Also known as IR, it uses a frequency of light that is not visible to the human eye and is used to detect heat given from artificial or natural objects. The technology is commonly used to view images that cannot be seen with normal light. This technology is capable of detecting changes in human cells to detecting heat given off of electrical circuits. An electrical infrared inspection typically involves the use of a specialized microscope viewing device that shows images in the spectrum of infrared.
When electricians inspect the home, they use IR to detect electrical or mechanical elements under normal conditions to identify abnormally cool or hot components or areas. It is one of the most powerful maintenance tools available and is less invasive than older methods of detection. In many circumstances, equipment failure can be preceded by a period of increased heat. This is most common in electrical equipment.
When connections, components, or circuits overheat, electricians can use IR thermography to identify these elements. Professional electricians using IRs can schedule appropriate repairs and preventative maintenance during downtimes. Professionals can use IRs to increase productivity, reliability, and safety for anybody involved.
Home owners and business operators can hire experienced professionals to use IR technology for added benefits and cost savings. Commercial buildings and residential areas that need to keep their power on during examinations can with IR technology. Professionals can spot problems that are developing and prevent any serious or further damaged to structural integrities. Without IR technology, electricians might have to tear down parts of the wall just to access the electrical components, which can be very costly.
For industrial complexes, they can still run in a reliable fashion without any surprises as well as any hindrance to the safety of workers. There are many homes and commercial environments that use high loads of electricity at a given time. A failure of one of these electrical components that use high loads can cause a cascading list of failures not limited to meltdowns, fires, or damages.
Electric circuitry and its components have a tendency to start fires when not properly maintained. Fires are commonly caused when circuits or their components are overheated. When it comes to commercial or residential buildings, faulty wiring is the number one reason for fires. Overloaded components, bad designs, and faulty wiring can be detected through the use of IRs. Critical components in electric designs can overheat through overlooked bad connections.
IR inspections provide quality results and are advised at least yearly. Time proves to be the determining factor in the state of wires, after a while they will deteriorate with usage. Eventually after some wear and tear, the thermal housings may deteriorate, connections may sever, and components may go bad.
While equipment is running under regular loads, the tests can be performed and the technology does not require any direct contact or invasive procedures. During inspection, commercial and residential areas can operate as normal. Electricians are able to act proactively when IRs detect bad thermal insulation abnormal friction, spikes in temperature differences, etc. IR inspections can spot hot spots, potential panic times, fires, and deteriorated equipment before they cause any serious problems.
When electricians inspect the home, they use IR to detect electrical or mechanical elements under normal conditions to identify abnormally cool or hot components or areas. It is one of the most powerful maintenance tools available and is less invasive than older methods of detection. In many circumstances, equipment failure can be preceded by a period of increased heat. This is most common in electrical equipment.
When connections, components, or circuits overheat, electricians can use IR thermography to identify these elements. Professional electricians using IRs can schedule appropriate repairs and preventative maintenance during downtimes. Professionals can use IRs to increase productivity, reliability, and safety for anybody involved.
Home owners and business operators can hire experienced professionals to use IR technology for added benefits and cost savings. Commercial buildings and residential areas that need to keep their power on during examinations can with IR technology. Professionals can spot problems that are developing and prevent any serious or further damaged to structural integrities. Without IR technology, electricians might have to tear down parts of the wall just to access the electrical components, which can be very costly.
For industrial complexes, they can still run in a reliable fashion without any surprises as well as any hindrance to the safety of workers. There are many homes and commercial environments that use high loads of electricity at a given time. A failure of one of these electrical components that use high loads can cause a cascading list of failures not limited to meltdowns, fires, or damages.
Electric circuitry and its components have a tendency to start fires when not properly maintained. Fires are commonly caused when circuits or their components are overheated. When it comes to commercial or residential buildings, faulty wiring is the number one reason for fires. Overloaded components, bad designs, and faulty wiring can be detected through the use of IRs. Critical components in electric designs can overheat through overlooked bad connections.
IR inspections provide quality results and are advised at least yearly. Time proves to be the determining factor in the state of wires, after a while they will deteriorate with usage. Eventually after some wear and tear, the thermal housings may deteriorate, connections may sever, and components may go bad.
While equipment is running under regular loads, the tests can be performed and the technology does not require any direct contact or invasive procedures. During inspection, commercial and residential areas can operate as normal. Electricians are able to act proactively when IRs detect bad thermal insulation abnormal friction, spikes in temperature differences, etc. IR inspections can spot hot spots, potential panic times, fires, and deteriorated equipment before they cause any serious problems.
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