Infrared scope 50mm-manufacture,factory,supplier from China

(Total 24 Products for Infrared scope 50mm)
JV-MFB650-5006 makes use of infrared technological know-how to seize light, consisting of infrared mild that is invisible to the human eye, so it can work correctly in low-light or even no-light environments.Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢Focal Length:f= 50mm F1.0➢FOV:8.8°×7.0°➢Distance:Detection 1.8km Recognition 0.5km(Human);Detection 6.0km Recognition 1.8km(Vehicle) Technical parameterParameters / ModelJV-MFB650-5006Detector TypeUnCooled VOx FPAResolution640*512@17μmSpectral Range8~14μmF
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This product is designed with low power, compact, rugged, durable, and simple which can be mounted on weapons or held by hand according to different application.
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The unique low power design can be used to last battery operation. This product is designed with low power, compact, rugged, durable, and simple which can be mounted on weapons or held by hand according to different application.
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Multi-functional infrared binoculars are optical devices that combine night vision capabilities with telescopic vision, and are widely used in night observation, navigation, nature observation, and security. Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢Focal Length:f= 50mm F1.0➢FOV:7.5°×5.6°➢Distance:Detection 1.2km Recognition 0.3km(Human);Detection 4.0km Recognition 1.2km(Vehicle) Technical parameterParameters / ModelJV-MFB350-5004Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39&q
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FeatureGeneration and Performance: Utilizing a "Super Second Generation" image intensifier tube, it offers exceptional low-light performance with a Figure of Merit (FOM) of ≥1400, indicating high sensitivity and image clarity.Magnification and Field of View: The 4.5x magnification provides a good balance between target identification and situational awareness, while the 9.2° field of view allows for observing a relatively wide area.Long-Range Observation: With a recognition distance of ≥120 meters for a human-sized target, this scope is suitable for surveillance and ta
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With silent operation, advanced targeting and image storage, the system is designed to operate in a wide range of battlefield conditions.Features➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢E-Zoom:1X/2X/4X➢Focal Length:f= 50mm F1.0➢FOV:7.5°×5.6°➢Distance:Detection 1.2km Recognition 0.3km(Human);Detection 4.0km Recognition 1.2km(Vehicle) Technical parametersParameters / ModelJV-MFB375-5006LDetector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39"OLED X2Image ProcessingBoot Time<6sNoise ReductionDig
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Feature➢ Versatile: it can be used hand-held, and can also be used for headwear and helmet installation➢ It can be equipped with a single infrared enhancer to enhance the night time effect and extend the scope of application➢ The built-in infrared indicator and low power indicator(displayed in the eyepiece) enhance the user's concealmentTechnical paramaterParameters / ModelJV-NVB201TypeHead MountedStructureBinocularsShell materialMetalIITGEN2+Resolution (lp/mm)45-64photocathode typeS25S/N db12-20Luminous sensitivity450-600MTTF hours10000magnification1XFOV deg40Detection distance2
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Feature➢ Versatile: it can be used hand-held, and can also be used for headwear and helmet installation➢ It can be equipped with a single infrared enhancer to enhance the night time effect and extend the scope of application➢ The built-in infrared indicator and low power indicator (displayed in the eyepiece) enhance the user's concealmentTechnical parameterParameters / ModelJV-NVB204IITGEN2+Resolution (lp/mm)60-64photocathode typeS25Luminous sensitivity700-1000MTTF hours10000magnification1FOV deg40Diopter (deg)+5/-5Lens systemF1.2, 25mmRange of focus(m)0.25m to infinityDimensions
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Feature➢ Versatile: it can be used hand-held, and can moreover be used for headwear and helmet installation➢ It can be geared up with a single infrared enhancer to beautify the night time time time influence and extend the scope of application➢ The built-in infrared indicator and low energy indicator (displayed in the eyepiece) enhance the user's concealment➢ Support altering high-magnification lenses (4X/6X/8X) for a ways away viewing.Technical paramaterParameters / ModelJV-NVM201TypeS25StructureMono
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Feature➢ Versatile: it can be used hand-held, and can moreover be used for headwear and helmet installation➢ It can be geared up with a single infrared enhancer to enhance the night time time time have an effect on and extend the scope of application➢ The built-in infrared indicator and low power indicator (displayed in the eyepiece) decorate the user's concealment➢ Night vision goggles enhance visibility in low-light environments, allowing users to see clearly in conditions where the naked eye would struggle. 
