How to achieve energy saving in blow molding machines

The production process of the blow molding machine is composed of a variety of different processing techniques. Among the many processing techniques, the main energy consumption parts are the power part and the heating part. So how to achieve energy saving of the blow molding machine? In response to this problem, let the blow molding machine manufacturer give you a detailed introduction!

Energy saving of the power part of the blow molding machine: It is recommended that you use a frequency converter during the use of the blow molding machine. The energy-saving principle of the blow molding machine frequency converter is to save the remaining energy consumption for the blow molding machine motor. Let me give you an example: suppose the actual power of the blow molding machine motor is 60Hz, but only 50Hz is needed in the actual production process of the blow molding machine, then the remaining energy consumption is useless and will be wasted. The role of the frequency converter is to achieve the energy-saving effect of the blow molding machine by changing the output power of the motor. Most manufacturers reflect that the use of frequency converters can not only effectively save energy, but also greatly improve the automation level of the blow molding machine and improve production efficiency. Using servo motors, servo motors change AC power into DC power on the basis of frequency converters, and the energy-saving effect is more obvious and stable.

Energy saving in the heating part of the blow molding machine: Energy saving in the heating part is also the energy saving measure adopted for the heater of the blow molding machine. It is recommended to use electromagnetic heaters instead of traditional old-fashioned resistance coil heaters. Although the cost of traditional heaters is relatively low, the energy saving effect is far behind that of electromagnetic heaters. Under the same production conditions, electromagnetic heaters have a higher thermal energy utilization rate, reduce the loss of heat energy transfer, shorten the heating time, and solve the problem of high power and low demand energy consumption.