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Fluke Ti10/Ti25: Latest innovation in affordable thermal imaging
Put problems clearly in the picture
With the rugged and reliable Fluke Ti10/Ti25 Thermal imaging sensors, you get the advanced problem-finding capability of IR-Fusion® technology. They are a complete and easy-to-use thermal imaging solution for troubleshooting and maintenance of industrial and electrical equipment. |
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With the PYROVIEW compact DIAS Infrared GmbH offers you a compact fixed-mount ir camera based on state-of-the-art uncooled microbolometer arrays with up to 384 × 288 pixels with a temperature measurement range from -20 °C to 500 °C and a spectral range of 8 µm to 14 µm.
Different professional lenses with different aperture angles, optional weather protective housing and the real time data transfer via Ethernet interface with up to 50 frames per second and optional stand alone operation without PC ensure an easy integration into your systems. |
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| Infrared image sensors 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 professional cameras PYROVIEW will ensure long-term stability and a favourable system price. |
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For non-contact measuring and imaging of the temperature distribution on objects, IMPAC offers fixed line professional cameras and thermal imaging sensors.
Line cameras are fixed cameras for industrial use. Depending on the model, the uncooled microbolometer arrays detect lines of 128 or 246 data points. If measuring moving objects the cameras display the temperature distribution of the surface in two dimensions. Line cameras achieve very fast response times between 128 and 512 lines per second.
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 -20 and 3600°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 207,200 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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DIAS Infrared GmbH as a manufacturer of state-of-the-art infrared image sensors offers you an innovative infrared measuring technique for contactless temperature measurement of temperature distributions. The uncooled infrared industrial cameras PYROVIEW with a robust housing are excellently suitable for industrial use.
The newest microbolometer arrays with up to 384 x 288 pixels, different temperature measurement ranges of -20 °C to 1250 °C and spectral ranges 8 µm to 14 µm, 3 µm to 5 µm and 4.8 µm to 5.2 µm guarantee optimal customization to your measurement task. |
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Benefits
Very fast and complete measuring of the surface
Monitoring of rotating cylinders
Monitoring and control of non-continuous processes
Features
Customized solutions (Hard- and Software)
Simultaneous measuring with 256 detectors
Wide temperature range from 0 °C to 550 °C
Very fast response times from 250 Hz
Focusable lenses from 20 cm to infinite
Spatial resolution from 1.4 mm x 256 detectors
High accuracy (1.0 %) and long term stability
Chopped Radiation Method for highest temperature stability |
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Infrared camera supplier Modules
For Applications in Industry, Process Engineering, HVAC Environments or Security
IR-TCM 384
For express visualization or measurement of heat distribution patterns: The IR-TCM 384 OEM camera module makes temperatures from -40 °C to +2.000 °C visible to the human eye with a resolution of <70 mK. The module registers two-dimensional heat distributions in real time and with a resolution of 384 x 288 pixels.
The IR-TCM 384 provides long-time stability of a level that sets new standards in the IR professional camera business. Fitted with typically used professional interfaces and facilities for flexible integration into specific customer professional software, it can easily be integrated in a variety of OEM applications.
IR-TCM 640
Visualizing or measuring heat distributions with high precision: The IR-TCM 640 OEM camera module generates images in real time with a resolution from 640 x 480 pixels up to 1.2 megapixel . This makes the IR-TCM 640 the first ever high-resolution infrared camera module for commercial applications worldwide.
Via standardized interfaces such as IEEE1394 Firewire, S-/C-Video or RS232 the module can be easily integrated in a multiplicity of applications. It is notably applications in the machine vision or the security sector where the module’s image resolution, which is actually on a level with photo quality, yields significant benefits in detection jobs. |
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| The MIDAS 320L is an extremely light-weight, high-performance handheld infrared camera suppliers. It measures the infrared radiation emitted by the target surface and converts this radiation into a two-dimensional image relating to the temperature distribution at the target surface. This temperature distribution can be viewed in full color or grey-scale on the TFT-LCD display or viewfinder. This radiometric industrial camera is ergonomically designed and easy tu use for applications in maintenance, building thermography and developement. |
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The portable thermal imagers are high resolution supplier of infrared cameras for non-contact temperature gauging between -20 and 250°C (IVN 770-P) respectively between -20 and 900°C (IVN 320-P). Their lightweight compact design makes them ideally suited for mobile applications.
