The value obtained from the TC module to which the thermocouple probe is connected for temperature measurement is multiplied by 10. So, if the actual temperature is 25 degrees Celsius, you will see 250 degrees Celsius in the PLC program. Therefore, this value is divided by 10 to get the actual temperature value. Because in the TC module, automatic scaling of the temperature value is performed, but only increased 10 times, and therefore it must be divided by 10
Because the TC module scales the input signal coming from the thermocoupler, so that the temperature value is 10 times higher than the actual value. So that value must be divided by 10 to get the actual temperature value
I need more explanation about the fonctions in the 2 network 🙂
The value obtained from the TC module to which the thermocouple probe is connected for temperature measurement is multiplied by 10. So, if the actual temperature is 25 degrees Celsius, you will see 250 degrees Celsius in the PLC program. Therefore, this value is divided by 10 to get the actual temperature value.
Because in the TC module, automatic scaling of the temperature value is performed, but only increased 10 times, and therefore it must be divided by 10
can we change thermocouple type through programming?
Yes
can you please tell me why we need to multiply it by 10 ?
Because the TC module scales the input signal coming from the thermocoupler, so that the temperature value is 10 times higher than the actual value. So that value must be divided by 10 to get the actual temperature value
@@muhamedpasic83 thank u so much