ULIRVISION | Thermal Imaging Camera

Raytheon Thermal Weapon Sight

The Raytheon uncooled thermal weapon sight enhances mission performance by helping to spot personnel and equipment at greater ranges, adding a critical margin to survivability and lethality. The thermal weapon sight gives the war fighter the ability to shoot equally well both day and night, and is combat proven by U.S. and allied armed forces. The uses Raytheon’s long-wave uncooled infrared technology to sense differences in heat emitted by objects in its field of view. It separates people and other objects from cluttered backgrounds and foliage, in either full daylight or the darkest night – even when there is absolutely no light.

Benefits:

Detect objects through battlefield obscurants and adverse weather situations. No visible light is required for operation, allowing 24-hour applications. Undetectable, no illuminators or IR lights needed Combat proven by U.S. and allied armed forces. Use as a hand-held imager or rifle-mounted sight. Compatible with a broad range of weapons.

The uncooled thermal weapon sight’s thermal imaging also cuts through dust, smoke, fog, haze, and other battlefield obscurants. Its use cannot be detected as it emits no visible light or RF energy and operates without the use of illuminators or IR lights. Because it senses only heat and not light, it will not shut down or “bloom” when hit by direct light. The W1000’s compact, lightweight (under 1.7 kg) design allows it to be used effectively as a rifle-mounted sight or as a handheld imager. The thermal weapon sight features an RS-170 or NTSC VCR video format output for external displays. Power can be supplied by military or commercial batteries, or through an optional external AC or DC power converter. The thermal weapon sight is compatible with a broad range of weapons, including the M16, M4, AR-15, Dragunov, and others.

Operational Specifications:

Reliability High, no scanner or cooling motor
Operating Temp. -32 C to +49C
Storage Temp. -46C to +71C
Moisture 1 M of water
Mechanical Shock Full automatic weapons
Turn-on time less than 60 sec
Image polarity White or black hot
Maintenance Surface cleaning
Battery life 8 hrs lithium ion rechargeable BB-28474 hrs commercial “AA” (ten)
Mounting Picatinny 1913 rail grabber
Video Output NTSC
IR Detector 320 x 240 BST IR FPA8-12 um Uncooled ferroelectric

Performance Specifications

P/N
Detection Range Man: 1.0 Km
Vehicle: 2.4 Km
FOV 9 deg horizontal
6.75 deg vertical
Dimensions L x W x H 14.1 x 4.3 x 4.7 inches
Weight with batteries 3.7 lbs

This article comes from identmarking edit released

Military Thermal binocular camera with Rangefinder and GPS

The Thermal Binocular Camera is a multi-purpose hand-held infrared reconnaissance system, which uses a variety of advanced sensors, processing circuits and optical components to compose.

It can get the precise coordinates and direction of the targets in day and night with thermal imager or day sight Camera. With advanced 640*512 long wave un-cooled detector, the system can offer high-quality high-resolution infrared images.

In the full night, haze days and fireworks, the target can be searched and detected at all. Optional high-performance low-light CCD visible detector can be used independently with the infrared detectors, so that help users discover and compare hidden goals. Thermal Binocular Camera also integrate long distance laser ranging, GPS and digital electronic compass to help users locate geographic information such as location and target coordinates, so as to quickly identify and dispose goals. Meanwhile using the advanced image compression algorithm to record images, helping users to synchronically sampling evidence.

Thermal Binocular Camera has a professional function and easy to control, to meet the different needs of users. Can significantly reduce the the number and weight of users to carry reconnaissance equipment, and improve capacity of dealing with a variety of information data, in time, as well as shorten the response time. The system has waterproof and dustproof performance, compact, light weight, durable, shock and anti-interference, can be used in a climatic environment.

This article comes from mh-elec edit released

Thermal Imaging Module – TIM 1500

Designed for remote weapon stations and weapon targeting systems, the thermal imaging module, TIM 1500, is an advanced, uncooled thermal imager for today’s targeting and situational awareness needs.

