TESTO 885-1 Kit Thermal Imaging Camera

Description :

You can carry out non-intrusive thermal inspections for buildings and industrial applications with the testo 885-1. Thanks to the 320 x 240-pixel detector, in combination with the high-quality Germanium optics, the testo 885-1 achieves an excellent image quality. This allows weak spots and problems to be reliably detected. In combination with the Testo SuperResolution technology, the testo 885-1 records high-resolution thermal images in excellent quality (640 x 480 pixels). This means that even the smallest or very distant measurement objects can be thermographed very precisely.

Detector size 320 x 240 pixels: With 76.800 temperature measurement points, the measurement objects are detected in outstanding image quality, extremely clearly and precisely.

SuperResolution technology to 640 x 480 pixels. SuperResolution technology improves the image quality by one class, i.e. the resolution of the thermal images is four times higher.

Flexibility thanks to rotatable handle and fold-out, rotatable display

Thermal sensitivity < 30 mK

Large field of view thanks to 30° lensHi

Panorama image assistant for large measurement objects

Site Recognition Technology

Optional: High temperature up to 1200°C

Special measurement mode for detecting areas with danger of mould

Lens protection glass

Auto focus / Manual focus

Built-in digital camera with power LEDs

Minimum focus distance 10 cm

Voice recording using headset

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Thermal Imaging adalah salah satu metode pendeteksian yang meningkatkan visibilitas objek dalam gelap dengan mendeteksi radiasi inframerah dari benda dan menciptakan gambar berdasarkan informasi tersebut.Thermal Imaging, Infrared dan Low-Light Imaging adalah tiga teknologi yang paling sering dipakai dalam penggunaan night vision. Berbeda dengan dua metode lainnya, thermal imaging bekerja di lingkungan tanpa cahaya. Seperti near-infrared illumination, thermal imaging dapat menembus benda-benda gas seperti asap dan kabut. Cara kerja thermal imaging adalah semua benda memancarkan energi inframerah (panas) sebagai fungsi temperature. Energi inframerah yang dipancarkan oleh sebuah objek yang dikenal sebagai heat-imaging.