384×288/640×480 pixel detector, can get super pixel to 768×576/1280×960
Hand-automatic lens, can automatically identify
4-inch bright touch screen, graphical interface operation
5 million pixels visible light, dual LED fill light
With infrared, visible light, picture-in-picture, dual-band image fusion mode
Laser ranging can automatically focus according to the target distance
With image and video function
Real-time image transmission through wifi connection, and remote APP can control and analyze
Adapted to Bluetooth headset to transmit audio
2m anti-drop
Model | AGT-T9 | |||
1 | Detector | Type | Uncooled focal plane micro-thermal | |
Resolution | 384×288 | 640×480 | ||
Wavelength range | 8~14um | |||
Thermal sensitivity | ≤0.04℃ | |||
Frame rate | 50/60Hz | |||
2 | Lens | Lens | Automatic Identification | |
Focusing method | Manual/electric/automatic | |||
FOV | 25°×19° | |||
Focusing range | 0.1m~∞ | |||
3 | Dispaly | Monitor | 4.0” TFT LCD,Color, with capacitive touch screen | |
Resolution | 640×480 | |||
Backlight | High brightness sunlight screen | |||
Palette (pattern) | 11 color codes can be selected | |||
Image adjustment | automatic / manual | |||
4 | Image | Spatial resolution | 1.12mrad | 0.67mrad |
Super pixel function | 768×576 | 1280×960 | ||
Display method | Infrared, visible light, picture-in-picture, dual-band fusion image (DSIE) | |||
Digital zoom | 1~10x | |||
Visible light camera | 5 million pixels | |||
Video output | HDMI | |||
Anchor point display | Laser positioning points are displayed on the image | |||
5 | Storage | Memory | TF card | |
Video recording | Yes, the general video format storage of this machine, timing storage can be set, support infrared, visible light, fusion mode | |||
Image storage | Yes, infrared image JPEG format, with infrared temperature data; visible light, fusion JPEG format storage | |||
Note | 60-second voice recording, stored with the image, optional text annotation | |||
6 | Measurement | Temperature range | -20℃~+650℃,can be extended to 1200℃ | |
Temperature accuracy | ±2℃ or ±2% of measured value, whichever is greater | |||
Temperature measurement mode | Real-time 10 movable points (the hottest and coldest points are independent), 8 movable areas (the highest temperature, the lowest temperature capture, average temperature measurement), 3 line temperature measurement, isothermal analysis, temperature difference measurement, temperature alarm (sound, color) | |||
Temperature correction | Automatic (short time, long time, custom) / manual | |||
Atmospheric window correction | Corrected according to infrared window transmittance | |||
Atmospheric transmittance correction | Automatic, according to the input target distance, relative humidity, ambient temperature | |||
Background temperature correction | Automatically correct according to the entered temperature | |||
Emissivity correction | The emissivity is adjustable from 0.01 to 1.0 (in increments of 0.01), or the emissivity can be corrected through a predefined material emissivity meter | |||
7 | Power system | Battery | Rechargeable lithium battery, replaceable | |
Battery working time | 4 hours | |||
Battery charging time | Fast charging function (external charger), can be charged randomly | |||
Power management | Automatic sleep, automatic shutdown | |||
8 | Physical characteristic | Overall size | W116×D175×H278mm | |
Total Weight | ≤1.1kg(including battery) | |||
Handrail | Yes, can be installed on both sides | |||
tripod | 1/4″-20-UNC | |||
9 | Interface | Memory card slot | TF card connector | |
Data interface | Mini-USB Type C ,picture/video transmission | |||
Video interface | Micro-HDMI | |||
Power connector | Mini-USB Type C | |||
10 | Others | Laser | Laser rangefinder | |
Fill light | 2 LED | |||
Microphone | Yes | |||
Buzzer | Yes | |||
WiFi | Real-time image transmission, can be operated through the mobile APP control menu, stored images can be analyzed to generate reports, applicable to Android & ios systems | |||
Bluetooth module | Audio output/input (Bluetooth headset) | |||
GPS | Yes | |||
Electronic compass | Yes | |||
Set up | Date/time, temperature unit ℃/℉/K, language, LCD backlight, IP address | |||
11 | Environmental parameter | Operating temperature | -15℃~+50℃ | |
storage temperature | -40℃~+70℃ | |||
Humidity | ≤95% non-condensing | |||
Protection level | IP54 | |||
