Koblenz 2015

- , , . - , - . . - .

RUS

. - . .

. . . .

-, . . .

RUS

, .

. 8 . K art EXTeRUS / K2O SwingLife wood

RUS

, , . .

, , - .

, .

, .

, , - , .

www.k-group.com

RUS

EXTeRUS -

PAT-PENDING

7

LAPI.............................................................................................8

IFT................................................................................................9

UL ..............................................................................................10

KRONA KOBLENZ CUAP 04.05/12 (EN 1935). - - CE.

770

1540

463

,

,

KUBICA K6300 - K6700

8

KUBICA K6300 K6700 . , , K6300 K6700 UNIEN 1634-2, , , . K6300 K6700 , , , -, . LAPI WARRINGTON FIRE, , - . 3 :: . : : .

KUBI7 K7080 - K7120

9

# K7080 K7120 KUBI7 . % EN1935:2002 CUAP 04.05/12v. 2006. # , .& IFT Rosenheim. , . ?1) * :

a) * : , ( K7080 160 .) + 2 20 93 .b) * : ( K7080 240 .) % 2 20 93 .

2) * : , , 200.000 -.

3) * : & .

?

EN 1935:2002 e CUAP 04.05/12 2006 : K7080; : : , - .!: 200.000 .# : 80 .: 30.&: . : + , - : & 240 .& .': .

KUBICA K6200KUBI7 K7000 - K7080 - K7120

10

PAT-PENDING

13

K Art 40-80 / 120 .............................................................15

K Art 80 / 120 + 1760* ...........................................................27

K Art 40-80 / 120 + 0600* ...........................................................37

K Art 40-80 / 120

15

K Art 40-80 / 120

!

K Art 40/80

K Art 40/80 ABS

K Art 40/80 ABS

K Art 40/80 ABS

K Art 120

1-2

1-2

1-2

1-2

1-2

16

18

20

22

24

40/80

40/80

40/80

40/80

120

K Art 40/80

K Art 40/80 ABS

KART 1

K Art 40/80 ABS KART 1 ABS

K Art 40/80 ABS

K Art 40/80 ABS

KART 3 256

K Art 120KART 2

= , .> K art ? ?: - . K art, : , .#: K art 3- , 40 , 80 120 .40/80 : = 40 80 : 40 80 . 2- - Derlin, .120 : + 120 , 4- , 4 - .% . .> 2- (+/-2 ). + .ABS: > K art ABS: ? ?. , , ABS , -.K art : ( . 1760), 0600; - ABS.

. KART 51% K Art 40 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

= . 1

K Art (40 ) . KART 1 . 6. KART 1 300 . 3% K Art 40/80

. 0500/4?

16

40/80

. KART 40

K Art (80 )

. KART 80. KART 52% K Art 80 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

= . 1

K Art 40/80

+2 -2

+5-5

7

20

Hup

= Hp

+ 3

7

4.5

32

HS =

Hp

+ 66

.5

Sp

= =

29.5

10Hp

27

+5-5

+2 -2

Hup

= Hp

+ 3

713

Sp

10

32

7

20

HF =

Hp

+ 79

.5

= =

Hp23

29.5

27

53

Hp

3000 (6000)

MAX 400

5

5

3

102 (MIN.)

21.5

4

Lp

HF =

Hp

+ 79

.5

29.5

145 92

93 306

22

;

Lp= W Hp= + Sp= % HF = + HS = Hup= & P.S. : 35 , .

;

17

Pat-Pending

40/80

18

. KART 51% K Art 40 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

. 0860 7ABS 40 . 2

. 0860 9. 1

= . 1

K Art (40 ) . KART 1 ABS . 6. KART 1 300 ABS . 3% K Art 40/80 ABS

. KART 8? 40/80

. KART 6 . 3 ()

. KART 40 ABS

K Art (80 )

. KART 80 ABS. KART 52% K Art 80 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

. 0860 8ABS 80 . 2

. 0860 9. 1

= . 1

K Art 40/80 ABSPat-Pending

53139

4

21.5

30

3000 (6000)

HF2

= H

p +

83.5

Hp Lp

102 (MIN.) 6

92

D1 = (Lp/2) -139 224

= =

93 306

22

HS2

= H

p +

67

51

4.5

7

Hup

= Hp

+ 3

7

204 31

3010

Hp27

35 16

+5-5

-2 +2

20

7

Sp

35

51

HF2

= H

p +

83.5

Hup

= Hp

+ 3

7

3010

Hp27

30

45

= =

4 31

> ABS: ?

> ABS: ?

Lp= W Hp= + Sp= % D1= = ABS ( , )HF2= + HS2= + Hup= & P.S. : 35 , .

19

40/80

20

. KART 51% K Art 40 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

. 0860 7ABS 40 . 2

. 0860 9. 1

= . 1

K Art (40 ) . KART 3 256 . 2,56. KART 3 300 . 3 40/80

. KART 5 . 3&

. KART 6 . 3 ()

. KART 9 . 3&

. KART 40 ABS

K Art (80 )

. KART 80 ABS. KART 52% K Art 80 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

. 0860 8ABS 80 . 2

. 0860 9. 1

= . 1


615

139

53

92

8

4

21.5

52

Hp

HF1

= Hp

+ 7

5.5

Lp

109 (MIN.) 6

52316 (307)

= =

33 2000 (2560)

D1 = (Lp/2) -139 224 8 8

22

87

6

8

61

24.6

59

3.452

27

HS1=

Hp

+ 89

7

Hup

= Hp

+ 3

72

2011.5 314

5210

Hp27

2 261

2635

-2 +2

+5-5

50

20

8

HF1

= Hp

+ 7

5.5

7

Sp

63

35

Hup

= Hp

+ 3

7

8

4 31

= =

5210

Hp27

51 210

C ABS

C ABS

= 8, >= 50

C ABS


21

40/80

22

. 2& > ABS 40

. KART 51% K Art 40 . 2

. KART 55> M8x35 . 2

. 7550 13 NS ABS 80

. KART 52% K Art 80 . 2

. KART 55> M8x35 . 2

. 7550 13 NS. 2

. 0860 7ABS 40 . 2

. 0860 9. 1

= . 1

. KART 14>. 2

. 0860 8ABS 80 . 2

. 0860 9. 1

= . 1


615

13953

92

8

4

21.5

52

Hp

HF1

= Hp

+ 7

5.5

Lp

109 (MIN.) 6

52316 (307)

= =

33 2000 (2560)

D1 = (Lp/2) -139 224 8 8

22

87

6

8

61

24.6

59

3.452

27

HS1=

Hp

+ 89

7

Hup

= Hp

+ 3

72

2011.5 314

5210

Hp27

2 261

2635

-2 +2

+5-5

50

20

8

HF1

= Hp

+ 7

5.5

7

Sp

63

35

Hup

= Hp

+ 3

7

8

4 31

= =

5210

Hp27

51 210

C ABS C ABS

C ABS

= 8, >= 50


23

120

24

. KART 53% K Art 120 . 2

. KART 55 NR> M8x40 . 2

. 7550 13 NS. 2

= . 1

K Art (120 )

. KART 120

. KART 2 . 6. KART 2 300 . 3% K Art 120

. KART 4? 120

K Art 120

119 (MIN.)

4

21.5

100

3000 (6000)

HF =

Hp

+ 10

0.5

Lp

Hp

43

93 306

3 166

22

66

+2 -2

+5-5

HF =

Hp

+ 10

0.5

10 (max)

16

20

7

43

Sp

Hup

= Hp

+ 3

7

= =

1036

4327

Hp

+5-5

+2 -2

Sp

20

7

43

HS =

Hp

+ 80

Hup

= Hp

+ 3

74.5

= =

4310

Hp27

;


;

Pat-Pending

25

K Art 80 / 120 + 1760

27

K Art 80 / 120 + 1760

!

K Art 80 + Sys 1760

K Art 80 ABS + Sys 1760


K Art 120 + Sys 1760

1-2

1-2

1-2

1-2

28

30

32

34

80

80

80

120

K Art 80 + Sys 1760KART 1

K Art 80 ABS + Sys 1760 KART 1 ABS


KART 3 256



80

28

. 1760 54 B . 2

. 1760 3 . 4

. KART 52% K Art 80 . 2

. 7550 12 NS. 2

= . 1

K Art (80 )&

. KART 1 . 6. KART 1 300 . 3% K Art 40/80

. 0500/4?

. 7550 32 NS

K Art 80 + 1760

+3-3

32

7

30

10

Hup

= Hp

+ 2

2

Spv+17

HS =

Hp

+ 51

.5

50

Hp

Spv

1229

.5

29

+3-3

32

50

7

Spv + 17

Hup

= Hp

+ 2

2

Spv

HF =

Hp

+ 64

.5

30

1023

29.5

12Hp

29

50

200

53

92

40

21

LB = 3000 (6000)

5

130Hp

v=Hp

-22.

5

20.5

35

Hp

HF =

Hp

+ 64

.5

21

93 306

30500.1

20.2 +0.1 020.2 +0.1 0

10+0.5 0

95

30

3.5

4

20.5

35

K

Lp= W Hp= + ( )Hpv= + ( )Spv= % 8/10/12 LB= HF= + HS= + Hup= & P.S. : 40 , .

K

Pat-Pending

29

80

30

. 1760 52 B& . 1760 54 B . 4

. 1760 3 . 4

. KART 52% K Art 80 . 2

K Art (80 )&

. KART 1760 80 ABS BR

K Art (80 ).

. KART 1760 80 ABS NS. 1760 52 N& . 1760 54 N . 4

. 1760 3 . 4

. KART 52% K Art 80 . 2

. 7550 12 NS . 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. 7550 12 NS . 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. KART 1 ABS . 6. KART 1 300 ABS . 3% K Art 40/80 ABS

. KART 6 . 3 ()

. 7550 32 NS

K Art 80 ABS + 1760Pat-Pending

+2-2

Spv+17

HF2

= Hp

+ 6

7.5

10

35

57.5

35

Hup

= Hp

+ 2

1

30

7

30-(Spv/2)

5145

10

Hp11

3030

29

Spv+17 16-(Spv/2)-8.5

16

30

7

16-(Spv/2)Spv

3010

Hp11

30

29HS

2 =

Hp +

51

4.5

51

Hup

= Hp

+ 2

1

30

7

3010

Hp11

35 16

29

5321

130

5

D4 = Lp - 341D3 = 66.5

HF2

= Hp

+ 6

7.5

40

Hp

Lp

LB = 3000 (6000)

35

21

20.5

92

D1 = 64 Hp

v=Hp

-22.

