True 110,592 (384x288 IR sensor) non-contact points of temperature measurement for quick identification of hot spots and potential points of failure; Wide temperature range -4°F~1,202°F covers most applications; High measurement accuracy ±2°C or ±2% helps to achieve PCB quality assurance and factory acceptance; High sensitivity enough to detect temperature differences helps to quickly identify faults and thermal gradients. Fotric 616C thermal camera comes with FREE analysis/recording software, Fotric AnalyzIR.
Professional Grade Thermal Imager with World-Class Hardware
High-resolution, high accuracy, high sensitivity, and F1.0 large aperture IR lens take super quality radiometric thermal images for R&D and professionals. Extract accurate temperature of every pixel.
The device adopts cutting-edge hardware including infrared detector, main processing chip, FPGA, power supply chip, etc., which guarantee the quality, performance and stability of the camera.
- France Lynred infrared detector, 30Hz frame rate
- SAMSUNG main processing chip
- Xilinx FPGA (USA)
- TI (Texas Instruments) power supply chips
The thermal imaging camera can be equipped with a 50μm macro lens to obtain temperature distribution and detailed data of microstructures such as chips.
The thermal imaging camera is equipped with a dedicated R&D test platform, allowing researchers to observe and analyze in a flexible, fine and stable manner.
Outstanding performance
FOTRIC 616C's excellent hardware configuration, combined with extraordinary imaging algorithms, results in superior product performance.
- The 384*288 pixel infrared detector provides a thermal map with over 110,000 temperature points as data matrix
- State of the art imaging algorithm significantly reduces noise and boosts image clarity
- Thermal sensitivity of 0.05℃, more sensitive to temperature change and makes more accurate temperature measurement
- High EMC compatibility, effectively prevent electromagnetic interference and electrostatic breakdown
Designed with R&D purposes in mind
FOTRIC 616C is designed for education and research related applications. The simple and elegant design that makes operations intuitive and efficient.
- The test platform allows for easy lifting, rotation, fixation and other practical adjustment movements
- The 50μm lens help users obtain thermal maps of microstructure temperature distribution and detailed temperature data
- Manual focus offers flexible and accurate focusing and fine thermogram acquisition.
1TB Single Radiometric Video Recording, Long Time Online Temperature Monitoring
Unique powerful radiometric recording capability. Fotric 616C can record up to a 1TB single radiometric video when connected to a PC and Fotric AnalyzIR software (up to 30 fps), and capture every temperature change in your experiment and test. Extract accurate temperature of every pixel of every frame to help identify the cause of the failure.
Free Powerful Analysis and Recording Software
Professional analysis and recording software provides powerful analysis tools, various trigger recording settings, 3D temperature difference plot, real-time temperature history, profile and histogram plot, etc.
AnalyzIR thermal analysis software is a professional thermal analysis software that matches the FOTRIC 616C. The software allows the user to view temperature changes, overall distribution and other information, and to adjust the camera configuration.
AnalyzIR professional thermal analysis software allows the following functions to be implemented:
- Enables the camera to communicates with a PC to display, transmit, record, and analyze full radiometric video streams in real time
- Secondary analysis of the thermal image files, adding, deleting, renaming, moving measurement tools and adjusting the thermal image or full radiometric video
- Modification of the thermal parameters of the thermal image file, including emissivity, reflected temperature, atmospheric temperature, relative humidity, target distance, external optical transmittance, GPS location information, etc.
- Set partial emissivity for individual measurement tools to improve accuracy
- Display, export, save, and overlay time of temperature curves for any measurement tool
- Full radiometric thermal video supports both raw mode and temperature difference mode analysis
- The thermal image file supports histogram, 3D graph, and line temperature distribution display
- Combine thermal images into full-radiation thermal videos or split videos into images.
- Edit customized test report templates and batch process thermal image files. Batch generate of thermal image inspection reports.
- I/O external trigger recording.
