HANBOOK Jaw Crushers.pdf

April 18, 2017 | Author: frankz89 | Category: N/A
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Jaw Crushers

Double Toggle Jaw Crusher

Single Toggle Jaw Crusher K

BRONZE BUSH JAW LINERS

C

SWINGSTOCK

H

E

ECCENTRIC SHAFT

FLYWHEEL

I J

SHIMS

A B D G

TOGGLE PLATES

F

A B C D E F G H I J K

-

Swingstock Main frame Cheek plates Fixed jaw Swing jaw Toggle plate & beam Tension rod assembly Bearings Bearing mounts Eccentric shaft Flywheel

PITMAN

TOGGLE BLOCK



The pitman runs on spherical roller bearings



Swing jaw pivots with bronze bushes, on a concentric shaft



Eccentric shaft actuates a vertical pitman connected to a pair of toggle plates, and is not directly exposed to crushing loads

Note: Crusher output gradations and tons per hour products may change due to variations in operating conditions and application of the crushing equipment. This information does not constitute an expressed or implied warranty or guarantee, but shows results of test crushing of samples provided by customers. This is guideline information.

Application Data Customer

Contact Person

Phone No.

Phone No.

Fax.No

Date

MATERIAL Type Loose Bulk Density

Kg/m³ Mpa

Compressive Strength Abrasiveness

Medium

High

Moisture Content

Low % Min

% Max

Shape of Material DUTY Capacity

mtph

Max.Feed Lump Size

mm mm

Min. Feed Lump Size Feed Analysis

TENSION ROD

-

Size % Passing

mm %

Product Size Req’d

mm

-

mm %

-

mm

-

mm

%

%

COMPILED BY

NOTES • All the parameters referred to above must still take into consideration the actual capacity of the crusher at required settings as the cavity has a volumetric constraint. So correct sizing of a crusher is also influenced by the actual capacity required. • In many cases an oversized crusher needs to be selected to handle the lump size whilst the capacity consideration is less important • This is more common in Jaw Crushers • The industry standard of rating various size crushers is based on dry limestone with a loose bulk density of 1,6t/m³ or 100lbs/ft³ • Factors affecting these capacities are excessive moisture, clay content, feeding method, feed gradation, bulk density and crushability

1

Osborn Hadfields Single Toggle - Heavy Duty For material below 500 MPa.

Performance Schedule CLOSED SIDE SETTING & CAPACITY (Depending on material type)

SIZE OF FEED OPENING 48” x 12” Max Lump 245mm 48” x 18” Max Lump 370mm 80” x 60” Max Lump 1 220mm

20

25

40

50

75

15

30

55

70

110

100

130

150

180

200

250

300

200

600

800

900

1000

1200

1400

to

to

to

to

to

to

680

900

1000

1100

1400

1600

to

to

to

to

to

30

45

70

100

140

70

110

150

to

to

to

to

100

140

190

260

Optional sizes available to suit feed/ setting ratios. Assists with finer wear, nip angles and in some cases provides smaller closed-side settings.

Hadfields Single Toggle - Heavy Duty Current Model

Optional Model

4812

4810

Screen Analysis PRODUCT SIZE 300

-400 -350 -330 -300 -280 -250 -230 -200 -180 -150 -130 -100 -90 -75 -60 -50 -40 -25 -20 -10 -5

CLOSED SIDE SETTING OF CRUSHER 250

200

180

150

130

100

90

75

100

60

50

40

25

20

100 93 89

100

85

95

78

90

70

85

97

100

63

78

91

98

100

56

70

85

91

98

49

60

76

81

92

100

40

50

65

71

82

92

100

31

40

51

60

70

80

95

100

22

30

39

46

56

66

82

89

96

20

25

33

39

48

58

73

82

90

17

20

27

32

39

49

62

72

83

93

100

14

17

22

26

31

39

52

60

70

81

95

100

11

14

17

20

23

28

41

47

56

65

80

97

9

10

12

15

17

21

28

33

40

48

63

80

100

100

6

7

7

10

11

14

18

22

25

29

43

54

81

98

4

5

5

7

9

11

14

16

19

22

30

38

61

80

2

3

3

5

6

7

10

11

13

14

19

25

41

60

1

2

2

2

3

3

6

6

7

7

8

12

16

20

100

100

Information for reading screen analysis To illustrate the approximate screen analysis from an Osborn Hadfields Heavy Duty Jaw Crusher, the following results can be read from the relevant table.

