Embed Size (px)
Citation preview
M 94241216
M 94231355
M 94201529
M 94341015
M 94801222
M 9300705
M 9350785
74,5056,00
93,0056,00
116,0056,00
59,0056,00
67,0059,50
45,0050,50
45,0056,00
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
M 9400 “Softline plus” Profiles R = 1:21
120,1050,40
M 93391817
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
M 9400 “Softline plus”ProfilesR = 1:2 2
72,4059,00
117,6042,40
180,0056,00
M 93801035
M 93791446
M 93592167
117,6013,30
M 93811036
52,0072,80
52,0064,60
52,0069,60
52,0077,80
M 95121097
M 95111002
M 9550966
M 95511062
61,00122,00
M94541795
M95621452
61,0093,90
M 94811269
67,0077,90
PROFILEPROFILE Profile NUMBERWeight gr/m
Profile NUMBERWeight gr/m
X mmX mmY mmY mm
M 9400 “Softline plus” Profiles R = 1:23
M 9397937
45,0062,00
M95601115
M95611208
M 95131267
M95521238
61,0069,60
61,0077,80
52,0088,90
52,0093,90
45,0064,80
45,0064,80
M 9372917
M 9570877
45,0050,30
45,0050,30
M 9390851
M 9571889
52,0098,50
52,0077,80
45,0067,80
61,0067,80
M95171240
M 95261032
M 9305930
M 95321316
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
M 9400 “Softline plus”ProfilesR = 1:2 4
M 9400 “Softline plus” Profiles R = 1:25
66,2561,00
53,2061,00
58,2061,00
M 95541059
M 9544906
M 94841114
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
70,0067,80
93,0067,80
M 94211391
M 94221605
M 9398603
42,0040,30
45,0089,00
45,00112,00
M 93081165
M 93071264
Weight gr/m Weight gr/mPROFILE PROFILEProfile NUMBER Profile NUMBERX mm X mmY mm Y mm
M 9400 “Softline plus”ProfilesR = 1:2 6
61,00147,00
45,00147,00
M 95312538
M 95071680
82,9072,10
45,3556,80
M 93821106
MO 065609
39,0070,00
M 9334898
M 93991118
42,0040,30
26,0033,60
M 9029421
M 9506641
84,0029,90
24,9080,00
25,00100,00
29,0087,00
16,0066,00
M 9338521
M 9342565
M 9341677
M 9343520
M 9400 “Softline plus” Profiles R = 1:27
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
25,00110,00
10,00124,50
22,00105,80
25,0060,00
M 9356734
M 9358800
M 6023956
9357385
21,0068,00
22,8059,00
36,0013,90
10,0050,00
25,0060,00
39,0023,90
39,0014,20
12,8030,50
M 9038695
M 9333514
M 9335320
M 9336349
M 9348324
M 9331367
M 9337945
M 9332221
Weight gr/m Weight gr/mPROFILE PROFILEProfile NUMBER Profile NUMBERX mm X mm
Y mm Y mm
M 9400 “Softline plus”ProfilesR = 1:2 8
59,6052,50
48,3064,80
70,0070,00
59,0026,60
56,0019,90
74,4043,90
118,40118,40
54,0054,00
53,2041,40
M 6000523
M 9416411
