Infrared Thermometer Temperature Checks: Difference between revisions
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Walls can have different temperature at the same height level due to losses near window or door frames, protrusions of various pipes and cable conduits as well as different building materials. While most interventions are difficult, the area around any object that enter or leaves a wall is of particular interest, as airflow and temperature differences are amplified there. External ventilation conduits areas are particularly prone to have airtightness issues. | Walls can have different temperature at the same height level due to losses near window or door frames, protrusions of various pipes and cable conduits as well as different building materials. While most interventions are difficult, the area around any object that enter or leaves a wall is of particular interest, as airflow and temperature differences are amplified there. External ventilation conduits areas are particularly prone to have airtightness issues. | ||
= | =Appliance testing= | ||
Large appliances that are operated for extended periods of time have an important impact on air temperature and the airflow around them is critical. | Large appliances that are operated for extended periods of time have an important impact on air temperature and the airflow around them is critical. | ||
Refrigerators heat the air and walls around their back, increasing the temperature of ambient air. A good place for a refrigerator should be the coolest one in a building. Common locations such as kitchens are wasteful on electrical energy as the intense heat typical in these rooms makes the refrigerator work hard for to reach the desired internal temperature. Measuring temperature in different areas is very helpful. | Refrigerators and freezers heat the air and walls around their back, increasing the temperature of ambient air. A good place for a refrigerator should be the coolest one in a building. Common locations such as kitchens are wasteful on electrical energy as the intense heat typical in these rooms makes the refrigerator work hard for to reach the desired internal temperature. Measuring temperature in different areas, both inside and outside is very helpful. | ||
The backside of the refrigerator should also not be overly hot in operation, as temperatures of over 50 degrees in certain areas of the black condenser pipe grid on the back indicate poor airflow. This means that a refrigerator should be placed at a certain distance from the immediate wall behind its back, to ensure good airflow. Dust accumulation also reduces airflow and increases exterior temperature, reducing the refrigerator's efficiency. | The backside of the refrigerator should also not be overly hot in operation, as temperatures of over 50 degrees in certain areas of the black condenser pipe grid on the back indicate poor airflow. This means that a refrigerator should be placed at a certain distance from the immediate wall behind its back, to ensure good airflow. Dust accumulation also reduces airflow and increases exterior temperature, reducing the refrigerator's efficiency. | ||
[[Image:Refrigerator.jpg|Refrigerator]] | |||
Cooking appliances, whether they are cooking ranges, ovens, grills or other large units that heat food products, have an extremely large influence on nearby air temperature. While some heat is inevitably released, hot spots that are created near the back of appliances or sides can negatively affect comfort in invisible ways. Ideal placement and operation can be determined measuring the temperature in various places and at various times. | Cooking appliances, whether they are cooking ranges, ovens, grills or other large units that heat food products, have an extremely large influence on nearby air temperature. While some heat is inevitably released, hot spots that are created near the back of appliances or sides can negatively affect comfort in invisible ways. Ideal placement and operation can be determined measuring the temperature in various places and at various times. | ||
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In summer it is highly important to have unhindered airflow from air conditioning units and their vents, this means that the temperature profile should variate as smoothly as possible from the area near the unit to one that is at the limit of it, typically on the floor. If comfort requirements are different, such as no cold air closer to working areas or near the floor, then the temperature difference measured should reflect this. | In summer it is highly important to have unhindered airflow from air conditioning units and their vents, this means that the temperature profile should variate as smoothly as possible from the area near the unit to one that is at the limit of it, typically on the floor. If comfort requirements are different, such as no cold air closer to working areas or near the floor, then the temperature difference measured should reflect this. | ||
For exterior units, it is important to have no hot spots and proper unhindered airflow, so that the installation works efficiently. Dust or unwanted obstructions reduce the airflow and increase temperature more than acceptable in certain spots. Hot spots may be impossible to avoid but the is to have as smooth as possible the temperature transition between one side to the other. | For exterior units, it is important to have no hot spots and proper unhindered airflow, so that the installation works efficiently. Dust or unwanted obstructions reduce the airflow and increase temperature more than acceptable in certain spots. Hot spots may be impossible to avoid but the is to have as smooth as possible the temperature transition between one side to the other. Of course, every part of the unit should be at specific temperatures, depending on operation requirements so readings should be considered accordingly. | ||
[[Image:Solar_Panel.jpg|Solar Panel]] | [[Image:Solar_Panel.jpg|Solar Panel]] | ||
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Any pipe that must carry a fluid at a certain temperature, whether used for cooling, heating or as part of a workflow requirement, can be checked if it reaches desired temperature values. Even if checks may be somewhat inaccurate, if they are done close enough and for installations that carry fluids at large temperature differentials, they can show valuable information. Just as well, issues with insulations can be easily spotted in a non-invasive way, as the insulation temperature is closer to a non-insulated pipe. | Any pipe that must carry a fluid at a certain temperature, whether used for cooling, heating or as part of a workflow requirement, can be checked if it reaches desired temperature values. Even if checks may be somewhat inaccurate, if they are done close enough and for installations that carry fluids at large temperature differentials, they can show valuable information. Just as well, issues with insulations can be easily spotted in a non-invasive way, as the insulation temperature is closer to a non-insulated pipe. | ||
[[Image:Pipes.jpg|Pipes]] | |||
=Room particularities= | =Room particularities= | ||