Profile Sensor is suited for defined measurement tasks.
June 25, 2009 -
As stationary/moving measurement unit, scanCONTROL 2710 can be used to recognize and track angles, steps, and positions. Same can be done for profiles, including adhesive beads, weld seams, grooves, and gaps. After configuration, system runs in standalone mode and can be connected directly to controller. Using integrated controller, sensor can perform data acquisition, profile calculations, and measured value generation for complete measurement field and at full resolution at 100 Hz.
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Original Press release
Micro-Epsilon UK Ltd
Pioneer Business, Park North Road
Cheshire, ,
United Kingdom
Compact Profile Sensor for Defined Measurement Tasks
Micro-Epsilon's range of compact profile scanners has been expanded with the new scanCONTROL 2710 sensor. This sensor series has an extremely compact housing with integrated controller. The scanCONTROL 2710 provides a complete solution for simple measurement tasks. Angles, steps and positions can be recognised and tracked. The same is also possible for profiles, including adhesive beads, weld seams, grooves and gaps. After the sensor has been configured using the set-up software supplied as standard, the system runs in standalone mode and can be connected directly to a controller. Using the integrated controller, the sensor can perform data acquisition, profile calculations and measured value generation for the complete measurement field and at full resolution at 100Hz. The compact design of the sensor makes it particularly flexible, either as a stationary measurement unit or in moving mode on, for example, a robot.
A small output module for DIN rail mounting is available enabling the conversion of data into common fieldbus systems. Using this, measurement results can be output using digital or analogue modules for evaluation or further processing.
The profile information is obtained by using a static laser line, which is projected onto the target surface. The diffusely reflected light is replicated on a sensor matrix by a high quality optical system. The sensor calculates profile data directly from the camera image and the relevant characteristic values. The characteristic values can then be evaluated via RS422 or in combination with the analogue output module or with tolerances and output as switching signals.
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