PV320T

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Price: $19,500.00

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The PV320T is a calibrated thermal camera incorporating a high resolution (320x240) uncooled focal plane array and advanced features including a USB 2.0 high-speed digital output and automatic image calibration (AIC). The PV320T delivers accurate object temperature measurement up to 500ºC and excellent image quality.

Operate the PV320T as a stand-alone video-based system with on-camera controls or interface the camera with Velocity adiometric, our powerful real-time image acquisition and analysis software application. Connect the camera to any USB 2.0 enabled PC platform and run Velocity Basic and display realtime images on any PC and control the camera remotely. The compact PV320T in its rugged all-metal alloy chassis is currently in operation in many demanding applications around the world.

Features Include:

-10º to 500º C calibration
+/- 2% RFS or +/- 2ºC, whichever is greater
USB 2.0 High-Speed Serial Output
0.08ºC Sensitivity
Broadband (3µm-14µm) Imaging Option
Real-time software support

Models

PV320T2-H	NTSC 60 Hz radiometric color thermal imaging camera, video output and USB output, user NUC, fully calibrated, 35mm lens, -20° to 500° C Range
PV320T2E-H	PAL 50 Hz radiometric color thermal imaging camera, video output and USB output, user NUC, fully calibrated, 35mm lens, -20° to 500° C Range

Specifications

Sensor Type	Uncooled BST
Tripod Mount	1/4"-20 TPI
Resolution lp/mm	320 x 240 pixels
Pixel Size	48.5 microns
Spectral Response	7-14 microns PV320T / 3-14 microns PV320T-BB
Focus	Manual
Digital Output	USB 2.0
Video Output	NTSC (PAL Optional)
Optional Temperature Calibration Ranges	-10ºC - 500ºC
Dynamic Range	12 bits
Frame Rate	30 Hz PV320T / 25 Hz PV320TE
Operating Temperature	0ºC - 50ºC
Storage Temperature	-20ºC - 60ºC
Dimensions	14 cm (l) x 11.4 cm (w) x 11.4 cm (h)
Weight	3lb

Applications Include:

	Medical Imaging The human body burns a lot of energy (approximately 100 watts). Many physiological conditions produce variations in body temperature and temperature distribution across the human body. For example, the installation of thermographic cameras at airports has become a key SARS screening tool for many areas around the world. Thermography has also been used as a screening tool for applications such as breast cancer and pain management.

	Research and Development Thermal imaging is used extensively in engineering and scientific research centers around the world. Key to the use of these imagers is often application-specific software that permits the detailed analysis of both two-dimensional images as well as arrays of image sequences. Thermal imaging provides insight into critical information about an object’s thermal and spectral characteristics. In certain circumstances, information can be obtained on high-speed events (available with high frame-rate cameras) as well as circumstances requiring large dynamic range (available with variable integration cameras).

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