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Feature-Explosion-Proof Safety:This product is constructed with special explosion-proof materials and designs to ensure that no sparks or heat sources are generated in potentially explosive environments, thereby safeguarding both operators and equipment.-Versatility:In addition to basic thermal imaging functions, they may also integrate various auxiliary features such as temperature measurement, image recording, and data analysis, catering to the needs of different application scenarios.Technical paramaterExplosion-proof infrared HD cameraExplosion-proof signEx db ⅡC T6 Gb/Ex tb IIIC T80℃ DbLe
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Feature➢High sensitivity:Using self-developed VOx detector,NETD≤40mk➢Quality picture:Professional image processing algorithm such as NUC,noise reduction and DDE,present users a fine picture with clear layers➢Full-scale temperature measurement:Precise thermal image temperature measurement,output 640*480 temperature data per frameApplicationIndustrial inspection     Smart grid        Electrical System     Petrochemical           DroneTechnical paramaterParameters / Mo
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FeatureExplosion-proof Enclosure: This product is housed within a sturdy, heavy-duty casing that is certified to confine any possible explosion internally, thereby preventing ignition of the surrounding environment.Dust-resistant and Waterproof: This product's casing is both dust-resistant and waterproof, enabling it to operate effectively in adverse conditions while maintaining safety standards.Technical paramaterProduct nameJV-ETC6150ThermalImagingDetector typeUncooled infrared focal plane sensorMaterial typeVanadium oxideOriginal pixels640(H) × 512(V)Video resolution704(H) × 576(V)Pixel
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JV-MFB685-5010 utilizes infrared technology to capture light, including infrared rays that are invisible to the human eye, so it can work properly in low-light or even no-light environments.
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The JV-MFB375-5006 utilizes infrared technology to capture light, including infrared light that is invisible to the human eye, so it can work effectively in low-light or even no-light environments.Feature➢NETD:<50mK@300k F#1.0➢ Detector Type:UnCooled VOx FPA➢Focal Length:f= 85mm F1.0➢FOV:4.4°×3.3°➢ Distance:Detection 2.0km Recognition 0.6km(Human);Detection 7.0km Recognition 2.0km(Vehicle) Technical parameterParameters / ModelJV-MFB385-5007Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39"
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JV-MFB375-5006 is able to work effectively in low-light or even no-light environments by using infrared technology to capture light, including infrared light, which is invisible to the human eye.Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢ Focal Length:f= 75mm F1.0➢FOV:4.9°×3.7°➢ Distance:Detection 1.8km Recognition 0.5km(Human);Detection 7.0km Recognition 2.0km(Vehicle) Technical parameterParameters / ModelJV-MFB375-5006Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39&qu
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Feature➢ 1200g shock resistance➢ Display 1024*768 OLED➢ Laser vary finder extra than 1km➢ WIFI extra than 20m➢ Less Power Consumption extra than eight hoursApplicationGame Detection and Tracking: Detect animals based on their heat signatures, even in dense vegetation or complete darkness, increasing hunting success rates and ethical hunting practices.Wildlife Observation and Research: Observe and study animal behavior without disturbing them, providing valuable insights for conservation efforts and ecological research.Technical parame
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Feature➢ 1200g shock resistance➢ Display 1024*768 OLED➢ Laser vary finder greater than 1km➢ WIFI extra than 20m➢ Less Power Consumption greater than eight hoursApplicationMilitary and Law Enforcement: Enhance situational awareness in low-light or no-light conditions, enabling target identification, surveillance, and engagement with greater precision and safety.Search and Rescue: Quickly locate individuals in challenging environments such as dense forests, smoke-filled buildings, or nighttime scenarios, significantly improving rescue e
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Anti-drone equipment encompasses a range of applied sciences and structures designed to detect, intercept, and neutralize unauthorized or antagonistic drones.Feature➢High Definition Visible and Long Wave Infrared Capabilities: The system incorporates advanced imaging technologies including high definition visible-light video and imagery, as well as long wave infrared capabilities.
