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Every day researchers throughout the world are looking for new methods to help them solving their scientific questions. Infrared thermography has proven to be an invaluable tool to solve a wide variety of scientific problems based on heat and temperature measurement.
Because of its non-intrusive analysis capacity, thermography systems have become indispensable instruments for a wide variety of Research & Development applications.
Wide range of application areas
In Research & Development process control and product testing evaluation, accuracy and reliability are vitally important. That's why FLIR SC-Series cameras are widely used around the world for applications as diverse as micro-electronics, automotive and aerospace industries, plastics injection molding, consumer appliance design, target signatures, mechanical fatigue testing, plant and biology researches, material evaluation, airborne detection and much more. Our cameras are used for capturing thermal distribution and recording temporal variations in real time, allowing engineers to see and accurately measure heat production or dissipation process, leakage and other temperature factors in equipment, products and processes.
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FLIR i5 is not only the most advanced and affordable infrared camera in its class, but it is also the most compact, lightweight and easy to use.
Point and Click
It is fully automatic. All you have to do is just point and click to see the heat variations in the environment around you and find exactly what you are looking for. It works because everything gives off heat. The FLIR i5 creates a visualization of heat differences for the naked eye. No matter if you are a plumber, an electrician, or if you install windows, insulation or HVAC systems, FLIR i5 gives you an edge in building diagnostics.
Catch the Heat of the Moment
The infrared readings from the FLIR i5 are immediately and clearly visible on a full-color display. You save your readings as an image for later reference. The FLIR i5 infrared camera is ideal for detecting hidden problems, assessing damages, surveying moisture and leaks, identifying energy losses and poor insulation, and finding electrical faults and overheating.
Key Features
Easy to use, compact and lightweight
Large 2.8" color LCD screen
80x80 pixels image resolution
5 hours battery
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Infrared vision systems are used worldwide in a variety of industries to monitor continuous processes. Infrared can easily detect thermal information on product quality and/or production efficiency that is difficult or impossible to capture using conventional means such as thermocouples or visible light cameras. The ThermoVision A40-M is an affordable and accurate temperature measurement system. It is the ideal choice for industrial and automation applications requiring accurate non-contact temperature measurement.
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Thermal Imaging Cameras become more and more important in fire applications. Convince yourself of our innovative product range!
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The result is FLIR Systems’ ThermaCAM™ P65: the perfect choice for maintenance professionals who realize that infrared imaging and measurement can save their companies millions each year. The P65 features everything you need to make well-informed maintenance decisions.
• Outstanding image quality
• Precision non-contact temperature measurement
• Visual and thermal imaging
• Text and voice annotation
• Bluetooth technology
• Auto-focus
• Ergonomic, lightweight and portable
• Wireless communication
• High speed image download
• Fully radiometric JPEG storage
• Burst and AVI recording
• Software for professional inspection reporting
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Infrared thermography is a powerful and non-invasive technique to monitor and diagnose the condition of buildings. Common applications for infrared in the building industry include detecting areas susceptible to mold build-up, finding badly insulated areas, supervising new constructions, finding leaks in underground pipes, planning redevelopments and many others.
The results of using infrared are often considerable energy savings, minimization of repair damage and other cost savings resulting in a rapid return on investment of the infrared camera.
To meet the specific needs of the demanding building industry FLIR Systems has teamed up with professional and experienced building inspectors and has developed the ThermaCAM™ B20. The result is an infrared camera, which has all the features that are indispens-able when doing infrared building inspections, and the necessary software to make professional inspection reports.
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Unlike others, the ThermaCAM E25 is IP54 rated and therefore highly robust. It comes with a choice of lens – 9mm,
17mm or 36mm – not just one, so it can be equipped to suit the application. And with the E25, composite video
output is a standard feature.
As the E25 captures thermal images at a speed of 50 Hz – not 20 Hz – it is suitable for scanning moving targets.
