H(M)PY Series Symons Cone Crusher
Request a Quote
The H(M)PY series multi-cylinder symons cone crusher is equipped with an hydraulic tramp release cylinder, locking cylinder, and automatic discharge adjustment system, which enables automatic locking and chamber clearing functions, reducing adjustment and downtime. It is widely used in mining, metallurgy, sand and gravel, and cement operations. Suitable for medium, medium-fine, and fine crushing of various ores and non-metallic minerals, from ferrous metal ores to non-ferrous metal ores, limestone, and basalt, it excels in fine and ultra-fine crushing applications.
Applicable Materials
- Metal Ores
- Non-Metal Ores
Features
- Engineered with a high-strength integral cast frame for maximum structural integrity and extended service life.
- Features a hydraulic motor system for remote, continuous, and precise closed side setting (CSS) adjustments, ensuring rapid operational response.
- Utilizes the laminated crushing principle to optimize throughput, reduce liner wear, and produce a high-quality cubical product with a optimized fines generation.
- Precision-machined seating surfaces allow for fast, backing-free installation of mantles and concaves, significantly reducing maintenance downtime and replacement costs.
- The adjustment sleeve is secured by multiple compact hydraulic cylinders, ensuring uniform locking force and unparalleled reliability.
- Combines labyrinth and spherical floating seals to provide a robust barrier against dust, protecting internal components and extending oil life.
- Equipped with a hydraulic tramp release and chamber clearing system, allowing the machine to safely clear uncrushable materials and minimize downtime.
- Employs spiral bevel gearing for high load-carrying capacity, quiet operation, and smooth power transmission.
- Features an automated intelligent control system paired with integrated lubrication, enabling real-time condition monitoring and optimized performance.
Dimensions
| Model | Length L1 (mm) | Width W1 (mm) | Height H1 (mm) | Height H2 (mm) |
| | 2180 | 2110 | 1875 | 2500 |
| | 2520 | 2350 | 2210 | 2910 |
| | 2850 | 2500 | 2390 | 3010 |
| | 3300 | 3080 | 2400 | 3250 |
| | 4000 | 3600 | 3310 | 4350 |
| | 4000 | 3600 | 3310 | 4350 |
| | 4805 | 3900 | 3870 | 4540 |
| | 5000 | 4700 | 5050 | 5790 |
Technical Parameters
| Model | | | | | | | | |
| Max. feeding size (mm) | 185 | 230 | 300 | 330 | 350 | 356 | 360 | 360 |
| Discharging size (mm) | 13 | 13 | 13 | 16 | 16 | 9 | 13 | 10 |
| Capacity (t/h) | 120-250 | 150-440 | 185-630 | 280-790 | 385-1200 | 341-1440 | 615-2420 | 590-3025 |
| Power (kW) | 160 | 220 | 315 | 400 | 630 | 710 | 800 | 900 |
Projects
Aggregate Plant Project in Hengyang, Hunan (7.5 million tons per year)EPC Aggregate Plant Project in Wenchuan, SichuanAggregate Plant Project in Jingmen, Hubei (7 million tons per year)Aggregate Plant Project of Juwuxing Company in Jingmen, HubeiAggregate Plant Project of Wuzhou City Construction Investment Group in Guangxi (15 million tons per year)Aggregate Plant Project of China Gezhouba Group in Ding'an, Hainan
For basalt aggregate lines, why are multi-cylinder symons cone crushers frequently chosen?
Basalt has high hardness, and multi-cylinder symons cone crushers offer strong crushing force, good particle shape, and easy automation control, making them ideal for basalt crushing.
What turnkey solution fits a granite quarry targeting high-quality aggregates?
A combination of a jaw crusher multi-cylinder symons cone crusher in a closed circuit, along with necessary shaping stages, can achieve both high production and excellent particle shape.
For mines and high-hardness aggregate production, which require continuous high-load operation, can the multi-cylinder symons cone crusher ensure stable production and particle shape quality?
The multi-cylinder symons cone crusher uses a high-energy hydraulic mainframe and a multi-point oil lubrication system, providing super strong crushing force and efficient heat dissipation. It remains stable during long-term continuous operation. The multi-chamber laminated crushing design ensures uniform discharge particle size and excellent particle shape, meeting the high-load production requirements for high-hardness aggregates and ores.