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CHAINS   home » products

Chains

 

          

   

 

   

 

  • drive chains:                  
    - roller sleeve - chain gears             
  • for lifting
  • traction chains  
  • plate clamping circuits                            
  • accessories

                                        guides for roller chains

tensioners for roller chains

 chainwheels

CLAMPING ROLLER CHAINS    ISO 606, ANSI B29.1, DIN 8187

Single - row roller chains

DIN_ISO  NO. 

 Step

Diameter of the roll

 

Inner width

Diameter of the axis

Lenght of the axis

Height of the plates

Tensile strenght  

Achieved an average tensile

Weight per meter

 

t

d1 max 

b1 min 

d2  

a1

Lc max 

b2

Q min 

Q0 

q 

 

mm 

mm 

Mm 

mm 

mm 

mm 

mm 

KN 

KN 

kg/m 

04B-1 

6

4

2.8

1.85

6.8

7.8

5

3

3.4

0.11

05B-1 

8

5

3

2.31

8

8.9

7.11

5

5.7

0.2

*06B-1 

9.525

6.35

5.72

3.28

13.2

14.2

8.2

9

10.2

0.41

08B-1 

12.7

8.51

7.75

4.45

16.7

18

11.8

18

19.1

0.69

10B-1 

15.875

10.16

9.65

5.08

19.6

21

14.7

22.4

26.5

0.93

12B-1 

19.05

12.07

11.68

5.72

22.5

24

16.1

29

32.2

1.15

16B-1 

25.4

15.88

17.02

8.28

36

37.2

21.05

60

70.4

2.71

20B-1 

31.75

19.05

19.56

10.19

41.1

44.7

26.31

95

101.5

3.7

24B-1 

38.1

25.4

25.4

14.63

53.3

57.5

33.3

160

174

7.1

28B-1 

44.45

27.94

30.99

15.9

64.8

69.5

36.9

200

213.9

8.5

32B-1 

50.8

29.21

30.99

17.81

66.2

71

42.1

250

267.5

10.25

40B-1 

63.5

39.37

38.1

22.89

82.2

89.2

52.96

355

379.9

16.35

48B-1 

76.2

48.26

45.72

29.24

99.1

107

63.8

560

599

25

Double row roller chain

DIN ISO NO. 

Step

Diameter of the roll

Inner width

Diameter of the axis

Lenght of the axis 

Height of the plates

Trans-verse pitch 

Tensile strenght  

Achieved an average tensile 

Weight per meter

t

d1 max 

b1 min 

d2

a1

Lc max 

b2

Pt 

Q min 

Q0 

q 

mm 

mm 

mm 

mm 

mm 

mm 

mm 

mm 

KN 

KN 

kg/m 

05B-2 

8

5

3

2.31

13.9

14.5

7.11

5.64

7.8

10.4

0.33

*06B-2 

9.525

6.35

5.72

3.28

23.5

24.5

8.2

10.24

16.9

17.7

0.77

08B-2 

12.7

8.51

7.75

4.45

31

32.1

11.8

13.92

32

37.3

1.34

10B-2 

15.875

10.16

9.65

5.08

36.2

37.5

14.7

16.59

44.5

54.2

1.84

12B-2 

19.05

12.07

11.68

5.72

42.1

43.6

16.1

19.46

57.8

65.7

2.31

16B-2 

25.4

15.88

17.02

8.28

67.5

69.1

21.05

31.88

106

124.6

5.42

20B-2 

31.75

19.05

19.56

10.19

77.2

80.9

26.3

36.45

170

210

7.2

24B-2 

38.1

25.4

25.4

14.63

101.6

105.9

33.3

48.36

280

304.5

13.4

28B-2 

44.45

27.94

30.99

15.9

124.1

129.1

36.9

59.56

360

385.3

16.6

32B-2 

50.8

29.21

30.99

17.81

124.6

129.6

42.1

58.55

450

477

21

40B-2 

63.5

39.37

38.1

22.89

154.5

161.5

52.96

72.29

630

667.5

32

48B-2 

76.2

48.26

45.72

29.24

190.4

198.2

63.8

91.21

1000

1060.2

50

 

Three row roller chains

 

Step

Diameter of the roll

Inner width

Diameter of the axis

Lenght of the axis 

Height of the plates

Trans-verse pitch 

Tensile strenght

 Achieved tensile strenght  

Weight per meter 

DIN ISO NO. 

