Temperature control is the key to the success of numerous industrial processes, but only accurate, reliable, and calibrated temperature-measuring instruments can help you ensure high quality in every stage. Whether it’s for thermocouples, RTD sensors, or temperature gauges, there are many ways in which accurate and precise temperature measurements can make a difference, which is why thermal calibration services are so vital. When it comes to instrument calibration services, it’s essential to use the right thermal calibration source, depending on your specific requirements. At Roots Metrology, we provide customers with industry-leading calibration services, with certified and experienced engineers who are well-versed in the most important calibration services and the use of top-quality calibration sources.
In this blog, we will discuss what thermal calibration sources are, why thermal calibration is so important, and how the right calibration source is used in calibration services. Let’s begin.
Thermal calibration sources are calibration services that help provide a stable environment for the calibration of temperature-measuring instruments. These sources are essential in order to ensure that the thermocouples, RTD sensors, temperature gauges, and other temperature-measuring equipment are properly calibrated and give accurate and precise temperature readings in applications that require it. Some of the most common thermal calibration sources are:
If you’ve ever wondered what is thermal calibration and why are they used, the answer lies in their ability to maintain the quality of instruments. Thermal calibration services provide the benefits of ensuring accuracy in your temperature data, saving time and money, and improving quality control for your products. But what makes them so essential? Here’s how thermal calibration sources are used.
Accurate Temperature Measurements in All Industries
No matter your industry, the importance of temperature sensors’ performance can’t be overstated, which is why it’s crucial to use the right thermal calibration source for each particular sensor and application. All temperature-measuring instruments need to be properly calibrated with the right source in order to give accurate and precise temperature readings. From testing the temperature of components during the manufacturing process to calibrating industrial systems, thermal calibration sources are used in a wide range of applications to help ensure precision.
Prevention of Errors in Temperature Data
Errors in temperature measurements can be the cause of a number of issues in production, product quality, and safety. Thermal calibration services help prevent such errors by ensuring that your equipment is working properly and providing accurate temperature data in all situations. This is especially important in industries where temperature control is critical to the quality of the product, like in the automotive and aircraft parts manufacturing or in the pharmaceutical and food safety sectors.
Compliance with Industry Standards
Thermal calibration sources also help ensure that your temperature-measuring instruments are calibrated according to international industry standards, which means that your business is in compliance with all relevant international regulations. This is why thermal calibration sources are used as a part of thermal calibration services that are designed to help your company maintain compliance with both national and international standards, while avoiding fines or quality issues.
Consistency in Temperature Control
Temperature stability is another important reason why thermal calibration sources are used as a part of calibration services. Temperature needs to remain constant for accurate temperature control when testing or calibrating your devices, which is why thermal calibration sources are used as a part of thermal calibration services.
There are many different thermal calibration sources used in thermal calibration, including:
1. Dry Well Calibrator
Temperature Range: -25°C to 140°C
The dry well calibrator is a portable and versatile temperature calibration source that can be used for calibrating a wide variety of thermocouples and RTDs. It can be used with a temperature scanner or a multi-function calibrator.
Calibration Method
A temperature well is commonly used with a temperature scanner to test the accuracy of temperature sensors. This device has two electrodes connected to a temperature sensor inside the probe. A temperature scanner, such as the CSV-41, can be used to read the temperature and calibration results.
2. Portable Furnace
Temperature Range: 150°C to 1200°C
Portable Furnace with PTFE Cup and Screw-on Lid
A portable furnace can be used for high-temperature calibration services and is a great option if you need a portable temperature source. It can reach temperatures from 150°C to 1200°C, which makes it ideal for calibrating high-temperature sensors, like those used in industrial processes.
Calibration Method
It can be used with a temperature scanner or a multi-function calibrator.
3. Dry Block Furnace
Temperature Range: 500°C to 1500°C
A dry block furnace is used for high-temperature calibration services. It can be used for a wide variety of applications and has a very high temperature accuracy, which makes it ideal for high-temperature calibration services.
Calibration Method
A dry block furnace can be used with a multi-function calibrator or a temperature scanner.
At Roots Metrology, our expertly trained engineers have years of experience in providing clients with industry-leading calibration services, including the use of high-quality thermal calibration sources. Whether it’s for thermocouples or RTDs, our thermal calibration services and sources can help you ensure that all of your temperature-measuring equipment is properly calibrated, reliable, and accurate. Here are some of the more common ways we use thermal calibration sources in our calibration services:
Thermocouples:
Temperature Range: 0°C to 1500°C
Calibration Sources: Dry well calibrator, Dry block furnace
Calibration Method: Calibration of the thermocouples is done using S-type thermocouples and a temperature scanner.
RTD Sensors:
Temperature Range: -80°C to 600°C
Calibration Sources: Portable Furnace, Dry Block Furnace
Calibration Method: Calibration of the RTD sensors is done using PRTs and a temperature scanner or multi-function calibrator.
Thermal calibration sources are an essential part of calibration services for all kinds of industries, as they ensure that all temperature-measuring instruments are properly calibrated and give accurate and precise temperature readings. Here at Roots Metrology, we are happy to help our customers with thermal calibration services and provide them with industry-leading calibration sources that can help them with their businesses. If you have any questions, contact us today to find out how we can help you maintain the precision and accuracy of your temperature-measuring instruments.
1. Why is thermal calibration important?
Thermal calibration is important because it ensures the accuracy of temperature sensors and prevents errors in temperature data.
2. What is the temperature range of a dry well calibrator?
A dry well calibrator typically has a temperature range of -25°C to 140°C.
3. How do thermal calibration sources help in calibration services?
Thermal calibration sources provide accurate and stable temperatures for the calibration of temperature-measuring instruments, ensuring the accuracy and reliability of the temperature data that these instruments produce.
