What is infrared? The process of thermography (thermal imaging) detects patterns of heat or temperature change in various objects. These temperature changes allow you to find problems that result in costly downtime, or to monitor ongoing problems so scheduled maintenance can be performed during routine downtimes or when your budget allows.

Infrared radiation can't be detected with the naked eye, but all objects with a temperature above absolute zero (approx. -273 degrees Centigrade) emit some level of infrared radiation. A Thermal Imager can convert this IR radiation into an electrical signal that is then output to an LCD, so even the most minute temperature differences can be seen.

Electrical maintenance

In high, low, & medium voltage systems, IR Thermography enables an evaluation of the warming level. Images obtained via Thermography enable you to identify defective connections or components so that required preventive maintenance action can be implemented. This will minimize fire danger and help avoid wxpensive production downtime.

Mechanical Maintenance

Heat can accumulate in a specific area, especially in many mechanical components, and can present strain or wear caused by incorrect adjustment, friction, insufficient lubrication or excessive component tolerances.

Building Diagnostics

Infrared IR thermography is by far the quickest and easiest way to detect electrical issues, moisture, and energy waste in any building. A Thermal imager shows precisely the problem locations are and helps you to focus your attention allowing you to diagnose energy loss areas properly. Insufficient or poor insulation, building envelope leaks, moisture, and substandard building practices are expensive for commercial and residential building owners. An IR camera can allow you to quickly find out where your building's energy efficiency is in need if improvement.

Fluke Infrared Cameras

The IR-Fusion infrared technology using a Fluke thermal imager combines the power of an infrared image with normal visible light pictures on a single display.

Fluke Infrared Camera for Electrical or Mechanical The Ti Series Thermal Imagers are perfect for Maintenance Troubleshooting	Fluke Ti10 Infrared Camera	Fluke Ti25 IR Camera	Fluke Ti32 Thermal Imager
Fluke IR Camera for Building Diagnostics The Tir Infrared Camera Series are perfect for Building maintenance Energy auditing Remediation Restoration	Fluke Tir1 Infrared Camera	Fluke Tir32 IR Camera	Fluke TiR4 Thermal Imager

FLIR Infrared Cameras

FLIR has an entire line of IR Cameras for your Thermography applications whether it is Building Diagnostics or Mechanical/Electrical.

FLIR Thermal Imager for Building Diagnostics Use FLIR e-Series bx, T620, or B300/B400 for Energy auditing Building maintenance Restoration Remediation	FLIR E bx Series Thermal Imager	FLIR T620 Infrared Camera	FLIR B400 IR Camera
FLIR Infrared Camera for Mechanical/Electrical Use FLIR i-Series, E Series, or T400 for Troubleshooting Maintenance	FLIR i-Series IR Camera	FLIR E Series Thermal Imager	FLIR T400 Infrared Camera

Testo Infrared Cameras

Testo Infrared Cameras save you money, energy, and time with industrial thermography, thanks to sharply focus images as well as the 32 degree lens, details are never overlooked, and the intuitive menu guarantees quick & comprehensive analysis of your image data.

The Testo Infrared Camera is perfect for Building Fault Detection Finding anomalies and weak spots in buildings Locating Energy Leakage Identifiying Roof Leaks Broken, ruptured, or leaky pipes Visualizing faulty insulation and cold bridges Moisture Damage Industrial maintenance Electrical systems monitoring Excessive equipment heat emissions Sealed fluid tank level control High temperature meausrement (881 & 882) Production Monitoring Utility monitoring and troubleshooting	875-2 Thermal Imager	881-2 Infrared Camera	882 Infrared Camera
	876 Thermal Imager	885-2 Thermal Imager	890-2 Thermal Imager