1811727-2

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A wide range of industries and applications require precise temperature readings that are trustworthy, and the 1811727-2 is the answer. This thermocouple, also known as the Type K or the KX, is typically used in applications where temperature readings are maximum up to 1000°C (1832°F). This kind of thermocouple has great effectiveness when placed in a base metal, specifically the common stainless steel, yet is not required for its use.

This thermocouple was designed with the idea of having low cost components and being reliable in a wide range of temperatures. Its main feature is the multiplicity of high temperature applications. This robust thermocouple is especially appropriate for use in several industries, such as ammunitions, aircraft engineering, marine engineering, and even in laboratory and medical applications.

Utilizing the Seebeck effect principle, the 1811727-2 allows for the right temperatures computations by connecting two dissimilar conductors at a point to create tight junctions. As a result, when the temperature of the junction varies, a voltage is produced between the point of contact and the open-circuit end. This small amount of voltage produces a very accurate indication of the temperature readings.

This thermocouple is capable of measuring temperatures up to a maximum value of 1000C (1832F). This is because the components used for this thermocouple are chromel and alumel, which are materials with high resistance to heat. Although this thermocouple offers resistances at high temperatures, it is not adequate with respect to corrosion. It is advised that users opt for an alternative thermocouple in highly corrosive environments.

Choosing the right thermocouple may depend on several environmental factors, such as the different measurements of temperatures, ambient and medium temperatures, as well as the life expectancy of the thermocouple. That is why it is important to consider the 1811727-2 thermocouple when a high temperature, low cost, and long-term use are required for the application.

In some cases, complex thermocouples need to be installed to obtain the desired results. This thermocouple, offers a simpler and easy way to accomplish that. It can be installed in a non-metal sheath and allows for direct connection to a recording device, such as a digital indicator.

When using the 1811727-2 thermocouple, it is always used in combination with a reference junction. Since there is a difference in temperatures between the junction point and reference junction point, the difference produces the reference voltage, meaning that with this device, the reference junction is also known as the cold junction.

The 1811727-2 is a robust and highly effective thermocouple that allows for a wide range of applications. Its resistance to heat and its price are suitable in different industries, such as aircraft engineering and marine engineering. It can be used in non-metal sheaths, and its compact design makes it perfect for use in medical applications as well. With its simple installation process, the accuracy levels allowed by the 1811727-2 are proven, making it the perfect choice for multiple temperature measurement applications.

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