In December, the customer successfully concluded a contract with our company for a D52KS-630 CNC radial ring rolling machine. 

 Some time ago, we had an in-depth conversation with a user we had been communicating with for a long time, and finally confirmed our cooperation. Next, let's take a look at some details about our D52KS-630 CNC Radial Ring Rolling Machine.

Electrical control system of CNC radial ring rolling machine D52KS-630

1. Before operation, the operator enters the basic parameters of the workpiece size into the electrical control system of the ring rolling machine, and the system automatically generates the rolling process parameters.

The system can detect, monitor, display and store various process parameters during the rolling process.

The rolling parameters of the ring rolling machine, including ring outer diameter, inner diameter, radial rolling force, coil holding force, etc., are displayed on the industrial computer display screen.

During the rolling process, the operator can complete the entire rolling process by controlling the electronic handwheel and performing related operations.

2. The main roller motor has a power of 132KW/380VAC and is started by a soft starter cabinet.

3. The programmable controller (PLC) uses Siemens products, and the main computer has position, pressure and temperature detection functions.
And has PLC communication function.

4. The position sensor uses a built-in magnetic induction ruler, and the pressure sensor uses products from the Swiss company HUBA to ensure accurate measurement of the position and pressure of the mechanism.

5. The electrical control system is equipped with a safety protection system, which ensures automatic shutdown of the equipment when its parameters exceed the operating range or under abnormal conditions.

6. The screen displays the working state of the forces of each mechanism, as well as the force settings, the size status of ring forgings, the rolling curve and other parameters. The new control panel has a wider viewing angle and is more convenient to use. Information about human-machine interactions becomes more visible, allowing the operator to make informed decisions about the process.