Camera range on show
FLIR Systems is marking its return to Maintec with a selection of new technology.
FLIR Systems is marking its return to Maintec with a selection of new technology.
For anyone wishing to incorporate the wide-ranging benefits of thermal imaging into their working lives, the four-day Level 1 Thermography course from ITC provides an introduction.
Thermal imaging is playing an increasingly important role in terms of predictive maintenance of electro mechanical components of wind turbines and in the detection of surface defects in composite structures, as Andrew Baker, sales and marketing manager, FLIR Systems, explains
For anyone wishing to incorporate thermal imaging into their working lives, a four-day Level 1 Thermography course from ITC provides a foundation.
A Dutch company specialising in electrical inspection recently won a contract from the Danish cargo airline, Star Air, on the strength of its thermal imaging camera’s ability to see thermal anomalies in great detail.
FLIR thermal imaging cameras are now tools of the trade, everyday instruments for fast and cost-effective fault finding. And it is this change of emphasis that has prompted FLIR Systems to broaden the scope of its product range.
Schools and training centres can now purchase FLIR E6 and E60 thermal imaging cameras with a 50% discount.
Tomorrow’s maintenance specialists and building inspectors need access to the most modern equipment during their training and, to make sure that as many schools and training centres as possible are using thermal imaging cameras in their educational programs, FLIR Systems is now offering its FLIR E6 and FLIR E60 at a 50% discount. This offer is valid from 1st April until 31st December 2014.
It is reported that the patented multi-spectral imaging (MSX) capability of the FLIR E-Series has proved significant both to customers worldwide and to FLIR Systems’ pricing.
Thermal imaging has become an essential method of detecting faults and averting failure in electro-mechanical systems. It’s also used to identify the source of energy loss and spotting problems in the fabric of a building. Vital to its effectiveness however is the user’s understanding of the science behind the technology.
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