How it works
All objects around us with a temperature above absolute zero (-273.15 C) emit some form of radiant thermal energy we can see as a temperature pattern with a thermal infrared camera.

Thermography detects hot spots that might not be detected by visual inspections.

Thermographers develp and read a "heat picture" which reveals components that are overloaded or may become fault.

Key Benefits of Thermal Imaging

Time
• Thermography is non-contact and non-destructive to allow inspections without downtime
• Allows faster, more accurate diagnostic and analysis of systems
• Abiliby to prioritize preventative maintenance
• Enables performing a repair rather than rebuilding after failure
• Reduction of emergency repair calls

Money
• Reduce lost production
• Ability to plan, budget and schedule repairs
• Minimize repair expenses
• Reduction of unexpected failures
• Avoid catastrophic shutdown

Safety
• Decrease risk of electrical fire
• Decrease risk of electrical & mechanical catastrophic failure

Energy
• Electrical system efficiency
• Mechanical system efficiency
• Thermal system losses
• Insulation integrity of the facility
• Facility heat losses
• Refractory failures