The focal plane array is 160 x 120 pixels, larger than its competitors, resulting in better quality thermal images being
displayed on the camera’s large, super-bright 63.5mm LCD display. It also offers a greater choice of palettes and a
wider temperature scale; from -20ºC as standard and up to 900ºC as an option.
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ThermaCAM™ S65
The ThermaCAM S65 is a rugged (IP 54) infrared camera designed especially for Research and Development, scientific testing and general-purpose non-contact measurement. Hand-held or mounted on a tripod, operated locally or by remote control, with optional lenses and/or filters, the ThermaCAM S65 can be configured to meet a variety of scientific applications.
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The Phoenix is the perfect choice for any infrared industrial, scientific, non-destructive testing or military application that requires the highest flexibility and performance. The Phoenix features 14-bit extended dynamic range, snapshot exposure mode, high frame rate capability and excellent resolution within a small, rugged package. The Phoenix is a modular system, consisting of a camera head and a signal processing electronics back end, the Real-Time Imaging Electronics (RTIE) or Data Acquisition System (DAS).
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The ThermoVision A10 is a rugged and very compact low-cost infrared imager. It is designed for those applications that require excellent thermal image quality, compact size and low weight but where exact temperature measurements are not needed. This unique, robust little camera is perfect for stand-alone imaging applications, or as an OEM core where space, weight and/or power are constraints and performance is critical. It is ideal for industrial process monitoring, fire detection/prevention, robotics, machine vision, and security and surveillance applications.
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Raytek announces the launch of its new GS110 Infrared Thermal Imaging System for Low Emissivity (Low-E) Glass. This system is specifically designed to monitor one-side coated flat glass during the tempering process. The GS110 scanns the topside of the glass and measures simultaneously the temperature on the uncoated side of the glass where the emissivity is both known and significantly higher. The measured data are transferred to the Windows-based GS110 software which is included in the GS110 system. The software automatically corrects the thermal image of the topside of the glass to provide a more accurate result. Further, the GS110 allows the user to set-up predefined recipes to accommodate frequent product changes typical in glass processes. OPC server functionality is included as an integral part of the proprietary software allowing for seamless integration of the data into other process control software packages. By quickly detecting thermal irregularities within the glass and identifying defective heating elements, the GS110 allows glass processors to improve product quality and uniformity, and to reduce scrap. The GS110 can be used for non-contact infrared temperature measurement in other secondary glass-processing applications such as bending, forming, and annealing.
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DIAS Infrared GmbH, manufacturer of state-of-the-art infrared cameras, offers adapted infrared measurement techniques for contactless temperature measurement.
Uncooled infrared line cameras PYROLINE with robust, optional water cooled housing and air purge are well suited for industrial process measurement. Linear arrays up to 256 pixels and measuring frequencies of up to 512 Hz, different temperature measurement ranges of 0 °C to 1300 °C and spectral ranges eligible for 8 µm to 14 µm, 3 µm to 5 µm, 4.8 µm to 5.2 µ m or 1.4 µm to 1.8 µm guarantee the optimal solution of your temperature measurement tasks.
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Small size. Big performance.
The XC-EI50/CE and XC-EI30/CE incorporate the latest 1/2 type and 1/3 type Interline (IT) CCD with near-infrared sensitivity. Sony surface mount technology results in an ultra compact, rugged unit that provides high quality images.
IR lighting has become very popular in machine vision applications. When used with an IR LED illuminator, these cameras can capture clear images because of their sensitivity at infrared wavelengths. In addition the XC-EI Series camera modules have high overall sensitivity. This makes them suitable for low light environments as well as for special IR lighting conditions.
A single standard 12-pin connector provides control of input/output signals as well as power.
The recommended camera adaptor for these units is the compact and lightweight DC-700/CE.
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Iron and Steel Slag Detection System
The definitive infrared thermal imaging system for steel slag monitoring
When liquid steel is tapped from a basic oxygen or electric arc furnace, it is advantageous to minimise the quantity of slag carried over into the ladle.