5

93 306 341 D2 = Lp - 338.5LB/2 LB/2

30500.1

10+0.5 0

20.2 +0.1 020.2 +0.1 0

30

95

35

20.5

4

3.5

ABS o :

ABS :

> ABS:

Lp= W Hp= + ( )Hpv= + ( )Spv= % 8/10/12 LB= D1, D2, D3, D4= = ABS ( / )HF2= + HS2= + = Hp+51Hup= & P.S. : 40 , .

31

80

32

. 1760 52 B& . 1760 54 B . 4

. 1760 3 . 4

. KART 52% K Art 80 . 2

K Art (80 )&

. KART 1760 80 ABS BR

K Art (80 ).

. KART 1760 80 ABS NS. 1760 52 N& . 1760 54 N . 4

. 1760 3 . 4

. KART 52% K Art 80 . 2

. 7550 12 NS . 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. 7550 12 NS . 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. KART 3 256 . 2,56. KART 3 300 . 3 40/80

. KART 5 . 3&

. KART 6 . 3 ()

. 7550 32 NS

K Art 80 ABS + 1760Pat-Pending

HF1

= Hp

+ 6

0.5

26

63

8

Spv+17

30

7

5210

Hp11

26-(Spv/2)Spv

422 19

14.7

7

29

HS1

= Hp

+ 7

3

211.5Hu

p =

Hp +

21

7

30

5210

Hp11

2 2612635

29

61

71

8

5211

24.6

433.

4

87

24

+2-2

Spv+17

63

8

35-(Spv/2)

35

Spv

HF1

= Hp

+ 6

0.5

Hup

= Hp

+ 2

1

30

7

5210

Hp11

51 210

14.7

718

.7

29

35

D4 = Lp - 341D3 = 66.5

5

3

20.5

53

92

Lp

Hpv =

Hp-

22.5

Hp

52

52

3

130

21

40

HF1

= Hp

+ 6

0.5

341 D2 = Lp - 338.5

D1 = 64 224

224

200 350

316 (307)

LT = 2000 (2560)

30500.1

LT/2 LT/2

8 8

10+0.5 0

20.2 +0.1 0

20.2 +0.1 0

30

95

35

20.5

4

3.5

ABS o

= 8, >= 50

C ABS

ABS

= 8, >= 42

C ABS

&

Lp= W Hp= + ( )Hpv= + ( )Spv= % 8/10/12 LT= D1, D2, D3, D4= = ABS ( / )HF1= + HS1= + Hup= & P.S. : 40 , .

33

120

34

. 1760 54 B . 2

. 1760 3 . 4

. KART 53% K Art 120 . 2

. 7550 12 NS. 2

= . 1

K Art (120 )&

. KART 1760 120 BR

K Art (120 ).

. KART 1760 120 NS. 1760 54 N . 2

. 1760 3 . 4

. KART 53% K Art 120 . 2

. 7550 12 NS. 2

= . 1

. KART 2 . 6. KART 2 300 . 3% K Art 120

. KART 4? 120

. 7550 32 NS

K Art 120 + 1760

+3-3

HS =

Hp

+ 65

Hup

= Hp

+ 2

2

50

Spv+17

10

30

7

1243

Spv

Hp

29

+3-3

30

7

Spv + 17

Spv HF

= Hp

+ 8

5.5

Hup

= Hp

+ 2

2

10 (max) 43

50

20.5

1036

4312

Hp

29

Hp

Hpv=

Hp-2

2.5

LB =3000 (6000)

130

5

21

40

HF =

Hp

+ 85

.5

21 20.

5

100

66200 200

50

93 306

30500.1

10+0.5 0

20.2 +0.1 020.2 +0.1 0

30

95

35

20.5

4

3.5

?

Lp= W Hp= + ( )Hpv= + ( )Spv= % 8/10/12 LB= HF= + HS= + Hup= & P.S. : 40 , .

?

Pat-Pending

35

K Art 40-80 / 120 + 0600

37

K Art 40-80 / 120 + 0600

!

K Art 40/80 + Sys 0600

K Art 40/80 ABS + Sys 0600

K Art 40/80 ABS + Sys 0600

K Art 120 + Sys 0600

1-2

1-2

1-2

1-2

38

40

42

44

40/80

40/80

40/80

120

K Art 40/80 + Sys 0600KART 1

K Art 40/80 ABS + Sys 0600 KART 1 ABS

K Art 40/80 ABS + Sys 0600

KART 3 256



40/80

38

. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 51% K Art 40 . 2

. 7550 13 NS . 2

= . 1

K Art (40 ) . KART 1 . 6. KART 1 300 . 3% K Art 40/80

. 0500/4?

. KART 0600 40

K Art (80 )

. KART 0600 80. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 52% K Art 80 . 2

. 7550 13 NS . 2

= . 1

K Art 40/80 + 0600

HF

3000 (6000)

55

3

Hp Lp

21.5

93 306

23 79

22+3.5-3.5

26

34

20

7

HS =

Hp

+ 44

32

4.5

Hup

= Hp

+ 1

4.5

Sp

= =

29.5

8Hp

6.5

= =

+3.5-3.5

26

34

7

20

Sp

HF =

Hp

+ 57

32

13Hu

p =

Hp +

14.

5= =

823

29.5

6.5

Hp

?


?

Pat-Pending

39

40/80

40

. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 51% K Art 40 . 2

K Art (40 )

. KART 0600 40 ABS

K Art (80 )

. KART 0600 80 ABS. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 52% K Art 80 . 2

. 7550 13 NS. 2

. 0860 7ABS 40 . 2

. 0860 5. 1

= . 1

. 7550 13 NS. 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. KART 1 ABS . 6. KART 1 300 ABS . 3% K Art 40/80 ABS

. KART 6 . 3 ()

. KART 8? 40/80

K Art 40/80 ABS + 0600Pat-Pending

D2 = (Lp/2) - 139 + Db2

HF2

= Hp

+ 6

5.5

3000 (6000)

30

Lp

Hp

21.5

4

139

92

53

Db2 = 23 (min.)

79= =

93 306

22

+4-4

HF2

= Hp

+ 6

5.5

5145

7

20

Sp

26

34

Hup

= Hp

+ 1

9

3010

Hp9

30

= =

4 31

51

4.5

HS2

= Hp

+ 4

9

Hup

= Hp

+ 1

934

26

20

7

3010

Hp9

35 16

4 31

> ABS:

> ABS:

Lp= W Hp= + Sp= % D2= = ABS ( )Db2= = HF2= + HS2= Hup= & P.S. : 40 , .

41

40/80

42

. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 51% K Art 40 . 2

K Art (40 )

. KART 0600 40 ABS

K Art (80 )

. KART 0600 80 ABS. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 52% K Art 80 . 2

. 7550 13 NS. 2

. 0860 7ABS 40 . 2

. 0860 5. 1

= . 1

. 7550 13 NS. 2

. 0860 8ABS 80 . 2

. 0860 5. 1

= . 1

. KART 3 256 . 2,56. KART 3 300 . 3 40/80

. KART 5 . 3&

. KART 6 . 3 ()

. KART 9 . 3&

K Art 40/80 ABS + 0600Pat-Pending

139

53

92

3

Lp

Hp

4

3

HF1

= Hp

+ 5

8.5

52316 (307)

Db1 = 30 (min.)

79

2000 (2560)

52

D1 = (Lp/2) - 139 + Db1 224

= =

8 8

7

2026

34Hu

p =

Hp +

19

HS1

= Hp

+ 7

152

2

11.5 314

910

Hp2635

2 261

+4-4

18.7

20

Sp

7

34

HF1

= Hp

+ 5

8.5

26

8673,4

24,6

Hup

= Hp

+ 1

9

= =

51 10 6

5210

Hp9

4 31

> ABS

= 8, >= 50

C ABS

&

Lp= W Hp= + Sp= % D1= = ABS ( )Db1= = HF1= + HS1= Hup= & P.S. : 40 , .

43

120

44

. 0600/51+ . 2

. 0600/52? . 2

. 0600/54 . 2

. KART 53% K Art 120 . 2

. 7550 13 NS . 2

= . 1

K Art (120 )

. KART 0600 120

. KART 2 . 6. KART 2 300 . 3% K Art 120

. KART 4? 120

K Art 120 + 0600

26

34

Sp

20

7

43

HS =

Hp

+ 59

.5

Hup

= Hp

+ 1

6.5

4.5

= =

= =43

10Hp

6.5+3.5

-3.5+3.5-3.5

26

10 (max)

Sp

Hup

= Hp

+ 1

6.5

43

HF =

Hp

+ 80

7

20

34

1036

436.

5Hp

= =

66

HF =

Hp

+ 80

3000 (6000)

79 Lp

Hp

21.5

100

93 306

22

?


?

Pat-Pending

45

47

.....................................49

..........................................87

......101

49

!

#

0400/40/80

0450/40/80

0500/50/80/120

NEW 0500/50/80 ABS

0500/20/21/30/31

0550/50/80/120

0560/50/80/120

0600/50/80/120

NEW 0600/50/80 ABS

0600/100

0800/60

0810/100

0830/175

0850/250

2000

0880 1 New Kit Klose

0880 2 New Kit Klose

ABS/40/80

1

1

1

1

1

2

2

1

1

1

1

1

1

1

-

1

1

1/2

50

52

54

56

58

60

62

64

66

68

70

72

74

76

78

80

82

84

40/80

40/80

50/80/120

50/80

50/80

50/80/120

50/80/120

50/80/120

50/80

100

60

100

175

250

-

-

-

40/80

-

0400/400450/400400/1

0400/800450/800400/2

0500/50/80NEW 0500/50/80 ABS0550/50/800560/500600/50/80NEW 0600/50/80 ABS

0500/1

0500/1200550/1200560/800560/1200600/120

0500/10

NEW 0500/50/80 ABSNEW 0600/50/80 ABS0500 0860 600

0830/1750830/1

0850/2500850/1

0810/1000600/1000810/80x400

40/80

50

D .