T 35872
M 9427428
9336A386
M 9426615
M 94281599
M 9375834
M 9376595
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
M 9400 “Softline plus” Profiles R = 1:29
41,3027,00
23,0033,50
25,5026,60
13,5022,60
16,2020,70
14,0016,30
19,304,30
16,904,60
19,0026,50
14,0050,00
19,3526,60
19,4526,10
29,5026,60
M 9314390
M 9319329
M 9508274
M 9412199
M 11116183
M 6001148
M 9316143
M 935170
M9313174
M 216348
M 9312242
M 9112251
M 9311304
Weight gr/mPROFILE Profile NUMBER X mm
Y mmPROFILE Profile NUMBER
Weight gr/mX mmY mm
M 9400 “Softline plus”ProfilesR = 1:2 10
45,0030,80
M9322478
1
1
1
1
22
33
3
2
2
445
6
7
2
3 3
9
9
9
999
9
10
11
2
88a
8a 8
15
14
12
13 13a
10
16
10
17
1010
10
1
2
M 9400 “Softline plus” Profiles R = Free11
22,0
0
56
,00
20
,00
5,0
044,8
0
12
5,8
0
55
,80
18
,00
30
,00
52,00
28,00 13,5010,50
M 9434
M 9506
M 9551
M 11116
M 9112M0.68.03 MO.69
MS.08.02
M0.19.00M0.19.00
M0.19.00MO.93 M0.20
MO.63
MO.0095
MO.74
MO.90
11.23.40
ÃÙÍÉÁ ÓÕÍÄÅÓÇÓ
ÐËÁÓÔÉÊÏ ÔÁÊÁÊÉ
ÍÅÑÏ×ÕÔÇÓ
ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓ
ÃÙÍÉÁ ÅÐÉÐÅÄÏÔÇÔÁÓ
ÊÅÍÔÑÉÊÏ ËÁÓÔÉ×ÏÓÔÅÃÁÍÙÓÇÓ
M 9400 “Softline plus”ProfilesR = 1:1 12
M 9424
M 9434
M 9480
M 9312
M 9319 M 9112
MS.08.02
MS.08.02
AT 219
AT 219
AT 219
MO.90.02
MO.90.02MO.90.02
11.23.42
M0.68.03
M0.68.03M0.68.03
MO.69
MO.69MO.69
M0.19.00M0.19.00
M0.19.00
M0.19.00M0.19.00
M0.19.00
M0.19.00
M0.19.00M0.19.002
2,0
0
56
,00
34
,00
59,00
28,00 13,5017,50
33
,50
56
,00
59
,50
26
,00
70,60
28,00 17,1025,50
22
,00
56
,00
22
,50
78,10
28,00 17,1033,00
1.1.
1.
1.
1.
M 9400 “Softline plus” Section 1 R = 1:113
MO.20
AT 219
ERT.500.401
MS.08.02
MO.20
MO.63
MO.63
MO.93
MO.93
MO.90
MO.74
MO.74
AT 219
MO.42.01
MO.42.01
M0.68.03
M0.68.03
MO.69
MO.69
M0.19.00M0.19.00
M0.19.00
M0.19.00
M0.19.00
M0.19.00
22
,00
97
,60
47
,60
28
,00
56
,00
52,00
28,00 13,5010,50
5,00 36,6056,00
M 9400 “Softline plus”Section 2,3R = 1:1 14
M 9550
M 9550
M 9112
M 9434
M 9434
2.
3.
2
3
22
,00
97
,60
28
,00
47
,60
56
,00
61,00
28,00
5,00
13,50
44,80
19,50
56,00
3.
2
3
2.
MO.63
MO.93
AT 219
AT 219
M0.68.03
MO.69M0.19.00
M0.19.00
M0.19.00
M0.19.00
11.23.42MO.74
ERT.500.401
MO.20
MS.08.02
MO.63
MO.93
MO.90
MO.74
AT 219 AT 219
M0.68.03 MO.69
M0.19.00M0.19.00
M0.19.00
M0.19.00
11.23.42
MO.20
M 9424
M 9561
M 9561
M 9312
M 9312
M 9424
M 9400 “Softline plus” Section 23 R = 1:115
33
,50
10
9,4
0
59
,50
31
,50
44
,40
70,60
5,00
28,00
44,90
17,10
59,50
25,50
3.
2
3
2.
