Thermal Audit | Fromm

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  • Eliminate line shutdown due to part failure
  • Reduce overheating due to electrical stress
  • Reduce the cost of replacement parts
  • Increase the life span of your electrical components

Thermal Audit






When heat coming off of electrical components gets trapped within an enclosure, it can lead to overheating—especially in the warmer months. Overheated electrical systems can wreak havoc on your facility, leading to downtime and drastically shortening the life span of electronic parts and components. In fact, an electronics’ life expectancy is cut in half when it operates at 18°F over room temperature (72°F).

 

Fromm’s team can conduct a thermal audit of your electrical enclosures, helping you save money and reduce downtime by addressing electrical overheating. We will come to your site and inspect every enclosure in your facility or any enclosure that you specifically request analysis on. We’ll factor in the ambient temperature and humidity of your facility to ensure the analysis is accurate, and we’ll take thermal scans of your enclosures using a thermal imaging gun or infrared thermometer.

 

After the audit, you'll receive a personalized report of our findings and recommendations designed to keep your specific application within optimal temperatures, giving you the decision-making power to choose which course of action is right for your facility. Our experts are available to discuss solutions designed to cool your lines and reduce damage caused by overheating.

 

To learn more about how thermal audits can keep your electrical equipment operating in a safe environment, contact one of our representatives below.


Sales Specialists

Bob Pollock

Bob Pollock

Field Service
Technician

 


800.360.4441 ext. 5113

Josh Williams

Josh Williams

Automation Products &
Services Manager

 


800.360.4441 ext. 4458

Case Studies


FROMM'S THERMAL AUDIT KEEPS THE LINES RUNNING AT BOSTON BEER COMPANY

Learn how Fromm's thermal audit identified which enclosures were trapping heat, overheating, and causing line failure.

Read case study >