HE10WPR/11

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The HE10WPR/11 is a multi-conductor, high-temperature thermocouple wire designed for long-term temperature measurement in remote locations. It is a robust, low-cost and reliable solution for industrial applications such as petrochemical engineering, aerospace, power generation and railway industries.

The HE10WPR/11 incorporates a Teflon coating and an automated helical winding construction to form its high-temperature thermocouple. The winding construction provides consistent thermocouple performance over time and in varying environmental conditions. This winding process also enables the creation of complex and intricate patterns for both simple and complex thermocouple construction.

Working Principle: The working principle of the HE10WPR/11 is based on Seebeck effect. When two wires of different metals are in contact with two different temperature sources, a small voltage is generated due to a temperature gradient. This voltage can be used to measure the temperature and is known as a thermocouple.

The HE10WPR/11 thermocouple is composed of two distinct metal wires, connected at both ends. When one end of the thermocouple is exposed to higher temperatures, electrons inside the metal wires produce an electric current that generates a voltage between the two ends of the thermocouple. The magnitude of this voltage is directly proportional to the degree of temperature difference between the two ends of the thermocouple.

The HE10WPR/11 thermocouple features excellent performance over a wide temperature range. It is designed to operate over a temperature range of -400°F to 1800°F (-240°C to 1000°C) and offers a high level of accuracy in measuring temperatures at both cooling and heating loads. The accuracy of the thermocouple is significantly improved due to the Teflon coating.

The HE10WPR/11 thermocouple is also designed for long-term performance. It is constructed with a high-quality insulation material that offers superior electrical properties, chemical resistance and thermal stability. Furthermore, its heat resistance and durability make it ideal for high-temperature environments.

Application Field: The HE10WPR/11 thermocouple has a wide range of applications in the petrochemical engineering, aerospace, power generation and railway industries. The robust and reliable characteristics of the thermocouple make it ideal for long-term temperature monitoring in remote locations.

In petrochemical engineering, the HE10WPR/11 thermocouple is used to monitor temperatures in pipes, tanks and other vessels. It is also used to monitor temperatures in pumps, condensers and cooling towers. In the aerospace industry, the thermocouple is used to monitor temperatures in jet engines and other high-temperature components.

The HE10WPR/11 thermocouple is also used in the power generation industry. It is used to monitor temperatures in turbines, boilers and power plants. In addition, it is used to monitor temperatures in transformers, generators and other high-temperature components.

In the railway industry, the HE10WPR/11 thermocouple is used to monitor temperatures in locomotive engines and transmission systems. It is also used to monitor temperatures in high-powered motors, brakes and gears.

The HE10WPR/11 thermocouple provides robust and reliable solutions for long-term temperature measurement in remote locations. Its high-temperature capability, accuracy, durability and heat resistance make it ideal for high-temperature industrial applications. The thermocouple can easily be customized to meet specific needs and requirements of different applications.

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