MARCH 26, 2009--With the new VOS302 and VOS312 vision sensors, up to 16 jobs can be simultaneously stored and individually retrieved in order to manage simultaneous image detection tasks. The jobs can be activated directly by the control system; a convenient job management system is also available. Due to the intuitive operator interface and the combination of up to five different evaluation methods, presence and completeness checks, position detection, shape comparisons, and more can be executed efficiently, reliably, and at minimal expense. The sensor parameters can be optimized by using the simulation modus. The sensors feature high resolution (640 x 480 pixels), IP67 protection classification, and Ethernet and RS-422 interfaces.
Pepperl + Fuchs
Mannheim, Germany
www.pepperl-fuchs.com
-- Posted by Carrie Meadows, Vision Systems Design, www.vision-systems.com
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PRESS RELEASE
Pepperl+Fuchs GmbH - Lilienthalstrasse 200 - 68307 Mannheim
The new VOS300 sensors - up to 16 simultaneous detection jobs storable on one sensor
In many applications a number of detection tasks have to be fulfilled simultaneously.
With the new VOS302 and VOS312 vision sensors from Pepperl+Fuchs, up to 16 jobs can be simultaneously stored and individually retrieved. These jobs can, for example, be activated directly by the control system, and a convenient job management system is also available.
The new vision sensors also have the same powerful features of the VOS300 series. Due to the intuitive operator interface and the combination of up to 5 different evaluation methods, presence and completeness checks, position detection and shape comparisons etc. can be executed very efficiently, reliably and, most importantly, at minimal expense. The sensor parameters can be easily optimized by using the comfortable simulation modus.
High resolution (640*480 pixels), protection classification IP67 and the Ethernet and RS422 interface complete the features of this outstanding sensor.
The new VOS302 and VOS312 vision sensors can individually handle many detection tasks, which previously would have required the use of many vision sensors.
