Process Engineering Division – Instrumentation and Automation Section – Daily Topics – Topic No. 2021-01-30
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Process Engineering Division – Instrumentation and Automation Section – Daily Topics – Topic No. 2021-01-30: Discussion question: 373. In a thermocouple temperature measurement circuit, as long as the temperatures at both ends of the display instrument and the connecting wires are the same, the total potential of the thermocouple does not change due to their connection. On what law is this conclusion based? What does this law state?
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit.
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit.
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit.
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit.
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit.
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit
The law of the intermediate conductor in thermocouples states that when an intermediate conductor (a third conductor) is inserted into a thermocouple circuit, as long as the temperatures at both ends of this intermediate conductor are the same, its inclusion has no effect on the total potential of the thermocouple circuit