Self-controlled reactor kettle

Self-controlled reactors can achieve multi-functional control of, pressure, level, stirring, feeding, material input, and output. They are intelligent reactors that can be automated with a high degree of automation. Users only need input the operation steps, and the reactor will operate automatically under the required conditions. Users provide the production process, and the equipment is customized based on the production process.

Self-controlled reactors consist of a reactor body, a reactor cover (head), an outer half- (jacket), an upper mechanical agitator, a transmission device, an axial seal device, support legs, process ports, insulation media, etc.

The reactor body is equipped with manholes, material input ports, material output ports, sight glasses, spotlights, breathing ports,ometers, temperature sensors, cold and hot medium inlets and outlets, etc. Process ports can be added (reduced) according to user requirements.

The control part of the reactor mainly includes stirring speed, level display, temperature, pressure display, material input, and output control parts. It can online monitoring data in real-time, which is convenient and fast.

When the reactor is connected to the power supply, the temperature, speed, pressure, and other sensors installed on the self-controlled reactor will transmit corresponding signals to the reactor control cabinet, which will display the corresponding signals and, at the same time, compare temperature signal with the temperature set signal, and adjust the heating power according to the PID rule to achieve the purpose of making the actual temperature consistent with the set temperature By comparing the speed signal with the speed set signal, the motor speed is adjusted according to the PID rule to achieve the purpose of making the actual speed consistent with set speed; By comparing the pressure signal with the pressure set signal, an alarm will be given when the pressure exceeds the set value, reminding the operator to deal with in time. At the same time, automatic feeding control can be carried out. After the material in the reactor is completely reacted, it can also be discharged automatically.-controlled reactors are a very complete device. When a certain control instrument in the reactor fails, the control cabinet will give an alarm and prompt the maintenance personnel to intervene time.