Application Equipment: Reactor

Product Model Used: AI-518P

Process Overview:
Reactor control involves managing temperature, pressure, and rotational speed, with temperature control being the most critical factor. It determines the success or failure of the entire reaction process and plays a pivotal role in the equipment's operation.

Problems Solved for Customers:
Reactor temperature control is characterized by significant lag due to heating methods such as electric heating, oil baths, far-infrared radiation, and circulation through jackets around the reactor vessel. The working principle results in a much slower temperature rise compared to the heater itself. The cascade proportional method introduced by the YuDian AI-518P effectively mitigates the lag differences caused by high and low temperatures, achieving high precision control. This greatly simplifies usage for customers and supports multiple communication protocols and interfaces, seamlessly integrating with other on-site equipment like DCS, PLC, touchscreens, configuration networks, and almost all mainstream upper-level computers.

Value Delivered to Customers:
The self-tuning feature of the AI-518P controller can achieve a temperature control accuracy of ±1°C for reactors. Enhanced temperature control precision directly impacts experimental results, significantly improving material quality for customers. Additionally, the tuning process is convenient, facilitating experiments at different temperatures.

Customer Feedback:
The YuDian AI-518P offers high precision temperature control, ease of use, quick learning curve, stable performance, and rapid delivery. It has been very well received in various research institutes and university laboratories, demonstrating excellent performance across applications.