Extremely high reliability and environmental adaptability: IPCs are specially designed for industrial environments and can adapt to harsh production conditions such as high temperature, high humidity, dust, vibration, and strong electromagnetic interference. This effectively overcomes the problems in old relay control systems where cumbersome logic and easily malfunctioning contacts led to sluggish equipment actions or even damaged anvils.
Intuitive monitoring and human-machine interaction interface: Old systems (especially PLCs) often lack an intuitive display interface, making it difficult for operators to fully grasp real-time data during the synthesis process. Combined with configuration software, IPCs can provide an all-Chinese, multimedia visual interface to intuitively display the status of various valves and motors, as well as key parameters like temperature, pressure, and displacement in real-time. It can also dynamically plot the "set curve" and "actual operation curve" for operators to compare.
Strong data recording and traceability analysis capabilities: Old systems usually cannot store past synthesis data. The IPC system can record core data (such as pressure, power, six-way displacement, synthesis time, etc.) and detailed alarm information in real-time during the operation process. Through historical data records, technicians can compare process parameters with the final product quality to continuously adjust and find the optimal synthesis process parameters, which was completely impossible in previous systems.
Flexible process parameter management and security confidentiality mechanism: In early systems, adjusting production plans often required re-entering parameters or even modifying the underlying programs of PLCs or single-chip microcomputers, which was cumbersome and prone to errors. The IPC system can easily store multiple process curves and introduces a multi-level authority password management mechanism. Only authorized technicians can log in to modify core process parameters. This avoids misoperation and greatly protects the company's technical secrets.
High control precision and easy implementation of advanced control algorithms: The core components of old analog controllers are hardware circuits, and changing the scheme requires replacing the hardware; while the control core of an IPC is software. This enables IPCs to easily apply modern advanced control theories (such as the self-adjusting factor fuzzy control and proportional control with a dead zone introduced in this system), which not only significantly improves the control precision of pressure and temperature but also improves the performance of multi-cylinder synchronous positioning, playing a key driving role in enhancing product quality and yield.