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Feature➢Double explosion-proof certification, explosion-proof mark: Ex db ⅡC T6 Gb/Ex tb IIIC T80℃ Db➢Resolution 640(H) × 512(V)➢Response band: 8-14µm, thermal sensitivity (NETD): ≤40mKl➢Temperature measurement range: -20 ℃-150 ℃➢Temperature measurement accuracy: ±2 ℃ or ±2% of readingTechnical paramaterProduct nameJV-ETVC6150-2037ThermalImaging  Detector typeUncooled infrared focal plane sensorMaterial typeVanadium oxideOriginal pixels640(H) × 512(V)Video resolution704(H) × 576(V)Pixel spacing12 μmThermal Sensitivity (NETD)≤40mKResponse wave band8~14μmFrame rate output25HzLens typeF
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Feature➢Suitable for various harsh environments,such as smog,darkness and strong light➢Front-end temperature measurement with accurate temperature measurement➢ Rich interface and convenient integrationApplicationIt is appropriate for temperature size purposes in eletric power,rail transit,valve corridor and valve module,power distribution room,etc.Technical paramaterParameters / ModelParameters of infrared movementDetector typeUncooled FPAPixel384*288Pixel spacing17μmThermal sensitivity≤0.06℃@F1,300KSpectral range8-14umCamera lensMotorized lens30mmViewing ang
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FeatureRobust Construction:This product is built to face up to harsh environments,making sure dependable overall performance even in difficult conditions.High-quality Imagery: This product presents high-resolution images, making sure clear and certain visible information for correct identification and analysis.Advanced Analysis: This product may consist of superior software software and analysis gear that allow clients to process and interpret facts more effectively, fundamental&n
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FeaturesCertified for use in IIA, IIB, and IIC gas groups, with T1-T6 temperature classesRugged, impact-resistant housing constructed from lightweight, corrosion-resistant materialsHigh-resolution thermal imaging sensor with advanced image processing algorithmsIntuitive user interface and large, high-contrast display for easy operationLong-lasting, rechargeable battery for extended field useIntegrated laser rangefinder and digital zoom for precise distance measurement and target identificationSeamless integration with mobile devices and cloud-based platforms for remote monitoring and data anal
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Anti-drone equipment encompasses a vary of utilized sciences and buildings designed to detect, intercept, and neutralize unauthorized or opposed drones.Feature➢High Definition Visible and Long Wave Infrared Capabilities: The device accommodates superior imaging applied sciences inclusive of excessive definition visible-light video and imagery, as nicely as lengthy wave infrared capabilities.
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Relate News
According to “infrared diagnostic application specification for energized equipment DL/T 664-2016” there are six kinds of infrared defect determination methods:1. surface temperature judgment methodIt is mainly applicable to current-heated and electromagnetic effect-heated equipment.
The differences between infrared thermography and low-light imaging are as follows:1. Imaging Principle:Infrared Thermography:It captures the infrared radiation emitted by objects and converts it into visible images. All objects above absolute zero emit infrared radiation, which can be detected and used to create a temperature distribution map, displaying the thermal image of the object. This technology does not require external light sources and can work in completely dark environments.Low-light Imaging:It relies on amplifying extremely weak ambient light, such as moonlight or starlight.
Why is it that infrared thermography can capture images in total darkness at night that we normally cannot see with the naked eye?Because everything with a temperature above absolute zero (-273°) emits infrared radiation. An infrared camera can convert the thermal radiation into a corresponding electrical signal, which is then amplified and processed to obtain a thermal image corresponding to the heat distribution on the surface of the object.
When it comes to night vision devices, most people think of image intensification technology. In fact, image intensification systems are generally referred to as night vision devices (NVDs.) Inside the NVD is an image intensifier tube that can be used to capture and amplify infrared and visible light. Here's how an image intensification system works:A conventional lens called an objective lens captures ambient light and certain near-infrared light.The collected light is transmitted to the image intensifier tube.
To understand the principles of night vision, it is necessary to know something about the principles of light. The amount of energy in a light wave is related to its wavelength: the shorter the wavelength, the higher the energy. In visible light, violet light has the highest energy, while red light has the lowest. Adjacent to the visible light spectrum is the infrared spectrum.
Depending on their clarity and sensitivity, night vision devices are categorized into four generations - gen0, gen1, gen2, and gen3 (note that there is currently no gen4 for night vision devices).Gen 0 refers to other principles of construction of night vision devices (mainly infrared night vision devices) other than microlight night vision devices, the first time to use in the European theater of operations during the Second World War.
Infrared night vision device is the use of photoelectric conversion technology of military night vision device. It is divided into active and passive two kinds: the former with infrared searchlight irradiation target, receive reflected infrared radiation to form an image; the latter does not emit infrared, relying on the target's own infrared radiation to form a “thermal image”, so it is also known as the “thermal imaging camera”.Visible light at night is very weak, but infrared light, which is invisible to the human eye, is abundant.
How to buy a good enough night vision device?Now, we start to share with you some dry facts to help people who wish to buy a night vision device to buy one that meets their requirements.Classification of night vision devices:First of all, Night Vision Devices (Night Vision Devices) are categorized into Infrared Night Vision (Infrared Night Vision), Laser Night Vision (Digital Night Vision) and Shimmer Night Vision (Image Intensifier). After testing these three types we can tell you with confidence that the Microlight Night Vision is the only night vision device worth buying.
In the technological wave of 2024, infrared camera photography, is quietly changing the way we perceive the natural world. This is not only a technological innovation, but also a profound empowerment in the field of biodiversity conservation and ecological research.
In order to carry out high-quality wildlife monitoring work, recently, the staff of the Forestry Bureau in-depth nature reserves to set up a number of night vision devices, at the same time will be set up in the early night vision devices, and screening of pictures, video data for research and analysis.