Optical sensor
Optical Yarn sensors
Thanks to infrared beam, optical sensors control the presence of the yarn during linear, to-and-fro or ballooning motion.
The MOS is an optical sensor devoted to assembling operations on yarns : like covering and twisting, cabling, air texturing, etc.
Control of the final yarn in order to detect breaking of one of the ends.
MOS-LC
The MOS-LC is a non-contact yarn break opto-electronic sensor.
Main function: To control the presence of yarns while to-and-fro or ballooning motion.
When the yarn breaks or stops, the sensor will indicate a default situation and give the information to the machine or to the operator by the means of a LED. It can activate a yarn cutter or stop the position.
Principle: As the thread passes through an infra red beam, the variations are processed by the electronic circuits of the MOS-LC.
Electrical protection: MOS-LC protection against reversed polarity and high level overload on output.
It shows a high level of electromagnetic compatibility (EMC).
Download our Brochure MOS-LC
MOS-E
The MOS-E is a non-contact yarn break opto-electronic sensor.
MAIN FUNCTION: To control the presence of yarns while linear, to-and-fro or ballooning motion. (When linear motion, there should have a sufficient vibration of the yarn). When the yarn breaks or stops, the sensor will indicate a default situation and give the information to the machine or to the operator by the means of a LED. It can activate a yarn cutter or stop the position giving a 15V signal to an automate.
PRINCIPLE: The MOS-E probe will check the tension variations produced by motion of the yarn inside the IR light beam. The MOS-E is insensitive to external light interference. Minimum yarn size detected : 0,02mm.
ELECTRICAL PROTECTION: The MOS-E is protected against reversed polarity and high level overload on output. It shows a high level of EMC, electromagnetic compatibility : >1 kV.
Download our Brochure
MOS-C
The MOS-C is a non-contact yarn break opto-electronic sensor.
MAIN FUNCTION: To control the presence of yarns while to-and-fro or ballooning motion. When the yarn breaks or stops, the sensor will indicate a default situation and give the information to the machine or to the operator by the means of a LED. It can activate a yarn cutter or stop the position.
PRINCIPLE: As the thread passes through an infra red beam, the variations are processed by the electronic circuits of the MOS-C.
ELECTRICAL PROTECTION: MOS-C protection against reversed polarity and high level overload on output. It shows a very high level of electromagnetic compatibility (EMC).
Download the brochure
MOS-E FDV
The MOS-E FDV is a non-contact yarn break opto-electronic sensor.
MAIN FUNCTION: To control the presence of yarns for to-and-fro or ballooning motion. When the yarn breaks or stops, the sensor will indicate a default situation and give the information to the machine or to the operator by the means of a LED. It can activate a yarn cutter or stop the position through its PNP output.
PRINCIPLE: The MOS-E FDV probe will check the tension variations produced by motion of the yarn inside the IR light beam. The MOS-E FDV is insensitive to external light interference. Minimum yarn size detected : 0,1mm.
ELECTRICAL PROTECTION: The MOS-E FDV is protected against reversed polarity and high level overload
on output. It shows a high level of EMC, electromagnetic compatibility : >1 kV.
Download the brochure
MOS-V
The MOS-V is a non-contact yarn break opto-electronic sensor.
MAIN FUNCTION: To control the presence of yarns for to-and-fro or ballooning motion.
When the yarn breaks or stops, the sensor will indicate a default situation and give the information to the
machine or to the operator by the means of a LED. It can activate a yarn cutter or stop the position
through its PNP output.
Download our brochure about MOS-E FDV
XND
Electric thread detectors
XND-A XND-C, XND-E, XND-F for thread and roving monitoring
Download our brochure about XND
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