The infrared imaging camera is a fully radiometric operating device for recording and display of temperature-based images and temperature-based profiles of the object in operates on. The infrared imaging camera does not only work with the latest technology due to its USB 2.0 interface, which allows a real-time thermographic imaging with 96 images per second and simultaneous image-recording with 32 Hz, but it also efficient due to stationary as well as portable application. Snapshots as well as video sequences can be recorded and archived.
The infrared imaging camera is based on a small bolometer (UFPA) with 382 x 288 pixels and a pixel size of 25 x 25 µm. Replaceable objectives allow an adaptation to a variety of measuring distances and object sizes. The high thermal sensitivity allows a display of finest temperature details. The infrared imaging camera represents therefore an ideal solution for thermographic imaging in areas of research and development, test stations, process automation or for general portable imaging. Via USB cable the infrared imaging camera can be connected to a computer and the data can be transferred without further ado. The temperature data of the infrared imaging camera can be transferred as an infrared image to the software PCE-PI Connect, which will be provided. The software features also remote controlling the camera. Furthermore the software features a line scan camera – mode helping to monitor moving objects within a process. With a weight of only 320 g the infrared imaging camera is a very light equipment with a compact design.
In combination with a tablet PC the infrared imaging camera can be also applied for precautionary maintenance or thermal imaging premises. Thus it proves itself as a portable infrared imaging camera for snap-shots as well as a stationary applicable device. Its application range covers e.g. electronic developing, process controlling during development of solar-technologies, or production of LCD flat screens, development of electronic parts, development of mechanical components etc. Depending on purposes of application there are various objectives purchasable, which are listed below with their serial number.
– Detector with 382 x 288 pixels
– infrared camera in real time with up to 80 Hz
– Excellent thermal sensitivity
– Smallest camera in its category
– Low weight
Detector | FPA, uncooled (25 x 25 µm) |
Optic resolution | 382 x 288 pixels |
Spectral range | 7.5 … 13 µm |
Temperature range | -20 … +100 °C, 0 … +250 °C, +150 … +900 °C additional range: +200 … +1500 °C (not available for optival 72 ° HFOV ) |
Image frequency | 80 Hz |
Optics (FOV) | 38 ° x 29 ° FOV / f = 15 mm, max. +900 °C or 62 ° x 49 ° FOV / f = 8 mm ,max. +900 °C or 13 ° x 10 ° FOV / f = 41 mm, max. +900 °C or 38 ° x 29 ° FOV / f = 15 mm, max. +1.500 °C or 62 ° x 49 ° FOV / f = 8 mm, max. +1.500 °C or 13 ° x 10 ° FOV / f = 41 mm, max. +1.500 °C |
Thermal sensitivity (NETD) | PI400: 0,08 K with 38 ° x 29 ° FOV / F = 0,8 0,08 K with 62 ° x 49 ° FOV / F = 0,8 0,1 K with 13 ° x 10 ° FOV / F = 1,0 |
Accuracy | ± 2 °C or ± 2 % |
Interface | USB 2.0 |
Process interface (PIF) | 0 … 10 V input, digital input, 0 … 10 V output |
Surrounding temperature | PI400: 0 … +50 °C |
Storage temperature | PI400: -40 … +70 °C |
Relative humidity | 20 … 80 % r.H., non condensing |
Dimensions enclosure | 46 x 56 x 90 mm |
Protection category enclosure | IP 67 (NEMA 4) |
Weight | 320 g, incl. object |
Shock / vibration | 25G, IEC 68-2-29 / 2G, IEC 68-2-6 |
Input for stand | 1/4-20 UNC |
Power Supply | via. USB |
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