Thermal Master Thor001

Thor is a handheld thermal camera built for clear, readable thermal imaging: it powers on with 512×384 by default, uses a high-performance detector system (Thermal Master) plus RAZOR X image processing, and displays the result on a 3.5" IPS screen for easy viewing during inspections.

As an infrared thermal camera, Thor is positioned around defined inspection temperature scenarios: -20° use cases include wall insulation defects and HVAC cold-air infiltration, while 550° use cases include overheating electrical joints and boiler/furnace-wall inspection; temperature readings are supported by IQ+ precise temperature measurement.

Yes—Thor works as a thermal imaging camera handheld for home inspection tasks with clear, specific targets: window/door sealing failures, missing insulation and thermal bridges, water pipe leakage, and HVAC air leakage; recommended usage conditions include winter or summer, and inspection timing is best aligned to early morning/evening, for both homeowners and professional home inspectors.

Yes—Thor can be used as an infrared thermal camera for electrical inspection focused on practical fault types: overheated connections on electrical panels, breakers, and outlets; loose wiring, overloaded circuits, and transformer faults; plus hotspot checks in household distribution boxes, for electricians, HVAC technicians, and homeowners.

Yes—Thor supports industrial inspection workflows as a handheld thermal camera, covering typical maintenance fault scenarios such as motor bearing failures, pipeline insulation failure, and heat exchanger blockage, aimed at maintenance engineers

Thor’s build and packaging are specified in simple, verifiable terms for a thermal imaging camera handheld: it uses a metal body with a metal base, and ships with a hard plastic portable case for carrying and protection.

Yes. Surface material plays a significant role in thermal scanner readings because different materials emit infrared radiation differently. Reflective or low-emissivity surfaces often return misleading temperature values when viewed with a thermal scanner.

Materials such as polished metal, glass, or shiny coatings may reflect surrounding heat sources rather than their own temperature. To improve accuracy, you should adjust angles and settings when using a thermal scanner, especially when inspecting challenging surfaces.

Yes. A thermal scanner can detect water leaks by identifying temperature differences caused by moisture hidden behind walls, floors, or ceilings. Water changes the thermal behavior of materials, making affected areas stand out in thermal images.

Because wet surfaces heat and cool more slowly than dry ones, a thermal scanner helps you locate leak paths and moisture buildup even when there are no visible signs. Using a thermal scanner reduces unnecessary demolition and speeds up leak detection.

Yes. Most modern IR thermal camera devices support both still image capture and continuous video recording, allowing you to document thermal conditions during inspections.

With an IR thermal camera, you can store thermal evidence, monitor temperature changes over time, and compare before-and-after results. These recording features make an IR thermal camera useful for maintenance documentation, fault analysis, training, and professional reporting.

Yes. Most modern IR thermal camera devices, including models from Thermal Master Thor, support both still image capture and continuous video recording, allowing you to document thermal conditions accurately during inspections. These features make it easier to track temperature changes, compare inspection results over time, and create clear visual records for analysis, maintenance, or reporting purposes.

When insulation is missing, compressed, or damaged, an IR thermal camera highlights cold spots in winter or warm spots in summer. This makes an IR thermal camera especially valuable for energy audits, renovation planning, and diagnosing comfort issues without opening walls or ceilings.