Autonics Temperature Controller

Advanced Temperature Control with Autonics Temperature Controller
Temperature measurement and control is a critical task in industrial systems and process design. Various elements are utilized in the design of many devices and industrial processes. In these systems, we constantly strive to generate controlled heat. For this purpose, various temperature controllers have been designed and equipped with the ability to detect temperature and issue control commands. The Autonics temperature controller is one of the best examples of these devices in the market, boasting excellent precision and robust performance. The purchase of Autonics temperature controllers is common across many industries and in the design of numerous factory processes.
By purchasing an Autonics temperature controller, you can avail yourself of the technical and engineering services at the Automation Rad site. The technical and engineering group of Automation Rad is a supplier of industrial electrical equipment and accessories across the country. They are actively introducing and thoroughly reviewing various common industrial electrical systems, as well as introducing top products from reputable market brands. To inquire about the price of the Autonics temperature controller, you can contact the sales experts of the Automation Rad site.
Overview of Autonics Temperature Controllers
Autonics has designed a wide range of temperature controllers with extensive technical capabilities. Currently, Autonics brand controllers are among the most precise and practical industrial controllers available, and they are enjoying high popularity among consumers. The installation, setting adjustments, and overall operation of these devices are straightforward. Autonics controllers, while simple, are highly accurate and feature-rich. They are also durable and reliable, capable of contributing effectively to the heaviest and most complex factory operations. All these features have led to a good reception for the purchase of Autonics thermostats.

The TC4Y-14R temperature controller is one of the products of the Autonics brand. This controller features PID control and SSR output capability. With this controller, you can accurately control the temperature. It has an RTD input and SSR output, and it can work with various thermocouples, such as R, S, T, J, and K types. Additionally, the installation and setup of this controller are straightforward, making it suitable for various industries and factory processes.
Autonics has intelligently designed its temperature controllers with a wide variety of dimensions and capabilities. Each model of Autonics temperature controllers is suitable for different uses in various spaces. All Autonics temperature controllers can work with multiple types of thermocouples R, S, T, J, and K. They can also work with resistive sensors like RTD such as PT100. The temperature detection accuracy of Autonics digital thermostats is high across all models.
Capabilities of Autonics Temperature Controllers
Autonics thermostats can operate using both open-loop and closed-loop temperature control methods. You can use these products solely as a display for temperature detection. In this case, the Autonics controller will be an accurate reference for temperature monitoring in an open-loop control system. Since they can work with 2 and 3-wire thermocouples as well as RTD sensors, they are practically suitable for installation in any system under any design conditions.
Autonics temperature controllers can also be used to complete closed-loop control systems. These controllers have various outputs, the operation of which can be programmed. You can use the access features in Autonics temperature controllers to issue necessary commands. In this way, in addition to displaying the instantaneous temperature, the Autonics digital temperature controller can take control of system parts such as connecting and disconnecting elements and even other industrial electrical necessities. Of course, the controller, by constantly monitoring the system temperature and considering the set commands in a closed-loop system, issues control commands.

Autonics temperature controllers can be used in both thermal and cooling processes. Most of these controllers can control the heating current of an element and can also operate in the cooling process of equipment such as chillers. For this purpose, specialized operating modes have been designed. The controller operates by default in heating mode, which can be used in the relevant equipment by activating the cooling mode.
Control Features in Autonics Digital Thermostats
Autonics has anticipated reaching a complete level of control capabilities in the design of its temperature controllers. With Autonics temperature controller settings, you can easily implement various common methods of temperature control in industrial systems. These control features in Autonics products are as follows:
- On/Off Control: This is the simplest method of temperature control that works with the conditions of disconnecting and connecting the element current. Implementing the On/Off system is simple. It is suitable for large systems with slow thermal performance. However, designing systems with fast thermal performance causes temperature overshoot and ultimately needs better control accuracy.
- Proportional Control (P): Autonics thermostats can design proportional temperature control (P). In this method, the amount of temperature fluctuation will be less, but reaching the final stable state is very time-consuming. Therefore, it is not very suitable for large systems with slow thermal performance.
- Proportional Integral Control (PI): This is a more advanced method than proportional control, and it makes the system's stability conditions more precise. At the same time, it is without offset. However, in practice, it is still considered a slow method.
- Proportional Derivative Control (PD): This method is designed to solve the slowness problem of P control systems. It has a suitable response speed; however, its control conditions are completely unstable.
- PID Control: This is the most complete type of control in industrial processes that works with the proportional derivative pattern along with integral elements in monitoring the output during the design of closed-loop systems. PID control, without the presence of offset, at a suitable speed with a high level of stability, keeps the system temperature at the set level.
Most Autonics temperature controllers are designed with PID control capability. Apparently, working with PID controllers is very difficult, but in practice, it is not at all. All controllers automatically calculate the PID coefficients according to our desired set temperature, and there is no need to change or calculate these coefficients. All Autonics controllers have PID and ON/OFF control, and you can select your desired controller mode using its parameters. By purchasing an Autonics thermostat, you can design a complete level of these capabilities in any industrial system. The technical experts of the Automation Rad site are ready to provide consultation before purchasing products.
Output Capabilities of Autonics Temperature Controllers
Autonics has been programmed for input and works with various heat sensors such as thermocouples and RTD. It is fully equipped in this regard. Also, these products have been designed to have output capabilities. Autonics controllers website can be used to communicate with any industrial electrical system. Various outputs with different functional capabilities have been used in these controllers, such as:
- Relay Outputs: These outputs are designed for simple On/Off control methods. An internal electric relay in the controller commands these outputs. These relays are so-called dry relays, meaning they can disconnect and connect a circuit that works with AC or DC voltage.
- SSR Output: In the design of Autonics thermostats, there is a high current SSR output that can generate DC voltage. This generated voltage by the controller is entered into a device called SSR, which works similarly to a relay and can control the output.
- Current Output: The 4 to 20 milliampere output is designed as an analog output of the Autonics temperature controller. This output is used in the form of a current to apply analog commands. It can be used to input PLC systems or various drives to control the speed of electric motors. This output is used to design closed-loop PID control systems using the Autonics temperature controller.
Types of Autonics Temperature Controllers
Autonics temperature controllers have been designed in various models to cover different functional capabilities. All models of these temperature controllers are digital and are categorized into five series:
- Autonics TC Series Thermostat
- Autonics TCN Series Thermostat
- Autonics TZ, TZN Series Thermostat
- Autonics TK Series Thermostat
- Autonics TX Series Thermostat
Autonics products representation in Iran for the sale of Autonics equipment. In the following, we will discuss the technical aspects of the design pattern and the practical capabilities of various Autonics temperature controllers.

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