• 61% will pass through a 20mm square opening

Using a 48” x 18” as a typical popular crusher model and set at a 25mm CSS we can read off the screen analysis table that:

• 16% will pass through a 5mm square opening

• 100% will pass through a 40mm square opening • 81% will pass through a 25mm square opening

• 41% will pass through a 10mm square opening Note: On the Osborn Hadfields and Osborn Telsmith Heavy Duty Jaw Crushers, the CSS is measured from peak to valley. The CSS on the Telsmith Std Heavy Duty Jaw Crusher is measured from peak to peak.

2

Osborn Hadfields Double Toggle - Heavy Duty For material below 700 MPa and very abrasive material. Performance Schedule CLOSED SIDE SETTING & CAPACITY (Depending on material type)

SIZE OF FEED OPENING 40 15

24” x 13” Max Lump 265mm 24” x 18” Special Heavy Duty Max Lump 350mm 30” x 23” Max Lump 470mm 36” x 25” Max Lump 508mm 42” x 32” Max Lump 650mm 48” x 42” Max Lump 850mm 60” x 52” Max Lump 1 050mm

50 25

75 40

to

to

to

25

35

50

25

40

100

130

150

150

180

200

to

to

35

50

30

50

to

to

to

45

65

90

75

90

130

to

to

to

to

100

140

150

190

150

170

220

to

to

to

200

220

250

260

300

to

to

to

330

370

420

400

480

to

to

to

450

540

600

70

360

550

Data based on Dry Limestone @ 1.6t/m3. Performance schedule setting is Peak to Valley on Heavy Duty machines. Max lump not applicable to small settings. Crushing ratio = Feed size to CSS = 6:1 on mined ore. When crushing Ferro Chrome – ignore all above information and consult with Osborn Head Office. Optional sizes available to suit feed/ setting ratios. Assists with finer wear, nip angles and in some cases provides smaller closed-side settings.

Hadfields Double Toggle - Heavy Duty Current Model

Optional Model

3023

3020

3625

3623

4842

4836 & 4828

Screen Analysis CLOSED SIDE SETTING OF CRUSHER

PRODUCT SIZE 200

180

150

130

100

75

50

40

-400 -350

100

-300

97

-250

92

95

100

-200

78

89

95

-180

68

79

87

96

-150

59

69

77

90

-130

44

56

65

77

95

-100

32

41

52

63

81

95

-75

21

28

36

46

60

81

100

100

-50

13

18

22

24

38

54

80

88

-40

9

13

16

18

26

38

62

72

-25

6

9

11

12

15

23

38

46

-20

4

5

7

8

11

15

28

32

100

100

100 100

-10

2

3

4

5

6

9

18

17

-5

1

1

2

3

3

4

6

7

3

Osborn Telsmith Single Toggle - Heavy Duty For material below 500 MPa.

Performance Schedule SIZE OF FEED OPENING 12” x 8” Max Lump 162mm 24” x 5” Max Lump 100mm 15” x 24” Max Lump 304mm 20” x 32” Max lump 406mm 30” X 42” Max Lump 608mm 42” X 48” Max Lump 850mm 50” X 60” Max Lump 1 015mm

CLOSED SIDE SETTING & CAPACITY (Depending on material type) 10

20

25

40

2

3

4

6

50

60

75

to

to

to

to

5

6

7

W9 17

27

35

45

50

to

to

to

to

40

50

65

80

30

40

50

60

to

to

to

to

to

60

70

90

100

120

7

9

12

to

to

to

to

10

12

15

21

90

100

130

150

180

200

230

300

180

220

260

300

to

to

to

to

210

250

290

340

410

450

to

to

500

550

600

700

to

to

to

460

to

510

560

610

660

770

580

600

640

740

820

to

to

to

to

to

640

680

720

810

890

70

Data based on Dry Limestone @ 1.6t/m3. Performance schedule setting is Peak to Valley on Heavy Duty machines. Max lump not applicable to small settings. Crushing ratio = Feed size to CSS = 6:1 on mined ore. Optional sizes available to suit feed/ setting ratios. Assists with finer wear, nip angles and in some cases provides smaller closed-side settings.

