Thermographic analysis is based on the study and interpretation of thermographies, these having been carried out under known and useful conditions for the purpose (there are many standards for very different inspections).

In a simple way we can know the radiation of the thermographed surfaces and thereby estimate the temperatures; whether they are a pipe, piece, machinery, enclosures, etc.

By carrying out the complete thermographic study, a check can be carried out on both enclosures, machinery and distribution systems, which can achieve:

• - Greater knowledge of the installation carried out in terms of its thermal status.

• - Knowledge of existing losses (leaks) and therefore of possible points of action.

• - Savings due to greater energy efficiency of the evaluated systems.

The study of distribution systems can warn of energy losses that occur due to poor insulation, breakage or poor gearing.

By studying the envelope in buildings we will be able to know and/or estimate many of the building problems: energy losses, lack of tightness, condensation, humidity, mortar and tile adhesion problems, sunlight and sun-air temperature, etc.

This allows us to know the condition of the buildings and warn of their potential for improvement.

Thermographs are caloric system devices intended to record continuous temperature. You can measure the temperature of bodies that emit caloric radiation whose energy source is that produced by the molecules operating within the organism.

That is to say:

The interpretation of surface temperatures can tell us many data about the state of the thermographed elements. For example: blown fuses, overheating in terminals, poor connections, lack of insulation in buildings, humidity, water leaks, loss of sealing, intruders, etc.

Although infrared thermography is considered an effective tool for non-invasively inspecting buildings,[10]​ the use of the thermographic scanner in certain medical fields, such as breast cancer detection, remains less accurate than other techniques, such as classical mammography.[11]​.

• - Infrared.

• - Greenhouse effect.

• - Infrared radiation.

• - Infrared camera.

• - Thermal camera.

• - Wikimedia Commons hosts a multimedia category on Thermography.

• - PREVEND Uruguayan Company of Non-Destructive Testing, Inspections and Predictive Maintenance.

• - Basic principles of thermography.

• - [1].

• - UKTA, Thermography Code of Practice; Building Thermography.

Thermographic analysis is based on the study and interpretation of thermographies, these having been carried out under known and useful conditions for the purpose (there are many standards for very different inspections).

In a simple way we can know the radiation of the thermographed surfaces and thereby estimate the temperatures; whether they are a pipe, piece, machinery, enclosures, etc.

By carrying out the complete thermographic study, a check can be carried out on both enclosures, machinery and distribution systems, which can achieve:

• - Greater knowledge of the installation carried out in terms of its thermal status.

• - Knowledge of existing losses (leaks) and therefore of possible points of action.

• - Savings due to greater energy efficiency of the evaluated systems.

The study of distribution systems can warn of energy losses that occur due to poor insulation, breakage or poor gearing.

By studying the envelope in buildings we will be able to know and/or estimate many of the building problems: energy losses, lack of tightness, condensation, humidity, mortar and tile adhesion problems, sunlight and sun-air temperature, etc.

This allows us to know the condition of the buildings and warn of their potential for improvement.

Thermographs are caloric system devices intended to record continuous temperature. You can measure the temperature of bodies that emit caloric radiation whose energy source is that produced by the molecules operating within the organism.

That is to say:

The interpretation of surface temperatures can tell us many data about the state of the thermographed elements. For example: blown fuses, overheating in terminals, poor connections, lack of insulation in buildings, humidity, water leaks, loss of sealing, intruders, etc.

Although infrared thermography is considered an effective tool for non-invasively inspecting buildings,[10]​ the use of the thermographic scanner in certain medical fields, such as breast cancer detection, remains less accurate than other techniques, such as classical mammography.[11]​.

• - Infrared.

• - Greenhouse effect.

• - Infrared radiation.

• - Infrared camera.

• - Thermal camera.

• - Wikimedia Commons hosts a multimedia category on Thermography.

• - PREVEND Uruguayan Company of Non-Destructive Testing, Inspections and Predictive Maintenance.

• - Basic principles of thermography.

• - [1].

• - UKTA, Thermography Code of Practice; Building Thermography.