VOLTGUARDINSPECTIONS

Find failing electrical connections before they fail.

Commercial and industrial facilities run on reliable power. VoltGuard Inspections uses infrared thermography to locate hotspots, loose terminations, overloaded circuits, and failing breakers early. You get a clear report you can act on.

Thermal image of electrical panel connections, with one conductor termination showing as the warmest point

What VoltGuard does

Inspection and reporting only. VoltGuard does not perform repairs, installations, or hands-on electrical work, so the findings stay independent.

Electrical thermography

Infrared scans of energized equipment to spot hotspots and failing components that look normal to the eye.

Preventative maintenance inspections

  • Panel inspections
  • Torque checks
  • Disconnect evaluations
  • Breaker assessments
  • Equipment condition reviews

Insurance and risk-control reporting

Documentation written for carriers, brokers, and property managers.

Why facilities choose VoltGuard

Dominic Reed is a Florida journeyman electrician and a Level II certified thermographer, so he knows what he is looking at.

  • Level II certified thermographyASNT SNT-TC-1A (2020), certification #260426-1.
  • Hands-on commercial and industrial experienceYears in the field as a journeyman electrician.
  • NFPA 70B-aligned reportingBuilt for insurers and risk managers.
  • Reports without upsellingYou get findings and recommended actions, not a sales pitch.
  • Early detectionHotspots, loose terminations, overloaded circuits, and failing breakers.

Who VoltGuard works with

Facilities where unplanned downtime or an electrical fire costs the most.

  • Commercial properties
  • Industrial facilities
  • Manufacturing
  • Warehouses and distribution
  • Property management groups
  • Insurance carriers and brokers

What you receive

Every finding gets its own one-page report with the thermal image, the measurements, a severity class, and the corrective action.

Sample VoltGuard thermography inspection report page showing a thermal image, measurements, severity classification, and recommendations

Severity is set by how far a component runs above a similar one under the same load. The sample on this page is a 47.8 °C difference, which falls in the top class.

Minorunder 10 °C
Moderate10–20 °C
Serious20–40 °C
Criticalover 40 °C

Each report also lists the emissivity, distance, reflected temperature, and humidity used for the scan, plus the date, load at inspection, and the thermographer who signed it.