- DB, TCP/IP Modbus, RS232 Modbus serial communication and data transfer with external systems.
Temperature Difference Analysis and Raw T Data Export to Other Simulation Softwares
Wide-Aangle or 50μm Macro Infrared Lens
Fotric 606C thermal imaging camera can be equipped with 30° wide angle lens for comprehensive overview, or with 50μm macro lenses to obtain temperature distribution and detailed data of microstructures such as chips.
The thermal imaging camera is equipped with a dedicated R&D test platform, allowing researchers to observe and analyze in a flexible, fine and stable manner.
Setup Instruction and Software Manual
Specifications - Fotric 616c Thermal Imager
Models |
FOTRIC 616C R&D Station |
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Basic Parameters |
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Infrared Resolution |
384*288 |
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Thermal Sensitivity NETD) |
< 0.05℃ @30℃ |
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Lens |
Standard lens |
Macro lens-34 |
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FOV |
30° x 22° |
12.0° x 9.1° |
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IFOV |
1.3mrad |
0.76mrad |
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Minimum focus distance |
0.3m |
50mm |
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Focal length |
13mm |
22.5mm |
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Infrared Spectral Band |
7μm~14μm |
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Detector Type |
Uncooled infrared focal plane detector |
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Detector Pitch |
17μm |
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Focus Type |
Manual |
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Measurement Analysis |
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Temperature Measurement Range |
-20℃ -150℃ ; 0℃ -650℃ |
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Accuracy |
± 2℃ or ± 2 %, whichever is greater(ambient temp between15℃ ~35℃ ) |
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Measurement parameters |
Emissivity; Ambient temperature; Reflected temperature; Relative humidity; Distance; External optics compensation |
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Partial emissivity |
Support |
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Image display |
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Palettes |
10 standard palettes and 10 inverted palettes |
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Image process |
Non-uniform calibration, digital enhancement |
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Mirror mode |
Left-right, up-down, center |
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Video compression standard |
H.264 |
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Radiometric stream |
Support 30Hz radiometric stream |
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Pan-tilt-zoom station compatibility |
Support Pelco-D protocol |
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Measurement tools |
5 points, 10 lines and 10 regions, support Modbus output |
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Software |
AnalyzIR |
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Network Connection |
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Ethernet type |
10M/100M/1000M adaptive |
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Simultaneous stream |
Mainstream and substream: 10; Radiometric stream: 1 |
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IP connection interface |
ONVIF |
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Electrical connection |
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Power connector |
Screw-on wire terminal |
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Network connector |
Screw-on RJ45 with status indicator LED |
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Serial port |
RS-485 |
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Power system |
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Power supply |
12V/24V DC, PoE |
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Power consumption |
3W |
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Reliability and certificates |
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Safety standards |
GB 4943.1-2011 | EN 62368-1:2014+A11:2017;GB/T 19870-2018 |
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Electromagnetic compatibility |
GB/T 18268.1-2010 | EN 61326-1:2013 GB 17625.1-2012 | EN IEC 61000-3-2:2019 GB/T 17625.2-2007 | EN 61000-3-3:2013/A1:2019 GB/T 19870-2018 GB 4824-2019 EN 55032:2015/A11:2020 EN 55035:2017 FCC CFR47 Part15 subpart B |
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Protection level |
IP40 |
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Impact |
25g,GB/T 2423.5-2019 | IEC 60068-2-27:2008 |
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Vibration |
2g,GB/T 2423.10-2008 | IEC 60068-2-6:2007 |
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RoHS compliant |
Directive 2011/65/EU and amendment (EU) 2015/863 |
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Physical parameters |
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Working temperature |
-20℃ -65℃ |
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Storage temperature |
-40℃ -70℃ |
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Relative humidity |
< 90% |
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Size |
112mm*68mm*60mm(without lens or base) |
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Weight |
485g(without lens or base) |
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Outer casing material |
Aluminum alloy |
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