Product Overview
The Symons cone crusher is the classic cone crusher used worldwide for secondary and fine crushing of ores and rocks. It is widely applied in large mines, smelting, building materials, highways, railways and water conservancy projects. With a high crushing ratio, high efficiency, low energy consumption and uniform product size, it suits the secondary and fine crushing of all kinds of mineral and rock.
Complete Model Range & Technical Specifications (PYF-B Standard Type)
| Model | Cone Dia | Max Feed (mm) | Capacity (t/h) | Motor (kW) | Weight (t) |
|---|---|---|---|---|---|
| PYFB 0910 | 3 Ft | 88 | 40-100 | 75 | 14.64 |
| PYFB 0917 / 0918 | 3 Ft | 159-163 | 55-180 | 75 | 14.64 |
| PYFB 1313 | 4-1/4 Ft | 188 | 105-180 | 155 | 25.86 |
| PYFB 1321 / 1324 / 1325 | 4-1/4 Ft | 213-238 | 118-280 | 155 | 25.86 |
| PYFB 1620 | 5-1/2 Ft | 241 | 162-360 | 240 | 51.72 |
| PYFB 1624 / 1626 / 1636 | 5-1/2 Ft | 269-368 | 232-460 | 240 | 51.72 |
| PYFB 2127 / 2133 / 2136 / 2146 | 7 Ft | 334-425 | 388-745 | 380 | 89.5 |
Standard (PYF-B) and short-head (PYF-D) types available. Capacities vary with discharge setting.
PYF-D Short-head Type Models
| Model | Cone Dia | Max Feed (mm) | Capacity (t/h) | Motor (kW) |
|---|---|---|---|---|
| PYFD 0904 / 0906 / 0907 | 3 Ft | 13-33 | 24-100 | 75 |
| PYFD 1306 / 1308 / 1310 / 1313 | 4-1/4 Ft | 35-54 | 54-250 | 155 |
| PYFD 1607 / 1608 / 1613 / 1614 | 5-1/2 Ft | 70-98 | 82-370 | 240 |
| PYFD 2110 / 2117 / 2120 | 7 Ft | 102-133 | 319-718 | 380 |
Key Features
- Laminated crushing principle - more cubic products, fewer needle flakes
- All parts can be disassembled from the top or side for easy maintenance
- High-manganese steel fixed and moving cones reduce wear
- Automatic iron protection releases and resets when tramp iron enters
- Hydraulic cavity cleaning and large-diameter spindle for reliable operation
Working Principle
The motor drives the eccentric sleeve to swing the crushing cone around a fixed point, so the crushing wall periodically approaches and leaves the concave, continuously crushing the material between them by impact, compression and bending.
