Article archive for Micro-Epsilon
Sensors for subsea oil & gas applications (21 July 2010)
Micro-Epsilon (UK) has launched a range of displacement sensors and non-contact temperature measurement products for subsea, oil and gas applications, including draw wire sensors, eddy current displacement sensors, thermal imagers and inline process temperature sensors.
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Selecting the right temperature sensor (09 March 2010)
Plant and maintenance engineers use infrared temperature measurement devices, both handheld and fixed/online versions, as non-contact, relatively low cost, preventive maintenance tools.
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Partnership agreement provides customer with both sensors and imagers (16 November 2009)
Precision sensor manufacturer Micro-Epsilon UK Ltd has set up a new partnership agreement with Flir Systems UK, a leading supplier of infrared thermography systems. Micro-Epsilon will now offer its customers a range of low cost handheld thermal imaging cameras, which complements Micro-Epsilon’s existing range of non-contact temperature measurement products.
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Sensor measures size and shape of pipe girth welds (25 June 2009)
Non-contact, laser profile displacement sensors from Micro-Epsilon are being utilised on an internal weld inspection system. The sensor measures the internal size and shape of girth welds on pipes that are destined for use in subsea oil and gas applications.
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Sensors measure temperature from 50°C -1800°C (30 March 2009)
Micro-Epsilon has launched the thermoMETER CT laser range of infrared non-contact temperature sensors. These sensors are ideal for measuring the temperature of metals, ceramics, composites and secondary metal processing application, from 50°C up to 1,800°C.
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Low cost thermal imager (22 January 2009)
Micro-Epsilon (UK) is launching a low cost thermal imaging camera for industrial applications, as well as a range of non-contact, inline process temperature sensors. The thermoMETER PI (Process Imager) is a rugged, inline, infrared thermal imaging camera, is n comparable in terms of technical specification and performance to the latest inline thermal imagers on the market, but is around 60% of the cost.
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