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The SUCH K type thermocouple probe offers exceptional performance with a wide temperature measurement range, fast dynamic response, and stable operation. It is equipped with a dual-core wire, ensuring excellent high-temperature resistance, oxidation resistance, and superior signal transmission. The probe features a high-quality sensing head, which guarantees durability in harsh environments. Its exquisite craftsmanship not only ensures functionality but also gives the probe an aesthetically pleasing design. This thermocouple probe is perfect for a variety of demanding applications that require precision and reliability.
Note: In practical applications, the sensor must be compatible with the temperature instrument. If the input type of the temperature instrument is K, the temperature sensor must also be type K; otherwise, the temperature will not be displayed correctly.
Probe Dimension
Terminal Dimension
Note: The above data is manually measured and may have some errors. Please refer to the actual product for accuracy.
A K type thermocouple probe is a temperature sensor that consists of two wires made from different metals (Chromel and Alumel). It is used for measuring temperatures within the range of -200°C to 1372°C. The probe provides an electrical voltage that correlates with temperature changes, allowing accurate temperature measurements.
A K type thermocouple works by exploiting the thermoelectric effect, where two dissimilar metals (Chromel and Alumel) are joined at one end. When the joined end (the measuring junction) is exposed to heat, it generates a small electrical voltage that is proportional to the temperature difference between the measuring junction and the reference junction (the other end). This voltage is then measured and converted into a temperature reading.
The lifespan of a K type thermocouple probe depends on various factors such as the materials used, operating conditions, and how well it is maintained. Under normal conditions, a high-quality K-type probe can last for several years, but exposure to extreme temperatures, chemicals, or mechanical stress can shorten its lifespan.