Multifunction calibrators: carry less, do more

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What is a multifunction calibrator?

A multifunction calibrator is an instrument that includes multiple functions and quantities. It is used to calibrate, verify, and adjust various parameters of measurement devices. It combines multiple calibration functions into a single device, eliminating the need for separate tools.

A multifunction calibrator typically offers capabilities such as voltage, current, resistance, frequency, temperature, and pressure calibration. It ensures accuracy and reliability in industrial environments by allowing technicians to calibrate a wide range of instruments efficiently, reducing downtime and improving overall measurement precision.

Beamex MC6

The MC6 is a truly multifunctional field calibrator and communicator.

Not only does it offer calibration capabilities for pressure, temperature and electrical signals, but it is also a field communicator for HART, FOUNDATION Fieldbus H1 and Profibus PA protocols.
The MC6 functions as a documenting calibrator, data logger and much more. So, it is truly a multifunction calibrator.

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Beamex MC6 is a multifunctional field calibrator and communicator

Beamex MC6-Ex

The MC6-Ex is a multifunctional, intrinsically-safe field calibrator and communicator.

It offers calibration capabilities for pressure, temperature and electrical signals. The MC6-EX can also be used as a field communicator for HART, FOUNDATION Fieldbus H1 and Profibus PA protocols. It also functions as a documenting calibrator, data logger and much more – all while remaining safe in hazardous areas.

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MC6-Ex is a multifunctional, intrinsically-safe field calibrator and communicator

Beamex MC6-T

The MC6-T is really versatile and multifunctional temperature calibrator. It combines a temperature dry block, a multifunction process calibrator and a field communicator in one product. It offers versatility that no other temperature calibrator can match, providing calibration capabilities for temperature, pressure, and various electrical signals as well as a multi-bus communicator for fieldbus instruments.

In addition to temperature and electrical signals, the MC6-T can also be used even for pressure calibration.

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MC6-WS

The MC6-WS is a panel-mounted multifunctional calibrator and communicator.

Similar to the portable MC6, the MC6-WS offers calibration capabilities for pressure, temperature and electrical signals. It is a field communicator for HART, FOUNDATION Fieldbus H1 and Profibus PA protocols as well as a documenting calibrator, data logger and much more. So it is truly a multifunctional calibrator.

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Beamex MC6-WS panel-mounted multifunctional calibrator and communicator

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Free eLearning course on temperature calibration. — Blog

Industrial Temperature Calibration Course [eLearning]

Learn about industrial temperature calibration without attending in-person calibration classes.

Temperature calibration eLearning course

Level-up your knowledge on temperature calibration and earn a certificate!

Calibration Software - Cloud-based calibration software Beamex LOGiCAL — Blog

How Douglas Calibration Services reduces technicians’ workload and stress [Case Story]

Beamex LOGiCAL Calibration Management Software has helped Douglas Calibration Services improve quality of life for their technicians. Freed from mountains of paperwork, technicians can now provide faster, more efficient service for the company’s diverse customer base. Let’s explore how.

Running the HART communicator from Documenting Calibrator mode

Did you know if you are performing a calibration on a HART transmitter and you need to trim the device you can open the communicator without having to exit documenting calibrator mode?

Setting up quick access buttons

Did you know the MC6 has some predefined buttons to allow you to quickly set up the output of your calibrator?

Using the Spinner tool from a documenting calibration procedure

Did you know that you can access the spinner tool from within the Documenting Calibrator mode in your MC6, allowing you to slowly increase the temperature until an alarm is detected?

Working workshop wonders with Endress+Hauser [Case Story]

A customized Beamex solution including hardware and software sits at the heart of Endress+Hauser’s state-of-the-art Customer Experience Centre in Ontario. In this short blog we explore the critical role Beamex solutions are playing as part of the center’s full-service calibration laboratory.

How to calibrate a pressure transmitter fully automatically

How to make a fully automatic calibration of a pressure transmitter using the Beamex ePG Electric Pressure Pump and the Beamex MC6 Multifunction Calibrator and Communicator.

Stepping on the gas with the UK’s National Grid

Beamex’s automated, paperless calibration solution has helped National Grid streamline its calibration processes and save a huge amount of time and money in the process.

Understanding Pressure Calibrator Accuracy Specifications

Comparing the accuracy specifications of pressure calibrators can be a challenging task because different manufacturers specify accuracy in different ways.

Understanding Pressure Calibrator Accuracy Specifications

Comparing the accuracy specifications of pressure calibrators can be a challenging task because different manufacturers specify accuracy in different ways.

Pressure calibration basics – Pressure types

In everyday situations, we don’t usually talk much about different pressure types, but what different types are available?

How to calibrate a temperature sensor and transmitter with a HART output

In this video, we will show you how to calibrate a temperature sensor and transmitter with a HART output.

How to calibrate a temperature switch

Temperature switches are commonly used in various industrial applications to control specific functions and they need to be calibrated regularly to ensure they are working accurately and reliably.

How to calibrate a duplex temperature sensor

What is needed to calibrate a duplex temperature sensor automatically?

How to choose a calibration laboratory – 13 things to consider

What things do you need to consider when choosing a calibration laboratory for your calibrator or reference standard?

How to calibrate two Pt100 sensors simultaneously and automatically

Did you know that the MC6-T have a unique feature called group calibration which allows to calibrate 3 PCS RTD sensors simultaneously?

How to calibrate a temperature switch automatically

Temperature switches are commonly used in various industrial applications to control specific functions. As with any measuring instrument, they need to be calibrated regularly to ensure they are working accurately and reliably.

How to calibrate a sanitary temperature sensor with Beamex MC6-T

The calibration of sanitary sensors is different than calibrating normal temperature sensors. In this video, we will show you how to calibrate a short sanitary temperature sensor automatically.

How to calibrate a Pt100 temperature sensor with Beamex MC6-T

Temperature measurement is one of the most common measurements in the process industry and the Pt100 temperature sensors are very common sensors. Every temperature measurement loop has a temperature sensor as the first component in the loop.

How to calibrate a temperature switch

Temperature switches are commonly used in various industrial applications to control specific functions and they need to be calibrated regularly to ensure they are working accurately and reliably.

Sanitary Temperature Sensor Calibration

Sanitary temperature sensors are commonly used in many industries, such as Food and Beverage, Dairy, Pharmaceutical and Life-science where it is critical that the calibration results are free from errors.

How to choose a calibration laboratory

What things do you need to consider when choosing a calibration laboratory for your calibrator or reference standard?

Uncertainty components of a temperature calibration using a dry block

Making a temperature calibration using a dry block seems like a pretty simple and straight forward thing to do, however there are many possible sources for uncertainty and error that should be considered.