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Updated Sep 14, 2023

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Temperature calibrators are specialised devices that are used for calibrating temperature devices. These devices have predetermined limits of accuracy, and are generally used for industrial applications.

A temperature calibrator uses a specific reference point to calibrate the temperature. They have specific components, including temperature sensors to source, report, and read temperatures. Handheld temperature calibrators have internal electronics that generate voltage at specific temperatures.

The two common types of temperature calculators include sourcing calibrators and physical heat calibrators. The former uses voltage to simulate sensors. They can be used for verifying readings, such as whether an appliance’s sensor is providing the correct temperature.

Some calibrators produce physical heat, such as infrared calibrators. They have sensors that measure the temperature of the calibrator. An external temperature probe is used to measure the temperature of the device being tested.

The temperature calibrator displays a reading, showing the temperature of the sensor. Often, the sensors of the device being tested are connected to the calibrator to compare the readings between the sensor and the one on the device’s display.

Temperature Calibrator Insights

CISCAL Group of Companies | Weighing, industrial, laboratory, calibration, etc
CI Scientific Pty Ltd (CIS) is an Australian proprietary company established in 1969, that specialises in repair, maintenance and calibration of scientific and specialised measuring instruments employed in various research and industrial laboratories and testing facilities. Furthermore, we are an exclusive Australian selling agent of various brands that manufactures highly ...
Customers: Nezstle, Amatil, Colgate, CSL

CISCAL Group of Companies Temperature Validation System | Kaye Validator AVS

Temperature Validation System - Kaye Validator AVS - Advanced Thermal Validation

What is a temperature calibrator and how does it work?

A temperature calibrator is a device used to calibrate or verify the accuracy of temperature sensors or thermometers. It works by producing a known and stable temperature that can be compared with the output of the sensor or thermometer being tested.

There are two main types of temperature calibrators: dry block and liquid bath. Dry block calibrators use a metal block with a precision drilled hole in which the sensor or thermometer is placed. The block is then heated or cooled to a specific temperature, and the sensor or thermometer is compared to the known temperature of the block. Liquid bath calibrators immerse the sensor or thermometer in a bath of liquid, usually oil or water, that is heated or cooled to a specific temperature.

Temperature calibrators can be used for a variety of applications, including industrial process control, medical and pharmaceutical research, and food safety testing. They are essential tools for ensuring the accuracy and reliability of temperature measurements.

What are the different types of temperature calibrators available in Australia?

Is a device that is used to calibrate and check the accuracy of temperature measuring instruments. There are several types of temperature calibrators available in Australia, including:

Dry Block Calibrators: These calibrators use a heated block to create a stable and accurate temperature environment. They are typically used for calibrating thermocouples and RTDs.
Liquid Bath Calibrators: These calibrators use a liquid bath to create a stable and accurate temperature environment. They are typically used for calibrating thermometers and temperature probes.
Black Body Calibrators: These calibrators use a black body to create a stable and accurate temperature environment. They are typically used for calibrating infrared thermometers.
Portable Calibrators: These calibrators are small and portable, making them ideal for field use. They are typically used for calibrating temperature probes and sensors.
Multifunction Calibrators: These calibrators can calibrate multiple types of temperature measuring instruments, including thermocouples, RTDs, and thermometers.

Overall, the type of temperature calibrator that is best for a particular application will depend on factors such as the type of temperature measuring instrument being calibrated, the accuracy required, and the environment in which the calibration is being performed.

What is the accuracy and precision of a temperature calibrator?

A temperature calibrator is a device used to calibrate and test temperature sensors and measuring instruments. The accuracy and precision of a temperature calibrator depend on several factors, such as the stability of the temperature source, the resolution of the measurement display, the quality of the sensors used, and the calibration procedures followed. Generally, a high-quality temperature calibrator can achieve an accuracy of ±0.1°C or better and a precision of ±0.01°C or better. However, the actual accuracy and precision of a temperature calibrator may vary depending on various factors such as the ambient temperature, the duration of the test, and the calibration methodology used. It is essential to follow the manufacturer's guidelines and use proper calibration procedures to ensure accurate and precise temperature measurements.

How do I choose the right temperature calibrator for my application?

