The DCS/DCH single-cylinder hydraulic cone crusher is available in standard and short-head models, d
DCS/DCH Single-Cylinder Hydraulic Cone Crusher is available in standard and short-head types. Various cavity shapes for secondary and fine crushing can be achieved simply by replacing the concave bowl liner. The programmatically controlled hydraulic and lubrication systems ensure reliable overload protection and effective bearing lubrication.
The DCS/DCH Single-Cylinder Hydraulic Cone Crusher features a simple and compact overall structure. With a single bottom cylinder design, it realizes three core functions: direct discharge gap adjustment, tramp iron protection and cavity clearing. Therefore, this cone crusher requires no external discharge adjusting mechanism, external hydraulic cylinder or spring-type iron-overload protection device, presenting a simplified and compact overall layout.
It is separately applied to secondary and fine crushing operations, widely used in metallurgy, construction, highway, chemical and building materials industries, and suitable for processing high-hardness and highly abrasive ores and rocks.
Developed by our company through absorbing advanced foreign technologies and combining the latest progress in cone crusher technology, this high-efficiency crushing equipment is widely adopted for crushing metal ores and construction aggregates.
| Model | Power(kw) | Chamber | Max.feed size(mm) | Capacity at Min. Closed side setting (T/H） | ||||||||||||||
| 19 | 25 | 29 | 32 | 35 | 38 | 41 | 44 | 48 | 51 | 54 | 60 | 64 | ||||||
| DCS250 | 220-250 | EC | 450 | 267 | 282-353 | 298-448 | 313-563 | 334-601 | 349-524 | 365-456 | ||||||||
| C | 400 | 225 | 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 | 303-378 | 317 | ||||||||
| DCS315 | 315-355 | EC | 560 | 349 | 368-460 | 392-588 | 410-718 | 428-856 | 465-929 | 489-978 | ||||||||
| C | 500 | 318 | 336-420 | 353-618 | 376-753 | 394-788 | 411-823 | 446-892 | 469-822 | |||||||||
| Model | Power(kw） | Chamber | Max.feed size(mm) | Capacity at Min. Closed side setting (T/H) | ||||||||||||||
| 6 | 8 | 10 | 13 | 16 | 19 | 22 | 25 | 32 | 38 | 44 | 51 | 57 | 64 | 70 | ||||
| DCH250 | 220-250 | EC | 215 | 114-200 | 122-276 | 131-294 | 139-313 | 159-357 | 175-395 | 192-384 | ||||||||
| C | 175 | 101 | 109-218 | 117-292 | 125-312 | 133-332 | 151-378 | 167-335 | 183-229 | |||||||||
| MC | 140 | 97-122 | 105-262 | 113-282 | 120-301 | 128-320 | 146-328 | 161-242 | ||||||||||
| M | 110 | 117-187 | 126-278 | 136-298 | 145-318 | 154-339 | 176-281 | 194 | ||||||||||
| MF | 85 | 114 | 124-227 | 134-245 | 144-263 | 153-281 | 163-299 | 186-248 | ||||||||||
| F | 70 | 90-135 | 96-176 | 104-191 | 112-206 | 120-221 | 129-236 | 137-251 | 156-208 | |||||||||
| EF | 38 | 100-125 with 80%finer than 6-7.5mm | ||||||||||||||||
| DCH315 | 280-315 | EC | 275 | 177 | 190-338 | 203-436 | 216-464 | 246-547 | 272-605 | 298-662 | 328-511 | |||||||
| CX | 245 | 174-194 | 187-374 | 200-488 | 212-510 | 242-582 | 268-654 | 293-521 | 323-359 | |||||||||
| C | 215 | 171-190 | 184-367 | 196-480 | 209-510 | 238-582 | 263-643 | 288-512 | 317-353 | |||||||||
| MC | 175 | 162-253 | 174-426 | 186-455 | 198-484 | 226-502 | 249-499 | 273-364 | ||||||||||
| M | 135 | 197-295 | 211-440 | 226-470 | 240-500 | 274-502 | 302-403 | |||||||||||
| MF | 115 | 192 | 207-369 | 222-396 | 237-423 | 252-450 | 287-451 | 318-363 | ||||||||||
| F | 85 | 195-304 | 210-328 | 225-352 | 241-376 | 256-400 | 292-401 | 323 | ||||||||||
| EF | 65 | 211-293 | 227-316 | 244-298 | 261-290 | |||||||||||||
| DCH500 | 500-550 | EC | 300 | 448-588 | 477-849 | 544-968 | 601-1070 658-1172 | 725-1291 | 782-1393 849-1512 | 906-1331 | ||||||||
| C | 240 | 406 | 433-636 | 461-893 | 525-1018 | 581-1125 636-1232 | 700-1357 | 756-1464 820-1461 | 876-1286 | |||||||||
| MC | 195 | 380-440 | 406-726 | 432-837 | 492-954 | 544-1055 | 596-1155 657-1272 | 708-1373 | 769-1370 | 821-1206 | ||||||||
| M | 155 | 400-563 | 428-786 | 455-836 | 519-953 | 573-1054 628-1154 692-1271 | 746-1372 810-1248 | 865-1098 | ||||||||||
| MF | 100 | 379-424 | 407-563 | 434-765 | 462-814 | 527-928 | 528-942 | 638-789 | 702 | |||||||||
| F | 90 | 357-395 | 385-656 | 414-704 | 442-752 | 470-800 | 535-912 | 592-857 | 649-718 | |||||||||
| EF | 80 | 280-405 | 304-517 | 328-558 | 352-598 | 376-639 | 400-680 | 455-775 | 503-728 | 551-669 | ||||||||
High Efficiency: The single-cylinder hydraulic cone crusher features supported main shaft at both upper and lower ends, enabling it to withstand greater crushing force and larger stroke. Combined with a special crushing cavity profile optimized for the laminated crushing principle, the machine delivers higher crushing efficiency.
High Production Capacity: With a perfectly integrated design of crushing stroke, crushing speed and crushing cavity shape, the single‑cylinder hydraulic cone crusher delivers 35%–60% higher output than traditional spring cone crushers under the same moving cone large end diameter.
Excellent Discharge Particle Shape: The single-cylinder hydraulic cone crusher adopts a unique crushing cavity profile and the laminated crushing principle to realize inter-particle crushing. This significantly increases the proportion of cubical aggregates in finished products, reduces flaky and elongated particles, and ensures more uniform grain size.
Multiple cavity types for secondary and fine crushing can be realized simply by replacing the concave. The programmatically controlled hydraulic and lubrication systems ensure reliable overload protection and effective bearing lubrication.
