What work should be done in the initial stage of installation of European coarse powder mill?

The installation of a European coarse powder mill requires attention to several important steps in the initial stage of the process. Here are some key tasks that should be done during the initial stage of installation:

1. Site preparation: The site where the coarse powder mill will be installed should be properly prepared, which may include leveling the ground, constructing a foundation, and installing drainage systems.

2. Assembly of equipment: The equipment needed for the coarse powder mill, such as the grinding machine, motor, fan, and other components, should be properly assembled and installed according to the manufacturer's instructions.

3. Electrical wiring and control system installation: Electrical wiring must be installed for the coarse powder mill, including the control system, motors, fans, and other electrical components.

4. Hydraulic system installation: If the coarse powder mill uses a hydraulic system, it should be installed and tested to ensure proper operation.

5. Commissioning and testing: After installation, the coarse powder mill should be thoroughly tested to ensure that it operates correctly and efficiently, and that all safety features are properly functioning.

Here is a table detailing some technical specifications of a typical European Coarse Powder Mill:

| Model | Roller Number (pcs) | Maximum Feed Size (mm) | Output Size (mm) | Capacity (t/h) |

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

| CM4008 | 3 | ≤30 | 0-3 | 8-15 |

| CM4012 | 3 | ≤30 | 0-3 | 10-20 |

| CM4015 | 3 | ≤30 | 0-3 | 13-25 |

In summary, the initial stage of installation for a European coarse powder mill involves preparing the site, assembling the equipment, installing the electrical and hydraulic systems, and commissioning and testing the machine. A typical European coarse powder mill has several technical specifications, including the number of rollers, maximum feed size, output size, and capacity, which can vary depending on the specific model.