MO.63
MO.93
M0.68.03
MO.69
M0.19.00M0.19.00
M0.19.00
M0.19.00
ERT.500.401
11.23.44
11.23.42
MO.74
MO.93
MO.63
MO.74
11.23.42
M0.68.03 MO.69
M0.19.00
M0.19.00
M0.19.00
M0.19.00
11.23.44
MO.90
M 9481
M 9480
M 9480
M 9319
M 9319
M 9481
M 9400 “Softline plus”Section 2,3R = 1:1 16
M 9308
M 9550 M 9112
M 9112
M11116
M 9319
M 9319
M 9481
M 9481
M 9484
M 9551
M 9400 “Softline plus” Section 4,5 R = 1:117
4. 5.
4 5
22
,00
33
,50
18
0,4
0
16
0,8
0
55
,80
22
,00
33
,50
44
,40
47
,60
33
,00
44
,40
5,0
0
52,00 70,60
28,00 28,0013,50 17,1010,50 25,50
ERT.500.401
MO.63
MO.63
MO.63
MO.93
MO.93MO.93
MO.74
MO.74
M0.68.03
M0.68.03
M0.68.03
M0.68.03
MO.69
MO.69
MO.69
MO.69
M0.19.00
M0.19.00
MO.20
MO.20MO.74
MO.90
MO.42.01
11.23.42
MS.08.02
11.23.44
11.23.44
M 9308
M 9551
M 9312
M 9112
M 9550
M 9554
M 9550
M 9112
M 9112
M 9400 “Softline plus”Section 5,6R = 1:1 18
6.5.
5 6
22
,00
22
,00
13
8,8
0
14
4,2
0
55
,80
22
,00
22
,00
47
,60
39
,00
47
,60
5,0
0
45,0052,00
28,0028,00 13,5013,50 3,5010,50
MO.63
MO.93
MO.74
M0.68.03
M0.68.03
MO.69
MO.69
MO.20
11.23.42
MO.63
MO.93
MO.74
M0.68.03
M0.68.03
MO.69
MO.69
MO.42.01
MO.42.01
MO.20
78,6056,00
22,60
28,0
0
10,5
0
52,0
013,5
0
22,00
34,00
7,00
70,00
O
120,2
0
56
,00
5,0
02
2,6
036,6
0
47,6
02
8,0
07
,00
22,0
0
52,00
28,00 13,5010,50
M 9427
M 9427
M 9434
T 35
M 9112
M 9550
M 9434
M 9112MO.69
MO.69
M0.68.03
M0.68.03
MO.93
M0.20
MO.63
MO.60
MO.60
MO.74
MO.42.01
M0.19.00
AT 219
AT 219
M0.19.00
M0.19.00
M0.19.00
M0.19.00
M0.19.00
7.7
65 - 230
M 9400 “Softline plus” Section 7 R = 1:119
22,0071,90
121,90
28,00
28,00
121,90
71,90 22,00
56,00 5,00
121,90
60,90
56,00 5,00
121,90
60,90
M 9434M 9562
M 9312
M 9434 M 9562
M 9312
AT 219
11.38.40
MO.69
M0.19.00
M0.19.00
M0.19.00
M0.19.00
M0.68.03
MO.93
M0.20MO.63
MO.74
MO.69
M0.19.00
M0.19.00
M0.19.00
M0.19.00
M0.68.03
MO.93
M0.20MO.63 NF.7651/30
MO.74
AT 219
8.
8a.
88a
M 9400 “Softline plus”Section 18R = 1:1 20
ERT.500.501
M 9531 M 9532
M 9112
M 9112
M 9112
MS.08.02
Silicone Silicone
MO.90.02
MO.90.02
M0.68.03
M0.68.03
MO.69
MO.69
MO.69
M0.19.00
M0.19.00
M0.19.00
M0.68.03
61,00
61,00
28,00
28,00
13,50
13,50
19,50
19,50
8,0
01
47
,00
12
5,0
0
23
,80
67
,80
22
,00
22
,00
22
,00
9
10
9. 10.
