K type electric coupling and T what is the difference between each? Can you use

Someone asked two kinds of electric heating accidentally connected if the polarity is not divided into several would happen even freely? Covariates even negative mix even there will be what? How to judge my T type electric heating is accidentally or K type thermocouple I have two one is 0. 3 PVC outer insulation layer is a 0. 4 the outer layer of very thick hairy. Main interpretation is as follows:

1, the different types of thermocouple can not mix. The most common is k type thermocouple, - can be measured The range of 200 to 1000 degrees, the disadvantage is that more than Curie point when there will be a characteristic curve of jump, about 150 degrees or so. T is a magnetic material, no Curie point, so the characteristic curve is more coherent, the effect is better. Temperature range - 200 degrees to 350 degrees.

2, electric heating is thermal sensor on line is the die temperature. Is used for measuring the temperature of the probe. Electric heating accidentally when the temperature of the thermocouple at both ends is the basic function of different ( Temperature difference) Generates a thermoelectric potential. It is the main purpose of the use of thermoelectric potential and temperature difference of fixed relationship to detect temperature; The second is used for temperature differences.

t nonmagnetic material, not the Curie point, so the characteristic curve is more coherent, the effect is better. Temperature range - 200 degrees to 350 degrees

the different types of thermocouple can not mix. K is the most common type, can be measured The range of 200 to 1000 degrees, the disadvantage is that more than Curie point when there will be a characteristic curve of jump, about 150 degrees or so