Injection Moulding Machine Control System

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Injection moulding machine control system

  • 1. Using EtherCAT industrial bus to realise full digital communication mode, which makes the control system more flexible, more reliable and safer.
  •  2. Based on Linux real-time operating system, providing users with customised human-machine interface.
  •  3. Adopting the integrated technology of display and control, solving the problem of communication delay between HMI and control module, bringing more excellent control performance.
  •  4. The original box structure eliminates the need for OEMs to design and produce chassis for HMI, which is more beautiful and economical.
  •  5. Combined with the technology accumulation of Zhongchen platform, the interface smoothness and accuracy of the system can be the effect of mainstream controllers outside the United States.
  •  6. Hydraulic, all-electric injection moulding machine integrated control platform, can control a variety of complex models.
  •  7. Provide communication interface between robot and MES system to help the factory realise unmanned and intelligent.
  •  8. Open platform, users can carry out secondary development, encrypted encapsulation of the core process and big data storage, to enhance the core competitiveness of the equipment. Open platform, users can carry out secondary development.
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SKU: EtherCAT Category:

Product description

Injection molding machine control system description-1
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FAQ

How Do I Control the Pressure of My Air Compressor?

Pressure switches are the most basic pressure control devices and send an electrical signal to the compressor pump to stop or start when the air compressor pressure exceeds these limits.

Pressure regulating valves are used to regulate and stabilize air pressure in a system to ensure a constant output pressure. The valve is controlled by a spring and diaphragm. As the system pressure increases, the diaphragm is forced to squeeze the spring, reducing the valve opening and lowering the pressure. Conversely, when the pressure drops, the spring pushes the diaphragm, increasing the valve opening and raising the pressure.

The unloading valve is used to release excess pressure and prevent overpressurization when the compressor does not need to work.

Inverters not only control the speed of the compressor, but also indirectly control the system pressure.

Selection of the appropriate pressure control method depends on the specific application needs, system complexity and accuracy requirements. Pressure switches and pressure regulating valves are common basic control methods for most application scenarios. Frequency converters and electronic pressure control systems are suitable for applications that require high precision and complex control, providing greater efficiency and stability.

 

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