The professional cameras can be used for numerous applications such as building inspection, predictive maintenance and process monitoring.
The IVN 770-P offers today the best price/value ratio for a 320 x 240 pixel camera.
For detailed information please see:
www.impacinfrared.com/EN/products/thermal-imaging/hotspot.html |
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| The new VarioCAM® high resolution delivers thermal images offering the precice detail resolution you require for demanding applications in industrial research & development. With an image resolution of up to 1.2 megapixel, enabled by Jenoptik's worldwide unique Resolution-Enhancement-Technology, the professional camera sets new benchmarks in handheld mobile and stationary real-time thermography. VarioCAM®'s high thermal accuracy as well as long-term performance round off the versatile IR camera. |
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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.
Inspired by end-user safety professionals requiring heat source identification, the Eagle X design utilises the same proven technology as the Scott Eagle Imager 160 and offers all the must-have features in a thermal imaging professional camera - without numerous high-end options.
Simple to operate, reliable and cost-effective, the Eagle X combines clear and crisp thermal imaging technology in a compact, reliable and affordable camera.
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| The established infrared camera series PYROVIEW has been extended by DIAS Infrared GmbH with the new high temperature professional camera PYROVIEW 640 using a spectral range in the near infrared region. A continuous temperature measuring range from 600°C up to 1500°C is realised with a resolution of 640x480 points and a measuring frequency of 25Hz. Digital data transmission is made via a Fast Ethernet interface. The size of the compact housing is app. 60 x 60 x 160mm³. |
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The specialist for infrared measurement solutions InfraTec presents VarioCAM® high resolution - the world´s first mobile thermographic professional camera with a megapixel resolution. Up to (1,280 x 960) infrared pixels and an excellent thermal resolution based on selected professional detector quality and high-precision professional lenses provide you with best measurement quality and sharpest thermograms.
Designed for the use in industrial environments VarioCAM® high resolution weights only 1.5 kg. Additionally numerous automatic functions and ease of operation will help you concentrating on your measuring task. Using professional Li-Ion professional batteries you will be operational for up to three hours.
To get out most of your measurements just integrate visual images taken with the in-built video camera supported by an LED-video professional light, annotate voice comments or do short infrared videos. Together with the thermographic analysers software IRBIS® the VarioCAM® high resolution will speed up your measurements and analyses resulting in higher precision and efficiency.
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The VIGOcam v50 industrial camera is designed for temperature distribution measurements and recording in technological device diagnostic. It can be used in various scientific and industrial applications, eg. industrial process governor, power and building industry, medical diagnostic and scientific research.
The camera is constructed with the use of a 384 x 288 microbolometric detector array. The new generation, 35 μm pixel, detector array and excellent optics ensure high thermal sensitivity (NETD: 0.08°C @ 30°C) and spatial resolution (1 mrad) of the camera.
The VIGOcam v50 camera is equipped with 3.5" Industrial lcd display, video camera, professional laser pointer, radio link that enables professional remote control, SD memory professional card reader, professional microphone and loudspeaker. Connection with a PC computer is possible via USB or Ethernet port.
The data sent to a PC computer can be processed with sophisticated THERM v50 software which offers various analytical functions to process temperature distribution data including charts, histograms within user-defined regions and report professional generator. The camera and it's software could be easily adjusted to the customer's specific requirements. |
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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 professional control software packages. By quickly detecting thermal irregularities within the glass and identifying defective industrial heating elements, the GS110 allows glass professional 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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| With the new PYROVIEW 380L compact DIAS Infrared GmbH offers a small robust infrared camera for measurement of temperature distributions in laboratories as well as factories. This industrial camera with an uncooled microbolometer array has a geometrical resolution of 384 x 288 pixels and a thermal resolution of 0.08°C. The data are transferred via Ethernet interface with a maximum frame rate of 50 frames per second. Temperature measurements, e.g. for development and research purposes may be done with an excellent time and geometrical resolution for a reasonable price. |
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DIAS Infrared GmbH, manufacturer of state-of-the-art supplier of infrared cameras, offers adapted infrared measurement techniques for contactless temperature measuring.