M 9400 “Softline plus” Section 9,10 R = 1:121
52,00
28,00 13,5010,50
22
,00
47
,60
19
6,5
0
33
,00
22
,00
71
,90
11.
11
M 9400 “Softline plus”Section 11R = 1:1 22
M 9550
M 9552
M 9112
M 9112
M 11116
M 9308
MO.20
MO.20
MO.63
ERT.500.401
MO.63
MO.74
MO.93
MO.93
11.38.40
MO.74
MO.90
MO.42.01
M0.68.03 MO.69
MS.08.02
MO.69M0.68.03
M 9112
M 9112
M 9303
M 9308
MO.69M0.68.03
MO.69M0.68.03
MO.93
M0.20
MO.63
MO.74
NF.7651/35
15
4,0
0
52,00
52,00
10,50
3,50
28,00
28,00
13,50
20,50
71
,90
39
,00
22
,00
22
,00
12.
12
M 9400 “Softline plus” Section 12 R = 1:123
M 9424
M 9517
M 9112
M 9424
M 9517
M 9112
MO.69
M0.68.03
MO.93
MO.19.00
MO.19.00
MO.19.00
MO.19.00
M0.20
MO.63
MO.74
AT 219
AT 219
ERT.500.50111.43.40
MO.69
M0.68.03
MO.93
MO.19.00
MO.19.00
MO.19.00
M0.20
MO.63
MO.74
AT 219
AT 219
NF.7651/35
13
,50
28
,00
52
,00
10
,50
28,0098,50
56,005,0043,5022,00
126,50
28,00 98,50
13
,50
28
,00
52
,00
10
,50
56,00 5,00 43,50 22,00
126,50
13a13
13.
13a.
M 9400 “Softline plus”Section 13,13aR = 1:1 24
M 9112
M 9434
M 9523
M 9112
M 9434
M 9526
MO.69
MO.90
M0.68.03
MO.93
M0.20MO.63
MO.74
MO.19.00 MO.19.00
MO.19.00
AT 219
11.23.42
M0.20
MO.69
M0.68.03
MO.93
MO.63
MO.74
ERT.500.401
MO.19.00
MO.19.00
MO.19.00
AT 219 11.23.42
MS.08.02
56
,00
27
,80
77
,80
10
5,8
0
22
,00
28
,00
52,00
10,50 28,00 13,50
56,00 27,80 22,00
13
,50
28
,00
52
,00
10
,50
105,80
28,00 77,80
14.
15. 14
15
M 9400 “Softline plus” Section 14,15 R = 1:125
M 9112
M 9350
M 9350
M 9517
M 9550
M 9112
MO.69M0.68.03
MO.93
MO.19.00MO.19.00
M0.20
MO.63
MO.74
AT 219
NF.7651/35
MO.69M0.68.03
MO.93
M0.20
MO.63
MO.74
AT 219
MO.42.01
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
52,00
10,50 28,00 13,50
52,00
10,50 28,00 13,50
16.
16
M 9400 “Softline plus”Section 16R = 1:1 26
M 9112
M 9517
M 9112
M 9544
M 9517
MO.69M0.68.03
MO.69M0.68.03
11.43.40
MO.93
M0.20
MO.63
MO.74
NF.7651/35
52,00
10,50 28,00 13,50
98
,50
5,0
09
8,5
0
43
,50
5,0
06
1,0
05
,00
22
,00
43
,50
20
2,0
0
22
,00
52,00
10,50 28,00 13,50
17.
17
M 9400 “Softline plus” Section 17 R = 1:127
NF.7651/25
M 9570
M 9382
MO 065
MO.93
MO.63
M0.19.12
MS.04
MS.04
M0.19.00
M0.19.00
Silicone
M0.19.00
Max 100,00
Min 69,00
10
1,6
0
64
,80
44
,10
10
8,9
0
45,00
35,00
18
18.