. 0400/54% . 2

. 0400/53? . 2

. 0400/51 . 2

. 0810/80x800. 2

. 0400/1 . 6. 0400/6 . 3& , 40

. 0400/1G . 6. 0400/6G . 3& , 40

. 0400/5?

0400/40/80

51

GH 0400/40 , Delrin Delrin.

0400/80 , Delrin . !D=OJ .

115

SYS 0400 40 Kg

28

20

23,5

7

-1 +1

SYS 0400 80 Kg

28

20

23,5

B

A

7

-1 +1

28

-1 +1

+2,5

23,5

20

-2,5

7

SYS 0400 ECO 40 Kg

A25,7526,75

B48

49,25

SYSTEM0400/400400/80

. 0450/3. 0450/51= . 2

. 0810/80x800. 2

0450/40 (40 )

. 0450/4. 0450/52= . 2

. 0810/80x800. 2

0450/80 (80 )

. 0400/1 . 6. 0400/6 . 3& , 40

. 0400/1G . 6. 0400/6G . 3& , 40

. 0400/2 . 6. 0400/7 . 3& , 80

. 0400/2G . 6. 0400/7G . 3& , 80

. 0400/5?

. 0400/5?

= . 1 = . 1

D 40/80

52

D .

0450/40/80

53

120

28

21

10

7 20

7

A

2,5 mm

+

-

B

25

A25,7526,75

B48

49,25

SYSTEM0450/400450/80

GH . OD' + 40/80 .

P 50/80/120

54

D .

. 0500/2. 0500/51% . 2

. 0500/55? . 2

. 0500/54 . 2

. 0810/80x800. 2

W . 1

= . 1

0500/50 (50 )

. 0500/3. 0500/52% . 2

. 0500/55? . 2

. 0500/54 . 2

. 0810/80x800. 2

W . 1

0500/80/120 (80/120 ) 0500/120 (120 )

= . 1

. 0500/1. 0500/140. 0500/160. 0500/180. 0500/200. 0500/220. 0500/240. 0500/300. 0500/400&

. 6. 1,4. 1,6. 1,8. 2. 2,2. 2,4. 3. 4

. 0500/4?

. 0500/10 . 6. 0500/10/300 . 3&

. 0500/5?

0500/50/80 (50/80 )

. 0500 2 0860&

. 0500 3 0860&

05

00/

50/8

0/12

0

0500/50/80/120

55

7

A

24

C

D

B

20

3 mm

+

-

A3232

B25,525,5

SYSTEM0500/500500/80

C29,529,5

D52,552,5

33 280500/120 32 56

GH + , . !D=OJ .

P 50/80

56

. 0500/51% . 2

. 0500/55? . 2

. 0810/80x800. 2

. 0860 7ABS 40 . 2

. 0860 9. 1

= . 1

NEW 0500/50 ABS (50 ) . 0500 0860 600 . 6. 0500 0860 300 . 3. 0500 0860 200 . 2& ABS, 50/80

. KART 8? 40/80

. KART 6 . 3> ABS

. 0500 50 0860

NEW 0500/80 ABS (80 )

. 0500 80 0860. 0500/52% . 2

. 0500/55? . 2

. 0810/80x800. 2

. 0860 8ABS 80 . 2

. 0860 9. 1

= . 1

NEW 0500/50/80 ABS

57

51

720

35

40

4.5

Hup

= Hp

+ 3

3

HS =

Hp

+ 63

8

35 16

30Hp

25

= =

4 31

7

35

40

20

Hup

= Hp

+ 3

3 HF =

Hp

+ 79

.5

308

Hp25

30

= =

4 31+4-4

16.5

35

45

Sp

51

7

20

Hup

= Hp

+ 3

3

HF =

Hp

+ 79

.5

= =

308

Hp25

30

4 31

70

50

13993 (MIN.)

Lp

Hp

4

HF =

Hp

+ 79

.5

40

2 56

D1 = (Lp/2) - 139 224

3000 (6000)

= =

93 306

24

GH + , . !D=OJ . &, .

50/80

58

. 0500/21 50

. 0500/55? . 2

W . 1

= . 1

. 0500/20 50

. 0500 20 0880 50

. 0500/51% . 2

& Klose

. 0500/20 + . 0880 1

. 0500 21 0880 50 & Klose

. 0500/21 + . 0880 1

. 0500 20 0860&

. 0500 21 0860&

. 0500 30 0880 80 & Klose

. 0500/30 + . 0880 1

. 0500 31 0880 80 & Klose

. 0500/31 + . 0880 1

. 0500/55? . 2

. 0500/54 . 2

. 0810/80x800 . 2

W . 1

= . 1

. 0500/40 &

. 0500/41 &

, . 2 > , . 2

. 0500/8 . 1&

. 0500/200N . 2]

. 0500/6 . 2& ,

. 0500/54 . 2

. 0810/80x800 . 2

. 0500/7.1 . 2,25

. 0500/8 . 1&

. 0500/200N . 2]

. 0500/6 . 2& ,

. 0500/31 80

. 0500/52% . 2

. 0500/55? . 2

W . 1

= . 1

. 0500/30 80

. 0500/51% . 2

. 0500/55? . 2

. 0500/54 . 2

. 0810/80x800 . 2

W . 1

= . 1

, . 2 > , . 2

. 0500/8 . 1&

. 0500/200N . 2]

. 0500/6 . 2& ,

. 0500/54 . 2

. 0810/80x800 . 2

. 0500/7.1 . 2,25

. 0500/8 . 1&

. 0500/200N . 2]

. 0500/6 . 2& ,

. 0500/52% . 2

05

00/

20/2

1/30

/31

0500/20/21/30/31

59

70

90

10 40

H

53

20

7

20

3 mm +

-

GH

D

50/80/120

60

. 0500/51% . 4

. 0500/55? . 4

. 0500/54 . 4

. 0810/80x800. 2

W . 1

= . 1

0550/50 (50 )

. 0550/53& . 2

. 0550/51? . 2

. 0550/52% . 1

m 8

. 0500/1. 0500/300& , 50/80

. 6. 3

. 0500/4? 50/80

. 0550/1. 0500/52% . 4

. 0500/55? . 4

. 0500/54 . 4

. 0810/80x800. 2

0550/80/120 (80/120 )

. 0550/53& . 2

. 0550/51? . 2

. 0550/52% . 1

m 8

. 0500/10. 0500/10/300& , 120

. 6. 3

. 0500/5? 120

. 0550/2

W . 1

= . 1

0550/50/80 (50/80 ) 0550/120 (120 )

05

50/5

0/80

/120

0550/50/80/120

61

244

5840

Hp

Lp

56 70102

32

20

12.5

6 3

64 MIN. 200 - MAX. 350

MIN. 100MIN. 150

+2-2

= =25

16.5

203

Hup

Sp

*7*

20

7

Hp*2

3*32

24

33

14

+2-2

== 25

16

2329

.53

*23*

32

*7*

Hp

Hup

Sp

13

4

14

5.5

2440M5

21.5

8 16.5

35.

5

1323

21.5

M540

168

GH

D 50/80/120

62

D .

. 0500/51% . 4

. 0500/55? . 4

. 0560/1 . 4

. 7550/13 NS. 2

0560/50 (50 )

. 0560/2? . 1

. 0560/3; . 1

. 0560/4& . 1

. 0560/20

. 0560/5? . 1

. 2000/51

05

60/5

0/80

/120

0560/50/80/120

63

GH . OD' 50/80/120 . !D> 40 50 . JQ> + , . !D=OJ .

D 50/80/120

64

D .

. 0500/51% . 2

. 0600/51+ . 2

. 0600/52? . 2

. 0810/80x800. 2

0600/50 (50 )

0600/50/80 (50/80 )

. 0600/54 . 2

. 0500/1. 0500/300& , 50/80

. 6. 3

. 0600/50

= profili . 1

. 0500/52% . 2

. 0600/51+ . 2

. 0600/52? . 2

. 0810/80x800. 2

0600/80/120 (80/120 )

0600/120 (120 )

. 0600/54 . 2

. 0500/10. 0500/10/300& , 120

. 6. 3

. 0600/80

= profili . 1

W . 1 W . 1

06

00/

50/8

0/12

0

0600/50/80/120

65

34

6,5

B

20

7

26

A

3,5 mm

+

-

A3232

B29,529,5

SYSTEM0600/400600/80

33 320600/120

GH . OD' 50/80/120 . !D> . JQ> + , . !D=OJ .

D 50/80

66

. 0500/51% . 2

. 0600/51+ . 2

. 0600/53? . 2

. 0810/80x800. 2

NEW 0600/50 ABS (50 )

. 0600/54 . 2

. 0860 7ABS 40 . 2

. 0860 5. 1

. 0600 50 0860

= profili . 1

. 0500/52% . 2

. 0600/51+ . 2

. 0600/53? . 2

. 0810/80x800. 2

NEW 0600/80 ABS (80 )

. 0600/54 . 2

. 0600 80 0860

= profili . 1

W . 1 W . 1

. 0860 8ABS 80 . 2

. 0860 5. 1

. 0500 0860 600 . 6. 0500 0860 300 . 3. 0500 0860 200 . 2& ABS, 50/80

. KART 8? 40/80

. KART 6 . 3> ABS

NEW 0600/50/80 ABS

67

+4-4

20

Sp

26

34

35

51

HF =

Hp

+ 63

.5

7 Hup

= H

p +

17= =

830

309

Hp

Hup

= Hp

+ 1

7

34

26

HF =

Hp

+ 63

.5

3551

20

7

Sp

= =

830

309

Hp

Sp

Hs =

Hp

+ 47

Hup

= Hp

+ 1

7

51

34

26

20

7

35 16

830

9Hp

21

N.6 4x35 TSP

56

70

Lp

Hp HF =

Hp

+ 63

.5

79

DB =

min

. 14

24

4

40

153306

LB = 6000 (3000)

D1 = (Lp/2) - 139 + DB 224

Lp/2 Lp/2

GH . OD' 50/80 . !D> . JQ> + , . !D=OJ . &, .

D 100

68

D .

