Diagram of DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher)
1. Upper frame 2. Lower frame 3. Broken cone
4. Driving part 5. Hydraulic cylinder 6. Feeding device
7. Eccentric sleeve 8. Sealing part
Introduction of DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher)
The DPCH single cylinder hydraulic cone crusher (DPCH Cone Crusher) produced by Shenyang Dapeng Heavy Equipment has reached the internationally leading technical level and realized fully intelligent control. The structure of DPCH single cylinder cone crusher (DPCH Crusher) makes DPCH Crusher adjustment extremely convenient. Even during the operation of DPCH Crusher, the discharge opening can be easily adjusted. The intelligent automatic control system keeps DPCH Cone Crusher (DPCH Crusher) in the best working state at all times and realizes the automatic compensation function for the inner and outer cone liners. We can accurately set and adjust the size of the discharge opening of DPCH Cone Crusher from the operation panel, and also single cylinder cone crusher (DPCH Crusher) automatically complete the compensation for inner and outer cone liner of worn parts through several buttons on the operation panel. At the same time, due to the adoption of DPCH Crusher mechanical structure, the entire structure is very compact, greatly reducing the oil pipes and oil circuit and external adjustment structures. Therefore, the DPCH single cylinder hydraulic cone crusher (DPCH Crusher) of our company has a simple and smooth appearance, small size, light weight, yet the production capacity greatly enhanced. This has opened a new era in the development of DPCH Crusher in China.
DPCH single cylinder hydraulic cone crusher (DPCH Cone Crusher) is a high-efficiency crushing solution engineered for modern mining and construction demands. DPCH single cylinder hydraulic cone crusher (DPCH Cone Crusher) enables dynamic cone positioning while integrating DPCH Crusher's multiple intelligent functions: CSS adjustment, DPCH Crusher's automated chamber cleaning, DPCH Crusher's tramp iron protection, and DPCH Crusher's overload safeguards-ensuring operational simplicity and DPCH Crusher's safety in extreme working conditions.
DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher): Engineering Advantages
1. World-Class DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher) Technology
Featuring internationally patented hydraulic architecture, the DPCH single cylinder cone crusher (DPCH Cone Crusher) delivers unmatched operational reliability and optimized particle morphology through precision-engineered intergranular crushing dynamics.
2. Modular Performance Customization of DPCH single cylinder cone crusher (DPCH Cone Crusher)
Interchangeable chamber profiles for DPCH single cylinder hydraulic cone crusher (multiple standard configurations)
Adjustable eccentric throw of DPCH Crusher (wide operational range)
Enables flexible capacity adaptation to match specific ore characteristics and production targets.
3. Intelligent Hydraulic Optimization of single cylinder cone crusher (DPCH Crusher)
Real-time CSS adjustment under load with high precision
Continuous operation in fully choked feeding conditions
Significantly reduces wear part consumption compared to conventional systems.
4. Maintenance-Forward Design of DPCH Cone Crusher (DPCH Crusher)
Top-access service architecture (key components of DPCH Cone Crusher (DPCH Crusher) are accessible without disassembly)
Integrated hydraulic diagnostics with fail-safe overload protection
Streamlines maintenance workflows for efficient servicing of DPCH Crusher.