M 9400 “Softline plus”Section 18R=1:1 28
M 9434
M 9434
M 9550
M 9550M 9544
28,00 28,005,00
M
A A
Y
28,00 28,00
M
AA
Y
YM
MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW
DOUBLE LEAF CASEMENT WINDOW/ TILT-N-TURN
M 9400 “Softline plus” Cytting analysis R =free29
ÕØÏÓ Þ ÐËÁÔÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ
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 OR WIDTH OF SASH)
(HEIGHT OF SASH)
(WIDTH OF SASH)A ==
M+7
2mm
mm
M 9550
M 9550 M 9544
M 9300
M 9300
M 9400 “Softline plus”Cuttng analysisR = free 30
MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW
ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
DOUBLE LEAF CASEMENT WINDOW/ TILT-N-TURN
ÕØÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ
2
A = Y - 45,0 A=M+12
AX - 50,0 (or)Þ
(or)Þmm
mm
(HEIGHT OF SASH)
(WIDTH OF SASH)A == M+7
2mm
mm
ÕØÏÓ Þ ÐËÁÔÏÓ ÖÕËËÏÕ A = Y- 45
A=M+12
mm
mm(or)ç(HEIGHT OR WIDTH OF SASH)
M 9480
M 9480 M 9554
M 9551
M 9551
31,50 31,505,00
M
A A
X
31,50 31,50
M
A
Y
AM Y
ÄÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
DOUBLE LEAF CASEMENT WINDOW/ TILT-N-TURN
MOÍÏÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ
SINGLE LEAF CASEMENT/ TILT-N-TURN WINDOW
ÕØÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ
2
A = Y - 63,0 A=M+12
AX - 68,0 (or)Þ
(or)Þmm
mm
(HEIGHT OF SASH)
(WIDTH OF SASH)A == M+7
2mm
mm
ÕØÏÓ Þ ÐËÁÔÏÓ ÖÕËËÏÕ A = Y- 63
A=M+12
mm
mm
(or)ç(HEIGHT OR WIDTH OF SASH)
M 9400 “Softline plus” Cytting analysis R =free31
M 9400 “Softline plus”Cuttng analysisR = free 32
M 9397 M 9397
M 9397
M 9380
M 9381
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
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 9550
M 9550
M 9550
M 9550
M 9400 “Softline plus” Cytting analysis R =free33
M 9380
M 9380
M 9380
M 9381
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
ÐËÁÔÏÓ ÖÕËËÏÕ ÊÁÉ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
A = mm A = mmX - 61,00 M + 7,002 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
(WIDTH OF SASH AND SHUTTER)
(HEIGHT OF SASH)
(HEIGHT OF SHUTTER)
M 9550
M 9550
M 9550M 9544
M 9400 “Softline plus”Cuttng analysisR = free 34
M 9380
M 9380
M 9380
M 9381
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
ÐËÁÔÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ 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
M 9550
M 9550 M 9550
M 9400 “Softline plus” Cytting analysis R =free35
M 9550
M 9550
M 9550M 9544
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
ÐËÁÔÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
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 9380
M 9380
M 9380
M 9381
M 9400 “Softline plus”Cuttng analysisR = free 36
M 9550
M 9550
M 9550
M 9544
M 9544
M 9571
M 9571
