High Resolution, More Features, Most Valuable Professional Thermal Camera in Its Class
True 307,200 (640x480 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%; High sensitivity enough to detect temperature differences helps to quickly identify faults and thermal gradients. Fotric 228 Pro 640x480 thermal camera comes with FREE Samsung smartphone and FREE professional analysis/recording software, Fotric AnalyzIR.
Easy to Use APP and On-Camera Analysis
All operation is based on Smartphone APP and easy to use. Capture, edit and analyze radiometric images on site; Set emissivity for each region/material; Share radiometric images with experts or social media - all directly from the device.
Professional Grade Handheld Thermal Imager
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 the accurate temperature of every pixel.
Record Radiometric Image and Video
Fotric 228 thermal camera can record up to 1,000 single short radiometric video clips directly on the camera with the smartphone (up to 5 fps), or record up to a 1TB single radiometric video when connected to a PC and Fotric AnalyzIR software (up to 30 fps).
Long Battery Use Time
Independent battery in the camera provides 10+ hours of battery use time. Non-stop working when connected to a power outlet.
FREE Professional Analysis, Recording and Reporting Software - AnalyzIR
Powerful analysis tools, various trigger recording settings, 3D plot, real-time temperature history, profile and histogram plot, reporting with up to 200 images at one time, etc.
1TB Single Radiometric Video Recording, Long Time Online Temperature Monitoring
Unique powerful radiometric recording capability. Fotric 220s series cameras can record up to 1TB single radiometric video, and capture every temperature change in your experiment and test. Extract the accurate temperature of every pixel of every frame to help identify the cause of the failure.
Temperature Difference Analysis and Raw T Data Matrix Export
Various Optional Infrared Lens
Macro Lens; Super telephoto lens; Telephoto lens; Wide-angle lens; Super wide-angle lens
- Fotric M20-228 macro lens, resolution 20μm (Calibrated range -20°~150°C, accuracy ±5°C or ±5%)
- Fotric M50-228 macro lens, resolution 50μm (Calibrated range -20°~150°C)
- Fotric L08-228 telephoto lens, FOV 8°x6
- Fotric L17-228 telephoto lens, FOV 17.6°x13.3°
- Fotric L45-228 wide-angle lens, FOV 45°x33.8°
- Fotric L92-228 super wide-angle lens, FOV 92°x76°
Main Features - FOTRIC 228 Pro. Thermal Camera
• -Wide temperature range -4°F~1,202°F
• -High accuracy ±2°C or ±2%
• -12 spots, 12 boxes, 3 line temperature measurement
• -Emissivity set for each ROI (Region of Interest)
• -15 color pallets with instant preview
• -Easy to use smartphone full touch screen operation
• -Free reporting software (report with up to 200 images at one time)
• -10+ hours battery time
• -Instantly share thermal images through Messenger, Facebook, Twitter, Instagram, Email, etc.
• -Up to 1,000 frames of fully-radiometric thermal video recording on the phone (up to 5fps)
• -Voice and text image annotation
• -Adjustable focus lens, 40-degree wide-angle. Highly cost-effective optional lens from a telephoto lens to super wide angle lens
• -Handheld, or fix mounted to tripod or test bench
• -Free Android APP and Windows software AnalyzIR
• -Free smartphone (Samsung Galaxy J7 Unlocked or equal)
Specifications - FOTRIC 228 Pro. Thermal Camera
|640x480 True Infrared Pixels|
|Infrared Imaging||IR Resolution||640 × 480 pixels|
|Field of View (FOV)||28.7° × 21.6°|
|Temperature Range||-20℃~﹢650℃（-4℉ ~ 1202℉）|
|Minimum Focus Length||0.1m (Standard Lens)|
|Spatial Resolution (IFOV)||0.65mrad|
|Thermal Sensitivity (NETD)||≤0.05℃@30℃|
|Measurement Accuracy||±2℃ or ±2% whichever is greater @ Environment Temperature 10℃~35℃|
|Spectral Range||8 to 14 μm|
|Detector Type||Focal Plane Array (FPA) uncooled microbolometer|
|Zoom||10X continuous digital zoom|
|Palettes||15 palette options (iron, glowbow, red-hot, white-hot, yellow)|
|Image Processing||Palette Switching||Tap palette icon|
|Noise Calibration||Automatic noise calibration FFC / manual noise calibration FFC|
|Correction Settings||Emissivity, reflected background temperature, relative humidity, ambient temperature, measuring distance, transmission|
|Emissivity Adjustment||0.1 to 1.0|
|Regional Emissivity Adjustment||Support|
|Measurement & Analysis||Automatic Capture of High, Low and Average Temperature||Support|
|Isotherm||Above / Below|
|ROI Measurement Modes||8 moveable spots
8 moveable area boxes (min/max)
1 line (min/max)
Emissivity set for each ROI
|Temperature Alarm||User-defined temperature threshold, audible and visual alarm of above/below temperature|
|Image Format||User-defined temperature threshold, audible and visual alarm of above/below temperature|
|Long-Time Online Measurement||USB||Transfer fully-radiometric thermal video stream with all original temperature data of each pixel to PC, connect with mobile devices supporting OTG (On-The-Go host)|
|Continuous Online Monitoring||Support|
