Factors Affecting the Output of European Type Impact Crusher

The output of a European Type Impact Crusher is affected by several factors, including:

1. Material hardness: Harder materials require more energy to crush, which can reduce the crusher's output.

2. Feed size: The maximum feed size that the crusher can handle will affect its output. If the material is too large for the crusher, it can cause blockages and reduce the output.

3. Crushing cavity: The crushing cavity of the crusher can affect the amount of material that the machine can process at once. A larger cavity can increase the crusher's output, but it may also reduce the quality of the finished product.

4. Rotor speed: The speed of the rotor can affect the crusher's output. A faster rotor speed can increase the output, but it may also increase wear on the machine.

5. Wear parts: The condition of the wear parts, such as the blow bars and impact plates, can affect the crusher's output. When these parts are worn, they can reduce the machine's efficiency and output.

Here is a table detailing some technical specifications of a typical European Type Impact Crusher:

| Model | Feed Opening (mm) | Max Feeding Size (mm) | Capacity (t/h) | Motor Power (kw) |

|-------|------------------|----------------------|---------------|-----------------|

| PFW1210II | 1100×970 | 250 | 70-120 | 90-110 |

| PFW1315II | 1300×1500 | 300 | 180-270 | 160-200 |

| PFW1415II | 1400×1500 | 350 | 280-350 | 200-250 |

In summary, the output of a European Type Impact Crusher can be affected by several factors, including material hardness, feed size, crushing cavity, rotor speed, and wear parts condition. By carefully managing these factors, operators can optimize the machine's output and efficiency.