M 9380
M 9380
MM
AA
A
AA
A
XX
ÐËÁÔÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
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)
ÔÑÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ
THREE- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN
M 9400 “Softline plus” Cytting analysis R =free37
ÔÅÔÑÁÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ
FOUR- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN
M 9571
M 9571
M 9380
M 9380
MM
AA
AA
AA
AA
XX
ÐËÁÔÏÓ ÖÕËËÏÕ
ÐËÁÔÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
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)
M 9550
M 9550
M 9550
M 9550
M 9544
M 9544
M 9544
M 9400 “Softline plus”Cuttng analysisR = free 38
ÔÑÉÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ
THREE- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN
MM
AA
A
AA
A
XX
ÐËÁÔÏÓ ÖÕËËÏÕ ÊÁÉ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
A = mm A = mmX - 66,00 M + 2,003 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
(WIDTH OF SASH AND SHUTTER)
(HEIGHT OF SASH)
(HEIGHT OF SHUTTER)
M 9397
M 9397
M 9397
M 9380
M 9380
M 9398
M 9398
M 9550
M 9550
M 9550
M 9544
M 9544
M 9400 “Softline plus” Cytting analysis R =free39
M 9550
M 9550
M 9550
M 9550
M 9544
M 9544
M 9544
ÔÅÔÑÁÖÕËËÏ ÁÍÏÉÃÏÌÅÍÏ - ÐÑÏÂÁËËÏÌÅÍÏ ÌÅ ÐÁÍÔÆÏÕÑÉ
FOUR- LEAF CASEMENT WINDOW WITH SHUTTER/ TILT-N-TURN
MM
AA
AA
AA
AA
XX
ÐËÁÔÏÓ ÖÕËËÏÕ ÊÁÉ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
ÕØÏÓ ÖÕËËÏÕ
ÕØÏÓ ÖÕËËÏÕ ÐÁÍÔÆÏÕÑÉÏÕ
A = mm A = mmX - 71,00 M - 3,004 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
(WIDTH OF SASH AND SHUTTER)
(HEIGHT OF SASH)
(HEIGHT OF SHUTTER)
M 9397
M 9397
M 9380
M 9380
M 9398
M 9398
M 9398
ACCESSORIESACCESSORIES
M 9400ACCESSORIES
E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S
MÏ.42.01 AT.219
11.38-4011.23-40
:
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
X-103
SX-100
Ð Å Ñ É Ã ÑÁ Ö Ç :
KIT-AL
MO.22.01 MO.33.01
M 9 3 0 0 “ P e r f e c t P l u s ”
NF.7651/35
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 SM 9 4 0 0 “ S o f t l i n e 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 4 0 0 “ S o f t l i n e P l u s ”
MO.90.02
MS.08.02
(ZA.1791) ERT.505.101L AV.501
MO.23.00
E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S M 9 4 0 0 “ P e r f e c t P l u s ”
MO.90.00
MS.18.03
BRUSH No .12
E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E SM 9 4 0 0 “ S o f t l i n e P l u s ”
MD.60.112
:
ALUS 02ALUS 02
ALUS 01ALUS 01
ALUS 03ALUS 03
E Î Á Ñ Ô Ç Ì Á Ô Á - A C C E S S O R I E S
22.23-40 22.38-40
22.43-4011.43-40
M 9 3 0 0 “ P e r f e c t P l u s ”
MO.60
MO.63
MO.93
ËÁÓÔÉ×Ï ÖÏÕÓÊÁ
ËÁÓÔÉ×Ï ÍÕ×ÁÊÉ
ËÁÓÔÉ×Ï ÍÕ×ÁÊÉ
MO.74
ËÁÓÔÉ×Ï ÓÔÅÃÁÍÙÓÇÓ ÁÍÏÉÃÏÌÅÍÙÍ�ALUSEAL�
 Á Ñ Ï Ó :
