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| Advanced Energy | Fort Collins, CO | |
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.jpg) | MiKroScan 7600 Pro Mikron has once again raised the bar on thermal imaging with the introduction of the MikroScan 7600 PRO. This high resolution and high performance, hand-held IR camera offers capabilities that far exceed any IR camera on the market today. The MikroScan 7600 PRO is an extremely lightweight, fully-radiometric camera with a built-in visual imaging capabilities. With its newly developed high-performance UFPA detector and built-in visual camera, linking thermal and visual images for easy data storage, analysis and post processing has never been more efficient. The MikroScan 7600 PRO is ergonomically designed for comfortable one-handed point-and-shoot operation using simple joystick operation, an intuitive menu system, five direct access buttons, viewfinder and high-quality flip out LCD display. It includes on-board digital voice recording and has the ability to simultaneously record high-definition 14-bit thermal images with digital visual images. KEY FEATURES: • Newly developed high performance 320x240 UFPA detector • Exceptional performance with a resolution of 0.06 °C (at 30 °C 60Hz) • Temperature Range -40 °C to 2000 °C • Focusing Range of 30cm to infinity • Weighs 3.5 with batteries and LCD • Real-time image recording (1664 images at 60Hz) • On-board digital visual and voice recording • Multi-spot temperature measurement with emissivity settings • Automatic level, gain and focus • IEEE 1394 (Firewire ®)   | ||||||||
.jpg) | M7500 Camera Fixed-Installation Infrared Thermal Imager The M7500 offers unparalleled accuracy for demanding industrial and scientific applications. With an unmatched array of protective accessories, the M7500 demonstrates Mikron's commitment to long-term trouble-free operation of these instruments. The M7500 quickly measures temperature without contact in even the most adverse environments and can easily interface with PLCs and automation systems. Key Features include: • Affordable Price • Configurable to work with standard PLCs [Optional] • 30 Hz Image Update • Real Time Digital Image Transfer 100BaseT Ethernet • Process Control Applications in Factory Production Environment • NEMA-4 housing [Optional] • Ambient temperatures to 100°C (212°F) with optional cooling • High Accuracy ±2% or 2°C of reading • Maintenance Free operation • Standard Long Wavelength, Less Affected by Sunlight and Factory Lighting • Remote Monitoring via Local Area Network [Optional] | ||||||||
.jpg) | Pyrovision M9100 Series Product Overview When used for high temperature process applications, conventional thermal imaging systems are limited in accuracy and general usefulness by several factors. Firstly, the system spectral response is normally limited to the mid-to-far infrared part of the usable spectrum, which will result in significant errors due to changes in process surface emissivity, and will make it difficult and costly, or sometimes impossible, to measure through view ports. Secondly, images of processes which include very hot, and therefore bright areas, can be obscured by "blooming" due to saturation of the detector by the intense energy emitted from such areas. Finally, general purpose thermal imaging systems usually incorporate far more features than are required or desirable for process use, and this results in a larger than necessary expenditure. The Mikron 9100 Series Pyrovision ® addresses these limitations and, in so doing, achieves a technological breakthrough in high temperature thermal imaging. This is how: • The system is designed with a narrow band spectral response at near infrared region which minimizes measurement errors due to variations in target emissivity. Windows and viewing port materials such as quartz, Pyrex and sapphire cause minimal attenuation of infrared energy at this wavelength. • Patented*, 776 x 484 pixel array detector unit produces a high resolution, bloom-free image of high temperature targets. • Fast response, 30 frames per second, permits real time imaging of dynamic processes. * Patent No. 4,687,344 | ||||||||
.jpg) | SpyGlass™ Lens and ViewPorts Hotspots in electrical cabinets can be quickly pinpointed while circuits are energized and under load, using Mikron's SpyGlass™ Lens and economical Viewports. Raising the safety and convenience standard for thermal inspections, the SpyGlass lens and viewport encourage frequent examinations of electrical switchgear because – with cabinet doors closed – no downtime is required to de-energize circuits for safety reasons. The Viewport is UL-rated and approved for installation at the OEM level or as a retrofit in the field. Suitable for both low-and high-voltage applications from 480 volts and up, it can be installed in 20 minutes or less on cabinets indoors or outdoors, in either vertical or horizontal positions. The unique design of the Viewport uses only a 0.5" aperture, maintaining the integrity and safety rating of the cabinet, without the need for an IR transparent window or metal screen barrier which can skew thermal readings, or break and compromise safety. The Viewport is unaffected by moisture, dirt, UV and corrosive environments – it never needs cleaning or replacement glass. When used with the plastic-tipped SpyGlass™ lens, there is no "path to ground" through the camera, enhancing operator safety. Three styles of Viewport are available. The standard Viewport model is closed with a protective O-ring-sealed, screw-on cap when not in use. Other models include a locking device or a window with a locking device. The SpyGlass fisheye lens, with its wide field of view (53° horizontal by 40° vertical, or 66° diagonal), allows easy scanning of the interior of the electrical cabinet through the Viewport, providing a temperature measurement accuracy of ±3°C. The SpyGlass lens attaches to any Mikron model 7600-PRO - M7800 - M7500 and it will also work with the 7000 series cameras as well, allowing the lightweight, high performance infrared camera to view entire electrical panels from just inches away. With a focus range of 4" (10 cm) to 45" (114 cm) and large depth of field, the SpyGlass lens reduces the need to re-focus for different electrical cabinet depths. | ||||||||
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