Videos
Tutorial DIFFERENTIATOR
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Application video for parameterisation of the SPECTRO-1-CONLAS control unit in combination with sensor frontend A-LAS-N-F16-9.5x0.8-150/80-C-2m. The difficulty of this measuring task is the correct counting of transparent plastic caps. The "DIFFERENTIATOR" operating mode solves this problem.
(01/14/2019)
Tutorial EXTERN TEACH with color sensor SPECTRO-3-DIL-SLClick here to activate the YouTube films.
The EXTERN TEACH option allows you to teach colors without using a PC.
Tutorial spray jet monitoring with A-LAS-CON1 Click here to activate the YouTube films.
Implementation of spray jet monitoring: The volume quantity of a spraying process should be determined. This application uses an A-LAS-CON1 control unit and an analog laser light barrier of type A-LAS-F24-16x1-40/60.
Tutorial SPECTRO3-COMFORT-Scope softwareClick here to activate the YouTube films.
Operation of the SPECTRO3-COMFORT-Scope Software
Tutorial microdosing monitoringClick here to activate the YouTube films.
Monitoring of a microdosing system: The parameters to be monitored are the pulses at which the material to be dosed is emitted and the quantity of the material. In this setup, the control electronics A-LAS-CON1 and an analog laser photoelectric sensor of the type A-LAS-F12-1x0.2-50/50 are used.
Tutorial color detection of moving self-luminous objectsClick here to activate the YouTube films.
Colour and speed detection of "moving self-luminous objects" In this application both the colour and the speed of moving and luminous LEDs (moving self-luminous objects) should be detected.
Tutorial SPECTRO-3 color sensor - PARA mode (works with two parameter sets)Click here to activate the YouTube films.
Patterns of the interior field (automotive) should be divided in two groups (dark and bright) and should be distinguished with different sets of parameters.
Tutorial SPECTRO-3 color sensor for interior areasClick here to activate the YouTube films.
In the interior areas (automotive sector) various textiles or imitation leather should be detected whose surfaces differ in color and structur (gloss). For this task situation a color gloss detection sensor type SPECTRO-3-50-FCL is used, the handling of this sensor is being demonstrated here: Selection of the sensor, connection setup, parameter setting, teach process, verification of the taught colors, color recognition, evaluation.
Color-gloss and structure sensors of COAST SeriesClick here to activate the YouTube films.
Color, gloss and structure detection with the COAST hybrid-sensor.
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