E5AC-TQX4A5M-008

The E5AC-TQX4A5M-008 is an advanced digital temperature controller from the controllers – Process, Temperature range. It is designed for applications involving refrigeration, air-conditioning, pharmaceuticals, food processing, and other process as well as temperature control processes.

The E5AC-TQX4A5M-008 comes with a variety of features that make it ideal for applications that require a high level of accuracy in temperature control. It is highly reliable, with performance that surpasses that of many traditional controllers. Its design also incorporates advanced technologies such as Stable-Step, Soft-Fail, Quick-Lock, High-Speed Error Control, and Smart Auto-Recovery.

The controller is equipped with a dual-mode LED display to clearly show both set and actual values. The set value is the desired temperature set point. The actual value indicates the temperature that is sensed by the controller. The controller also features 24V DC power input and a wide range of output control ranges, allowing it to be used in a wide variety of applications.

The E5AC-TQX4A5M-008 has a unique working principle whereby the controller continuously reads the temperature of the environment and adjusts the setpoint temperature accordingly. This ensures that the temperature of the controlled process is maintained at a specified constant range. The controller also features high-speed PID control and a fuzzy control algorithm to ensure accurate temperature control.

In addition, the controller is also equipped with a variety of features such as remote control capability, analog and digital input/outputs, and an optional add-on for expanded temperature control options. It also comes with a range of sensor options which can be used to customize the controller to different applications.

The E5AC-TQX4A5M-008 is a powerful digital temperature controller suitable for a wide variety of industrial and commercial applications. Its advanced features and high-quality performance make it ideal for applications where accuracy and reliability are of the utmost importance.