|Display Modes||Thermal image, customer size/transparency/moveable dual vision fusion picture-in-picture|
|Image Saving Modes||Single thermal image
Thermal & digital image
|Take fully-radiometric Thermal Video Stream on Smartphone||Support, user-defined frame rate (up to 5 fps) or frame interval, up to 1,000 frames per video stream on smartphone|
|Professional Function||Professional FunctionTake fully-radiometric Thermal Video Stream on PC||Support, user-defined frame rate (up to 5 fps) or frame interval, up to 1,000 frames per video stream on smartphone|
|Thermal Image Analysis on Smartphone||Support|
|Thermal Video Analysis on Smartphone||Support|
|Image Tagging / Labeling||Thermal image can be automatically labelled by scanning QR code or barcode|
|Image Annotation||Voice / Text Memos|
|FCC Certification||CFR 47 Part 15.107
CFR 47 Part 15.109
|Physical Parameters||Tripod Mounting||UNC1/4 -20|
|Software and App||FOTRIC AnalyzIR, computer software
FOTRIC LinkIR, smartphone App
|Standard Configuration||Thermal imaging camera (built-in battery)
Standard infrared lens
Lens protective case
USB to micro USB OTG cable (right angle)
USB to micro USB OTG cable
USB to USB cable
Hand wrist strap
Getting started manual (with warranty card)
|Optional Test Bench||FOTRIC B3s Universal test bench|
FAQ - Fotric 226B and 223B AI temperature screening thermal imager camera scanner
Here is the list of possible issues you may encounter and the solutions/suggestions for your Fotric 226B and 223B AI group temperature screening thermal imaging camera and Fotric WLIR software operation.
1. Backlighting problem (cannot detect human face)
The recommended installation environment for the FOTRIC 226B and 223B is indoors with good lighting. Try to avoid a backlit environment, which can affect the accuracy of face detection or even result in detection failure.
When the device is facing a door or window, the facial detection failure in the figure below may occur.
It is recommended to change the orientation of the device or turn on the indoor lights to reduce the effect of backlighting.
2. Accurate focus
The FOTRIC 226B and 223B use manual focus adjustment, and it can only correctly measure temperature if its focus is accurate. If the focus is not accurate, the infrared image can be blurred, and the corresponding measured temperature can also result in a large error.
Blurred focus and inaccurate temperature
Accurate focus and accurate temperature
To use the device correctly, the visible and infrared images must be matched.
The picture below shows an unmatched photo. It can be seen that the visible light detection frame (right) is positioned to the face, while the infrared detection frame (left) does not match the face position. The temperature test result obtained is incorrect, as it has not read a human face temperature.
After matching, the face detection frame of the infrared photo and the visible light photo are in the same position, so the measured result is accurate
4. Threshold mode
The threshold mode directly displays the human body surface (face) temperature. The body surface temperature is greatly affected by the environment.
In threshold mode, the temperature compensation can be performed manually, and the compensation temperature value is ≤10 °C.
5. HawkAI Mode
The working principle of the HawkAI mode is that the FOTRIC 226B and 223B first collects the human body surface (face skin) temperature, and then automatically calculates the compensation temperature through the AI algorithm to convert the human face skin temperature into the real body temperature. HawkAI mode can adjust the compensation temperature value in real time according to the flow of people continuously passing the temperature measurement point, so as to adapt to the change of ambient temperature.
Please note: The AI mode is designed with caution. The goal is to screen out people with a high body temperature in the crowd, and then perform a second temperature measurement. Body temperature varies from person to person; the biggest difference can be as high as 1-2 °C. With careful consideration, please have the screened person to stabilize for 5-10 minutes, and then perform a second temperature measurement. If their temperature is still high, it is recommended to use a medical thermometer to repeat the measurement.
6. HawkAI mode data sampling
When using AI mode, the software will prompt: “You have to resample temperature for 10 sets”. We recommend sampling the temperature of 10 different people with variations, so that the temperature compensation value of the AI algorithm can fit most people.
7. No alarm above 40 ℃
When the measured temperature of the human face exceeds 40 °C, the software will not emit an alarm. The software’s upper limit of the alarm temperature is 40 °C. If the temperature of the human body exceeds 40 ° C, the person would feel unmistakably ill and should go to the hospital for treatment immediately. If the person keeps appearing in some places, he or she may use many methods to reduce his or her face temperature to prevent being detected by infrared thermal imaging devices.