Telsmith Single Toggle - Heavy Duty Current Model

Optional Model

4248

3848

5060

4760

3042

2842

PRODUCT SIZE -400 -350 -330 -300 -280 -250 -230 -200 -180 -150 -130 -100 -90 -75 -60 -50 -40 -25 -20 -10 -5

Screen Analysis CLOSED SIDE SETTING OF CRUSHER

300

250

200

180

150

130

100

90

75

100

60

50

40

25

20

100 93 89

100

85

95

78

90

70

85

97

100

63

78

91

98

100

56

70

85

91

98

49

60

76

81

92

100

40

50

65

71

82

92

100

31

40

51

60

70

80

95

100

22

30

39

46

56

66

82

89

96

20

25

33

39

48

58

73

82

90

17

20

27

32

39

49

62

72

83

93

100

14

17

22

26

31

39

52

60

70

81

95

100

11

14

17

20

23

28

41

47

56

65

80

97

9

10

12

15

17

21

28

33

40

48

63

80

100

100

6

7

7

10

11

14

18

22

25

29

43

54

81

98

4

5

5

7

9

11

14

16

19

22

30

38

61

80

2

3

3

5

6

7

10

11

13

14

19

25

41

60

1

2

2

2

3

3

6

6

7

7

8

12

16

20

100

4

100

Osborn Telsmith Single Toggle - Standard Duty For material below 280 MPa. Performance Schedule CLOSED SIDE SETTING & CAPACITY (Depending on material type)

SIZE OF FEED OPENING 10” x 21”

25 13

32 15

40 17

Max Lump

to

to

to

203mm

18

20

23 32

10” x 30”

21

26

Max Lump

to

to

to

203mm

31

48

47

50

64

76

90

100

130

20” x 36”

50

60

80

110

Max Lump

to

to

to

to

to

406mm

90

110

130

150

180

130

152

178

261

22” x 50”

99

117

135

153

189

225

Max Lump

to

to

to

to

to

to

to

447mm

148

171

198

225

283

333

396

170

220

25” x 40”

100

130

150

Max Lump

to

to

to

to

508mm

140

160

180

200

30” x 42”

160

170

190

200

Max Lump

to

to

to

to

to

608mm

200

230

250

280

300 250

30” x 55”

175

200

230

Max Lump

to

to

to

to

608mm

270

280

300

340

203

36” x 48”

260

300

350

400

Max Lump

to

to

to

to

to

731mm

320

360

400

480

550

430

Data based on Dry Limestone @ 1.6t/m3. Performance schedule setting is Peak to Peak on Standard Duty machines. Max lump not applicable to small settings. Crushing ratio = Feed size to CSS = 6:1 on mined ore. Optional sizes available to suit feed/ setting ratios. Assists with finer wear, nip angles and in some cases provides smaller closed-side settings.

Telsmith Single Toggle - Standard Duty Current Model

Optional Model

3042

2842

3648

3248

Screen Analysis PRODUCT SIZE -330 -300 -280 -250 -230 -200 -180 -150 -130 -100 -90 -75 -60 -50 -40 -25 -20 -10 -5

CLOSED SIDE SETTING OF CRUSHER 200

180

150

130

100

90

75

60

50

40

25

20

100 95 90 85 78 70 60 50 40 30 25 20 17 14 10 7 5 2 1

100 97 91 85 76 65 51 39 33 27 22 17 12 7 5 2 1

100 98 92 82 70 56 48 39 31 23 17 11 9 6 3

100 98 91 81 69 55 47 39 31 23 18 11 9 4 2

100 92 80 66 58 49 39 28 22 14 11 4 2

100 93 82 73 62 52 41 28 18 14 8 4

100 89 82 72 60 47 33 21 18 9 4

100 96 89 82 68 55 40 25 18 9 5

100 93 80 65 49 28 23 11 6

100 93 80 65 43 31 14 7

100 97 84 55 39 20 9

100 90 68 50 29 12

5

Telsmith Single Toggle

A

B

Osborn Telsmith Single Toggle - Standard Duty Model

Kg Mass

Kw

RPM

A

B

Width over flywheels

10” x 21” 10” x 30” 20” x 36” 22” x 50” 25” x 40” 30” x 42” 30” x 55” 36” x 48”

