Thermocouples are used in a wide variety of industrial applications, from measuring the temperature of industrial furnaces to measuring the temperature of molten metals. Thermocouples are generally made by joining two wires of different metals together at one end. The junction between the two wires is then heated to a high temperature to fuse the metals into a joint. There are many different types of thermocouples, but the most common types are made from metals such as platinum, rhodium, and tungsten. The different metals used in the thermocouples to form the joint, creates a voltage difference when subject to heat, and the produced voltage is proportional to the temperature difference between the two wires. This voltage can be measured using a voltmeter, and the temperature can be calculated from the produced voltage.
Noble Metal Thermocouples Are Well Known For Their High Accuracy And Temperature Sensitivity!
Noble metal thermocouples are made from a combination of two different metals, typically platinum and rhodium. These thermocouples are very accurate and stable, making them ideal for use in industrial applications where regular high-temperature measurements and high accuracy are needed. Noble metal thermocouples are much more accurate and stable than other types of thermocouples. This makes them ideal for use in applications where precise temperature measurement is critical, such as in industrial furnaces.
Temperature Sensitivity of R Type, S Type, and B Type of Noble Metal Thermocouples!
The temperature range of a noble metal thermocouple is determined by its type. There are three main types of most popular noble metal thermocouples namely R type, S type, and B type. Let’s understand in detail their different temperature sensitivities:
- The R type has the widest temperature range, from -50 to 1400 degrees Celsius. R type thermocouples are made of platinum and rhodium. They are the most accurate and stable type of noble metal thermocouples.
- The S type has a narrower range, from -50 to 1200 degrees Celsius. S type thermocouples are made of platinum and palladium. They are less accurate than R type thermocouples but are more resistant to corrosion on higher temperature ranges.
- The B type has the narrowest range, from -50 to 1000 degrees Celsius. B type thermocouples are made of boron and silicon. They are the least accurate type of thermocouples but are the most resistant to high temperatures.
Top Quality Noble Metal Thermocouples by Heatcon Sensors!
If you’re looking for accurate temperature measurement readouts for your industrial appliances, you can’t go wrong when choosing the best noble metal thermocouple from Heatcon Sensors. Their thermocouples are made from the highest quality materials, and their quality manufacturing process is almost second to none. Heatcon Sensors has been manufacturing thermocouples for over the last three decades, and their experience shows in the quality of all their products. You can be surely confident about the accuracy of their thermocouples as most of their globally satisfied customers’ reviews and ratings strongly stand behind them. If you need a reliable and highly accurate temperature measurement solution, look no further than Heatcon Sensors. Contact them today to learn more about their wide range of high-quality noble metal thermocouples for your next project.