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Combined Cone Crusher

Working-Principle

The working parts are two cones - Mantle & Concave. Concave is fixed, which is one part of the frame; Mantle is plugged freely in the eccentric bush, so the central axis between the concave and the mantle intersects and forms into a bevel. When rotating, the mantle rotates along the inner surface of the concave. The place that the mantle pressed against the concave becomes the crushing cavity, where the materials are pressed, impacted and bent by the mantle. The place that the mantle moves away 

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Description

Working-Principle

The working parts are two cones - Mantle & Concave. Concave is fixed, which is one part of the frame; Mantle is plugged freely in the eccentric bush, so the central axis between the concave and the mantle intersects and forms into a bevel. When rotating, the mantle rotates along the inner surface of the concave. The place that the mantle pressed against the concave becomes the crushing cavity, where the materials are pressed, impacted and bent by the mantle. The place that the mantle moves away from the concave becomes the discharging open, where the crushed materials are discharged out under the role of gravity, the materials are sent from the feed open.


Features

1. Reasonable structure advanced crushing principle and technical specification.

2. High quality manganese casting alloy wear parts, reliable work and low cost.

3. Strong crushing ability; High efficient productivity; High capacity.

4. Reliable Hydraulic system providing safe and effective overload protection.

5. Two type of crushing chamber are for wide range of product size requirement.

6. High automation adopting hydraulic adjustment and hydraulic clean cavity setting.


Applicability

This cone crusher is widely used in metal and non-metallic minerals, cement plant, construction, gravel and metallurgical industries.

Specifications

Standard Type

Model

Dia. of Cone mm(feet)

Cavity

Feed Opening Size(mm)

Output Size(mm)

Capacity

Mainshaft Rotation Speed(r/min)

Power(kw)

Weight(t)

Overall Dimension(L×W×H)

Closing Size

Opening Size

B75

900(3')

Fine

83

102

9-22

45-91

580

75

15

2821×1880×2164

Coarse

159

175

13-38

59-163

B110

1200(4')

Fine

127

131

9-31

63-188

485

110

20

2821×1974×2651

Medium

155

156

13-38

100-200

Coarse

178

191

19-51

141-308

B160

1295(17/4')

Fine

109

137

13-31

109-181

485

160

27

2800×2342×2668

Medium

188

210

16-38

132-253

Coarse

215

241

19-51

172-349

B220

1676(11/2')

Fine

188

209

16-38

181-327

485

220

55

3911×2870×3771

Medium

213

241

22-51

258-417

Coarse

241

268

25-64

299-635

B315

2134(7')

Fine

253

278

19-38

381-726

435

315

110

4613×3251×4732

Medium

303

334

25-51

608-998

Coarse

334

369

31-64

789-1270

Short Head Type

Model

Dia. of Cone mm(feet)

Cavity

Feed Opening Size(mm)

Output Size (mm)

Capacity(t/h)

Mainshaft Rotation Speed(r/min)

Power(kw)

Weight(t)

Overall Dimension(L×W×H)(mm)

Closing Size

Opening Size

D75

914(3')

Fine

13

41

3-13

27-90

580

75

15

2821×1880×2410

Coarse

33

60

3-16

27-100

D110

1218(4')

Fine

29

57

5-16

50-132

485

110

20

2560×1942×2928

Medium

44

73

10-16

90-145

Coarse

56

89

13-19

141-181

D160

1295(17/4')

Fine

29

64

3-16

36-163

485

160

27

2800×2342×2668

Medium

54

89

6-16

82-163

Coarse

70

105

10-25

109-227

D220

1676(11/2')

Fine

35

70

5-13

90-209

485

220

55

3911×2870×3771

Medium

54

89

6-19

136-281

Coarse

98

133

10-25

190-336

D315

2134(7')

Fine

51

105

5-16

190-408

435

315

110

4130×3251×4454







Remarks: The above parameters are for your reference. There will may be some improvement according to the market.