Vibrate | 2g,GB/T2423.10(IEC60068-2-6) | |||
Rush | 30g,GB/T2423.5(IEC60068-2-27) | |||
Fall | 2m,GB/T2423.8(IEC60068-2-32) | |||
12 | Security | Performance | GB/T19870-2005 | |
Safety | GB4943.1-2011 | |||
EMC | Meet CE requirements | |||
RoHS | 2011/65/EC | |||
Laser | IEC60825-1-2014 |
384×288/640×480 pixel detector, can get super pixel to 768×576/1280×960
Hand-automatic lens, can automatically identify
4-inch bright touch screen, graphical interface operation
5 million pixels visible light, dual LED fill light
With infrared, visible light, picture-in-picture, dual-band image fusion mode
Laser ranging can automatically focus according to the target distance
With image and video function
Real-time image transmission through wifi connection, and remote APP can control and analyze
Adapted to Bluetooth headset to transmit audio
2m anti-drop
Model | AGT-T9 | |||
1 | Detector | Type | Uncooled focal plane micro-thermal | |
Resolution | 384×288 | 640×480 | ||
Wavelength range | 8~14um | |||
Thermal sensitivity | ≤0.04℃ | |||
Frame rate | 50/60Hz | |||
2 | Lens | Lens | Automatic Identification | |
Focusing method | Manual/electric/automatic | |||
FOV | 25°×19° | |||
Focusing range | 0.1m~∞ | |||
3 | Dispaly | Monitor | 4.0” TFT LCD,Color, with capacitive touch screen | |
Resolution | 640×480 | |||
Backlight | High brightness sunlight screen | |||
Palette (pattern) | 11 color codes can be selected | |||
Image adjustment | automatic / manual | |||
4 | Image | Spatial resolution | 1.12mrad | 0.67mrad |
Super pixel function | 768×576 | 1280×960 | ||
Display method | Infrared, visible light, picture-in-picture, dual-band fusion image (DSIE) | |||
Digital zoom | 1~10x | |||
Visible light camera | 5 million pixels | |||
Video output | HDMI | |||
Anchor point display | Laser positioning points are displayed on the image | |||
5 | Storage | Memory | TF card | |
Video recording | Yes, the general video format storage of this machine, timing storage can be set, support infrared, visible light, fusion mode | |||
Image storage | Yes, infrared image JPEG format, with infrared temperature data; visible light, fusion JPEG format storage | |||
Note | 60-second voice recording, stored with the image, optional text annotation | |||
6 | Measurement | Temperature range | -20℃~+650℃,can be extended to 1200℃ | |
Temperature accuracy | ±2℃ or ±2% of measured value, whichever is greater | |||
Temperature measurement mode | Real-time 10 movable points (the hottest and coldest points are independent), 8 movable areas (the highest temperature, the lowest temperature capture, average temperature measurement), 3 line temperature measurement, isothermal analysis, temperature difference measurement, temperature alarm (sound, color) | |||
Temperature correction | Automatic (short time, long time, custom) / manual | |||
Atmospheric window correction | Corrected according to infrared window transmittance | |||
Atmospheric transmittance correction | Automatic, according to the input target distance, relative humidity, ambient temperature | |||
Background temperature correction | Automatically correct according to the entered temperature | |||
Emissivity correction | The emissivity is adjustable from 0.01 to 1.0 (in increments of 0.01), or the emissivity can be corrected through a predefined material emissivity meter | |||
7 | Power system | Battery | Rechargeable lithium battery, replaceable | |
Battery working time | 4 hours | |||
Battery charging time | Fast charging function (external charger), can be charged randomly | |||
Power management | Automatic sleep, automatic shutdown | |||
8 | Physical characteristic | Overall size | W116×D175×H278mm | |
Total Weight | ≤1.1kg(including battery) | |||
Handrail | Yes, can be installed on both sides | |||
tripod | 1/4″-20-UNC | |||
9 | Interface | Memory card slot | TF card connector | |
Data interface | Mini-USB Type C ,picture/video transmission | |||
Video interface | Micro-HDMI | |||
Power connector | Mini-USB Type C | |||
10 | Others | Laser | Laser rangefinder | |
Fill light | 2 LED | |||
Microphone | Yes | |||
Buzzer | Yes | |||
WiFi | Real-time image transmission, can be operated through the mobile APP control menu, stored images can be analyzed to generate reports, applicable to Android & ios systems | |||
Bluetooth module | Audio output/input (Bluetooth headset) | |||
