• IR resolution: 640x480 px
• Temperature range: -20 - 550 C
• Refresh rate: 50 Hz
• Thermal sensitivity / NETD: <0.05°C @ 30°C / 50mK
• Field of view (FOV): 31.9° x 25.7°

THT400 is the new professional thermal imaging camera equipped with a high resolution 640 x 480pxl IR sensor which makes it suitable for use in electrical, mechanical, plumbing, ventilation and refrigeration systems. It is equipped with a measuring range of -20°C ÷ 550.0°C and a field of view of 31.9°x 25.7°, producing high quality thermal images and videos, as well as allowing AutoFusion and Picture in Picture functions. The thermal imaging camera is equipped with a modern internal icon structure and a high brightness capacitive touch-screen display.

It is also equipped with Wi-Fi connection, as well as being compatible with the new and convenient HT Pro Camera application.

High Resolution

High resolution means maximum performance and versatility. THT400 represents the top of the range among HT thermal imaging cameras in terms of resolution, making it perfect for inspections on mechanical systems, electrical installations, HVAC systems and for high-level building inspections

In buildings, energy waste due to thermal bridges and poor air tightness worsen living comfort and increase energy bills. In addition, the most common building diseases such as rising damp and condensation further worsen the situation. With a high-resolution and high-sensitivity thermal imaging camera, provided the field of view was appropriate, it is much easier to identify multiple problems.

*Picture: an external wall of a prefabricated reinforced concrete structure.

HVAC&R systems require particular attention in checking the temperatures of their fluids, even if the pipes they are flowing through are usually protected with insulating sheaths. With a high-resolution and high-sensitivity thermal imaging camera, it is possible to measure operating temperature of fluids and identify any leak potentially invisible to the naked eye

*Picture: a radiant ceiling system.

In many industrial applications, wherever mechanical parts are in motion or rotation, static friction and long-term dynamic friction inevitably wear mechanical parts. It is crucial to periodically check the temperatures of components such as bearings, rollers, hydraulic pistons, etc. to evaluate their wear and prevent unplanned downtime and increase production capacity.

*Picture: thermal image of a motor

Safety in electrical systems is based on careful planning of installation carried out in a workmanlike manner. However, sometimes it may be hard to verify the full functionality of devices, connections, load balancing as well as detect potential overheating with the naked eye. With a high-resolution thermal imaging camera, you can understand in a very short time the nature of potential failures by working in total safety

*Picture: thermal image of a switchgear