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AGT-DM3041 is very popular military-grade multi-functional individual night vision monocular in the market. It can be worn on the head or helmet, can be mounted on a weapon for wildlife hunting or shooting, and can also be used with a camera or video camera for shooting night scenes.
1. Waterproof and dust-proof up to IP68 level (optional)
2. Direction-sensing automatic switch
3. The magnification can be changed by changing the objective lens, optional 3x, 5x or 6x lens
4. Optional separate infrared enhancer
5. Standby zero consumption: When not in use for a long time, the battery will not lose power when placed in the battery holder
6. The battery cover spring is embedded: it can better contact the battery and the spring is not easy to be damaged, and it is easier to twist the battery cover.
7. The helmet can be adjusted freely: the helmet device can be adjusted freely according to the size of the head of different users.
8. Multi-layer coating standard
9. Automatic brightness adjustment
10. Low battery indicator
Model | AGT-DM3041 |
IIT | Gen3 |
Resolution (lp/mm) | 57-64 |
Photocathode type | GaAs |
S/N (dB) | 21-24 |
Luminous sensitivity (μА/lm) | 1500-1800 |
MTTF (hrs) | 10,000 |
Magnification | 1x |
FOV (deg) | 40 |
Detection distance (m) | 250-280 |
Diopter (deg) | +5/-5 |
Lens system | F1.2, 25.8mm |
Range of focus (m) | 0.25--∞ |
Dimensions (mm) | 110 x 68 x 42 |
Weight (g) | 309 / 327( with battery) |
Power supply (v) | 2.0-4.2V |
Battery type (v) | 1 3V CR123A lithium battery |
Battery life (hrs) | 80(w/o IR) 40(w IR) |
Operating temperature(℃) | -40/+60 |
Environmental rating | IP67 |
1. operation button
2. battery compartment
3. objective lens
4. protective cover
5. eyepiece
6. rubber eye cap
7. mounting part
8. IR illuminator
9. light detector
AGT-DM3041 is very popular military-grade multi-functional individual night vision monocular in the market. It can be worn on the head or helmet, can be mounted on a weapon for wildlife hunting or shooting, and can also be used with a camera or video camera for shooting night scenes.
1. Waterproof and dust-proof up to IP68 level (optional)
2. Direction-sensing automatic switch
3. The magnification can be changed by changing the objective lens, optional 3x, 5x or 6x lens
4. Optional separate infrared enhancer
5. Standby zero consumption: When not in use for a long time, the battery will not lose power when placed in the battery holder
6. The battery cover spring is embedded: it can better contact the battery and the spring is not easy to be damaged, and it is easier to twist the battery cover.
7. The helmet can be adjusted freely: the helmet device can be adjusted freely according to the size of the head of different users.
8. Multi-layer coating standard
9. Automatic brightness adjustment
10. Low battery indicator
Model | AGT-DM3041 |
IIT | Gen3 |
Resolution (lp/mm) | 57-64 |
Photocathode type | GaAs |
S/N (dB) | 21-24 |
Luminous sensitivity (μА/lm) | 1500-1800 |
MTTF (hrs) | 10,000 |
Magnification | 1x |
FOV (deg) | 40 |
Detection distance (m) | 250-280 |
Diopter (deg) | +5/-5 |
Lens system | F1.2, 25.8mm |
Range of focus (m) | 0.25--∞ |
Dimensions (mm) | 110 x 68 x 42 |
Weight (g) | 309 / 327( with battery) |
Power supply (v) | 2.0-4.2V |
Battery type (v) | 1 3V CR123A lithium battery |
Battery life (hrs) | 80(w/o IR) 40(w IR) |
Operating temperature(℃) | -40/+60 |
Environmental rating | IP67 |
1. operation button
2. battery compartment
3. objective lens
4. protective cover
5. eyepiece
6. rubber eye cap
7. mounting part
8. IR illuminator
9. light detector
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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.