Previously this has been done by visual observation of the tapping stream or by the use of electromagnetic induction coils mounted onto the furnace. However, neither of these methods has proved to be entirely reliable.
The LAND thermal imaging Slag Detection System SDS has been developed using LAND’s expert knowledge of the application and over 60 years of experience in the steel industry to monitor and aid control of slag carry-over from one process to another.
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Infrared vision systems are used worldwide in a variety of industries to monitor continuous processes. Infrared can easily detect thermal information on product quality and/or production efficiency that is difficult or impossible to capture using conventional means such as thermocouples or visible light cameras. The ThermoVision A40-M is an affordable and accurate temperature measurement system. It is the ideal choice for industrial and automation applications requiring accurate non-contact temperature measurement.
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For non-contact measuring and imaging of the temperature distribution on objects, IMPAC offers fixed thermal imagers.
These thermal imagers are designed for long-term use in industrial plants for process and quality control. Measuring a lot of different materials in temperature ranges between -40 and 3000°C the cameras are flexible tools. If required the units can be equipped with systems for lens purging and water-cooling.
Depending on the model, the imagers detect the surface temperature of an object with 76,800 or 307,200 pixels and achieve measurement rates between 30 and 60 frames per second.
For detailed information please see:
www.impacinfrared.com/EN/products/thermal-imaging/thermal-imaging.html
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Infrared cameras PYROVIEW 380L compact mounted in weatherproof housings and in potential combination with pan-tilt-systems will enable you the continuous monitoring of outdoor areas, storages or production halls. The uncooled infrared cameras PYROVIEW will ensure long-term stability and a favourable system price.
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The IRI 4010 is an innovative Thermal Imaging Camera, which offers outstanding
imaging and temperature measurement performance together with the traditional
IRISYS features of flexibility, ease of use, and minimal cost of ownership.
IRISYS has produced a Thermal Imager that is ideal for Thermographer and Maintenance Engineer alike; High Quality Images may be captured and manipulated offline or problems can be resolved on the spot. The Thermal Camera comes with an industry leading 3.5" Display and delivers price and performance that is unique to IRISYS.
Typical applications for the IRI 4010 include:
· Predictive and Preventative Maintenance
. Electrical and Mechanical
· Process Monitoring
· HVAC & R Troubleshooting and Maintenance
· General Industrial/Domestic Inspection
· Security
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The product line ImageIR® offers powerful high-speed thermographic systems based on state-of-the-art FPA photon detectors with the highest thermal and spatial resolution.
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Thermal imaging camera are fast becoming an invaluable tool for the Fire-Fighter enabling more rapid search and rescue and seat of the fire identification. Scotts range of thermal imaging cameras offer a practical, robust and cost effective solution to the Fire-Fighters needs.
Eagle X® Thermal Imaging Camera
The Scott Eagle X is a user-friendly compact, durable and lightweight thermal imaging camera. Its fast-attack technology for easy interpretation of images has proved invaluable in a wide variety of firefighting, police, and security applications.
Eagle Imager® 160 Thermal Imaging Camera
Scott's Eagle Imager 160 is the flagship camera of Scotts thermal imaging range. The heart of the Eagle Imager 160 is a Fire-Cooled™ microbolometer core that produces sharp, high resolution images in challenging high heat conditions, as well as in much cooler environments.
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Thermal Imaging Cameras
Our Thermal Cameras are compact, with all-in-one thermal imagers providing outstanding sensitivity and image quality. We offer customized integrations to suit your specific needs. Applications include automotive night vision systems, firefighting equipment, unmanned vehicle payloads, weapon sights, low-power security and surveillance products.
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The 3M™ Thermal Imaging Camera FF 131 (TIC) is built specifically for the demanding fire fighting environment, to provide reliable, high definition imaging. Combining advanced detector technology with innovative, task-oriented mechanical design, it is completely self-contained, with no external cables or components to catch or impair movement.
