The TarisIR® mini is the smallest camera in InfraTec’s portfolio. It offers very good image quality and an excellent price-performance ratio.
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InfraTec TarisIR® mini 600 – When Size Matters!
The TarisIR® mini is the smallest camera in InfraTec’s portfolio. It offers very good image quality and an excellent price-performance ratio.
Uncooled microbolometer FPA detector; 12 μm pitch
Analysis of extreme temperature changes and gradients in full frame
Highly accurate and repeatable measurements
Precise detection of the smallest temperature differences
For loss-free real-time data transmission and analysis
Easy and economical installation
Designed for universal use, the compact camera TarisIR® mini with the corresponding IRBIS® software from InfraTec enables entry-level access to stationary thermography. It offers this at an excellent price-performance ratio.
The radiometrically calibrated infrared camera is based on an uncooled microbolometer FPA detector of the latest generation with (640 × 480) IR pixels. Its pixel pitch is only 12 µm. In combination with the high thermal resolution of 20 mK, the camera provides unprecedented image quality in this camera segment. As a result, it achieves exceptionally sharp detail.
The TarisIR® mini is designed for uncompromising continuous operation. It provides reliable thermographic real-time image data that can be operated in any position with a full-frame rate of up to 50 Hz. The camera measures in the long-wave atmospheric window of (8 … 14) µm. Therefore, it is well-suited for monitoring applications in outdoor areas.
Algorithms specially developed for this detector technology, in combination with a very comprehensive and sophisticated calibration process, ensure precise results. They offer a measurement accuracy of 2 %, even under difficult measurement conditions.
The extremely small and robust light metal housing and the lightweight design of the camera module enable simple integration. In system environments with installation situations with limited space, high dynamic loads and adverse environmental conditions, small size and lightweight design are key. The TarisIR® mini offers both!
Depending on the application, the module can be combined with different lenses and thus optimally configured to suit the measuring task. The IP67 protection degree on the lens front facilitates integration even in adverse application conditions.
| Spectral range | (8 … 14) µm |
| Pitch | 12 µm |
| Detector | Uncooled Microbolometer Focal Plane Array |
| Detector format (IR pixels) | (640 × 480) |
| Temperature measuring range | (-40 … 600) °C |
| Measurement accuracy | ± 2 K or ± 2 %** |
| Temperature resolution at 30 °C | 0.02 K |
| Frame rate (full/half/quarter/sub frame) | 50 Hz or < 9 Hz |
| Storage media | external control computer for camera control and data acquisition* |
| Realtime storage | Computer-aided storage of radiometric sequences by GigE interface with up to 50 Hz |
| Focus | Manual |
| Minimum object distance | Approx. (0.18 m … ∞) |
| Dynamic range | 16 bit |
| Interfaces | GigE-Vision (RJ45), RS232 |
| Trigger | 2 x IN/OUT |
| Tripod adapter | ¼” photo thread |
| Power supply | (9 … 36) VDC or PoE |
| Storage and operation temperature | (-40 … 70) °C, (-25 … 50) °C |
| Protection level | Leichtmetallgehäuse, IP40, IP67 (lens frontside) |
| Shock vibration resistance in operation | 25 G, DIN ISO 9022-3-36-06-2; 2 G, DIN ISO 9022-3-36-06-2 |
| Dimensions; weight | (50 × 30 × 30) mm; 66 g (OEM module) / (50 × 55 × 55) mm; 220 g (without lense) |
| Further functions | In-camera emissivity correction, colour chart, 3 ROI, 8 Isotherms, 4 user con gurations (plus a factory setting) |
| Analysis and evaluation software* | IRBIS® 3, IRBIS® 3 view, IRBIS® 3 plus*, IRBIS® 3 professional*, IRBIS® 3 control*, IRBIS® 3 online*, IRBIS® 3 process*, IRBIS® 3 active*, IRBIS® 3 mosaic*, IRBIS® 3 vision*, SDK V4* (LabVIEW*, MATLAB*) |
| * Depending on the model | |
| ** In selected measurement ranges | |
| *** Simulated values acc. to Johnson criteria for detection, recognition and identification with atmospheric extinction coefficient of 0.2/km and a probability of 50%. | |
