FRENCH PAVILION - Ambassade de France
FRENCH PAVILION - Ambassade de France
FRENCH PAVILION - Ambassade de France
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SCaiMe<br />
Technosite altéa, BP 501<br />
74105 anneMaSSe CeDex<br />
FRanCe<br />
Fax: +33 (0)4 50 87 78 42<br />
www.scaime.com<br />
COnTaCTS<br />
Philippe CARTIER<br />
Director of Sales & Marketing<br />
Prt: + 33 (0)6 86 86 46 48<br />
pcartier@scaimecom<br />
Fre<strong>de</strong>ric SAVROT<br />
Wind Power Market Manager<br />
Prt: + 33 (0)6 34 60 74 73<br />
fsavrot@scaimecom<br />
SCAIME has become one of the world lea<strong>de</strong>rs in the field of<br />
measurement, with its technological mastery and powerful<br />
products. The company offers now a solution of fibre optic<br />
measuring systems with strain gauges, temperature sensors<br />
and optoelectronic data acquisition units <strong>de</strong>veloped from<br />
Bragg grating technology.<br />
These fibre optic sensors have a set of features that open up new<br />
horizons, they are completely insensitive to electromagnetic<br />
interference, lightning in particular. They are intrinsically very<br />
robust with a high fatigue resistance and can be used in severe<br />
climate conditions (humidity, salt, cold, heat). The wiring is<br />
reduced as up to twelve gauges can be placed in series on a<br />
single optical line with no limit to length.<br />
The system offered by SCAIME measures the stresses on the<br />
bla<strong>de</strong>s as well as on the mast and the foundations and offers<br />
numerous analysis options. The calculation mo<strong>de</strong>ls can be<br />
parametrised according to the characteristics of the structure<br />
to be monitored and had been <strong>de</strong>signed in cooperation with<br />
turbine manufacturers in or<strong>de</strong>r to adapted the mo<strong>de</strong>l to the<br />
different types of turbine. Our solution can also been installed<br />
in areas where there is a risk of ice formation. And finally,<br />
thanks to its properties, this technology enables simple and<br />
easy compensation of any thermal drift, thus avoiding the need<br />
for any corrections.<br />
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