 

 

t

d1 max 

b1 min 

d2 

a1

Lc max 

b2 

Pt 

Q min 

Q0 

q 

 

mm 

mm 

mm 

mm 

mm 

mm 

mm 

mm 

KN 

KN 

kg/m 

05B-3 

8

5

3

2.31

19.5

20.2

7.11

5.64

11.1

13.6

0.48

*06B-3 

9.525

6.35

5.72

3.28

33.8

33.9

8.2

10.24

24.9

29.8

1.16

08B-3 

12.7

8.51

7.75

4.45

44.9

46.05

11.8

13.92

47.5

50.1

2.03

10B-3 

15.875

10.16

9.65

5.08

52.8

54.1

14.7

16.59

66.7

79.5

2.77

12B-3 

19.05

12.07

11.68

5.72

61.65

63.2

16.1

19.46

86.7

101.9

3.46

16B-3 

25.4

15.88

17.02

8.28

99.4

101

21.05

31.88

160

188

8.13

20B-3 

31.75

19.05

19.56

10.19

114.2

117.9

26.3

36.45

250

266.4

10.82

24B-3 

38.1

25.4

25.4

14.63

105.1

154.6

33.2

48.36

425

462.2

20.1

28B-3 

44.45

27.94

30.99

15.9

184.2

188.7

36.9

59.56

530

561.9

24.92

32B-1 

50.8

29.21

30.99

17.81

183.2

188.2

42.1

58.55

670

710.2

31.56

40B-3 

63.5

39.37

38.1

22.89

226.8

233.8

52.96

72.29

950

1007.2

48.1

48B-3 

76.2

48.26

45.72

29.24

281.6

289.4

63.8

91.21

1500

1590

75

 

Chain Drives

      Chain drives operate on the principle of engagement. Transmit motion between two or more parallel shafts with axes. Wheels are covered by a flexible element - a chain consisting of articulated units assembled, providing the flexibility of the chain. The average value of gear ratio i is equal to the number of teeth z wheel. The elements of the chain drive are - chain, chainring and tensioner.Chains - the largest distribution chains that are used in chain drives are: roller, gear and foreign chains. In the bush roller chain bushing is rigidly connected to the inner plate and movement between the hub and axle. Roller reduces friction and wear in the chain and is used for speeds up the chain 15m / s. Gear chains run more smoothly and quietly.. Used at speeds up to 35m / s. They consist of plates, hinged together. The plates are shaped teeth that mesh with the teeth of the sprocket, coming against the teeth. Clamping circuits are constructed by axes connecting us through inner and outer plates. The axles are mounted bushings. The outer plates are riveted to the axle, and are installed in internal / axes at the possibility of rotation.The most important geometrical parameter of the chain is usually translated River pitch chains have standardized step in inches, and lifting and traction in millimeters. Chainring - the construction of wheels depends on the chain. Geometric parameters of the sprockets are standardized.Basic diameter sprockets is dividing its diameter is the diameter of the circle in which the centers of axes available when the chain is a mesh wheel. It's defined from the step p and the number of teeth z. Wheels differ in the working profile of the tooth. In gear chain profile is always linear. In roller, plate and clamping circuits teeth are shaped so allow entry and exit of the joints of the chain of engagement while providing reliable contact between the chain and sprocket. Carter - serves to protect the circuit from outside influence, to keep the smears. The internal dimensions of the crankcase to provide slack in the chain. Tensioning devices - due to wear of the joints of the chain pitch and constantly increasing, which leads to increased internal dynamic forces and noise in the work process and deepen the process of wear of the joints, so a device for tensioning the chain.

Advantages over other chain drives

  • Transmission of movement of considerable distances - from a drive shaft may be driven shaft with a few chain, depending on location, some of the shafts can be rotated in the reverse direction of the drive
    less load on the shafts and bearings compared to belt
    High efficiency (0,94-0,98),
    durable than chain strap.                         
    Disadvantages:                                                

- dynamic loads on the chain and wheels;
- need to accurately establish the chain wheel - need not - adjusted periodically due to wear of the elements of the chain;
- high monetary value

     Chain drives are used as power - for high power to 3500 kW, also in the transport and chemical engineering, in machine and others. devices.

Tools for roller chains

FOR MORE INFORMATION

   ++ 359 32 67 10 50

 

Request form

Chain size (ìì):

Step t

Diameter of the roll  d1

Height of the roll b1

Further clariffications :

Quantity Demanded:

Customer data:

Company:

*Name, Surname:

Position:

phone number:

fax:

*e-mail:

post code:

*city

municipality

post code

street, No:

  

Additional information :

  


   
   

 

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