. 0810/53% . 2

. 0600/51+ . 2

. 0600/53? . 2

. 0810/80x800. 1

. 0600/54 . 2

. 0810/52. 2

. 0810/80X200. 0810/80X400. 0810/80X900& , 100

. 2. 6. 3

. 0600/500

W . 1

= profili . 1

. 0810/53% . 2

. 0600/51+ . 2

. 0600/53? . 2

. 0810/80x800. 2

. 0600/54 . 2

. 0810/80X200. 0810/80X400. 0810/80X900& , 100

. 2. 6. 3

. 0600/500.1

W . 1

= profili . 1

06

00/

100

0600/100

69

40

34

26

34

20

7

6,53,5 mm

+

-

GH . OD' 100 . !D> . JQ> + , . >DQ>Z % Delrin

. !D=OJ .

D 60

70

D .

. 0800/3. 0800/51% . 2

. 0500/55? . 2

. 0500/54 . 2

. 0810/80x800. 2

W . 1

= . 1

. 0800/1. 0800/2& , 60

. 6. 3

. 0800/5? 60

08

00/

60

0800/60

71

30.5

265

32

7

20

+-

GH + .

= Delrin , .

!D=OJ .

D 100

72

D .

. 0810/80x500. 0810/53% . 2

. 0810/52 . 1

. 0500/55? . 2

. 0810/51 . 2

. 0810/80x800. 1

= . 1

. 0810/80x300. 0810/53% . 2

. 0500/55? . 2

. 0810/51 . 2

. 0810/80x800. 2

= . 1

08

10/1

00

0810/100

73

34

7

34

20

40

min. 26 5 mm

+

-

GH + , . >DQ>Z % Delrin

. !D=OJ .

D 175

74

D .

. 0830/3. 0830/53% . 2

. 0830/52? . 2

. 0830/51 . 2

. 0810/80x800. 2

W . 1

. 0830/1. 0830/2& , 175

. 6. 3

. 0850/5? 175

10x55

08

30/1

75

0830/175

75

53

26

7

40

36

20

45

5 mm

+

-

GH + . >DQ>Z = Delrin ,

. !D=OJ .

D 250

76

D .

. 0850/3. 0850/53% . 2

. 0850/52? . 2

. 0850/51 . 2

. 0810/80x800. 1

W . 1

. 0850/1. 0850/2 , 250

. 6. 3

. 0850/5? 250

14

D

78

. 2000. 2000/51

20

00

2000

79

50

50

7

20

9

7

20

GH 40/45/50 . D>OJ>D + .

80

AB - C

. 0880 1

D

SY

S 0

880

1 N

ew K

it K

lose

82

. 0880 2

2312

SY

S 0

880

2 N

ew K

it K

lose

0880 2 New Kit KlosePatented

83

84

,

40/80 80

40

. 0860 7

ABS (40 )

. 0860 1. 0860 8

ABS (80 )

. 0860 80

. 0860 5. 1

. 0860 6. 1

. 0860 2 . 0860 2

. 0860 1

. 0860 80 + . 0860 6

ABS 40/80

237 mm

265 mm

196 mm

130 mm

min. 60 mm

+/- 4 mm

85

'

'

87

!

0260/50

0290/25

0200/50

0200-5/50

0710/12,5/20/30

0250/50

2

2

2

2

1

2

88

90

92

94

96

98

50

25

50

50

12,5/20/30

50

/

/

/

/

-

/

0200/500200-5/500250/50

0200/2

0710/25/400500/1

0710/600500/10

0260/500290/250260/3

0700/25/40/600710/25/40/600720/25/40/60

0700/13

50

88

. 0260/100& , . 1( 0260/1)

. 0260/56>. 1

. 0260/53 Dx? . 2

. 0260/51+ . 1

. 0260/52. 1

. 0260/53 Sx? . 2

. 0260/51+ . 1

. 0260/52. 1

. 0260/53 Dx? . 2

. 0260/51+ . 1

. 0260/52. 1

. 0260/53 Sx? . 2

. 0260/51+ . 1

. 0260/52

0260/50

89

Patented

GHD & , . =D_= *>D . DJ= & . GHV= > . *&= .

& _+`

90

2/3, 25

. 0260/100& , . 1( 0260/1)

. 0700/17? . 2

. 0290/51

0290/25

91

9

14,5

14,510

86

10

10

6

27

40

204

3

3

14

9

30

14,5

14,510

86

9

3

27

6

204

3

14

30

10

10

40

9

GH . OD' 25 .

, 50

92

. 0200/100& , . 1( 0200/1)

. 0700/17? . 2

. 0200/57 . 1

. 0200/58 . 1

. 0200/59& . 1

. 0250/55>. 1

. 0200/56% . 1

. 0200/1 (. 0200/4 + 0200/100)

0200/50

. 0700/17? . 2

. 0200/57 . 1

. 0200/58 . 1

. 0200/59& . 1

. 0250/55>. 1

. 0200/56% . 1

. 0200/4

& ,

. 0200/100. 0200/2. 0200/3

. 1. 3. 6

0200/50

93

Patented

10 12

68

13

27

10

50 2

47 25

44

40

20

14

14

155

12

47

21,8

2240

13

8

20,5

3

6

27

13

8

10 12

6

10

47

21,8

2240

13

7

20,5

3

50

4725 20

200

2

44 14

1414

40

12

2/3, 50

, 50

GH JQ> & Delrin. !D=

94

. 0200/100& , . 1( 0200/1)

. 0200/57 . 1

. 0200/58 . 1

. 0200/59& . 1

. 0250/55>. 1

. 0200/56% . 1

. 0205/1 (. 0200/5 + 0200/100)

0200-5/50

. 0260/53 DX? . 2

. 0200/57 . 1

. 0200/58 . 1

. 0200/59& . 1

. 0250/55>. 1

. 0200/56% . 1

. 0200/5. 0260/53 DX? . 2

50 .

& ,

. 0200/100. 0200/2. 0200/3

. 1. 3. 6

0200-5/50

95

Patented

10

13

27

86

10

12

47

21,8

2240

13

7

20,5

3

47

14

4,5

50

25

440

20

2155

12

47

21,8

2240

13

20,5

8

27

13

10

106

12

47

440

2520

50 2200

14

4,5

2/3 50

50 .

GH JQ> & Delrin. !D=

, 12,5/20/30

96

. 0700/20. 0700/15

0710/12,5/20/30

97

A-40

30

A

35 S

30 L

3x45

40 40

5 5

1039

26

10

25 13

10

25 8

14

77,5

28

X K

Z Y

J

S

70

13

18 6

2 S B

+4 2 S

S

n3 4.5x20 TSPn16 4x25 TSP

4x20 TSP

X 52,5 52,5 56

J 25,5 25,5 28

Y 32 32 33

K 29,5 29,5 32

Z 32 32 33

SYSTEM 0710/12,5 0710/20 0710/30

A = L - (B x n)

(n + 1)

3

Q min 19,5 max 24 min 24 max 32 min 24 max 32

max Qmin Q

GH . OD' 12,5/20/30 .

50

98

. 0250/51. 0250/52+ . 1

. 0250/56% . 2

. 0250/54+ . 2

. 0250/55>. 1

. 0250/53 . 2

. 0200/100. 0200/2. 0200/3& ,

. 1. 3. 6

0250/50

99

18

20

404/3542

20

20

404/354

14 5 39

46,5

110

6

22

1221,5

2095 40

100 10

870/770

27

10 2072

10

GH . OD' 50 .

101

!

0700/25/40/60

0720/25/40/60

1

1

102

104

25/40/60

25/40/60

-

0700/25/40/600710/25/40/600720/25/40/60

0700/25/40/600710/25/40/600720/25/40/60

0700/13

0500/1

0700/25/40/600720/25/40/600500/10

25/40/60

102

. 0700/20. 0700/15

0700/25/40/60

103

L5

26

39

3

9

B=2

7 18

25

78

70

13

K

ZX

Y

J

102S +4

4x20 TSP

n24 4x25 TSP

n36 4x20 TCn3 4.5x20 TSP

2A

30

S

A

1319

125

20

35

3x45

25

Qmin 19,5 max 24min 24 max 32min 24 max 32

max Q

min Q

8

14X

52,552,556

J323233

Y25,525,528

K323233

Z29,529,532

SYSTEM0700/250700/400700/60

A = L - (B x n) - 44

(n + 0,5)

GH & . !D=

25/40/60

104

. 0700/20. 0700/15

0720/25/40/60

105

9L

5

10

70

7

26

39

3

GH & . !D=

107

D .............................................................109

D .................................129

Darwin,D ABS ...................................................................137

109

0350/15

0310/23/43

0320/25/40/55

0105/60

1010/20 - 1011/20

1010/35 - 1011/40

1030/35 - 1031/40

1040/50/80

1050/50/80

/

/

. 1

. 1

. 1

. 1

. 1

. 1

. 1

. 1

. 1

110

112

114

116

118

120

126

128

130

15

23/43

25/40/60

60

20

35/40

35/40

50/80

50/80

16

16

16

18

20/25

20 25

1932

1932

1932

0105/600110/600120/120

0100/1

0105/600110/600120/120

0100/4

0310/230310/431200/25/40

0310/1

0320/250320/400320/551200/25/501300/25

0320/1

0350/150290/250350/1

1040/50/801050/50/800500/1

0920/501031/20/401040/50/80

0920/1

1010/20/351011/20/401031/20/40

1010/1

1010/20/351011/20/401010/3

1040/50/801050/50/801040/1

D 15

110

* , .

. 0350/4. 0350/51= . 4

. 0350/52 . 4

. 0350/1. 0350/2. 0350/3. 0350/6. 0350/7. 0350/8+

. 2. 3. 4

. 2. 3. 4

. 2. 1000/5

111

0350/15

48 358.5

8

516-20

11

14.5

12

2

2

1+-

GH = , ,

. D>OJ

D , 23/43

112

. 0310/7. 0310/5

113

0310/23/43

53

53

9

8

7

5

13

9

11

5 2+-

GH > 0310/23 , Delrin, .

> 0310/43 , Derlin, . !D=OJ 0310/23= DELRIN

# 43

> 0310/43W

D , 25/40/55

114

. 0320/8. 0320/5+ . 2

. 0320/6 . 1

. 2. 3. 2. 3

. 0320/1. 0320/2. 0320/3. 0320/4

115

0320/25/40/55

30

x 10 mm 8

min.60min.28

10

5

5 3+-

GH > 0320/25 , Derlin .

