Thermostat 96 Shiva waves (PID) 15D1

Thermostat 96 Shiva waves (PID) 15D1

[96 Shiva Wave Thermostat (PID) 15D1](https://www.automation24.ir/product-2400/%D8%AA%D8%B1%D9%85%D9%88%D8%B3%D8% 25AA%D8%A7%D8%AA-96-%D8%B4%DB%8C%D9%88%D8%A7-%D8%A7%D9%85%D9%88%D8%A7%D8%AC- \(pid\)-15d1)


Thermostat 96 Shiva Amwaj using the PID system and features of Shiva Amwaj IC thermostat


## Characteristics of Shiva Amwaj IC thermostat
Temperature control in two ways, ON/OFF or PID
5 indicators for announcement
UP: Increase in temperature
DOWN: Decrease in temperature
AUTO TUNING: Selecting PID controller parameters automatically
RELAY: Connect the relay
ALARM: connect the alarm relay (flashing)
Ability :
Temperature measurement with an accuracy of 1 °C
Setting the relay's cut-off and cut-off temperature in ON/OFF mode
Detection of sensor disconnection
Setting the ALARM relay cut-off and cut-off band
Calibrate the device with the reference to be used


## Technical specifications of Shiva Amwaj IC thermostat:
Supply voltage: between 180 and 250 volts AC (from 50 to 60 Hz)
Measurement range: from -100 to 1350 degrees Celsius
Sensor type: K type thermocouple
Time delay:
Connected: 1 to 60 seconds
Interruption: 1 to 60 seconds
Efficiency in:
Temperature: from -20 to 65 degrees Celsius
Humidity: 70%
Output: 2 5 amp relays using K type thermocouple, capable of measuring and controlling temperature with high accuracy.

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Thermostat:

Sensors are sensing elements of a system. Among these sensors, we can mention thermocouples and RTDs, which have the ability to sense the temperature value. Now, in order for the user to be able to read the temperature of this sensor, he can use thermostats. In fact, one of the most important features of the thermostat is the ability to display the temperature value of the sensor.

Thermostat is a combination of the Greek words Thermo (heat) and statos (stop and stay). Therefore, from the integration of these two words, we understand that the thermostat is a device that maintains the heat at the set point.

In addition to displaying the temperature value, thermostats have other functions. Thermostats can keep the temperature of an environment constant. Some thermostats can have more than one temperature sensor connected to them to display the temperature. PLCs also have the ability to read and display the temperature value. But since it may not be economically justified to use PLCs in many cases, thermostats can be used. Some thermostats also have the ability to be networked in industrial processes. They can read several alarms from them. Also, thermostats have the ability to become PID, which makes this important feature increase the use of this equipment in burners.

Thermostats have various working modes, for example, you can mention cold and heat mode in thermostats. Control mode is also defined in the thermostat. In fact, the output of the thermostat can be defined in different modes, the output of the thermostat (that is, the methods of reaching the temperature set by the user) can be ON/OFF, in this case the output of the thermostat can be relay or SSR.