2910 4000 12400 18800 16100 24100 26300 34800

15 18.5 75 90 110 132 160 160

350 320 265 260 260 255 280 230

1320 1470 2360 2410 2455 3025 3025 2515

1375 1370 2265 2350 2420 3160 3160 3100

1310 1630 2200 2540 2370 2500 2830 2740

Osborn Telsmith Single Toggle - Heavy Duty

Hadfields Double Toggle B

Model

Kg Mass

Kw

RPM

A

B

Width over flywheels

12” x 8” 24” x 5” 15” x 24” 20” x 32” 30” x 42” 42” x 48” 50” x 60”

1300 3700 5000 11034 31700 53000 112000

110 132 160 160 132 160 220

345 350 320 275 250 220 180

1175 1285 1805 2380 3290 4340 4755

1285 1600 1625 2560 3050 3655 4490

900 1470 1540 1930 2490 2890 3420

B

Width over flywheels

A

Osborn Telsmith Double Toggle - Heavy Duty RPM

A

90

225

2385

4390

2410

110

185

2920

4980

2990

155

3485

5960

3090

B

Width over flywheels 2130

Model

Kg Mass

Kw

42” x 32” 48” x 42” 60” x 52”

42000 71000 110 000

160

Osborn Hadfields Single Toggle - Heavy Duty How to determine maximum feed for a 3042 Jaw Crusher Crusher Gape (smallest dimension of the feed opening)

30” 760 mm TOP 600 mm

30” (760 mm) Maximum Feed = 30” (760 mm) x 0.8 = 24” (600 mm)

Model

Kg Mass

Kw

RPM

A

48” x 12” 48” x 18” 80” x 60”

11000

75

375

1870

2025

16800

75

250

2360

1985

2260

180000

220

140

6220

5400

3840

Osborn Hadfields Double Toggle - Heavy Duty Model

Kg Mass

Kw

RPM

A

B

Width over flywheels

24” x 13” 30” x 23” 36” x 25”

9500

37

330

1670

2520

1580

19700

55

270

2025

3075

2100

23600

75

270

2340

3825

2050

Settings in above case is as follows

Nip Angle

600 mm Lump ÷ 6 = 100 CSS (F:CSS) 6 : 1

Nip Angle is the angle created between the fixed and swing jaw liners.

Yield 600 mm Lump ÷ 4 = 150 mm Product Lump (F : P) 4 : 1

Nip Angle

• Range 11˚- 23˚ optimal 19˚ for most material types

When setting below this ratio effective manganese wear increases

• Maximum nip angle occurs at minimum discharge setting with curved liners

Only the extreme ends of the liners are used

• Discharge setting usually expressed as closed side peak to valley or peak to peak dimension

This condition will also occur when too large a crusher is used with small feed size.

6

Nip Angle

Head Office: 57 Jansen Road, Elandsfontein PO Box 8182 Elandsfontein, 1406 Johannesburg South Africa Tel: +27 11 820 7600 Fax: +27 11 388 1136 E-mail: [email protected] www.osborn.co.za

All rights reserved. Unless otherwise indicated, all materials on these pages are copyrighted by OSBORN. No part of these pages, either text or image may be used for any purpose other than personal use. Therefore, reproduction, modification, storage in a retrieval system or retransmission, in any form or by any means, electronic, mechanical or otherwise, for reasons other than personal use, is strictly prohibited without prior written permission.

Companies of the Astec Aggregate and Mining Group

www.osborn.co.za

www.telsmith.com

www.rockbreaker.com

www.astrcmobilescreens.com

www.kpijci.com

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