What are the energy-saving ways for swing type rolling molding machines?

Reduce power engineering costs:

1. Select the balance block method to counteract the shaft torque and reduce the output power of the reducer;

2. Adjusting the main parameters of the soft starter only requires small motors.

Reduce natural material consumption:

1. Choose a combustion engine with high ignition efficiency;

2. Reduce the thickness of the mold shell plate, reduce the heat capacity of the mold shell, and reduce the heating and cooling time;

3. By using mold shell temperature measurement, the level of melting can be understood, avoiding requests for overtime or overheating, and saving fuel;

4. Design and install thermal insulation covers (environmentally friendly and energy-saving covers) to reduce the outflow of heat generation;

5. Apply heat insulation cover, mold shell in the closed swing molding machine, decorate and partition the mold shell from the steam body heat convection contact with the indoor environment, and block the steam body heat convection heat removal;

Zhejiang Benfan Machinery Co., Ltd. is an enterprise specializing in the manufacturing of machinery and rolling machine equipment, electromechanical integration equipment, industrial automation control systems, etc. It has senior engineers who have been specialized in mechanical design for more than 20 years, and industrial control experts who have been engaged in industrial automation control system design for more than 10 years. Our technical strength is strong, and we independently develop and complete control systems for each type of equipment, The operation of each device is thoughtfully imagined by users, achieving simplicity, convenience, speed, and efficiency. We have developed equipment that can produce various shaped plastic parts according to market demand, integrating the technology and wisdom of mechanical and industrial control experts, with the concept of low-carbon, environmental protection, and energy conservation. Bold innovation, multiple technological improvements, and the use of self-developed high starting point control systems and more streamlined mechanical structures make the equipment high-performance and affordable. Each device's control system is unique. And it can provide mechanical and control system technology transformation for old equipment in the past, enabling the old equipment to glow with new functions and generate greater benefits.