Burns Engineering

Today, we are delighted to announce that Burns Engineering officially joined the DwyerOmega portfolio.

The complementary products and significant market expertise of these two businesses will give us the opportunity to better serve our customers and markets around the world. It also presents us with an exciting opportunity to be part of the development of DwyerOmega as one of the world’s leading instrumentation companies.

We look forward to working together to improve the world, one measurement at a time.

Read the announcement in full: https://www.prnewswire.com/news-releases/arcline-backed-dwyeromega-acquires-burns-engineering-302655740.html?tc=eml_cleartime

Engineering

What's the biggest problem you are facing with temperature measurement?

https://ispe.swoogo.com/25IBPS

The S01 is optimized for accurate temperature measurement in small-diameter process lines. Click the link for more information. https://burnsengineering.com/product/check/

Boost Your Equipment Reliability with Surface Mount Temperature Sensors 🌡️

From pipes and tanks to bearings and enclosures, Surface Mount Temperature Sensors provide accurate and reliable temperature monitoring.

Why choose them?
-Versatility: Ideal for a wide range of applications.
-Proactive Maintenance: Early detection of temperature anomalies helps prevent costly equipment failures.

Explore the full range of surface mount sensors at Burns Engineering.
https://lnkd.in/gEKxFdf3

Need expert advice? Contact us today for custom solutions tailored to your specific needs. www.burnsengineering.com

hashtag hashtag hashtag hashtag hashtag hashtag

Checking the accuracy of your temperature sensor is easy with a simple ice bath. Check out this video to see how to do it.

How to use and ice bath to calibrate a temperature sensor A quick video on the procedure used to calibrate or verify the accuracy of a temperature sensor using an ice bath.

What do you do when you need a temperature sensor design that doesn’t currently exist?

You have three options…

1) Make due with what is available. This is often the solution chosen, but it leads to an imperfect solution risking accuracy, and longevity, and at times raises safety concerns.

2) Build your own custom solution. If you have the resources available you can try to build your own custom solution, but this requires a machine shop, engineering, time, and resources for a solution that may or may not work.

3) Have the manufacturer build a custom solution. While most manufacturers do not offer custom solutions, some like Burns do offer custom solutions because they have the resources, experience, and know-how to do so. In this case, the result is going to be available more quickly, have a higher chance of success the first time, and accuracy concerns will have been addressed in the process.

Burns customers have proven time and time again that choosing to have your sensor manufacturer develop a solution for your application will more often than not result in a better end product and reduce the likelihood of having to do it all over again. Burns never charges for custom sensor consultations or design services unless you choose to buy the sensor from us.
https://burnsengineering.com/product-category/industrial/custom/

What do you do when you need a temperature sensor design that doesn’t currently exist?

You have three options…

1) Make due with what is available. This is often the solution chosen, but it leads to an imperfect solution risking accuracy, and longevity, and at times raises safety concerns.

2) Build your own custom solution. If you have the resources available you can try to build your own custom solution, but this requires a machine shop, engineering, time, and resources for a solution that may or may not work.

3) Have the manufacturer build a custom solution. While most manufacturers do not offer custom solutions, some like Burns do offer custom solutions because they have the resources, experience, and know-how to do so. In this case, the result is going to be available more quickly, have a higher chance of success the first time, and accuracy concerns will have been addressed in the process.

Burns customers have proven time and time again that choosing to have your sensor manufacturer develop a solution for your application will more often than not result in a better end product and reduce the likelihood of having to do it all over again. Burns never charges for custom sensor consultations or design services unless you choose to buy the sensor from us.

Custom Temperature Sensor & Probe Supplier - Burns Engineering (952) 234-8630 - Looking for high quality custom temperature sensors & probes? Contact the Burns Engineering team today!

Burns Engineering Series 200 Temperature Sensor Overview Video https://youtu.be/YfOeX16eO5o

The Series 200 family of platinum RTD temperature sensors includes various standard sensor designs for industrial and sanitary applications. In this video, we discuss the basic principles of sensor operation and provide a quick overview of the types of sensors available in the 200 Series.

Burns Engineering's Series 200 Platinum RTD Temperature Sensors Overview An overview of the 200 Series family of temperature sensors available from Burns Engineering. The 200 Series is a highly accurate temperature sensor used in ...

If you missed our recent educational webinar "2, 3, and 4 Wire RTDs" you can now view it on YouTube. You can also search RTDlology on YouTube for additional temperature training videos

https://youtu.be/97URh_886sM

2, 3, and 4 wire RTD Temperature Sensors In this chapter of our RTDology webinar series, we take a look at why RTD temperature sensors come in 2, three, and 4 wire configurations, and how it might a...

Ever wonder what those wires on your RTD temperature sensors are for and why some have more than others? Check out our upcoming webinar to learn about it.

Wednesday, September 14th, 10 AM CST (30 minutes)

Register today https://burnsengineering.com/rtdology-temperature-training/

Check out our new sign on our new building! Now you can find us!