Uncooled infrared line professional 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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• 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 manufacturer (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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Scott's Eagle Imager 160 is the flagship industrial camera of Scotts thermal imaging range. The heart of the Eagle Imager 160 is a Fire-CooledTM microbolometer core that produces sharp, high resolution images in challenging high heat conditions, as well as in much cooler environments. The Eagle Imager 160 is an invaluable tool in image interpretation because it generates images without the ghosting, halos or image artifacts associated with other technologies
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SKF Advanced thermal imaging sensor TMTI 2
Comprehensive high resolution thermal imaging package
The advanced thermal imager TMTI 2 is a user-friendly thermal imager, producing high quality images from invisible infrared radiation. The high resolution (160x120 /19 200 pixels) images are displayed on a large backlit 3½” screen, for ease of viewing. Powerful PC and report-writing software is supplied as standard, which help enable the user to perform comprehensive data analysis and enhancement of the images.
Advanced temperature metering features are built-in to the TMTI 2 such as, automatic hot spot and cold spot finder, Maximum/Minimum temperature view of an area and temperature difference display of two user defined spots.
-Compact ergonomic design and light weight
-Non-contact measurement technique enabling measurements to be made safely on running equipment
-Wide temperature measurement range from –10 °C to 250 °C
-User selectable emissivity correction from 0,2 to 1,0 with reflective ambient temperature correction
-Professional laser pointer pinpoints the area of interest
-4 different selectable colour pallets
-20° x 15° field of view easily enables the application to be seen
-Large thermal image storage capacity, up to 1 000 images on SD card provided
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| The Silver SWIR is a high performance near infrared camera manufacturers incorporating a high QE (>70%) 320x240 element TE-cooled MCT infrared focal plane having a spectral response from 750nm to 2.5µm. The Silver SWIR provides broader spectral response than InGaAs based industrial cameras. This broader spectral response is particularly important for applications requiring excellent sensitivity at infrared wavelengths to 2500 nm, such as the water absorption band at 1.95 micron. Silver SWIR USB digital interface is designed to work with Altair, a powerful image capture thermal analysis system. |
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PYROSCAN18 is a pyrometric industrial camera particularly well suited for displaying the inside of a industrial furnace as well as for measuring, in real time, the temperature of various points in the image, whatever the dust level in the furnace.
The system is widely used in industry for combustion process control.
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The Stinger thermal imaging camera is designed to deliver the highest quality, real-time video temperature representation of your process. By combining the latest uncooled focal plane array technology with Ircon%u2019s ruggedizing expertise, we are able to provide an unprecedented level of performance for industrial process control applications.
The Maxline 2 is Ircon's next generation of thermal imaging industrial camera. With a NEMA 4 housing stainless steel body, and remote focusing capabilities, the Maxline 2 is built ready to take on the toughest applications. |
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In addition to X ray, UV and visible wavelengths, the infrared region is of great importance for many scientific and industrial applications. Hamamatsu offers two options for infrared imaging:
special vidicon tube technology which permit imaging to a maximum 2.2 µm
back thinned chips, using our solid state CCD technology, which permit imaging to a maximum of 1.1 µm
This ability, when combined with cooling levels and low noise characteristics allows users to detect the lowest UV light levels. Additional capabilities include:
High frame rate
IEEE 1394, RS422, LVDS and camera link frame grabber outputs
analog video output with contrast enhancement for vidicon tube professional cameras.
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This full featured, high performance thermal imaging camera has a temperature gauging range from -20 to 1500°C/-4 to 2732°F and a high quality aspherical lens with motorised focus and digital zoom.
Thermal images are displayed in the viewfinder and bright LCD display. They can be displayed and captured for later use in reports.
Images and sound files are saved on to a Compact Flash memory card for download and further analysis.
The right industrial camera for predictive maintenance and production processes. Detect the symptom before the problem occurs. High resolution image quality helps you quickly find the problem.
The Cyclops TI 814 thermal imaging camera is complemented by the Land Image Processing Software - LIPS, which provides thermal and visual image manipulation and storage together with report writing facilities.
LIPS is easy to use, highly flexible, and greatly enhances the versatility of the Cyclops TI 814.
The Cyclops TI 814 imaging camera is used in plant condition monitoring, structural integrity inspection, quality control, and research and development in industries such as: Power generation, transmission and distribution; Electrical and electronics; Energy management and thermal surveys; Steel and glass; Petrochemical and plastics; Construction and civil engineering. |
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When you are on the fire ground, you need equipment that will perform. With the Evolution 5000, MSA has once again set a new standard in thermal imaging.
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