E5CN-Q2TDU AC/DC24

The E5CN-Q2TDU is an AC/DC24 temperature controller manufactured by OMRON. It has a number of features such as PID control, manual setting, alarm output, and thermister input. It is designed for a wide range of industrial, commercial and residential applications.

The E5CN-Q2TDU temperature controller is a compact, digital device designed to regulate temperature processes such as liquid baths, hydraulic circuits, air systems and so forth. It is capable of controlling either a heating or cooling system, with a maximum temperature set-point of 24 degrees. The precision of the temperature control is ensured by the PID controller, which can also be used to make more detailed adjustments on the set-point. Furthermore, manual settings and an alarm output are available for further customization.

The E5CN-Q2TDU is designed to control temperature processes by using thermister input and a variety of additional control signals. It can be used with thermocouples, other thermistor-based sensors, or even with a discrete contact closure. In addition, other input/output signals can be used if needed.

The E5CN-Q2TDU can be programmed for various applications, such as controlling a heating or cooling system, controlling a liquid bath, regulating an air system, controlling a hydraulic circuit, or controlling a process with other temperature-related operations. It also has the ability to be adjusted to match the customer\'s exact requirements.

The working principle of the E5CN-Q2TDU is relatively simple. It uses a thermistor or other temperature-sensing device to measure the ambient temperature. This is then compared with the set-point to calculate the required control signal to the heaters/coolers, which then adjust the temperature of the process. The E5CN-Q2TDU also takes into account the various control signals it receives in order to make further adjustments.

In conclusion, the E5CN-Q2TDU temperature controller is a versatile and reliable device, suitable for a range of industrial, commercial and residential applications. It works by using thermistor or other temperature-sensing device to measure the ambient temperature and then compares this with the set-point in order to calculate the required control signal to the heaters/coolers. Moreover, it has other various settings and input/output signals for further customization.