> 0320/40 0320/55 , Derlin . *&= & + . D>OJ 0320/25= DELRIN

# 40

> 0320/40W

# 55

> 0320/55W

D , 60

116

. 0105/1. 0100/13+ . 2

. 0105/2 . 2

. 0105/3. 0100/8+ . 2

. 0105/2 . 2

. 0100/1A (B). 0100/2A (B). 0100/3A (B)

117

0105/60

53

11

min 44

13

6

20

7

16

2

min 44

5 30

7,5 1+-

GHOJ

D ,

20

118

. 1011/5% 20

. 1011/1= 1 . 4

. 1010/13. 1010/13 . 4

. 1010/1 . 1010/2+

. 6. 3

. 1010/3. 1010/4+

. 6. 3

. 1000/5

. 1010/5. 1010/6+

. 6. 3

. 1010/7. 1010/8+

. 6. 3

. 1020/9

. 3 . 1020/10A(O) ,

. 3 . 1000/5

KIT Art. 0860 11 40KIT Art. 0860 11 80? ABS 40/80

119

1010/20 - 1011/20

24

10

20

11

417

15

10

16

10

16

17 4

11

25 7

12.5 12.532

10

1615 27 10

5

17

11

4

20 7

10 10

7070

24

24

3

==

+-min. 63

32 2+- 32 2+- 32 2+-

GH & , Delrin . 1010/20

Delrin . 1011/20. D>OJ 25

>qw# >+w=_w

D ,

35/40

120

. 1010/1 . 1010/2+

. 6. 3

. 1010/3. 1010/4+

. 6. 3

. 1000/5

121

1010/35 - 1011/40

10 10 10

16 16

5 25

17

12.5 32 12.5

7

17

15 27 10

4

11

4

11

20 7

16

20

17 4

15

11

24

10

45

10 10

24

3

==

7070

24

+-

32 2+- 32 2+- 32 2+-

min. 63

GH & , Delrin . 1010/35

Delrin . 1011/40. D>OJ+w=_w 20

> 25

D , 35/40

122

123

1030/35 - 1031/40

10

24

==

24 24

88

2011

24.5

44

7

25

63.5

100

24.5

9

44

23

63.5

100

24.5

8

44

19

63.5

GH

D ,

50/80

124

. 1040/3+

. 1040/51+ , 50 . 2

. 0920/51(DX). 0920/52(SX) . 2

. 0920/7

125

1040/50/80

8512

7

314

32 7

778

3

314

28 7

715

314

25 7107

681

314

22

20

100

35 358

61

L

42.5

19

3

19

67

7 74 7 74 7 74 7 74 7 74

14

3 3 3 3520

13 3

G=H & ,

. !D=OJ

D ,

50/80

126

. 1050/1. 1040/51+ , 50 . 2

. 1010/13. 1010/13 . 2

1050/50 (50 )

. 1050/2. 1040/52+ , 80 . 2

. 1010/13. 1010/13 . 2

1050/80 (80 ) 1050/50/80

. 1040/1. 1040/2+ 19

. 6. 3

. 0500/1. 0500/300 , 50/80, 22 32

. 6. 3

. 1000/5

127

1050/50/80

11

29.5

532

3

719

39.5

17

512.5

3 14

8.53

8.5

14

34.4

16

5

5

53 53 8

GH & ,

, Delrin. D>OJ

129

!

0910/9

0920/50

2200/40

-

/

/

. 1

. 1

. 2

130

132

134

-

50

40

0920/500910/1

0920/501030/20/351031/20/401040/50/80

0920/1

2200/402200/1

2200/402200/3

2200/402200/5

130

. 0910/9. 0910/91DX (SX)> (). 1+1

. 0910/92= . 1

. 0910/95& . 6

. 0910/93 . 2

. 0910/94y . 1

D A

131

0910/9

35

35

11

Max 2320

Max 2320

12

11

45

45

GH

D ,

50

132

. 0920/5. 0920/53(DX). 0920/54(SX)+ . 1+1

. 0920/6. 0920/57(DX). 0920/58(SX)+ . 1+1

. 0910/1. 0910/10+

. 0920/7

133

0920/50

19-22-25-28-32

71-74-77-80-84

73.5+S+M

75.5+S 75.5+S

73.5+S+M96

96

96

96

63.5

100

7

7

7

17.6

34

34

x 4

8 x 4

8

GH & ,

, Delrin. D>OJ+w=_w

D

40

134

. 2200/12 . 2200/7+ . 1

. 2200/8

135

2200/40

36

190

071831 36

144

3612

7

160

128128

20

6

22.5

35

A

48

36

3.2

7.5

3

D

52

A

22.5 19 15.5

34

12019 / 25

10

B

C

8090

B

C D19

26,5

GH .

Patented

Darwin, ,ABS

137

Darwin, D ,ABS

9500 New Darwin

2300/10

ABS/40/80

138

152

154

ABS

138

New DARWIN ! ! ? . % : 18 30 . + , :

, .

> c . . & : (2 ),

(2 ), (2 ) . + . > .

. 9500 1 560k 560 + 1990-2200 n 3

. 9500 2 560k 560 + 2200-2700 n 5

. 9500 1 665k 665 + 1990-2200 n 3

. 9500 1 700k 700 + 1990-2200 n 3

. 9500 1 765k 765 + 1990-2200 n 3

. 9500 2 665k 665 + 2200-2700 n 5

. 9500 6?+ /

9500 NEW DARWIN. 9500 1 560

Pb 560, Hp 1990-2200 (n 3 )

+2-2

==

1581

8.5136 136 136 136

8.5136 136 136 136

==

6742

0.75

549

420.

7567

19.3522.4

19.3522.4=

=94

094

0

A

A

52

9.5

22.5

35

14

max 30 Kg

55 (Lb) 600

(Pb)

560

2(Lp) 6503

216

126

Sp

Hp3

=67

67=

-3+2

+2-2

55

3

Sp2

=67

67=

Sp33

Hp

+2-2

-3+23

Sp2

55

139

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W - # 30 - >

=

+

TSPIC 4x20DIN 7505-A


>

9500 NEW DARWIN. 9500 2 560Pb 560, Hp 2200-2700 (n 5 )

+2-2

==

1781

19.3522.4

19.3522.4

==

8.5136 136 136 136

8.5136 136 136 136

6767

470.

7564

947

0.75

14

==

100

940

100

940

A

A

9.5

52

22.5

35

55 (Lb) 600

(Pb)

560

2(Lp) 6503

126

216

Sp

3Hp

3

=67

67=

+2-2

-3+23

Sp2

55

Sp

=67

=67

33

Hp

+2-2

-3+2

2Sp

3

55

max 50 Kg

Hp= + (2200-2700)Sp= % (18-30)Lp= W Pb= k Lb= W - # 50 - >

=

+



>

140

9500 NEW DARWIN. 9500 1 665

Pb 665, Hp 1990-2200 (n 3 )

+2-21

581

==

19.3627.4

627.4 19.3

8.5162.25 162.25 162.25 162.25

==

6742

0.75

549

420.

7567

8.5162.25 162.25 162.25 162.25

14

A

A

9.5

52

22.5

35

==

940

940

111

126

(Pb)

665

3 (Lp) 6502

(Lb) 60055

==

3Hp

3

Sp

6767

+2-2

+2 -3

2Sp

3

55

Sp

=67

67=

33

Hp

+2 -3

+2-2

55

3

2Sp

max 30 Kg

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W - # 30 - >

=

+



>

141

9500 NEW DARWIN. 9500 2 665Pb 665, Hp 2200-2700 (n 5 )

max 50 Kg

+2-2

==

1781

==

19.3627.4

19.3627.4

6767

470.

7564

947

0.75

8.5162.25 162.25 162.25 162.25

8.5162.25 162.25 162.25 162.25

14

A

A

52

9.5

22.5

35

==

100

940

100

940

126

111

(Pb)

665

3 (Lp) 6502

(Lb) 60055

=67

67=

3Hp

3

Sp

+2-2

+2 -3

55

3

Sp2

=

Sp

67=

67

33

Hp

-3+2

+2-2

55

2Sp

3

Hp= + (2200-2700)Sp= % (18-30)Lp= W Pb= k Lb= W - # 50 - >

=

+



>

142

9500 NEW DARWIN. 9500 1 700

Pb 700, Hp 1990-2200 (n 3 )

+2-2

==

1581

8.5171 171 171 171

8.5171 171 171 171

19.3

19.3662.4

==

6742

0.75

549

420.

7567

662.4

max 30 Kg

14

A

A22.5

52

9.5 3

5

940

940

==

3

55

(Lp) 650 2

(Lb) 600

(Pb)

700

76

126

6767

Sp

3Hp

3

==

+2 -3

+2-2

55

3

Sp2

+2-2

+2 -3

Sp2

3

55

Sp

=67

67=

33

Hp

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W - # 30 - >

=

+



>

143

9500 NEW DARWIN. 9500 1 765Pb 765, Hp 1990-2200 (n 3 )

max 30 Kg

+2-2

==

1581

727.4

6742

0.75

549

420.

7567

==

727.4 19.3

19.3

187.25187.25187.25187.25 8.5

187.25187.25187.25187.25 8.5

==

940

940

14

A

A

359.5

52

22.5

(Pb)

765

3

55

(Lp) 6502

(Lb) 600

126

11

6767

==

3Hp

3

Sp

+2-2

+2 -3

55

3

Sp 2

Hp3

3

=67

67=

Sp

+2 -3

+2-2

Sp 2

3

55

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W - # 30 - >

=

+



>

144

SYSTEM 9500 NEW DARWIN

+2 -3

+2-2

55

2Sp

3

1010

3Hp

3

Sp

=67

67=

183010

64

min. 671

18 3010 64

* 100+0.5 0100

+0.5 0

R6

R6

R6

3

50+0

.5 0

5060

.5+0

.5 0

+2-2

-3 +2 +2 -3

+2-2

107

3

Sp 2

Sp 2

SpSp

12.81

0

12.8

103Hp

3

Sp=25Sp=22

Sp=20

Sp=18

+ ()

cod. 9500 6

(* )

+ ()cod. 9500 6 2S

Sp= . 25

?

&

?

?

&


145

Richiamo anta automatico(optional)

cod. 9500 16

Cod. A

9500 1 560 531

9500 1 665 636

9500 2 560 732

9500 2 665 837

146

New DARWIN ! ! ? . % : 18 30 . + , :

, .

