 1,94 1,95 0,77 0,91

M 9338 9,68 7,81 3,39 1,24 1,6 0,35 1,24 4,61 1,93

M 9339 12,64 2,29 2,22 5,52 103,54 36,85 6,49 2,81 6,73

M 9341 25,52 17,6 4,11 1,45 2,13 0,46 1,45 4,59 3,39



Ñï

ðÞ

Áäñ

Üíå

éáò

ùò

ðñï

òê

.â.

Üîï

íáx

Ñï

ðÞ

áíô

ßóôá

óç

ò

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

y

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

x

Ñï

ðÞ

áíô

ßóôá

óç

ò

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

y

Åð

éöÜ

íåéá

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

x

Ñï

ðÞ

Áäñ

Üíå

éáò

ùò

ðñï

òê

.â.

Üîï

íáx

ÄéáôïìÞ

ey1

ex1ex2

ey2

Jy

Ix

STATICS 50M 9300 “Perfect plus”



ey1

ex1ex2

ey2

Jy

Ix

STATICS51 M 9300 “Perfect plus”

Mom

en

tofIn

ert

ia

abou

tN

eu

tralA

xis

Mom

en

tof

Resi

stan

ce

Dis

tan

cefr

om

Cen

troid

Dis

tan

cefr

om

Cen

troid

Mom

en

tofIn

ert

ia

abou

tN

eu

tralA

xis

Mom

en

tof

Resi

stan

ce

Dis

tan

cefr

om

Cen

troid

Dis

tan

cefr

om

Cen

troid

Are

a



M 9342 15,45 19,31 4,17 0,8 1,19 0,21 1,67 5,78 2,09

M 9343 8,06 8,48 3,05 0,95 0,47 0,13 0,64 3,53 1,92

M 9347 0,64 0,19 8,94 3,35 9,71 6,15 3,55 1,58 2,27

M 9346 0,08 0,05 0,63 1,46 1,93 5,22 2,48 0,37 1,42

M 9348 5,01 4,86 3,5 1,03 0,64 0,27 1,39 2,36 1,2

M 9350 5,92 3,04 2,18 1,95 8,26 2,42 2,55 3,41 2,91

M 9351 0,03 0,04 0,34 0,84 0,68 5,67 0,84 0,12 0,26

M 9356 25,79 20,80 4,67 1,24 1,25 0,20 1,24 6,32 2,72

M 9357 4,10 3,31 2,21 1,24 0,63 0,17 1,24 3,76 1,42

M 9358 39,48 78,96 6,10 0,50 0,53 0,08 0,50 6,34 2,96

M 9359 17,62 1,89 2,34 9,30 281,87 86,73 8,70 3,25 8,03

M 9360 15,65 5,25 4,25 2,98 20,13 5,31 2,92 3,79 4,21

M 9372 9,87 3,89 3,69 2,54 10,38 3,69 1,96 2,81 3,49

M 9375 14,48 5,17 2,80 2,80 14,48 4,99 2,90 2,90 3,09

M 9376 3,56 1,53 2,57 2,33 6,29 4,03 2,98 1,56 2,2

M 9379 11,21 2,10 1,88 5,33 78,36 33,20 6,43 2,36 5,35

M 9380 7,62 1,92 1,87 3,96 16,1 4,33 3,28 3,72 3,83

M 9381 0,88 0,15 7,59 5,88 50,38 8,82 5,88 5,71 3,83

M 9390 7,38 3,31 2,13 2,23 8,73 3,01 2,23 2,9 3,12

Ñï

ðÞ

ÁäñÜ

íåéá

òù

òð

ñï

òê

.â.

Üîï

íáx

Ñï

ðÞ

áíô

ßóôá

óç

ò

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

y

Áð

üó

ôáó

çá

ðï

ôïí

ê.â

.Ü

îïíá

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STATICS 52M 9300 “Perfect plus”

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M 9397 9,64 4,68 3,39 2,06 10,52 3,74 2,44 2,81 3,47

M 9398 1,61 0,85 2,12 1,9 4,77 2,51 2,3 1,9 2,23

M 9399 46,83 24,39 5 1,92 11,58 2,32 1,98 5 4,59

M 9427 0,57 0,16 1,73 2,26 6,48 6,42 3,64 1,01 1,64

M 9501 7,36 2,72 3,43 2,71 12,63 3,58 2,49 3,53 3,57

M 9502 11,51 4,36 3,85 2,64 14,65 3,73 2,56 3,93 3,93

M 9503 24,31 9,69 4,69 2,51 19,31 4,12 2,69 4,69 4,88

M 9504 6,51 3,60 3,49 1,81 9,18 2,63 3,01 3,49 3,44

M 9505 13,29 5,11 3,94 2,6 15,05 3,92 2,6 3,84 3,98

M 9506 0,86 0,20 1,03 4,23 17,32 11,78 4,17 1,47 2,37

M 9510 10,4 4,02 2,48 2,59 16,4 4,75 3,3 3,45 3,73

M 9514 7,72 2,26 3,48 3,41 14,75 4,24 2,69 3,48 3,85

M 9515 14,67 4,46 4,06 3,29 17,52 4,71 2,78 3,72 4,16

M 9523 7,16 2,55 3,36 2,81 8,4 2,33 1,69 3,6 3,28

M 9527 28,6 9,17 4,88 3,12 17,53 3,53 2,08 4,97 4,59

M 9570 8,52 3,33 3,53 2,56 9,66 3,27 1,94 2,95 3,25

M 9571 8,86 3,99 2,27 2,22 9,57 3,47 2,23 2,76 3,45

M 11116 0,28 0,38 0,99 0,74 0,14 0,13 0,76 1,07 0,68

T 35 18,94 5,41 3,5 3,5 18,94 5,41 3,5 3,5 3,24

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alumil s.a. - m9300 softline plus · 120,10 50,40 180,00 56,00 m 9339 1817 m 9359 2167 weight gr/m...

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