Thermal CameraThermal Camera

Pick up and return at the owning library only. The HF96 IR camera features a 96x96 IR resolution by enabling live super resolution technology during inspections. Its image enhancement algorithm upgrades the thermal image clarity from 96x96 to 240x240 in real-time viewing and photo capturing. Thermal sensitivity below 50mk provides you with high-definition details, and the 25Hz high frame rate ensures a smooth screen browsing experience during anomaly checking. Using advanced VOx detectors, the HF96 thermal camera can detect temperature differences as small as 0.05°C and ensure temperature reading errors within 2%. In addition, the imaging device allows users to adjust the distance of objects based on specific materials and fine tune emissivity settings, ensuring more accurate temperature measurements for various substances, including cement, bricks, etc. The HF96 thermal imaging camera has a 50 field of view, providing a wide coverage range during the scanning process. Automatic maximum, minimum, and center temperature recognition and point tracking, realtime display of temperature readings. In addition, you can set temperature over limit alarms to quickly identify anomalies. Built-in laser pointer helps you locate the inspected object in dim environments or small areas. Seven selected color palettes flexibly suit your different inspecting scenarios and purpose. USB Cast Screen allows you to live-share your camera screen to a laptop or computer for detailed inspection. Inspecting range is up to -4°F to 1022°F; you can also adjust to highlight specific scope you want to focus on. Built-in rechargeable battery provides up to 8 hours of continuous operation. Built-in flash memory can store approximately 30,000 standard thermal images. The 6.6ft drop test and IP54 protection rating allow you to work with confidence in most different work scenarios and even harsh environments. Designed with a standard tripod hole, HF96 thermographic camera supports using a tripod to assist inspection works.