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Digital camera with extensive thermal imaging capabilities
The SKF Thermal Camera TKTI 10 is an extremely user-friendly camera
designed especially for use by maintenance technicians to visualize
troublesome hotspots quickly and easily.
This unique thermal camera requires no special training and by simply
pointing at the application, hotspots are rapidly identified. Moreover the
images can be stored and analysed using the advanced thermal imaging
capabilities. The camera captures both digital and thermal images, these
images can be blended allowing you to easily interpret and analyse the scene.
Powerful PC software for analysis and report-writing is supplied as standard,
enabling you to perform comprehensive image analysis and produce
professional reports.
- Compact ergonomic design and light weight
- Captures and displays both digital and thermal images
- Blend function allows a mixture of digital and thermal images for ease of
interpretation
- Non-contact measurement technique enables measurements to be made safely
on running equipment
- Laser pointer pinpoints the centre of the imaged area
- Wide temperature measurement range from –10 °C to 300 °C (14 °F to 572 °F) suitable for most applications especially Predicative Maintenance programmes
- Images can be voice and/or text annotated. Very useful when viewing later as situation details can be recorded pertinent to the image
- Rechargeable integrated Li ion battery with 6 hour running time
- Large image storage capacity, up to 1000 radiometric and visual images
- Advanced thermal image processing and report-writing software supplied
- IP 54 suitable for industrial environments
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MobIR M3
Infrared Thermal Imaging Camera
Thermal Imaging Camera - Multi-Talent in Cell-Phone Format
* Error diagnosis for equipment and machinery
* Thermal Imaging for the building industry
* Leak finding
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Irisys also have the following Thermal Imaging Cameras in the 4000 Series. Both include our industry leading 3.5" Display and the traditional features of flexibility, ease of use, and performance at a price that is unique to Irisys. As with all Irisys Thermal Imagers these both produce high quality images that can be captured and manipulated offline, making them an ideal tool for both the Thermographer and Maintenance Engineer alike.
The IRI 4030 has High Temperature capability so is especially suitable in environments found in the Petro-Chemical, Glass, Cement, Metal and Refractory Industries.
The IRI 4040 has a narrow angle 9.1 x 6.8 lens which enables detection and temperature measurement of small objects over long distances. This imager is particularly suitable for use in the Power Utilities Industries for example, for the inspection of substation and overhead distribution and transmission lines.
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COOLSCAN 20 is a unique 2-dimension scan thermal imager with exceptionally large field of view (70°x180°).
The extended temperature measurement range (200°C to 1600°C) makes it suitable for various industries such as cement where it is used for controlling air flows of grate clinker coolers.
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• Temperature range: 20 to 1200°C (several models)
• Real-time thermal imaging, scan speed up to 48Hz
• 256 measurement points per line
• Wide choice of spectral and temperature ranges
• High-quality brushless motor (MTBF 40000 h)
• Three user-configurable 4-20 mA outputs
• RS485/RS232 digital communications (up to 1000 m)
• PC independent alarm output
• Rugged, waterproof IP65 enclosure
• Air purge keeps window free of dirt and condensation
• Water cooling for ambient temperatures up to 180°C
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Infrared thermography is an effective approach to non-contact measuring of temperature distribution for a range of applications. To use this approach also in industrial process control, InfraTec offers INDU-SCAN as a modular test system based on thermographic cameras for a variety of performance ranges for stationary applications.
The thermographic camera is installed in the immediate proximity of the process to be monitored. To withstand unfavourable environmental conditions, the camera unit can be protected with a housing and an air purge unit. To cover large monitoring requirements, the camera can be mounted on a pan/tilt head. Using digital data output is an excellent pre-requisite for flawless and long-term stable processing of all pixel temperature values of the image. The image can be synchronised with the process rate. Over a connection line with varying length, if required a glass fibre transfer line, the data is passed on to the evaluation unit based on an industrial PC with a colour display.
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