Cone Crusher

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Cone Crusher

Introduction:

Cone Crushers is widely used in mines, cement plants and sandstone industries for medium crushing of various mine rocks, such as iron ore, copper ore, non-ferrous metal ore, granite, sandstone, etc. Working principle is as follows: The cone body swings under the force of the eccentric shaft sleeve, so that the concave is sometimes close to and sometimes away from the mantle so that the material is in an annular crushing cavity composed of concave and mantle impacted, crushed and bent to required particle size and discharged.


Upgraded Structure, Higher Efficiency

Cone Crusher further optimizes the transmission parts and lubrication and sealing structures. which boasts strong holding capacity, bigger installed power, higher efficiency and lower noises.

Multiple Cavity Types Meet Various Particle Size

Cone Crusher has several kinds of cavities suitable for different size requirements. Users can adjust product size and shape by changing spare parts like a concave, mantle.

PLC Integrated Control System Makes Operations Simpler

Cone Crusher adopts the advanced PLC electrical system, which can continuously detect the operation and give alarms, and display various operating parameters.

(1)PLC Integrated Control System Makes Operations Simpler

HPT Hydraulic Cone Crusher adopts the advanced PLC electrical system, which can continuously detect the crusher and give alarms, and display various operating parameters. The operator can learn the operating conditions of the crusher in real-time. This system not only simplifies the operations of the production line and saves the labour cost, but also reduces the operation risk, so that the safety performance of the production line is higher.

(2)Upgraded Structure, Higher Efficiency

Reserving unique structures like the fixed axis and the characteristic that eccentric sleeve rotates around the axis, HPT Hydraulic Cone Crusher further optimizes the transmission parts and lubrication and sealing structures. So, this crusher boasts strong holding capacity, bigger installed power, higher efficiency yet lower noises.

(3)The Principle Of Lamination Crushing Brings Better Discharging Size

HPT Hydraulic Cone Crusher adopts the principle of lamination crushing. Not only can the crushing efficiency improve, but also the abrasion of vulnerable parts reduces greatly. The finished products are cubic. Meanwhile, the content of qualified fine particles is high enough. Finished products can better serve as high-quality aggregates.

(4)Multiple Cavity Types Meet Various Production Needs

HPT Hydraulic Cone Crusher has several kinds of cavities suitable for medium-fine or fine crushing of materials. Users can freely make choices among different cavities by changing only a few spare parts like the lining plate, truly achieving that a crusher serves multiple purposes.

(5)Digitalized Processing, Higher Precision

There are tens of lines of numerical controlling machine tools. Operations such as steel plates’ cutting, bending, planing, milling and paint spraying are all controlled numerically. The machining precision is high, especially for the core parts.

(6)Sufficient Supply Of Spare Parts, Worry-Free Operation

Rhyther, whose businesses cover production and sales, takes responsibility for every machine produced by ourselves. We can offer customers technical services about products and original spare parts to ensure the worry-free operation.

When Cone crusher is working, the motor drives the eccentric bush via bevel & pinion gear. Mantle core is forced to swing by the eccentric bush, which makes the mantle sometimes close to the concave, and sometimes far away from concave. The raw materials are pressed, impacted and finally crushed in the crushing chamber.

Model

Cavities

Feed opening (mm)

Minimum discharging size (mm)

Capacities (t/h)

Nominal installed power (kw)

Maximum installed power (kw)

Overall dimension (mm)

HP300

C1(Extra Coarse)

230

25

220-440

220

250

2725×2110×2871

C2(Coarse)

210

19

190-380

M(Medium)

150

16

175-320

F1(Fine)

105

13

145-280

F2(Extra Fine)

80

10

110-240

HP400

C1(Extra Coarse)

295

30

300-630

315

315

2775×2370×2295

C2(Coarse)

251

25

285-560

M(Medium)

196

20

250-490

F1(Fine)

110

13

180-345

F2(Extra Fine)

90

10

135-320

S2Medium Coarse

200

19

70-130

1550×1575×1965

H1Fine

135

10

45-115

H2Medium Fine

65

8

35-80

H3Extra Fine

35

4

27-60

GP160

S1Extra Coarse

360

25

120-345

132

160

1875×1920×3195

S2Medium Coarse

300

22

105-305

S3Coarse

235

19

90-275

H1Fine

185

13

66-210

1875×1920×2400

H2Medium Fine

90

10

65-165

H3Extra Fine

50

6

48-105

GP250

S1Extra Coarse

450

35

255-605

220

250

2100×2320×4096

S2Medium Coarse

400

29

215-515

S3Coarse

300

25

190-490

H1Fine

215

16

110-395

2100×2320×2780

H2Medium Fine

110

13

115-340

H3Extra Fine

70

8

90-255

GP315

S1Extra Coarse

560

41

335-1050

315

315

2380×2735×4630

S2Medium Coarse

500

38

305-895

H1Fine

275

16

170-665

2380×2735×3265

H2Medium Fine

135

16

190-505

H3Extra Fine

65

13

205-320

Model

Movable Cone Diametermm (inch)

Chamber

Opening Side

Closed Side

Discharging Opening (mm)

REV (r/min)

Power (kw)

Motor Model

Capacity (t/h)

Machine Size (mm)

Max.Feeding (mm)

CSB75

900 (3′)

medium

83

102

9-22

580

6-75

Y315S-6/75

45-91

2821×1880 ×2164

coarse

159

175

13-38

59-163

CSD75

914 (3′)

fine

13

41

3-13

580

6-75

Y315S-6/75

27-90

2821×1880 ×2410

medium

33

60

3-16

27-100

coarse

51

76

6-19

65-140

CSB160

1295 (4 1/4′)

fine

109

137

13-31

485

6-185

Y355M2-6/185

109-181

2800×2342 ×2668

medium

188

210

16-31

132-253

coarse

216

241

19-51

172-349

CSD160

1295 (4 1/4′)

fine

29

64

3-16

485

6-160

Y355M1-6/160

36-163

2800×2342 ×2668

medium

54

89

6-16

82-163

coarse

70

105

10-25

109-227

CSB240

1650 (5 1/2′)

fine

188

209

16-38

485

6-240

181-327

3911×2870 ×3771

medium

213

241

22-51

258-417

coarse

241

268

25-64

299-635

CSD240

1650 (5 1/2′)

fine

35

70

5-13

485

6-240

90-209

3917×2870 ×3771

medium

54

89

6-19

136-281

coarse

98

133

10-25

190-336

CSB400

2134 (7′)

fine

253

278

19-38

435

6-400

381-726

5200×4300 ×4700

medium

303

334

25-51

608-998

coarse

334

369

31-64

870-1400

CSD400

2134 (7′)

fine

51

105

5-16

453

6-400

190-408

5200×4300 ×4700

medium

95

133

10-19

354-508

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