mud pump motor thermal imaging free sample

Thermal imaging can also be used to record mechanical temperature measurements (such as the temperature difference across a cooler) or to detect potential failures (such a rise in bearing temperatures)

Although standards do exist for Thermal imaging surveys, the results of a thermal scan are largely a matter of interpretation, knowledge of the equipment/process and an individuals experience.

Rigtech uses advanced solid state thermal imaging cameras combined with specialist software for the best results. The cameras are able to give ‘picture in picture’ results which help in the identification of the exact location of an anomaly.

The left hand cable is showing an elevated temperature, but the fault is actually in the right hand cable which was broken and not carrying current to a mud pump. All the current was passing through the other cable.

Those big black round marks are leaks detected as seen through the thermal imaging camera on the ceiling of the ‘damp smelling’ room… and the home owner has absolutely no idea these leaks even existed.

Here’s another photo of a leak at the top of a wall thanks to leaking internal guttering. The thermal image is over the top of the visual image how we see it during an inspection…

Always check the road and regularly check to see what vehicles are coming up ahead of you and behind you. Be aware that because they are small, motorcycles, bicycles, and scooters can be difficult to see. They can approach quietly, so being aware of your surroundings is key.

In heavy rain or a snowstorm, you may not be able to see more than 100 feet ahead. When this is the case, you cannot safely drive faster than 30 mph, and you may have to stop from time to time to wipe snow or mud off your windshield, headlights, and taillights.

In deep mud or snow, put boards, tree branches, etc., under the tires. Never do this when the tires are spinning, only when they are not moving at all.