FOTRIC 228 vs FLIR T620 Infrared Thermal Imaging Camera Comparison
What's the difference between the FOTRIC 228 and FLIR T620 640x480 handheld thermal cameras?
Key Differences
FOTRIC 228 | FLIR T620 |
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In-Depth Specification Comparison
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FLIR T620 |
Fotric 228 |
Advantages |
Market Price |
$22,990 |
$9,499 |
Fotric 228 is more cost effective. |
IR Resolution |
640 x 480 |
640 x 480 |
Same IR resolution |
Temperature Range |
-20~650℃ |
-20~650℃ |
Same temperature range |
Accuracy |
±2°C(±3.6°F) or 2% |
±2°C(±3.6°F) or 2% |
Professional grade temperature measurement accuracy |
LCD Screen |
4.3”, 480P, fixed |
5.5”, 720P or higher, upgradable |
Fotric 228 is paired with 5.5” large full HD touchscreen |
Temperature Analysis |
10 spots, 5 boxes, 1 line |
12 spots, 12 boxes, 3 lines |
Fotric 228 can read and analyze more data instantly, convenient for field use |
Focus |
Manual/Auto |
Manual |
Manual focused lens is easier to focus on the desired object |
Macro Lens | 100 µm 50 µm |
20 µm |
Fotric 228 has the world's best resolution macro lens up to 20 µm resolution. True single macro lens. |
Time Lapse (Infrared) |
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Support |
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Fully-Radiometric Short Video* |
N/A |
Support |
Fotric 228 can record fully-radiometric thermal video with the smartphone with up to 1,000 frames |
Continuous Online | Same as battery's working time | Non-stop continuously | Fotric 228 can work continuously with the external power supply |
Radiometric Video Recording | Same as battery's working time or memory storage size | 1TB single radiometric file | Fotric 228 can work continuously and record up to 1TB single radiometric file |
Battery |
2.5 hours |
10 hours |
Fotric 228 can last for 1-day work under normal use without charging or replacing the battery |
Software | Flir ResearchIR | Fotric AnalyzIR | AnalyzIR is included with the camera while ResearchIR cost thousands of dollars |
Fixed Installation |
N/A |
Tripod; Test bench |
Fotric 228 can be installed on the tripod while an adapter needs to be purchased to install Flir T620 on the tripod |
* Fully-radiometric short thermal video stream refers that each frame of the video stream preserves the original temperature of each pixel. |
Note: Information is collected from the internet and for reference only.