LNEYA reactors temperatuer control units

It can meet the complex process control requirements of intermittent reactors or continuous process cooling, heating, etc. It can accurately control the temperature of reactor materials with a temperature control accuracy of ±1°C; it adopts a fully enclosed pipeline design, which improves the thermal utilization rate of the system while reducing the demand for heat transfer media; the high-temperature cooling technology can directly reduce the temperature from 300°C.

Principle of TCU temperature control Unit

• The method of changing the control set value can respond to the system lag in the process as quickly as possible and obtain a smaller system overshoot. The control consists of two sets of PID control loops, which are called: main loop and slave loop. The control output of the main loop is used as the set value of the slave loop. By controlling the temperature change gradient in this way, the temperature control accuracy of the system is guaranteed.
• The specially designed hysteresis predictor generates a dynamic signal yc(t) instead of the process variable y(t) as a feedback signal. Generate an e(t) signal for the controller, so that the controller predicts that the control action has no large lag.

Application of TCU temperature control Unit

It features dynamic temperature control, high-precision temperature regulation, energy efficiency, stability and reliability, as well as ease of operation.

• Industrial automation
• Food processing industry
• Medical device manufacturing
• Pharmaceutical manufacturing industry
• and other fields.