Technical parameters of DPCH Single Cylinder Cone Crusher (DPCH Crusher)
Model | Maximum Feeding Particle Size (mm) |
Adjustment range of Discharge port | Motor Power (kw) | Production Capacity (t/h) | Equipment Weight (t) |
DPCH 430 | 185 | 5-38 | 160 | 126-344 | 9.2 |
DPCH 440 | 215 | 6-44 | 250 | 114-395 | 21 |
DPCH 660 | 275 | 10-51 | 315 | 177-662 | 31 |
DPCH 870 | 300 | 10-70 | 630 | 588-1512 | 58 |
DPCH 890 | 366 | 13-70 | 750 | 594-2181 | 85 |
DPCS 430 | 360 | 19-51 | 132 | 91-344 | 12 |
DPCS 440 | 450 | 25-34 | 250 | 267-601 | 20 |
DPCS 660 | 560 | 38-83 | 315 | 318-1050 | 36 |
Model | Motor Installation Power (KW) | Cavity Type | Maximum Feeding particle Size (mm) | DP CH Standard Production Capacity (t/h) under the Tight Side Discharge Port css (mm) | ||||||
4 | 6 | 8 | 10 | 13 | 16 | 19 | ||||
DPCH 430 |
160 | EC | 185 |
|
|
|
| 69-108 | 75-150 | 80-161 |
C | 145 |
|
|
|
| 66-131 | 71-142 | 76-152 | ||
MC | 115 |
|
|
| 57 | 62-140 | 67-151 | 72-162 | ||
M | 90 |
|
|
| 64-84 | 69-131 | 75-142 | 80-152 | ||
MF | 75 |
|
| 61 | 65-106 | 70-115 | 76-124 | 81-126 | ||
| 50 |
| 48-78 | 51-83 | 54-88 | 59-96 | 63-103 | 68-105 | ||
DPCH 440 |
250 | EC | 215 |
|
|
|
|
| 114-200 | 122-276 |
C | 175 |
|
|
|
| 101 | 109-218 | 117-292 | ||
MC | 140 |
|
|
|
| 97-122 | 105-262 | 113-282 | ||
M | 110 |
|
|
|
| 117-187 | 126-278 | 136-298 | ||
MF | 85 |
|
|
| 114 | 124-227 | 134-245 | 144-263 | ||
| 70 |
|
| 90-135 | 96-176 | 104-191 | 112-206 | 120-221 | ||
DPCH 660 |
315 | EC | 275 |
|
|
| 209-505 |
| 177 | 190-338 |
C | 215 |
|
|
|
|
| 171-190 | 184-367 | ||
MC | 175 |
|
|
|
|
| 162-253 | 174-426 | ||
M | 135 |
|
|
|
|
| 197-295 | 211-440 | ||
MF | 115 |
|
|
|
| 192 | 207-369 | 222-396 | ||
F | 85 |
|
|
|
| 195-304 | 210-328 | 225-352 | ||
EF | 65 |
|
|
|
| 211-293 | 227-316 | 244-298 | ||
DPCH 870 |
630 | EC | 300 |
|
|
|
|
|
|
|
C | 240 |
|
|
|
|
|
| 406 | ||
MC | 195 |
|
|
|
|
|
| 443-740 | ||
M | 155 |
|
|
|
|
|
| 432-733 | ||
MF | 100 |
|
|
|
|
| 398-694 | 421-716 | ||
| 90 |
|
|
|
| 357-595 | 385-656 | 414-704 | ||
EF | 80 |
|
|
|
| 304-517 | 328-558 | 352-598 | ||
DPCH 890 |
750 | EC | 366 |
|
|
|
|
|
|
|
C | 327 |
|
|
|
|
|
|
| ||
MC | 259 |
|
|
|
|
|
| 542-817
| ||
| Model | Cavity Type | DPCH Standard Production Capacity (t/h) under the Tight Side Discharge Port css (mm) | ||||||||||||
22 | 25 | 32 | 38 | 44 | 51 | 57 | 64 | 70 | |||||||
DPCH 430 | EC | 86-171 | 91-182 | 104-208 | 115-208 |
| |||||||||
81-162 | 86-173 | 98-197 | 109-150 |
| |||||||||||
MC | 77-173 | 82-184 | 93-145 |
| |||||||||||
M | 86-162 | 91-154 | 104 |
| |||||||||||
MF | 87-114 | 92 |
| ||||||||||||
72-95 | 77 |
| |||||||||||||
DPCH 440 | EC | 131-294 | 139-313 | 159-357 | 175-395 | 192-384 |
| ||||||||
125-312 | 133-332 | 151-378 | 167-335 | 183-229 |
| ||||||||||
MC | 120-301 | 128-320 | 146-328 | 161-242 |
| ||||||||||
M | 145-318 | 154-339 | 176-281 | 194 |
| ||||||||||
MF | 153-281 | 163-299 | 186-248 |
| |||||||||||
129-236 | 137-251 | 156-208 |
| ||||||||||||
DPCH Crusher |
DPCH 660 | EC | 203-436 | 216-464 | 246-547 | 272-605 | 298-662 | 328-511 |
| ||||||
196-480 | 209-510 | 238-582 | 263-643 | 288-512 | 317-353 |
| |||||||||
MC | 186-455 | 198-484 | 226-552 | 249-499 | 273-364 |
| |||||||||
M | 226-470 | 240-500 | 274-502 | 302-403 |
| ||||||||||
MF | 237-423 | 252-450 | 278-451 | 318-363 |
| ||||||||||
241-376 | 256-400 | 292-401 | 323 |
| |||||||||||
EF | 261-290 |
| |||||||||||||
DPCH 870 | EC | 448-588 | 477-849 | 544-968 | 601-1070 | 658-1172 | 725-1291 | 782-1393 | 849-1512 | 906-1331 | |||||
C | 483-806 | 511-893 | 525-1018 | 581-1125 | 636-1232 | 700-1357 | 756-1464 | 820-1461 | 876-1286 | ||||||
MC | 476-793 | 502-857 | 522-994 | 544-1055 | 596-1155 | 657-1272 | 708-1373 | 769-1370 | 821-1206 | ||||||