Enabling the user to see deep into the battlefield, the TIM 1500 increases surveillance and target acquisition range. It gives the warfighter the ability to overmatch the enemy in battlefield conditions and obscurants, both day and night.

Operational advantage

The TIM 1500 is designed around a highly modular and common MicroIR® sensor architecture that provides high sensitivity in a small, lightweight package. MicroIR does not require cryocoolers or optical scanners, thus reducing size, power, and weight. With more than 10,000 hours mean time between failures, the warfighter benefits from increased reliability in a rugged and cost-effective solution.

Features of TIM 1500

High performance in small, qualified package
Silent image in less than 30 seconds
Dual optical field of view
2x, 3x, and 4x electronic zoom
User-specific adjustable reticules and alpha numerics to simplify platform and weapon specific integration

This article comes from baesystems edit released

Thermal Security Camera Systems and Their Benefits

Thermal security cameras are an ideal choice when monitoring large-scale or unique outdoor environments such as heavy forested areas and other areas that have obstructions that make viewing difficult. Thermal surveillance camera technology uses heat that is generated from an object or individual to detect their location. The technology harnessed by thermal security cameras doesn’t need an external light source to operate.

Thermal Surveillance Cameras for Nighttime Action

For those employing surveillance and security cameras in pitch-black scenes, thermal security camera technology gives the user the ability to see what is going on no matter the level of light, as thermal surveillance cameras rely on heat to detect movement or motion. You can record activity twenty-four hours a day or whenever activity is detected.

Since criminal attempts are made in the cover of darkness, thermal security cameras make an excellent complement to your complete IP surveillance system. You can access the cameras with a secure Internet connection even if you are off premises. In many cases, simply having our thermal security cameras in a location will thwart attempts by thieves and vandals, but the added functionality of thermal security cameras is capable of capturing images of trespassers and criminals in 0 lux lighting conditions or busy outdoor areas.

Difficult Situations Not a Problem for Thermal Security Cameras

In addition to detecting persons in the dark, thermal surveillance cameras are also good for capturing activity when outdoor conditions are less than ideal. Whether there is a powerful storm occurring, a blanket of heavy fog, or if conditions are compromised by the nature of your work, thermal cameras can still detect persons and objects via heat.

Thermal surveillance cameras can be the best option when you have difficult outdoor areas to monitor and want to further enhance the strength of your current IP camera system.

A Great Addition to Your Outdoor Surveillance System

The images being delivered by thermal security cameras rely on heat that it is emitted from the individual. Thus, recorded video is strictly for detecting persons or objects in areas where they shouldn’t be. If you already have a low-light security camera in place, the addition of thermal surveillance cameras will significantly improve your security operation.

Customizable IP Security Camera Systems Are a Wise Investment

For security applications battling harsh outdoor elements, it can certainly be a wise investment to consider a customizable system that includes thermal surveillance cameras. Not all systems are appropriate for individual security needs. Combining thermal imagery with your current outdoor surveillance system will help ensure that the exterior of your property is protected. Our specialists at we have amassed years of IP experience that encompasses thermal security camera technology. We will closely examine the layout of your property, and recommend security cameras that optimize your surveillance coverage and technology requirements.

This article comes from video-surveillance edit released

The best monitor cameras you can buy for your home

Home security is pretty important. If you’re not constantly home, there’s always the possibility that someone could be breaking into your home at any given moment. That problem is heightened if you travel a lot for more than a few days at a time. After all, you wouldn’t want to come home after a long trip to find half your stuff gone.

Thankfully, technology is here to save the day. There are a ton of great home monitor cameras out there, and every year, they seem to get better and better. You can also use them to watch your pets while you’re at work, keep tabs on your kids when they’re home alone, and monitor your baby in the crib.

Last but not least, you’ll want to keep price in mind. Monitor cameras are getting increasingly affordable, but as is the case with almost anything, the more you pay, the better the quality.

This article comes from businessinsider edit released

Eyecgas Fugitive Emissions Gas Camera

The gas camera – fugitive emission gas camera is the world’s only gas & voc (volatile organic compound) camera classified for hazardous locations and certified by atex, ul, ansi & csa.