> c . . & : (2 ),

(2 ), (2 ) . + . > . K6100 .

. 9500 1 805k 805 + 1990-2200 n 5

. 9500 2 805k 805 + 2200-2700 n 5

. 9500 1 905k 905 + 1990-2200 n 5

. 9500 2 905k 905 + 2200-2700 n 5

. 9500 1 3 R# + 1990-2200

. 9500 2 3 R# + 2200-2700

. 9500 4+

. 9500 5~

. 9500 5 R~

. 9500 6 D?+ /

9500 NEW DARWIN. 9500 1 805

Pb 805, Hp 1990-2200 (n 5 )

+2-21

581

==

8.5197 197 197 197

8.5197 197 197 197

==

6742

0.75

549

420.

7567

19.3766.4

19.3766.4

90=

==

90

9090

==

=

C

C

A=9 / Sp=18 mmA=10 / Sp>20 mm A 0-1

45+0

.2 0

550

.1

14 +0.2 0

R7

R 5

R 5

R 7

72+0

.2 0

16 +0.2 0

5.5 0-0.2

9090

==

=

==

100

840

840

100

B

B

A=9 / Sp=18 mmA=10 / Sp>20 mm

14 +0.2 0

A 0-1

550

.1

45+0

.2 0

R 5

R 5

R 7

R7

72+0

.2 0

A

A22.5

52

9.535

16 +0.2 0

5.5 0-0.2

14

Lb

3 2.5 2.5Lp Lp

Pb

114

Kubikina K6100

198

1920

SpSp

67=

67=

33

Hp

+2-2

+2 -3

Sp 3

3147

3m

in.18

36114min.18

max 60 Kg

+1.5-1.5

+1 -1

+1.5-1.5

147

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W ( 2- )- # 60 - >

= +

>


>

>

> >

>

K6100+

K6100+

K6100+

,

K6100 : 10 .(4 . ,

6 . )

9500 NEW DARWIN. 9500 2 805Pb 805, Hp 2200-2700 (n 5 )

90=

==

90

A

A

52

9.535

16 +0.2 0

5.5 0-0.2B

B

A=9 / Sp=18 mmA=10 / Sp>20 mm

14 +0.2 0

A 0-1

45+0

.2 0

550

.1

R 5

R 5 R 7

R 7

72+0

.2 0=

==

=90

90 ==

100

940

940

100

14

==

==

9090

C

C

A=9 / Sp=18 mmA=10 / Sp>20 mm

550

.1

45+0

.2 0

14 +0.2 0

R7 R5

R5

R7

72+0

.2 016 +0.2 0

5.5 0-0.2

max 60 Kg

+1.5-1.5

+1 -1

+1.5-1.5

+2-2

1781

==

8.5

19.3766.4

19.3766.4

197197 197 197

8.5197 197 197 197

==

6747

0.75

649

470.

7567

+2 -3

+2-2

Sp 3

3147

3m

in. 1

8

36114min. 18

1920

==

6767

Sp Sp

Hp3

3

Kubikina K6100

198

Lb

3 2.5 2.5Lp Lp

Pb

114

Hp= + (2200-2700)Sp= % (18-30)Lp= W Pb= k Lb= W ( 2- )- # 60 - >

= +

>


>

>

> >

>

K6100+

K6100+

K6100+

,

K6100 : 10 .(4 . ,

6 . )

148

9500 NEW DARWIN. 9500 1 905

Pb 905, Hp 1990-2200 (n 5 )

90=

==

90

9090

==

=

C

C

A=9 / Sp=18 mmA=10 / Sp>20 mm

A 0-1

45+0

.2 0

550

.1

14 +0.2 0

R7

R 5

R 5

R 7

72+0

.2 0

16 +0.2 0

5.5 0-0.2

9090

==

=

==

100

840

840

100

B

B

A=9 / Sp=18 mmA=10 / Sp>20 mm

14 +0.2 0

A 0-1

550

.1

45+0

.2 0

R 5

R 5

R 7

R7

72+0

.2 0

A

A22.5

52

9.535

16 +0.2 0

5.5 0-0.2

14

max 60 Kg

+1.5-1.5

+1 -1

+1.5-1.5

+2-21

581

==

19.3866.4

19.3866.4

8.5222 222 222 222

8.5222 222 222 222

==

6742

0.75

549

420.

7567

3 2.5 2.5Lp Lp

Lb

Pb

114

Kubikina K6100

198

1920

SpSp

67=

67=

33

Hp

+2-2

+2 -3

Sp 3

3147

3m

in.18

36114min.18

Hp= + (1990-2200)Sp= % (18-30)Lp= W Pb= k Lb= W ( 2- )- # 60 - >

= +

>


>

>

> >

>

K6100+K6100

+

K6100+

,

K6100 : 10 .(4 . ,

6 . )

149

9500 NEW DARWIN. 9500 2 905Pb 905, Hp 2200-2700 (n 5 )

90=

==

90

A

A

52

9.535

16 +0.2 0

5.5 0-0.2B

B

A=9 / Sp=18 mmA=10 / Sp>20 mm

14 +0.2 0

A 0-1

45+0

.2 0

550

.1

R5

R5

R7

R7

72+0

.2 0=

==

=90

90 ==

100

940

940

100

14

==

==

9090

C

C

A=9 / Sp=18 mmA=10 / Sp>20 mm

550

.1

45+0

.2 0

14 +0.2 0

R7R5

R5

R7

72+0

.2 016 +0.2 0

5.5 0-0.2

max 60 Kg

+1.5-1.5

+1 -1

+1.5-1.5

+2-21

781

==

8.5

8.5222 222 222 222

19.3866.4

19.3866.4

==

6747

0.75

649

470.

7567

222222 222 222

Kubikina K6100

198

114

Pb

LpLp 2.52.53

Lb

1920

==

6767

Sp Sp

Hp3

3

+2 -3

+2-2

Sp 3

3147

3m

in. 1

8

36114min. 18

Hp= + (2200-2700)Sp= % (18-30)Lp= W Pb= k Lb= W ( 2- )- # 60 - >

= +

>


>

>

> >

>

K6100+

K6100+

K6100+

,

K6100 : 10 .(4 . ,

6 . )

150

SYSTEM 9500 NEW DARWIN

35

25

26

==

R4

9

8

15

25

7.5

+2.5-2.5

TSPIC 3.5 DIN 7505-A

+2.5

-2.5

TCIC 3.5 DIN 7505-B

15

4.5

118

19

14R4 R4

54

33.5

23

* 100 +0.5 0 100+0.5 0

64

1030

18

R6

350

+0.5

050

+0.5

0 +0.5 0

60.5

2182

12

10

3

20

~ ()cod. 9500 5 R

# ()

cod. 9500 1 3 R / 9500 2 3 R

~ ()

cod. 9500 5

+ ()

cod. 9500 4

& ()

cod. 9500 6 D

TCIC 4x16>

(* )

=

>

?

&

>

151

D

152

153

32

35

2440

max. 40min. 30

1

3

24

GHOJJ . 2300 10N ( 5 .

2300/10

ABS ,

40/80

154

KIT Art. 0860 11 40? ABS 40

SYSTEM 0860 ABS (40 kg)

KIT Art. 0860 11 80? ABS 80

SYSTEM 0860 ABS (80 kg)

80 kg

40 kg

Art. 0860 7 Art. 0860 8

Art. 0860 11 40

Art. 0860 11 80

SYSTEM ABS 40/80

D

237

min.

30

- MAX

50

9.5

min.

30

- MAX

50

min.

30

- MAX

50

9.5

min.

30

- MAX

50

237

D

TSPIC 4X30 DIN7505-A

TCIC 3.5X20 DIN7505-B

TBIC FLANG. 3.5X10 PLAST.


+

+

+

+

+

+

+

+ +

+


#

#

? :TSPIC 4X min.30 DIN7505-ATSPIC 4X min.30 DIN7982-CTSPIT 4X min.30 DIN7972-BTSPIC M4X min.30 DIN965TSPIT M4X min.30 DIN963TSPEI M4X min.30 DIN7991TSPIC M4X min.30 DIN7500-M

? :TCIC 3.5X min.20 DIN7505-BTCIC 3.5X min.20 DIN7981-CTCIT 3.5X min.20 DIN7971-BTCIC M3X min.20 DIN7985TCIT M4X min.20 DIN84-ATCEI M4X min.20 DIN912TCIC M4X min.30 DIN7500-C

155

157

.............159

D ..............163

159

!

1500/15

2

160

15

5/6

1500/151500/1

1500/151500/4

1500/151500/7

,

15

160

. 1500/13. 1500/52= . 4

. 1500/51; . 2

. 1500/1A (O). 1500/2A (O). 1500/3A (O) ()

. 2. 3. 4

. 1500/4A (O). 1500/5A (O). 1500/6A (O) , ()

. 2. 3. 4

. 1500/7A (O). 1500/8A (O). 1500/9A (O)

1500/15

161

19

8.5 55

23.5

4

23.5

4

7.5 66

H

H1

8

1.5 1.5

15

12

7

27.5

15

12

7

27.5

13.5 13.5

13.5 13.5

H1 = H - 27

GH

163

!

1700/50/80/120

1730/50/80/120/175

1730/40/41

1730

1750/50/80/120

1760

1760

NEW 1760/50/80 ABS

. 1

. 1

. 1

. 1

2

. 1

2

. 1

164

166

168

170

172

174

176

178

50/80/120

50/80/120/175

50/80/120

50/80

50/80/120

50/80/120

50/80/120

50/80

1700/50/801730/50/801750/50/80NEW 1760/50/80 ABS

0500/1

1700/1201730/1201730/40/411750/120

0500/10

1730/1000810/80x400

1730/1750830/1

NEW 1760/50/80 ABS0500 0860 600

D

50/80/120

164

. 1700/1. 0500/51% . 2

. 1700/51 . 2

. 7550/12 CP. 2

1700/50

? . 1

& . 1

W . 8-10-12. 2x3

. 1700/2. 0500/52% . 2

. 1700/51 . 2

. 7550/12 CP. 2

1700/80/120

? . 1

& . 1

W . 8-10-12. 2x3

1700/50/80

. 0500/1. 0500/300&

. 6. 3

. 0500/4?

