Low price Compression spring Thermocouple for k type
Working Principle
The K-type thermocouple is based on the Seebeck effect, which states that when the junctions of two different metals are at different temperatures, a potential difference will be generated between them. A K-type thermocouple consists of a nickel-chromium alloy (positive) and a nickel-aluminum alloy (negative). When there is a temperature difference between the hot and cold junctions, a thermoelectric voltage is generated in the circuit, and the temperature can be inferred by measuring this voltage difference.
Product Features
1. High cost-performance ratio, relatively low cost;
2. Good linearity, the relationship between thermoelectric potential and temperature is better compared to other thermocouple types;
3. Strong oxidation resistance, stable performance in oxidative atmospheres;
4. Wide temperature measurement range, capable of meeting the needs of various industrial scenarios;
5. Has certain mechanical strength and good durability.
Product detail
Technical Specifications
|
Product Name |
Compression spring Thermocouple |
|
Degree number |
K / E |
|
Probe diameter |
5*30~100mm |
|
Installation method |
Default :M12*1.5 (Customizable M10*1.5 ; M8*1.25) |
|
Holder length |
Default 32mm (Special length 72mm) |
|
Measuring range |
K:0-600℃ K:0-400℃ |
|
Cable material and length |
Metal shielding wire /cotton covered |