GPS | Yes | |||
Electronic compass | Yes | |||
Set up | Date/time, temperature unit ℃/℉/K, language, LCD backlight, IP address | |||
11 | Environmental parameter | Operating temperature | -15℃~+50℃ | |
storage temperature | -40℃~+70℃ | |||
Humidity | ≤95% non-condensing | |||
Protection level | IP54 | |||
Vibrate | 2g,GB/T2423.10(IEC60068-2-6) | |||
Rush | 30g,GB/T2423.5(IEC60068-2-27) | |||
Fall | 2m,GB/T2423.8(IEC60068-2-32) | |||
12 | Security | Performance | GB/T19870-2005 | |
Safety | GB4943.1-2011 | |||
EMC | Meet CE requirements | |||
RoHS | 2011/65/EC | |||
Laser | IEC60825-1-2014 |
Application of infrared thermal imaging technology in the field of security Application of infrared thermal imaging technology in the security field 1: Monitoring of targets at night and in harsh weather conditionsAt night, due to well-known reasons, visible light equipment can no longer work normally.
Six elements of choosing an infrared thermal imaging camera 1. PixelsFirst of all, it is necessary to determine the pixel level of the infrared thermal imaging camera purchased, and the level of most infrared thermal imaging camera is related to the pixel. The relatively high-end product pixels of civilian thermal imaging cameras are 640*480.
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Infrared thermal imaging has played a significant role in the three -year epidemic situation. In the future, infrared thermal imaging can still be brightened in other fields.
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On the morning of June 16, 2022, the first train departed from Xinjiang Hotan Station,The Xinjiang Hotan-Ruoqiang Railway was officially put into operation, and the formation of the Taklimakan Desert Railway Line also marked the official completion of the world's first desert railway loop line.At th
Because thermal imaging is a passive, non-contact detection and identification of targets, it is concealed and undetectable, thus making long range thermal camera safer and more effective for operators. Apart from that, do you know what other advantages thermal scope has to offer? Let's take a look at them in detail. Here are some answers.
The thermal camera uses an infra-red detector and an optical imaging objective to receive a graphic representation of the infra-red radiation energy distribution of the target to be measured, which is reflected on the photosensitive element of the infra-red detector, thus obtaining an infra-red thermal image that corresponds to the heat distribution field on the surface of the object. This thermal image corresponds to the heat distribution field on the surface of the object. Next, let's take a look at the structure and applications of the thermal camera. Here are some answers.
The thermal camera is used in a wide range of applications, and as infrared technology continues to develop and become more widespread, new applications are constantly being developed. Infrared technology is used in both civil and military applications, initially in the military and gradually in the
In layman's terms, the thermal scope is the conversion of invisible infrared energy emitted by an object into a visible thermal image. The different colors on the thermal image represent the different temperatures of the object being measured. Let's take a look at the introduction to thermal scope.
The thermal camera is now divided into two main categories, portable and fixed. They are devices that collect images and infrared data, which are then transferred to a computer and analyzed by specialist software to produce the infrared images we see. Depending on the lens, we can see different infra-red images. The software can also be set up to give us the image we want. For example, the infrared night vision camera does not see red and yellow, but black and white. Let's take a look at the thermal camera and how it works.
Originally used in the military sector, the thermal scope has recently been extended to the civilian and industrial sectors. Some developed countries in Europe and the USA have been exploring the use of the thermal scope in various fields since the 1970s. After decades of continuous development, the thermal scope has evolved from a bulky machine to a lightweight, portable device for field testing. Let's take a look at the definition and advantages of the thermal scope. Here are some answers.