1700/120

. 0500/10. 0500/10/300&

. 6. 3

. 0500/5?

1700/50/80/120

165

Patented

200

84.5

10

20

28 30

8 10 12

35

5,8

35

5,3

33 3

GH ? . !D= , . DJ= = 8 12 . &>'!= . D>OJ , Krona.

D 50/80/120/175

166

. 1730 880

. 7550/12 CP. 2

80-120

. 0500/52% . 2

. 0500/12>. 2

100

. 0810/53% . 2

. 0810/80x600>. 2

175

. 0830/53% . 2

. 0830/4>. 2

. 0500/1. 0500/300& , 50/80

. 6. 3

. 0500/10. 0500/10/300& , 120

. 6. 3

. 0810/80x400. 0810/80x900& , 100

. 6. 3

. 0830/1. 0830/2& , 175

. 6. 3

. 0500/4? 50/80

. 0500/5? 120

. 0810/80x700? 100

. 0850/5? 175

1730/50/80/120/175

. 7550/12 CP

1730/50/80/120/175

167

Lp

Hpv

21

140

200 40130

35

70

1443

.5Hp

5670102

10+0.5

0

+2-2

+2-2

Hup=

Hp+

26

32

70

35

21 4

Spv

43.561

.5

*18*

29.5

*8*

Hp

38

+2.5-2.5

+2.5-2.5

35

33

Spv

Hup=

Hp+

25

21 443

.560.5

70*8

*32

*17*

Hp

GH ? . !D= , . DJ= = 8 12 . &>'!= . D>OJ , Krona.

120

168

. 1730 41

. 1730/1

. 1730/3+

. 0500/9 SX; . 1

. 0500/9 DX; . 1

1730/40/41

. 3. 2560

. 1730/1

. 3

. 1730/2

. 6

. 1730/3+

. 1

. 1

. 1730 40

. 1730 5 256& . 1

+ . 6

. 0500/52% . 2

. 0500/12>. 2

. 1730 5 256& . 1

+ . 6

. 0500/52% . 2

. 0500/12>. 2

. 2560

1730/40/41

169

8865

5,68

23

5,4181

11

24

69,5

60,5

Sp

33

5,835

31

3

GH ? . !D= , . DJ= = 8 12 . &>'!= . D>OJ , Krona.

7x12 .

<

"H"

"H" =

170

. 1730 41 1280 (80 )

1730

. 1730 41 880 1 (50 )

& . 1

. 0500/52% . 2

. 0500/12>. 2

. 0500/51% . 2

. 1730/1 . 1

. 1730/3+ . 1

. 0500/9 SX; . 1

. 0500/9 DX; . 1

. 1760

. 1 . 1

. 1760

. 7550/12 CP. 2

. 1730/1 . 1

. 1730/3+ . 1

. 0500/9 SX; . 1

. 0500/9 DX; . 1

. 2560

. 7550/12 CP

1730

171

70

130

14

40

140

35

60

54

70

874

Min. 7 - Max 13

Lp

GH ? . !D= , ,

, + . DJ= & 560 880 1730 41 880 1,

890 1280 1730 41 1280 1. &>'!= . D>OJ .

D

50/80/120

172

. 1750/1. 0500/51% . 4

. 1700/51 . 2

. 0500/12>. 2

. 7550/12 CP. 2

. 7550/12 CP

1750/50/80/120

173

Patented

200

22

2

8 10 12

35

84.5

10

22

5,8

35

37

GH ? . !D= , . DJ= = 8 12 . &>'!= . D>OJ , Krona.

D

50/80/120

. 1760 1 500 B. 0500/51% 50/80 ?. . 2

. 1760 54 B . 2

. 1760 3 . 4

. 0500/12>. 2

. 7550 12 BB. 2

. 7550 12 BB. 2

. 7550 12 CP. 2

. 7550 12 CP

1760

Lp

5

13030

Min. 7 - Max 13

35

3332

23

5022,5

29,5

200

22.5

21

30

30

40

500.1

20.2

+0.1

0

10 +0.5 0

175

% 1 Sys 00500 80

% 2 Sys 00500 120

GH ? . !D= , . DJ= = 8 12 . 3600

. 4100 . &>'!= . D>OJ , Krona.

D

50/80/120

. 1760 1 500 1750 B. 0500/51% 50/80 ?. . 4

. 1760 52 B

. 1760 54 B . 4

. 1760 3 . 4

. 0500/12>. 2

. 7550 12 BB

1760

Lp

130 200 30

Min. 7 - Max 13

35

3332

23

29,5

5022,5

5

20.2

+0.1

0

10 +0.5 0

30

30

500.1

40

2122

.5

% 1 Sys 00500 80

% 2 Sys 00500 120

177

GH . OD' 50/80/120 . OJ , Krona.

D

50/80

178

. 1760 1 500 0860 B. 0500/51% 50/80 ?. . 2

. 1760 52 B

. 1760 54 B . 4

. 1760 3 . 4

. 0500/12>. 2

. 7550 12 BB. 2

. 7550 12 BB. 2

. 7550 12 CP. 2

. 7550 12 CP ABS

NEW 1760/50/80 ABS

179

35

20.5

4

3.5

+2-2

Spv

Hup

= Hp

+ 2

1

HS2

= Hp

+ 5

1

4.5

1030

1141

4

35 1651

+2-2

51

Spv+17

Hup

= Hp

+ 2

1

35

30-(Spv/2)

Spv

1030

3011

414

+2-2

Spv

HF =

Hp

+ 67

.5

16-(Spv/2)-8.5

Hup

= Hp

+ 2

1

Spv+17

1635

16-(Spv/2)

3010

Hp11

30

HF =

Hp

+ 67

.5130

21

D1=64

200

Hp

Hpv

= Hp

-22.

5

Lp

35

4

21

20.5

LB

56

70

93 306

10

+0.5

0

GH ? . !D= , . DJ= = 8 12 . 3600

. 4100 . &>'!= . D>OJ , Krona.

EXTeRUS

181

EXTERUS '......................................189

K2O .....................................................195

K2O .....................................................201

EXTERUS ' ......................................183

EXTeRUS

183

EXTERUS

7550

1-2

184/186

150

. 7550 55 NS / NL% 1,53. - 4 AISI 316. . 7550 56 NS / NL% 1,73. - 5 AISI 316. . 7550 3 NS / NL% 2. - 5 AISI 316. . 7550 57 NS / NL% 2,13. - 5 AISI 316. . 7550 58 NS / NL% 2,33. - 6 AISI 316. . 7550 59 NS / NL% 2,53. - 6 AISI 316. . 7550 5 NS / NL% 3. - 7 AISI 316. . 7550 39 NS / NL% 4. - 9 AISI 316. . 7550 40 NS / NL% 2 . AISI 316. . 7550 41 NS / NL% 3 . AISI 316. . 7550 42 NS / NL% 4 . AISI 316. . 7550 7 NS / NL% 2. . 7550 8 NS / NL% 3. . 7550 44 NS / NL% 4.

. 7550 9 NS / NL= , q-.

. 7550 11 NS / NL> (). . 7550 16 NS / NL> (). . 7550 30 NS / NL+ / () . . 7550 31 NS / NL+ / () . . 7550 32 NS / NL

EXTERUS - # ;.= Delrin.# 150 .+ +/- 2 . ? .% : 10/12 .

. 7550 9 NS= , q-. 2 .

. 7550 11 NS> (). 1 .

. 7550 16 NS> (). 1 .

. 7550 12 NS (). 1 &

. 7550 16 NL> (). 1 &

. 7550 12 NL

4 , 20,2

=

? , 1 2 ? , 3 4 ? , 5

? , 6 2 ? , 6 4 ? , 6 5

% _

% &

185

= 30 Sd 4

= 30 Sd 23

+ 2

+ 5

+ 6

+ 1

+ 3

+ 4

= 30 Sd 17

.

EXTeRUS Patented

. 7550 9 NS= , q-. 2 .

. 7550 11 NS> (). 1 .

. 7550 16 NS> (). 1 .

. 7550 12 NS

6 , 20,2

=

? , 1 2 ? , 3 4 ? , 5

? , 6 2 ? , 6 4 ? , 6 5

EXTeRUS

189

7550

1-2

190/192

150

. 7550 55 NS / NL% 1,53. - 4 AISI 316. . 7550 56 NS / NL% 1,73. - 5 AISI 316. . 7550 3 NS / NL% 2. - 5 AISI 316. . 7550 57 NS / NL% 2,13. - 5 AISI 316. . 7550 58 NS / NL% 2,33. - 6 AISI 316. . 7550 59 NS / NL% 2,53. - 6 AISI 316. . 7550 5 NS / NL% 3. - 7 AISI 316. . 7550 39 NS / NL% 4. - 9 AISI 316. . 7550 40 NS / NL% 2 . AISI 316. . 7550 41 NS / NL% 3 . AISI 316. . 7550 42 NS / NL% 4 . AISI 316. . 7550 7 NS / NL% 2. . 7550 8 NS / NL% 3. . 7550 44 NS / NL% 4.

. 7550 10 NS / NL= , V-.

. 7550 30 NS / NL+ / () . . 7550 31 NS / NL+ / () . . 7550 60 NS / NL> () . . 7550 61 NS / NL> () . . 7550 62 DX% &. 7550 62 SX% _

. 7550 13 NS / NL

EXTERUS - # ;.= Delrin.# 150 .+ +/- 2 .= +/- 2 .? .% : Min. 30 .

. 7550 10 NS= , V-. 2 .

. 7550 61 NS> (). 1 .

. 7550 60 NS> (). 1 .

. 7550 13 NS (). 1 &

. 7550 60 NL> (). 1 &

. 7550 13 NL

? ,

1 2? , 1 2

? , 3 4

? , 5

? , 6 2 ? , 6 4 ? , 6 5

% _

% &

=

191

= 30 Sd 4

= 30 Sd 23

+ 2

+ 5

+ 6

+ 1

+ 3

+ 4

= 30 Sd 17

.

EXTeRUS Patented

EXTERUS - * # ;.= Delrin.# 150 .+ +/- 2 .= +/- 2 .? .% : Min. 30 .

. 7550 10 NS= , V-. 2 .

. 7550 30 NS+ / (). 1 .

. 7550 31 NS+ / (). 1 .