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 4 0 0 “ S o f t l i n e P l u s ”
Mom
ent
ofIn
erti
aab
out
Neu
tral
Axis
Mom
ent
ofR
esis
tan
ce
Dis
tan
cefr
omCen
troi
d
Dis
tan
cefr
omCen
troi
d
Mom
ent
ofIn
erti
aab
out
Neu
tral
Axis
Mom
ent
ofR
esis
tan
ce
Dis
tan
cefr
omCen
troi
d
Dis
tan
cefr
omCen
troi
d
Are
a
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 0,10 0,11 0,57 0,88 0,55
M 6023 35,46 32,24 5,34 1,10 3,05 0,58 1,10 5,23 3,29
M 9029 1,51 1,16 1,51 1,30 1,51 0,82 1,30 1,85 1,56
M 9038 10,91 10,70 3,10 1,02 1,69 0,46 1,08 3,70 2,57
M 9112 0,59 0,52 1,36 1,13 0,31 0,25 0,81 1,26 0,90
M 9300 4,16 2,16 1,91 1,93 7,72 2,46 2,58 3,14 2,77
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 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
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 9319 0,90 0,66 1,78 1,36 0,55 0,35 0,93 1,57 1,22
M 9322 1,62 0,59 2,03 2,76 3,28 3,15 1,74 1,04 1,77
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 3,50 2,02 8,26 2,36 1,90 3,50 3,33
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
Table 1.1 Statical InformationÐßíáêáò 1.1 ÓôáôéêÝò Ðëçñïöïñßåò
ey1
ex1ex2
ey2
Jy
Ix
ÄéáôïìÞ
M 9400 “Softline plus” STATICS49
Mom
en
tofIn
ert
iaabou
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
iaabou
tN
eu
tralA
xis
Mom
en
tof
Resi
stan
ce
Dis
tan
cefr
om
Cen
troid
Dis
tan
cefr
om
Cen
troid
Are
a
Profile Ix Wx ey1 ex2 Jy Wy ex1 ey2 A
(cm4) (cm3) (cm) (cm) (cm4) (cm3) (cm) (cm) (cm2)
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 9336A 0,39 0,14 1,37 2,88 4,68 7,55 2,71 0,62 1,43
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
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 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 20,8 4,67 1,24 1,25 0,2 1,24 6,32 2,72
M 9357 4,1 3,31 2,21 1,24 0,63 0,17 1,24 3,76 1,42
M 9358 39,48 78,96 6,1 0,5 0,53 0,08 0,5 6,34 2,96
M 9359 17,62 1,89 2,34 9,3 281,87 86,73 8,7 3,25 8,03
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 2,8 2,8 14,48 4,99 2,9 2,9 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 2,1 1,88 5,33 78,36 33,2 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
Table 1.1 Statical InformationÐßíáêáò 1.1 ÓôáôéêÝò Ðëçñïöïñßåò
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
M 9400 “Softline plus”STATICS 50
Table 1.1 Statical InformationÐßíáêáò 1.1 ÓôáôéêÝò Ðëçñïöïñßåò
Mom
ent
ofIn
erti
aab
out
Neu
tral
Axis
Mom
ent
ofR
esis
tan
ce
Dis
tan
cefr
omCen
troi
d
Dis
tan
cefr
omCen
troi
d
Mom
ent
ofIn
erti
aab
out
Neu
tral
Axis
Mom
ent
ofR
esis
tan
ce
Dis
tan
cefr
omCen
troi
d
Dis
tan
cefr
omCen
troi
d
Are
a
Profile Ix Wx ey1 ex2 Jy Wy ex1 ey2 A
(cm4) (cm3) (cm) (cm) (cm4) (cm3) (cm) (cm) (cm2)
M 9382 11,27 2,40 4,12 4,69 23,52 7,64 3,6 3,08 4,10