A temperature calibrator is a device used to verify and adjust the accuracy of temperature measurement devices such as thermocouples, RTDs, and thermometers. Choosing the right temperature calibrator for your application depends on various factors such as the type of temperature sensor you are calibrating, the temperature range, and the level of accuracy required. Some of the factors to consider include:

Temperature range: Make sure that the temperature calibrator you choose covers the temperature range required for your application. If you need to calibrate devices that measure extreme temperatures, you may need a calibrator with a wider temperature range.
Accuracy: The level of accuracy required will depend on the type of application. If you are calibrating devices that require high accuracy, you will need a temperature calibrator that provides high accuracy.
Type of temperature sensor: Different types of temperature sensors require different types of temperature calibrators. For example, if you are calibrating a thermocouple, you will need a temperature calibrator that can simulate the output of a thermocouple.
Portability: If you need to calibrate temperature measurement devices in the field, you will need a portable temperature calibrator that is easy to carry around.
Budget: The cost of a temperature calibrator can vary depending on the features and level of accuracy. It is important to choose a temperature calibrator that meets your requirements within your budget.

In summary, choosing the right temperature calibrator for your application involves considering factors such as temperature range, accuracy, type of temperature sensor, portability, and budget.

What is the price range of temperature calibrators in Australia?

The price range of temperature calibrators in Australia varies depending on the type and brand of the product. Basic handheld models can be purchased for as low as $500, while more advanced models with additional features can cost up to $5,000 or more. Industrial-grade temperature calibrators can cost even more, with prices ranging from $10,000 to $50,000 or more. The cost of calibration services also varies, depending on the type of instrument being calibrated and the level of accuracy required. It is important to research and compare prices before making a purchase or choosing a calibration service provider.

Can temperature calibrators be used for both contact and non-contact temperature measurements?

Can only be used for contact temperature measurements, as it requires direct contact with the object being measured. Non-contact temperature measurements require the use of infrared thermometers or other specialized devices.

What is the calibration process for a temperature calibrator?

A temperature calibrator is a device used to measure and adjust the temperature of other instruments, such as thermometers, probes, and sensors. Calibration is the process of comparing the readings of the instrument being calibrated to those of a known standard or reference, and adjusting the instrument as necessary to ensure accurate and consistent measurements. The calibration process for a temperature calibrator typically involves the following steps:

Preparing the calibrator: Before starting the calibration process, the temperature calibrator should be set up and configured according to the manufacturer's instructions. This may involve connecting it to a power source, selecting the temperature range to be calibrated, and allowing the device to warm up or cool down to the desired temperature.
Selecting the reference standard: The next step is to select a reference standard or thermometer that is known to be accurate and reliable. This may be a laboratory-grade thermometer, a precision temperature probe, or a specialized reference instrument designed for calibration purposes.
Comparing the readings: Once the reference standard is in place, the temperature calibrator can be used to measure the temperature of the standard and compare it to the displayed temperature on the instrument being calibrated. This process may involve several measurements at different temperature points, depending on the range of the calibrator and the accuracy requirements of the instrument being calibrated.
Adjusting the calibration: Based on the comparison of the readings, the temperature calibrator may need to be adjusted to ensure that it is providing accurate and consistent measurements. This may involve adjusting the calibration coefficients or applying offset values to the readings.
Verifying the calibration: Once the adjustments have been made, the calibration process should be repeated to verify that the temperature calibrator is now providing accurate and consistent measurements. This may involve comparing the readings of the instrument being calibrated to those of the reference standard at multiple temperature points.

Documenting the results: Finally, the results of the calibration process should be documented in a calibration report or certificate, which includes the calibration date, the reference standard used, the measurement results, any adjustments made, and the overall accuracy and uncertainty of the instrument being calibrated. This documentation is important for quality control and compliance purposes, and may be required by regulatory agencies or accreditation bodies.

What is the maintenance required for a temperature calibrator?

Maintenance for a temperature calibrator typically includes cleaning the unit after each use, checking the accuracy of the readings periodically, and calibrating the calibrator itself on a regular basis. It is important to follow the manufacturer's guidelines for maintenance and calibration to ensure that the calibrator is functioning correctly and providing accurate readings. Additionally, any signs of damage or wear should be addressed promptly to prevent further damage to the calibrator.

Can a temperature calibrator be used for calibrating other instruments besides temperature sensors?

A temperature calibrator is primarily designed to calibrate temperature sensors, but it can also be used to calibrate other instruments that measure temperature, such as thermocouples and RTDs. However, it is not suitable for calibrating instruments that measure other parameters, such as pressure or flow rate. It is important to consult the manufacturer's instructions and specifications before using a temperature calibrator for any other purpose than its intended use.

How long does it take to calibrate a temperature calibrator?

Calibration can take anywhere from a few minutes to several hours, depending on the type of calibrator, the number of calibration points, and the accuracy required. Some calibrators have a self-calibration feature that can be completed in just a few minutes, while others require manual calibration using external standards and can take several hours to complete. The calibration process typically involves setting the calibrator to a known temperature and comparing its output to a reference standard, adjusting the calibrator as needed to ensure accurate readings. Overall, the time required for calibration will depend on the specific requirements of the application and the complexity of the calibrator being used.

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