Headquartered in London, Polyus Gold is one of the world’s largest gold producers. The company operates gold mines in five major regions in Russia – the Krasnoyarsk Territory; the Irkutsk, Magadan and Amur regions; and the Republic of Sakha (Yakutia).
In September 2009, a tsunami hit the island of American Samoa, destroying the Satala power plant, one of the main power generation facilities on the island, and leaving the isolated, Pacific community with an 18 MW power shortfall.
IO designs, engineers and delivers data center infrastructure for the world’s largest enterprises, governments and service providers.
With a 76,800 pixel (320 x 240) infrared resolution, the E60 Infrared Camera features the highest resolution of the E-Series family of cameras for electrical and mechanical applications. Outside of image resolution, the E60 is very similar to the E50 Infrared Camera. The only other difference worth noting that is that E60 package includes a dual-bay charger and a spare battery. Like all E-Series Infrared Camera, the E60 is ideal for detecting energy waste, overheated equipment, and locating overloaded circuits in electrical and mechanical infrared diagnostics applications.
FLIR’s E60 Infrared Camera provides the highest image resolution in the E-Series for applications involving energy waste detection, overloaded circuit location, and the detection of overheated equipment in mechanical and electrical infrared diagnostics. Information on optional accessories, features, and specifications can be found on the available datasheet.
Mobility applications have evolved to the point that some utilities have been able to completely eliminate the use of paper in the field. Screens may be customized to accommodate any desired report functions from meter changes to service requests to scheduled inspections and maintenance so that all data for reporting is captured electronically in the field and redundant data entry is eliminated.
This download contains information on features, specifications, and optional accessories for the FLIR E50 infrared camera. The benefits of thermal imaging are also briefly outlined.
FLIR’s E50 Infrared Camera features a higher resolution than the E30 and E40 infrared camera models, offering a 43,200 pixel (240x180) infrared resolution. Additional features include a 3.1 megapixel visible light digital camera with an LED lamp to provide clean images, regardless of light conditions, a -4 to 1,202°F (-20 to 650°C) temperature range, and more. Like the E40 and E60 infrared cameras, the E50 features WiFi connectivity, allowing you to connect to Apple® and Android® smart phones and tablets. When used in conjunction with FLIR's mobile apps, a user can view and analyze images, bring out additional detail in images, add data, create reports, share files, and more. Additionally, the E50 infrared camera has a 4x continuous digital zoom, and thermal sensitivity of <0.05°C.
The FLIR E40 Infrared Camera for electrical and mechanical predictive maintenance applications features a 19,200 pixel (160x120) infrared resolution, a 3.1 megapixel visible light digital camera with an LED lamp to provide clean images, regardless of light conditions, a -4 to 1,202°F (-20 to 650°C) temperature range, and more. Like all FLIR E-Series Infrared Cameras, the E40 has a manual focus, a 3.5” color LCD touch screen, a 60 Hz frame rate, and an accuracy of +/-2% or 2°C. WiFi connectivity allows you to connect to Apple® and Android® smart phones and tablets. When used in conjunction with FLIR's mobile apps, a user can view and analyze images, bring out additional detail in images, add data, create reports, share files, and more. The E40 infrared camera has a 2x continuous digital zoom, and thermal sensitivity of <0.07°C.
This download contains information on features, specifications, and optional accessories for the FLIR E40 infrared camera. The benefits of thermal imaging are also briefly outlined. The E40 infrared camera is ideal for applications involving predictive maintenance in electrical and mechanical capacities. This can involve using an infrared camera to detect overheated equipment, an overloaded electrical circuit, or energy waste.
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