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Hydraulic Cone Crusher

Working-Principle

The electromotor leads the eccentric sleeve to rotate by the V-belt, drive shaft and drive gear. The movable cone does rotary and pendulum movement under the leading role of eccentric sleeve which makes the movable cone and fixed cone close and far away from time to time. The raw material is crushed in the crusher chamber by squeezing and striking continuously. The crushed stone discharges from the bottom.


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Description

Working-Principle

The electromotor leads the eccentric sleeve to rotate by the V-belt, drive shaft and drive gear. The movable cone does rotary and pendulum movement under the leading role of eccentric sleeve which makes the movable cone and fixed cone close and far away from time to time. The raw material is crushed in the crusher chamber by squeezing and striking continuously. The crushed stone discharges from the bottom.

Features

1. Dust proof structure and hydraulic protective device.

2. Gleason spiral bevel gears with low noise and long service life.

3. High production capacity and crushing rate, low energy consumption.

4. Final aggregate have high strength without micro cracks inside.

5. Easy operation with button only to adjust aggregate granularity.

6. Equipped with iron-pass preventing device, with excellent iron-pass ability.

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

Applicability

Hydraulic Cone Crusher is mainly used tocrush the mdedium and high hardness ore and stones, like granite, basalt and iron ore. It is widely used in mining, metallurgy, building material, highway and railway construction, water conservancy and chemistry industries.

Specifications


HSC S Type

Model

Power

Cavity

Max. Feeding Size

Capacity (CSS)

 

 

 

 

25

29

32

35

38

41

44

48

51

54

60

64

70

76

83

HSC440S

250kw

EC

450

 

 

 

267

282-353

298-446

313-563

334-601

349-524

365-456

 

 

 

 

 

 

 

C

400

 

 

239-299

254-381

269-484

284-511

298-448

318-398

333

 

 

 

 

 

 

 

 

MC

300

195

214

267

228-342

242-435

256-461

270-486

284-426

302-378

317

 

 

 

 

 

HSC660S

315kw

EC

560

 

 

 

 

 

349

368-460

392-588

410-718

428-856

465-929

489-978

525-1050

562-983

604

 

 

C

500

 

 

 

 

318

336-420

353-618

376-753

394-788

411-823

446-892

469-822

504-631

 


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


HSC Type

Model

Power

Cavity

Max. Feeding Size

Capacity (CSS)

6

8

10

13

16

19

22

25

32

38

44

51

HSC440

250kw

EC

217





115-202

123-279

132-297

140-316

160-360

177-399



C

177




102

110-220

118-295

126-316

135-336

153-382

169-339



MC

142




98-124

107-266

115-286

122-305

130-325

148-333

163-245



M

112




119-190

128-283

138-303

148-324

157-345

179-286

198



MF

87



117

127-323

137-251

147-269

157-288

167-306

190-254




F

72


93-139

99-181

107-196

115-212

123-227

133-243

141-258

160-214




EF

40

100

125











HSC660

315kw

EC

280





180

193-344

207-444

220-472

250-557

277-616

303-674

334-520

CX

250





178-198

191-382

204-498

216-530

247-604

273-667

299-532

330-361

C

220





175-194

188-376

201-491

214-522

244-596

269-658

295-524

324-361

MC

180





167-260

179-438

191-468

204-498

232-568

256-513

281-374


M

140





204-306

219-456

234-487

249-519

284-521

313-418



MF

120




200

216-385

232-413

247-441

263-470

299-471

332-379



F

90




206-322

222-347

238-373

255-398

271-424

309-425

342



EF

70




227-316

244-340

263-321

281-312







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