These infrared cameras for VOC/gas leak detection are smart LDAR compliant and able to detect more than 30 volatile compounds such as Methane, Propane, Butane, Ethylene and Zylene.

Leading Petrochemical, Oil and Gas companies use the gas camera to detect small and large leaks at residential and remote locations including refineries, compressor stations, well heads and where access to perform a traditional leak survey can be problematic.

The gas camera has been specifically ruggedised for use in the field. It doesn’t look or feel like others and offers an unmatched design, coupled with superior specifications, reducing operator fatigue and delivering on safety promises.

This article comes from gasandoil edit released

Airport Security and the Thermal Camera

Under a growing threat of terrorist attacks, airport authorities around the world are installing security cameras to keep their passengers, employees, and valuable equipment safe.

Westchester County Airport (HPN) near White Plains, NY, recently added security cameras to their array of other cameras and sensors. Security cameras allow HPN’s security operators to see in total darkness. While their other cameras only work during the day, security cameras see clearly 24-hours a day.

Common Challenges

Because airlines operate around the clock, airports need to be as secure at night as they are during the day. Unfortunately, standard closed-circuit TV (CCTV) cameras need lights to be of any use after dark. They can take advantage of the lights installed to help aircraft taxi to and from the gate areas, but dedicated security lights installations are expensive to engineer and install. Moreover, they can’t be installed everywhere the security professional needs to see, especially along the perimeter.

Security cameras don’t suffer from such limitations. They make pictures from heat, so they can see people, vehicles, aircraft and infrastructure clearly in absolute darkness. Thermal security cameras also see farther than comparable CCTV cameras, night and day. This makes them a better solution for securing miles of perimeter fence.

NIR and UV Cameras

NIR and UV Cameras are used to capture image data within the near-infrared or ultraviolet spectrums. NIR and UV Cameras are imaging cameras that are often designed with certain sensor coatings that allow near-infrared or ultraviolet light to be detected. NIR and UV Cameras provide additional details or can see through certain obstacles that cannot be accomplished with standard visible spectrum imaging cameras or are invisible to the naked eye.

We offer a wide range of NIR and UV Cameras suited for many imaging needs. NIR and UV Cameras are ideal for a number of specific imaging applications such as nighttime imaging, or for detecting certain materials through fluorescence in microscopy. NIR and UV Cameras may also be used for quality assurance purposes by detecting flaws or defects observable beyond the visible spectrum. NIR and UV Cameras are available in either CCD or CMOS sensors, as well as monochrome or color imaging options.

This article comes from edmundoptics edit released

Green synthesis of near infrared core

Quantum dots (QDs) are attractive systems for potential applications in future solar energy technologies, due to their optical properties which are tunable as a function of size and composition.

In this study, we synthesized PbS QDs with first excitonic peak in the range 1060 to 1300 nm using a PbCl2/sulfur molar ratio of 10:1. The first excitonic absorption peak from 1300 to 950 nm of the PbS/CdS infrared core/shell QDs can be further synthesized via the cation exchange approach.

Our method resulted in high quantum yield, good stability, monodisperse QD solutions with a full surface coverage by excess Cd cations. In addition, we used our infrared core/shell QDs in a photoelectrochemical cell for hydrogen generation.

This heterostructure exhibited a saturated photocurrent as high as 3.3 mA cm−2, leading to ~29 ml cm−2 d−1 hydrogen generation, indicating the strong potential of our infrared core/shell QDs for applications in water splitting.

This article comes from iopscience edit released

Infrared cameras built for the toughest industrial environments

Get the infrared cameras that are built on 65+ years of industrial experience. Each camera is built without compromise to the standard of “ruggedness, reliability and accuracy”. Designed for everyday use, in any environment for thorough and accurate inspections. Choose from the affordable and versatile Performance Series, the Professional Series that offers superior image quality, or the Expert Series that gives you up to 1024 x 768 resolution on the industry’s largest screen.