Designing a central conveying system for plastic injection production requires careful planning and consideration of several factors.
Here are the general steps involved in designing a central conveying system
- Determine the type and volume of material to be conveyed: Identify the type of plastic material and its specific characteristics such as density, particle size, and moisture content. Also, determine the volume of material that needs to be transported per hour.
- Select the appropriate conveying technology: There are several types of conveying technologies available, including vacuum conveying, dense phase conveying, and dilute phase conveying. The selection of conveying technology will depend on the material characteristics and the distance between the material source and the processing equipment.
- Determine the layout of the system: The layout of the vacuum conveying systems will depend on the location of the processing equipment and the material source. Consider factors such as the distance between the material source and processing equipment, the number of processing equipment, and the available space.
- Determine the necessary components: The industrial conveyor systems will consist of several components, including vacuum pumps, receivers, tubing, and filters. Determine the appropriate size and type of each component based on the material characteristics and the volume of material to be transported.
- Determine the control system: A central feeding system will be required to manage the conveyor transport system. Determine the type of control system based on the complexity of the system and the desired level of automation.
- Installation and commissioning: Once the central conveying system is designed, it will need to be installed and commissioned. This will involve installing the components, running the necessary tubing, and testing the system to ensure it is working correctly.
- Maintenance and monitoring: Regular maintenance and monitoring will be required to ensure the conveyor loading system is operating correctly. This will involve cleaning the filters, inspecting the tubing for wear and tear, and checking the system for any leaks.
By following these steps, you can design a enclosed conveyor systems for plastic injection production that is efficient, reliable, and cost-effective.
Since its establishment, Hengju has been focusing on the research and development of dehumidifying & drying, dosing & mixing and central conveying systems to make products closer to customer’s demand and customize complete automation solutions for customers.
