Thermal Imaging Camera HikMicro Lynx S LE10S

 This HikMicro Lynx S LE10S is a compact handheld thermal imaging camera which can easily be carried around in your coat pocket. It has easy-to-operate buttons on top of the housing and it has an IP67 waterproof rating, which means it’s completely dustproof and it also means it can be submerged down to a depth of one metre for 30 minutes. The thermal imaging camera has a detection range of 500 metres. It features a rechargeable lithium battery that’ll power the thermal imaging camera for roughly 8 hours. Using the standby mode effectively will allow it to last even longer.

The HikMicro Lynx S LE10S uses a 256x192p sensor with a pixel pitch of 12 µm. It has a NETD of less than 35 Mk, which means the thermal imaging camera can detect and small changes in temperature. This results in a crisp and detailed thermal image, which allows you to observe with ease, regardless of lighting circumstances. The thermal images are presented on a 800x600p OLED-display with a refresh rate of 50Hz. That refresh rate provides a smooth image without flickering.

The thermal images can be shown in the following colour palettes:
• White hot
• Black hot
• Red hot
• Fusion

The HikMicro Lynx S LE10S thermal imaging camera has a field-of-view of 31.7 metres at a distance of 100 metres. It features a standard, optical magnification of 1.5x. Aside from that, it has a digital magnification of 2x, 4x and 8x, resulting in a maximum magnification of 12x. That magnification allows you to keep a good overview of the environment.

While observing, you can use the thermal imaging camera to take pictures or record videos with audio. It has an internal storage capacity of 8 GB and you can even transfer the footage to your smartphone by using the HikMicro Sight app. Using the app, you can stream the feed from the thermal imaging camera directly to your smartphone, so you can use it as a second screen. This means at least two people can comfortably observe using the HikMicro Lynx S LE10S thermal imaging camera.