. 7550 13 NS (). 1 .

. 7550 60 NS> (). 1 .

. 7550 13 NS (). 1 &

. 7550 13 NL

? ,

1 2? , 1 2

? , 3 4

? , 5

? , 6 2 ? , 6 4 ? , 6 5

% _

% &

=

193

= 30 Sd 4

= 30 Sd 23

+ 2

+ 5

+ 6

+ 1

+ 3

+ 4

= 30 Sd 17

.

EXTeRUS Patented

195

K 20

1-2

196/198

120

. K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 1 CL

196

K2O - . K 2O 1 CL .? DELRIN.W .% .+ max.: 120 ?% : 10 .

. K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 9 CL= . 2

. K 2O 11 CL> , . 1

. K 2O 16 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 12 CL

Art. K 20 11 CL>

,

,

Art. K 20 30 CL>

Art. 7550 12 CL

198

K2O - * . K 2O 1 CL + K 2O 29 CL .? DELRIN.W .% .+ max.: 120 ?% : 10 .

* . K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 9 CL= . 2

. K 2O 11 CL> , . 1

. K 2O 16 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 12 CL , . 1

. K 2O 16 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 32 CL

Art. K 20 11 CL>

,

,

Art. K 20 30 CL>

Art. 7550 12 CL

201

K 20

1-2

202/204

120

. K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 4 CL

202

K2O - . K 2O 4 CL .? DELRIN.W .% .+ max.: 120 ?% : 40/46 .

. K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 10 CL= . 2

. K 2O 60 CL> , . 1

. K 2O 61 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 13 CL

Art. K 20 60 CL>

,

,

Art. K 20 30 CL>

Art. 7550 13 CL

204

K2O - * . K 2O 4 CL + K 2O 43 CL .? DELRIN.W .% .+ max.: 120 ?% : 40/46 .

* . K 2O 56 CL% 1,73 .

. K 2O 57 CL% 2,13 .

. K 2O 58 CL% 2,732 .

. K 2O 59 CL% 3,332 .

. K 2O 10 CL= . 2

. K 2O 60 CL> , . 1

. K 2O 61 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 13 CL , . 1

. K 2O 61 CL> , . 1

. K 2O 14 CL; /. 1

. K 2O 30 CL> . 2

. 7550 13 CL

Art. K 20 60 CL>

,

,

Art. K 20 30 CL>

Art. 7550 13 CL

207

ABS ..................................................................................209

ABS.......................................................................................215

209

ABS

SwingLife wood

/

1

210

70

& , , 70kg, . : / . =, . & : 4- . = .

ABS

210

KIT Art. 97 565 1984 0ABS AKIT Art. 97 565 1984 0ABS NW 528 , + 2001

10952217

100

4.8

50

5

3.252

347






= .










Art. 9700 1

SYSTEM SWINGLIFE WOOD

LupLp-37 (Sp=40)

438478528578628678728778828878928978102810781128117812281278

LvmLp+135

6106507007508008509009501000105011001150120012501300135014001450

D1142,1142,1142,1142,1142,1192,1192,1192,1192,1192,1192,1292,1292,1292,1292,1292,1292,1292,1

D2313,5313,5313,5313,5313,5415,5415,5415,5415,5415,5415,5617,3617,3617,3617,3617,3617,3617,3

D3304,5304,5304,5304,5304,5406,5406,5406,5406,5406,5406,5608,3608,3608,3608,3608,3608,3608,3

D4170,5210,5260,5310,5360,5308,5358,5408,5458,5508,5558,5406,7456,7506,7556,7606,7656,7706,7

D5///

100150100150200250300350200250300350400450500

D6///

9014090

140190240290310160210260310360410460

Lp4755155656156657157658158659159651015106511151165121512651315

HupHp+171901195120012051210121512201

HvmHp+661950200020502100215022002250

Hp1884193419842034208421342184

211

_Lp = (. %) Hp = (. %)Sp = (. 35 . 50) Lup = = Lp - 37 ( Sp = 40)Hup = =


+1.5-1.5

9

HpHvm

Sm

8.2

840

.8

45

= =

+1.5-1.5

Sm

Hp

9

Hvm

8.2

840

.8

45 Sm-45= =

0.6

23

231D5

Hman

9

D6

212

/

/

+ :

/

ABS . ! : - -


Lup

D3D4

Lup

7

Sp

D3D4

-1,5 +1,5

45 105

Sp

Sm 45

30

Lp

Lvm

5

1212

D1

D2

==

==

5

D3D4

D2

D368 50

= =

-1,5 +1,5

D2

45

12

LP

12

Lvm

Sm

Sp

32

5 40

D1

D3D4

==

5

==4

5104

.9

213

/

/

/

:

ABS

SYSTEM

SwingLife wood

/

1

216

70

215

ABS, , , 70kg, . : / . =, . & : 4- . = .

ABS

216

10952217

100

4.8

50

5

3.252

347




= .










Art. 9700 1


LupLp-37 (Sp=40)

438478528578628678728778828878928978102810781128117812281278

LvmLp+135

6106507007508008509009501000105011001150120012501300135014001450

D1142,1142,1142,1142,1142,1192,1192,1192,1192,1192,1192,1292,1292,1292,1292,1292,1292,1292,1

D2313,5313,5313,5313,5313,5415,5415,5415,5415,5415,5415,5617,3617,3617,3617,3617,3617,3617,3

D3304,5304,5304,5304,5304,5406,5406,5406,5406,5406,5406,5608,3608,3608,3608,3608,3608,3608,3

D4170,5210,5260,5310,5360,5308,5358,5408,5458,5508,5558,5406,7456,7506,7556,7606,7656,7706,7

D5///

100150100150200250300350200250300350400450500

D6///

9014090

140190240290310160210260310360410460

Lp4755155656156657157658158659159651015106511151165121512651315

HupHp+171901195120012051210121512201

HvmHp+661950200020502100215022002250

Hp1884193419842034208421342184

_Lp = (. %) Hp = (. %)Sp = (. 35 . 50) Lup = = Lp - 37 ( Sp = 40)Hup = =


+1.5-1.5

9

HpHvm

Sm

8.2

840

.8

45

= =

+1.5-1.5

Sm

Hp

9

Hvm

8.2

840

.8

45 Sm-45= =

0.6

23

231D5

Hman

9

D6

218

/

/

+ :

/

ABS . ! : - -


Lup

D3D4

Lup

7

Sp

D3D4

-1,5 +1,5

45 105

Sp

Sm 45

30

Lp

Lvm

5

1212

D1

D2

==

==

5

D3D4

D2

D368 50

= =

-1,5 +1,5

D2

45

12

LP

12

Lvm

Sm

Sp

32

5 40

D1

D3D4

==

5

==4

5104

.9

219

/

/

/

:

221

KuBi7 ..................233

KUBICA ..................223

Kubikina ............................................................................241

KUBICA

5 , 3

5 , 3

1

1

1

1

1

1

1

224

225

226

227

228

229

230

40/52

45/60

60

70/90

33/40

60

45/60

IXEF

#*>J

K2400

K6200

K6300*

K6700*

K6900

KUBICA 27

KUBIKUADRA

* , EN 1634.2 N. 945-946.0UN0360/10 (K6700) N. 1211.0UN0360/11 (K6300)

223

KUBICA KRONA KOBLENZ SpA. = ,KUBICA 180 - . > KUBICA , - . &KUBICA , . .

224

184

(Hp-

371)

/2(H

p-37

1)/2

187

(Hp-

371)

/219

0(H

p-37

1)/2

190

Hp

52

& 3 .

187

184

190

190

Hp

40

& 2 .

! 5 , 3

K2400KUBICAPatented

. K 2400 CS DXSX& 180 F1

. K 2400 NS DXSX& 180 F2

. K 24 COVER CS F1

. K 24 COVER NS F2

. K 240 STAFFA? K2400

. K 240 TASCA? K2400

K2400

1:2

142

142

155

11.641.5

30.641.5

18 21

9 9 10 11

155

;#?

F1, F2

600/900 . x 2100 .

25 .

=

X: k 3 Y: + 1,5 Z: + 3

40 ( 2 ) 52 ( 3 )

E

225

! 5 , 3

new model K6200KUBICA

Patented

ANSI/UL 10C - Fire Test of Door Assemblies

;#?

, F1, F2, .

600/900 . x 2100 .

32 .

=

X: k +3, -2 Y: + 1 Z: + 2,5

45 ( 2 ) 60 ( 3 )

. K 6200 13 OR DXSX& 180

. K 6200 20 CL DXSX& 180

. K 6200 20 CS DXSX& 180 F1

. K 6200 21 NS DXSX& 180 F2

. K 62 COVER OR .

. K 62 COVER CL

. K 62 COVER CS F1

. K 62 COVER NS F2

. K 62 DIMA. K 62 DIMA.S

new model K6200

12.6+/-1

34.6+/-1

79

23.323.395

190

(Hp-

621)

/2(H

p-62

1)/2

250

190

Hp

184

(Hp-

621)

/2(H

p-62

1)/2

250

187

60

& 4 . >2100

n 4

Hp

187

(Hp-

371)

/2(H

p-37

1)/2

184

190

(Hp-

371)

/2(H

p-37

1)/2

190

60

& 3 . H 2100

190

190

184

187

Hp

45

& 2 . H 2100

1:1

E

# 5 ,

226

K6300KUBICAPatented

. K 6300 20CS& 180 F1

. K 6300 21NS& 180 F2

. K 6300 COVER CS F1

. K 6300 COVER NS F2

. K 63 DIMA. K 63 DIMA.S

K6300

1:1

56.5 1

25.5 1

130

32 30

117

, EN 1634.2 N. 1211.0UN0360/11

;#?

F1, F2

600/900 . x 2100 .

40 .

=

X: k +3, -2 Y: + 1 Z: + 3

60 ( 3 )

Sp (mm) A (mm) B (mm) C (mm)

13 4 34

12

45

5 35

min. 211 6 36

*D* (mm)

10 7 37

9 8 38

8 9 39

+2-3

-1 +1

*D*

B 0-1

3.5

20 0-132 +0.3 0

A

Sp= 45

30 +0.3 0

C

32 +

C=Sp-A+D

%

E

227

! 5 , 3

. K 6700 13

Documents

Koblenz 2015