M | 468-786 | 495-836 | 519-953 | 533-1054 | 558-1154 | 592-1271 | 686-1372 | 710-1248 | 765-1098 | ||||||
MF | 454-765 | 482-814 | 507-928 | 522-942 | 538-1021 | 572-1070 |
|
|
| ||||||
| 442-752 | 470-800 | 495-912 | 517-857 | 529-788 |
|
|
|
| ||||||
EF | 376-639 | 405-710 | 455-775 | 503-728 | 551-669 |
|
|
|
| ||||||
DPCH 890 | EC |
| 594-859 | 649-1309 | 696-1446 | 743-1584 | 798-1745 | 846-1883 | 801-2043 | 748-2181 | |||||
C | 697 | 622-974 | 682-1404 | 732-1552 | 783-1700 | 842-1873 | 893-2020 | 952-2193 | 812-2140 | ||||||
MC | 625-952 | 689-1232743-1404 | 790-1552 | 836-1700 | 891-1873 | 937-2020 | 992-2005 | 963-1739 | |||||||
Note: The above parameter table is for reference only.
The actual production capacity is determined by the type of materials and production conditions.
Working principle of DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Crusher)
DPCH Single Cylinder Cone Crusher (DPCH Crusher) realizes the rotation of the moving cone through the eccentric sleeve driven by the motor, alternately approaches and moves away from the fixed cone, performs lamination crushing, and produces uniform cubic particles. The hydraulic system of CH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher) automatically adjusts the discharge port when encountering unbreakable objects or overload, protects DPCH Crusher and discharges foreign matter, while the lubrication system ensures that key components are fully lubricated, reduces wear and extends the life of DPCH Cone Crusher (DPCH Crusher).
Application scenarios of DPCH Single Cylinder Hydraulic Cone Crusher (DPCH Cone Crusher)
The DPCH Single Cylinder Cone Crusher (DPCH Cone Crusher) demonstrates exceptional versatility in processing medium-to-high compressive strength materials, including iron ore, limestone, and granite. DPCH Single cylinder cone crusher (DPCH Cone Crusher) robust design serves critical roles across:
Mineral extraction: Metalliferous/non-metalliferous quarries
Aggregates production: Sand/gravel resource utilization
Industrial processing:Construction material manufacturing, infrastructure development, and heavy machinery applications.
FAQ
1. Core positioning & advantages of DPCH Cone Crusher?
Specialized in secondary crushing, adopts large-eccentricity DPCH Crusher's single-cylinder hydraulic system for strong crushing force. Heavy-load resistant structure with thickened alloy key parts, ideal for mines and large aggregate plants with DPCH Crusher's continuous high-load operations.
2. Applicable industries & materials?
Serves mining (metal/non-metallic ores) and large construction aggregate processing. DPCH Crusher can efficiently crush granite, basalt, iron ore, quartzite, suitable for scenarios requiring stable particle size after secondary crushing.
3. Key parameters for DPCH Crusher model selection?
Focus on material's single-particle compressive strength and hourly capacity fluctuation. DPCH Crusher's hydraulic pressure adjustable; technical team recommends models based on subsequent fine crushing feed requirements.
4. Logistics & delivery solutions about DPCH Cone Crusher?
FOB as preferred mode. Provides split packaging + port hoisting guidance. Cooperates with designated logistics providers, offering center-of-gravity parameters and hoisting diagrams for safe loading/unloading.
Our Service of DPCH Crusher
Customized Secondary Crushing Adaptation of DPCH Cone Crusher
In-depth research on the entire production chain, designs exclusive process parameters (crushing gap, speed matching) and layout suggestions for seamless connection with front-end/back-end DPCH Crusher.
Heavy-Load Logistics Support of DPCH Cone Crusher
Adds moisture-proof and shock-proof buffer layers. Offers full-process tracking and assists in connecting hoisting resources, shortening DPCH Crusher's unloading preparation time.
