PID Temperature Controller

The pid temperature controller is mainly used in the high-precision temperature control of reactors and the simulation of temperature conditions in material testing. It has a wide temperature range and a strong heating and cooling rate. This series can provide a temperature control range of -120 ~ 300 ℃, matching reaction kettle, especially suitable for chemical reaction tests with rapid exothermic and endothermic reactions. It is especially suitable for the performance test of new energy vehicle battery packs. The high flow rate ensures rapid heat exchange in the external system; the self-lubricating magnetic coupling circulation pump is suitable for various test requirements and can prolong the service life. Equipped with a color touch screen, you can easily complete the operation with your fingertips, and can directly display a variety of parameters, including the performance parameters of the equipment itself and external control parameters.

The pid temperature controller is one of the important equipment of industrial automation. Its main function is to keep the temperature within a certain range by adjusting the ambient temperature, so as to meet the needs of the production process. It can be used in different occasions, such as in drying, heating, cooling and other production processes. The pid temperature controller mainly includes four parts: sensor, controller, actuator and monitoring system.

The sensor is an important part of the pid temperature controller. Its main function is to measure the ambient temperature and send the measured temperature data to the controller. There are many types of sensors, commonly used are thermistors, thermocouples, infrared sensors, etc. When selecting a sensor, factors such as its accuracy, sensitivity, and measurement range need to be considered. At the same time, the sensor also needs to be adapted to the controller and be able to transmit data stably.

The controller is the core part of the pid temperature controller. Its main function is to receive the temperature data sent by the sensor, process and analyze it, and control the actuator to keep the temperature within a certain range. In the selection process of the controller, factors such as its control accuracy and response speed need to be considered.

The executor is the output part of the pid temperature controller, and its main function is to execute the instructions generated by the controller. Commonly used actuators include heaters, coolers, solenoid valves, etc. When selecting an actuator, it needs to be selected according to the specific production process and requirements. At the same time, in the installation and selection of the actuator, factors such as its control speed and output power need to be considered.

The monitoring system is an important part of the pid temperature controller, and its main function is to realize remote monitoring and control of temperature. The monitoring system can remotely monitor the temperature through the network, and at the same time realize functions such as alarming, recording, and reporting. When selecting a monitoring system, it is necessary to comprehensively consider factors such as cost, functional requirements, and ease of use to choose the best monitoring system.