Satir G96 Thermal Infrared Camera

Resolution640x480
Humidity10% ~ 95%, non-condensing
Temperature Range-20°C~ +600°C, up to +2000°C
Detector TypeFPA, uncool microbolometer
Supply TypeManufacturer, Exporter, Supplier, Retailer
Preferred Buyer Location All over the world

Product Details

Resolution640x480
Temperature Range-20°C~ +600°C, up to +2000°C
Accuracy±2°C or ±2 of readings
Humidity10% ~ 95%, non-condensing
Storage- 40°C~ +70°C
Operating-20°C~ +50°C
Detector TypeFPA, uncool microbolometer
Thermal Sensitivity (N.E.T.D)50mK@30°C

Performance Level High Resolution 640X480 Detector: SATIR G96 is a high performance thermal imager, it has a user friendly design which makes it easy to handle, the design incorporates a new user experience with a powerful analysis features. It comes with a 5” detachable LCD with a remote control unit which makes working in hazardous areas and on long surveys easier for the user. The G96 has a high resolution 640x480 UFPA Detector which offers accurate and reliable temperature measurements. It has video recording which allows the user to save the thermal videos.

Features

High resolution 640X480 UFPA detec-tor. There is the high resolution 640X480 UFPA detector in G96. Total 307,200 effective pixels, every pixel brings an accurate and reliable temperature measurement result.
5 inch detachable LCD with remote con-trol. The flexible detachable LCD makes the work easier, with the remote control panel, all the cameras’ operations can be controlled by your thumb.
USB real time thermal video recording (optional). G96 can take thermal images and thermal video with the USB Real time soft-ware, thermal video can be transferred to a PC in real time for analysis and playback.
Thermal video recording. G96 can record the real time non-radiative thermal video in to the SD card. The users can save the thermal video total 2hours in to the 4 GB SD card. The ther-mal video is in mp4 format that can be played by general video player.
DuoVision. G96 can take high quality “DuoVision” images, with three display modes; users can choose the most suitable mode for their application.