M 9390 7,38 3,31 2,13 2,23 8,73 3,01 2,23 2,90 3,12
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 1,90 4,77 2,51 2,3 1,90 2,23
M 9399 46,83 24,39 5,00 1,92 11,58 2,32 1,98 5,00 4,59
M 9412 0,43 0,60 1,18 0,72 0,14 0,13 0,63 1,07 0,74
M 9416 5,84 1,66 3,29 3,51 3,51 1,61 1,32 2,18 1,52
M 9420 19,15 3,15 2,55 6,07 79,12 25,94 5,53 3,05 5,65
M 9421 14,81 4,59 3,38 3,23 20,97 6,20 3,77 3,38 5,12
M 9422 21,94 4,69 3,39 4,68 45,69 13,48 4,62 3,39 5,94
M 9423 15,20 3,26 2,47 4,66 44,2 14,12 4,63 3,13 5,00
M 9424 11,94 3,34 2,40 3,57 25,71 8,03 3,88 3,2 4,48
M 9426 2,88 1,13 2,75 2,54 15,02 9,16 1,14 1,64 2,28
M 9427 0,57 0,25 1,73 2,26 6,48 6,42 3,64 1,01 1,64
M 9428 107,61 15,92 6,78 6,76 107,61 21,31 5,05 5,05 5,92
M 9434 9,32 3,64 2,25 2,56 15,82 4,46 3,34 3,55 3,77
M 9452 28,74 9,49 4,76 3,03 24,48 5,64 3,07 4,34 5,13
M 9454 75,58 25,53 6,32 2,96 34,09 5,80 3,14 5,88 6,62
M 9480 12,52 4,06 2,54 3,08 19,91 5,84 3,62 3,41 4,52
M 9481 18,34 5,07 3,96 3,62 23,37 6,10 3,08 3,83 4,7
M 9484 10,77 4,66 3,27 2,31 14,15 5,00 3,57 2,83 4,12
M 9507 121,06 55,03 7,15 2,2 22,48 3,14 2,30 7,15 6,23
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
ÄéáôïìÞ
M 9400 “Softline plus” STATICS51
ey1
ex1ex2
ey2
Jy
Ix
Table 1.1 Statical InformationÐßíáêáò 1.1 ÓôáôéêÝò Ðëçñïöïñßåò
Mom
en
tofIn
ert
iaabou
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
iaabou
tN
eu
tralA
xis
Mom
en
tof
Resi
stan
ce
Dis
tan
cefr
om
Cen
troid
Dis
tan
cefr
om
Cen
troid
Are
a
Profile Ix Wx ey1 ex2 Jy Wy ex1 ey2 A
(cm4) (cm3) (cm) (cm) (cm4) (cm3) (cm) (cm) (cm2)
M 9508 0,80 0,54 1,62 1,47 0,61 0,59 1,08 1,04 1,01
M 9511 8,79 3,01 3,57 2,92 13,08 4,53 2,28 2,89 3,71
M 9512 13,37 4,72 3,98 2,83 15,22 4,63 2,37 3,29 4,06
M 9513 26,77 9,59 4,78 2,79 18,87 4,60 2,41 4,10 4,69
M 9517 30,46 9,76 4,93 3,12 17,58 3,58 2,08 4,91 4,59
M 9526 12,89 3,99 3,90 3,23 12,82 3,31 1,97 3,87 3,82
M 9531 201,25 71,88 6,98 2,80 47,61 6,18 3,29 7,71 9,61
M 9532 13,75 5,50 3,39 2,50 16,81 4,96 3,60 3,39 4,87
M 9544 7,02 3,15 3,45 2,23 10,01 3,79 3,14 2,64 3,35
M 9550 8,42 3,13 3,50 2,69 12,69 3,67 2,50 3,46 3,58
M 9551 12,77 4,87 3,91 2,62 14,70 3,81 2,58 3,86 3,93
M 9552 25,82 9,93 4,71 2,60 18,41 3,93 2,59 4,68 4,58
M 9554 10,74 3,57 3,27 3,01 16,20 5,72 3,67 2,83 3,92
M 9560 10,76 3,38 3,73 3,18 17,78 5,50 2,92 3,23 4,13
M 9561 15,93 5,09 4,14 3,13 20,07 5,51 2,97 3,64 4,47
M 9562 31,4 10,33 4,97 3,04 25,55 5,78 3,05 4,42 5,37
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
M 0065 7,17 4,29 3,72 1,67 4,84 2,47 2,84 1,96 2,25
T 35 18,94 5,41 3,50 3,50 18,94 5,41 3,50 3,50 3,24
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
M 9400 “Softline plus”STATICS 52
ey1
ex1ex2
ey2
Jy
Ix