8. The effect of distance on temperature measurement
First, we recommend that the location of the temperature measurement point is fixed, and the distance from the device to the measurement point is also fixed. Then the device is focused and matched under this premise. Therefore, when the person to be inspected reaches the temperature measurement point, the focal length is appropriate, and the measured temperature is accurate.
If the person being inspected continues to walk towards the IR imaging camera,
he/ she will be closer to the infrared camera, the focal length of the infrared image changes, and the measured temperature may increase.
Therefore, when the FOTRIC 226B or 223B thermal camera is installed, we recommend that the temperature measurement route to be arranged in an "L" shape. After reaching the determined temperature measurement point, the channel turns left or right by 90°.
9. Face detection
This function needs to be activated online for first-time use. Then the network
connection is no longer needed after activation. Please note: The network can be disconnected after activation, but do not disable the network, otherwise the software will prompt that it cannot connect to the visible light camera and the face detection function needs to be activated again. Please also make sure that the computer time is consistent with the local time.
10. Cannot display visible light image
There may be several reasons when the software prompts that the visible light (DC) image connection fails: 1. The USB cable connection of the visible light camera is faulty. Please reconnect or try again with a different USB port on the computer; 2. The computer may not have a camera driver installed. Please go online (Logitech official website: https://www.logitech.com), download and install the relevant driver. 3. Please check if the network is disabled. Disabling the network may cause the visible light image to fail.
11. Cannot display infrared thermal image
First, please make sure that the device 226B or 223B is power on, and the status light is green. Second, make sure that the device driver is installed correctly. Third, make sure the USB connection between the device and the computer is stable.
12. Windows 8 / 10 version of the driver cannot be successfully installed
For the software WLIR-IR v22.214.171.12478 or newer version, the driver is digital signed and the step of "driver signature enforcement" is no longer needed! Please check whether you downloaded the right version.
Please check whether the driver signature enforcement is disabled (Disable driver signature enforcement) . If this step is not performed ,the prompt below will appear. The second possibility is that a 32-bit driver (x86) or a 64-bit driver (x64) is installed on a 64-bit or 32-bit system, respectively.
13. Live detection
Live detection is a new feature that can verify whether the measured object is a real living body, which can exclude the effects of photos, videos, and screen recordings, etc.
Please note that this function will be continuously upgraded and may have a certain error rate.
To manually shut down, press and hold the power button for about 6 seconds.
If the device is disconnected from the software (software has been closed or the
computer is in sleep), the device will automatically shut down after 5 minutes.
15. Unable to detect faces
The face detection rate of the software cannot always be completely accurate. It is necessary to pay attention to these situations in which faces may not be successfully detected: people with black masks; people with long hair covering their foreheads; people with hats; people with less hair; people walking too fast, etc. Additionally, mis-identification may occur where other objects are mistakenly considered as human faces for temperature measurement.
16. Can the images not be saved?
You can go to system setting -> alarms -> uncheck the box for "Alarm snapshot" or "Face recognition snapshot".
17. Can it hide the digital image?
You can go to system setting and selece privacy mode. By this way, it will only display the infrared image without any snapshot.
18. Why do I get an error message "Invalid matching. ir image are not fully included in dc image." when I tried to match the IR and DC image?
This error message pops up when portion of IR camera field of view stands out of the scope of the digital image. The DC image position might be altered.
- Stand in front the camera, check whether the DC camera lens is aligned well vertically with the IR camera lens, if not, move the DC camera toward left or right to make the close vertical alignment.
- Get someone standing 2, 2,5, or 3m distance from the camera, remember this distance selection. By default it is 2m.
- Rotate the DC camera up/down to so every part of the person shown on the IR image should also be seen on the DC image
- There is a small arrow next to the menu "Match". Select the right distance and click "Match" to start the matching process.
- Move the red dot and green dot on both IR image and DC image around the human head. Make sure the feature position on the IR image can match the the same feature position on the DC image. Such as the ear, top left face corner, neck, etc.
19. What's the minimum computer requirement?
Computer with windows 7 or 10 OS and
- Core i5 7020 or above processor.
- 8GB or larger memory.
- 2x USB ports, USB 3.0 is better
- More than 20GB of available hard disk space.
- 1024 x 768 display minimum, 1400 or higher is recommended.
- Independent video card is recommended.
- Internet access.
- Audio output.
- Keyboard and Microsoft mouse, or compatible pointer device.
- Microsoft windows 7, 32/64 bit (you need to install. Net framework 4.0 or the program will not work normally), or
- Microsoft windows 10, 32/64 bit
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