Can the glue making equipment monitor and adjust the temperature inside the reactor in real time?

Glue making equipment usually uses the following technologies and equipment to monitor and adjust the temperature in the reactor in real time:
Temperature sensor: The glue making equipment will install temperature sensors inside or on the surface of the reactor, which can measure the real-time temperature of the material. Common temperature sensors include thermocouples and resistance thermometers (such as platinum resistance thermometers), which can stably and accurately reflect the temperature changes of the material.
Controller: The temperature sensor sends the collected temperature data to the controller. The controller is one of the core components of the glue making equipment. It compares and analyzes the preset temperature set value and the actual temperature data fed back by the sensor. The controller is usually equipped with a microprocessor or other logic circuit that can process temperature information quickly and accurately.
Reaction system regulation: According to the instructions of the controller, the glue making equipment can automatically adjust the operating status of the heating or cooling system. For example, when the actual temperature is lower than the set value, the controller will start the heating system to deliver heat energy to the reactor to increase the temperature; conversely, when the actual temperature exceeds the set value, the controller will adjust the cooling system to work and reduce the temperature through the cooling medium.
Feedback mechanism: The controller continuously obtains updated temperature data from the temperature sensor and adjusts the control strategy in real time to ensure that the temperature in the reactor is always within the set ideal range. This feedback mechanism can effectively stabilize the production process and ensure product quality and production efficiency.
In general, the glue making equipment realizes real-time monitoring and precise adjustment of the temperature in the reactor through temperature sensors, controllers and reaction system adjustments. These technologies ensure the accuracy and stability of temperature control during the production process.