The drive system of a large hollow blow molding machine, often referred to as a servo motor, is a key component to ensure the stable operation of the blow molding machine. In large-scale hollow blow molding machines, servo drive systems are commonly used, i.e., servo motors are used as power sources.
The servo drive system of a large hollow blow molding machine plays a crucial role. The main points are summarized as follows:
1. Precise control: The servo drive system can realize the precise control of the moving parts of the blow molding machine. Through the high-precision feedback mechanism and advanced control algorithm, the system can adjust the speed, position and torque of the motor in real time to ensure that the parameters in the blow molding process are accurate, so as to produce high-quality hollow products.
2. Improve efficiency: The servo drive system has the characteristics of fast response and high efficiency. It is able to achieve the desired motion state in a short time, reducing the blow molding cycle and improving production efficiency. At the same time, the servo motor has high energy efficiency, which can significantly reduce energy consumption and production costs compared with traditional drive methods.
3. Enhance stability: The servo drive system has good dynamic performance and stability. In the blow molding process, the system can effectively resist external interference and load changes, and maintain the stable operation of the blow molding machine. This helps to reduce production interruptions due to equipment failure or improper operation, increasing production reliability and continuity.
4. Realize intelligence: The servo drive system is usually combined with the advanced control system to realize the intelligent control of the blow molding machine. By integrating sensors, actuators, controllers and other components, the system can monitor the operating status of the blow molding machine in real time, perform fault diagnosis and predictive maintenance, and improve the intelligence and maintainability of the equipment.
Advantages of the opportunistic drive system:
After using this technology, the energy consumption of the hollow blow molding machine is greatly reduced, the energy saving effect can reach 40% to 50%, and the operation is very stable, no special maintenance and maintenance is required, so the maintenance cost is low. The control effect is highly accurate, and the closed-loop control is realized, which effectively solves the problem of the motor out of step of the hollow blow molding machine. The oil leakage phenomenon is completely eliminated, and the blow molding machine and products are not polluted, and the cleanliness requirements of the products are met.
Therefore, it is recommended that you give priority to the purchase of a hollow blow molding machine equipped with a servo drive system instead of a traditional hydraulic blow molding machine. It is true that the initial investment cost of a servo blow molding machine may be slightly higher than that of a traditional hydraulic blow molding machine, but in the long run, the energy savings will be significant and can effectively reduce long-term operating costs. In addition, the stability of the servo drive system is excellent, which ensures the long-term stable operation of the hollow blow molding machine. It is worth mentioning that the application of servo drive system is also one of the important ways to achieve energy saving and consumption reduction of hollow blow molding machine.
The hollow blow molding machine of CRET adopts a servo system, and the customer feedback is good. In addition to the servo system, in order to produce machines with better energy saving effect and high-speed operation, CRIT adopts more low-consumption and high-capacity configurations on the equipment, and also adopts electromagnetic induction heaters in the heating system of the equipment. The servo system of the hollow blow molding machine is a very important part of the production process, therefore, we need to have a deeper understanding in order to produce better hollow blow molded products.
