2010 - 12 ROZDZIALinstal1.pl/pneumatyka/12.pdf · xii.1 2vsu] w gr v\vwhpx infinity xi.7 'reyu...

1

Charakterystyka

techniczna rur

XI.3

Charakterystyka

XII.1

INFINITY

XI.7XI.6

INFINITY

…………………………………………………… XII.1Charakterystyka techniczna rur ………………………………………………………… XII.3

…………………………………………………………… XII.6………………………………………………………… XII.7

INFINITY

XII.1

2. Uszczelnienia z NBR

Zalecane media

Temperatura pracy

3

61

XII

XII.2

media

Temperatura pracy

1 8

7

36

9

XII.3

Charakterystyka techniczna rur

3

2

max.

mm mm l/min L

1.5 15 235

1.5 15

1.5 15

1.5 15

2 15

63 2 15

2.5 15

XII.4

D L (mm)

31.5

25

32

52

63.5

63 75.5

125.5

XII.5

si Ø3

Ø

KW CV Nl/min

1.5 2

3

6

5.5 7.5

7.5

11 15

12.5 17

15

25

22

37

55 75

125

132

XII.6

Ø Ø Ø

C

Nl/min Nm3/h

25 25

39 25 25 25 25 32 32 32

25 25 25 32 32 32

25 25 25 32 32 32

25 25 32 32 32 32

25 32 32 32 32

25 25 32 32 32

25 32 32 32 63

25 32 32 63 63

32 32 63 63 63

32 63 63 63 63*

32 63 63 63 63*

63 63 63 63*

63 63 63 63

63 63 63 63 63*

63 63 63

63 63 63 63*

63 63 63*

63 63 63*

63 63

63 63*

63

63

63*

XII.7

max.

mm mm l/min L

1.5 15 235

1.5 15

1.5 15

1.5 15

2 15

63 2 15

2.5 15

max.

mm mm l/min L

1.5 15 235

1.5 15

1.5 15

1.5 15

2 15

63 2 15

2.5 15

D A B E L CH1

31.5 56 22

16.5 66 27 35

1 52 76.5

21.5 52 63 55

21.5 52 63 55

21.5 63.5 73 65

63 2 75.5 65

D B E L D1 I

XII.8

D A B E L CH1

15 31.5

16.5 56.5 32 35

1 52

22 52 63 76 55

22 63.5 73 55 65

63 2 22 75.5 65

D D1 S

162 2

mm

M16

D B C E L CH1

31.5 76.5 21

13.5 26 35

52 32

52 21 63 125 55

63.5 21.5 73 65

63 75.5 25 176.5 65

125.5 255

D A B L CH

22 * 125

23 * 125

XII.9

D B C E L CH1

31.5 51 21

23 61.5 26 35

52

52 63 55

63.5 73 65

63 75.5 52 127.5 65

125.5 75

D B C E L CH1

31.5 12.5 21

13.5 52 26 35

15 52 61

52 63 55

63.5 73 65

63 75.5 65

D A B C E L L1 CH CH1

13 31.5 51 21

23 61.5 26 35

1 16.5 52

52 63 56.5 55

22 63.5 73 65

63 2 21.7 75.5 52 127.5 77 65

D A B C E L L1 CH CH1

31.5 51 32 21

16.5 23 61.5 37 26 35

1 52

21.5 52 63 55

21.5 63.5 73 65

63 2 75.5 52 127.5 71 65

XII.10

D E B C1 L1 CH1

31.5 32.5 22.5 21

37.5 26 113.5 65 26 35

52 31.5 77

63 52 55.5 55

73 63.5 65

63 75.5 55.5 131 65

125.5 75

D B1 C1 E1 L1 CH CH1

31.5 31.5 22.5

31.5 35 35

31.5 52 63

25 31.5 52 35

52.5 31.5 63 66 55 55

25 52.5 63 55 55 35

63.5 31.5 73.5 73 73 65 65

25 63.5 73.5 73 65 65 35

32 63.5 73.5 73 52 65 65

63 77 31.5 237.5

63 25 77 237.5 35

63 32 77 52 237.5

D1 A B C E L1 CH CH1

11 31.5 25

13.5 31.5

11 121.5 35 35

13.5 121.5 31 35 35

13.5 52 36.5

13.5 52.5 63 165.5 55 55

63.5 73.5 73 65 65

63 77 237.5 55

125.5

1 17 125.5

125.5

2 22 125.5

XII.11

D1 B E L1 L3 CH CH1

31.5 136.5 57 5

25 57 35 5

31.5 5

25 156.5 116 35 5

31.5 167.5 6

25 175.5 126.5 35 6

63 31.5 6

63 25 35 6

C D D1 L L1

6 3

63 31 6 3

XII.12

D D1 L1 L3 CH

115 56 35 5

127 65 5

31.5 6

63 31.5 163.5 55 6

D A B C E L1 CH CH1

125.5

XII.13

D B E L1 CH1

36 52.5 67 32

57.5 72 32 35

52 67.5

52 63 77 55

63.5 73 55 65

63 75.5 115 65

D B C E L1 L3 LMAX

LMIN

CH1

35 51 35 22 21

23 37 62 22 26 35

1 52 22

D L E

33

35

D L E

33

35

52

53 63 55

62 73 65

63

XII.14

A L

1 17

22

n° Lmax Lmin

2 22

2 22

D1 B E1 L CH1

31.5

31.5 52

25 55 63 35

31.5 65 63

25 65 56.5 63 35

32 65 52 63.5 63

XII.15

191

661 661661

661 191 191

191

661

Lmax Lmin

22

22

XII.16

661 661661

661191 191

191 191661

DN B C E L CH1 G H

17 31.5 121.5 32

22 61.5 35

75 52 167 53

37 52.5 63 55 65

63.5 73 65 72.5

63 77 126 111.5

XII.17

D DN A B C D E

52 265

D A B C E

75

75

D A B C E

753

755

773 352

D DN A B C E L CH1 G H

15 31.5 32

35

XII.18

D H A B C

32 22

16 22

55 32

36

63 37

D H A

31

63 51

H

M8

63

XII.19