Pepperl+Fuchs GmbH Datasheets for Ultrasonic Proximity Sensors

Ultrasonic proximity sensors use reflected or transmitted ultrasonic waves to detect the presence or absence of a target component.
Ultrasonic Proximity Sensors: Learn more

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Product Name Notes
Reflex ultrasonic sensor
Single head system
Through-beam ultrasonic barrier
Ultrasonic diffuse sensor with pivoting transducer
Ultrasonic diffuse sensor with separate transducer
Ultrasonic direct detection sensor
High chemical resistance through PTFE coated transducer surface Stainless Steel enclosure 1 switch output Temperature compensation Programmable output functions Program input
Level indication 1 analog output, 0-10 V voltage source 1 switch output Programmable by means of Interface (see accessories) and SONPROG Synchronization options Temperature compensation
Level indication 1 analog output, 0-20 mA current source 1 switch output Programmable by means of Interface (see accessories) and SONPROG Synchronization options Temperature compensation
Level indication 1 analog output, 4-20 mA current source 1 switch output Programmable by means of Interface (see accessories) and SONPROG Synchronization options Temperature compensation
Level indication 2 switch outputs Program input Programmable by means of Interface (see accessories) and SONPROG Synchronization options Temperature compensation
Level indication Frequency output Programmable by means of Interface (see accessories) and SONPROG Synchronization options Temperature compensation
Reliable detection of transparent materials High switching frequency Adjustable sensitivity Adjustable switch-on delay Small angle of divergence Protective functions Emitter and receiver included in the delivery package
Short design, 40 mm Stainless steel housing Chemical-resistant Switch output Program input
Ultrasonic system for detection of labels and carrier materials. Short version Insensitive to printing, colors, and shining surfaces Automatic compensation of the operating point with slowly changing ambient condition Very...
Ultrasonic system for detection of single and pasted double sheet Weights of paper from 30 g up to cartons weighing over 1200 g can be detected It is also possible...
Ultrasonic system for detection of single sheet, no sheet and double sheet. Also detects pasted double sheets Weights of paper from 30 g up to cartons weighing over 1200 g...
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials, preferably papers No TEACH-IN required Function indicators visible from all directions Insensitive to printing, colors, and shining...
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials, preferably papers Short version No TEACH-IN required Function indicators visible from all directions Insensitive to printing, colors,...
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials, preferably papers Very short response time Function indicators visible from all directions No TEACH-IN required Insensitive to...
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials, preferably sheet metal No TEACH-IN required Insensitive to printing, colors, and shining surfaces Programmable
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials No TEACH-IN required Insensitive to printing, colors, and shining surfaces Programmable
Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials Short version No TEACH-IN required Function indicators visible from all directions Insensitive to printing, colors, and shining...
Ultrasonic system for splice detection Sensor with mounting bracket, preassembled Insensitive to printing, colors, and shining surfaces Very high processing speeds are possible.
Ultrasonic system for splice detection Short version Insensitive to printing, colors, and shining surfaces Very high processing speeds are possible.
Ultrasonic system for splice detection Short version Insensitive to printing, colors, and shining surfaces Very high processing speeds are possible. Especially suitable for splices with highly inhomogeneous materials, e.g., packaging...

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