Pepperl+Fuchs Ultrasonic Sensors

  • 2 switch outputs
  • Synchronization options
  • Temperature compensation
  • Can be parameterized via the ULTRA-PROG-IR software and interface (accessories)
  • Analog output 0 ... 10 V
  • 1 switch output
  • Synchronization options
  • Temperature compensation
  • Can be parameterized via the ULTRA-PROG-IR software and interface (accessories)
  • 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
  • Sensor head bidirectional and rotatable
  • Function indicators visible from all directions
  • Quick mounting bracket
  • Selectable sound lobe width
  • Programmable
  • Sensor head bidirectional and rotatable
  • Function indicators visible from all directions
  • Quick mounting bracket
  • Selectable sound lobe width
  • Programmable
  • Sensor head bidirectional and rotatable
  • Function indicators visible from all directions
  • Quick mounting bracket
  • Selectable sound lobe width
  • Programmable

uc6000

  • Sensitivity: from 10 to 100 %.
  • Accuracy: ± 2 mm
  • Response frequency: up to 100 Hz
  • Output signal: analog, brake, two-channel
  • IO-link interface for service and process data
  • Programmable via DTM with PACTWARE
  • 2 programmable switch outputs
  • Selectable sound lobe width
  • Synchronization options
  • Temperature compensation
  • Parameterization interface for the application-specific adjustment of the sensor setting via the service program ULTRA 3000
  • 2 programmable switch outputs
  • Hysteresis mode selectable
  • Window mode selectable
  • Synchronization options
  • Adjustable acoustic power and sensitivity
  • Temperature compensation
  • IO-link interface for service and process data
  • Programmable via DTM with PACTWARE
  • Switch output and analog output
  • Selectable sound lobe width
  • Synchronization options
  • Temperature compensation
  • Parameterization interface for the application-specific adjustment of the sensor setting via the service program ULTRA 3000
  • Analog current and voltage output
  • Synchronization options
  • Adjustable acoustic power and sensitivity
  • Temperature compensation
  • 2 switch outputs
  • Synchronization options
  • Temperature compensation
  • Can be parameterized via the ULTRA-PROG-IR software and interface (accessories)
  • Analog output 4 ... 20 mA
  • 1 switch output
  • Synchronization options
  • Temperature compensation
  • Can be parameterized via the ULTRA-PROG-IR software and interface (accessories)
  • IO-link interface for service and process data
  • Programmable via DTM with PACTWARE
  • Continuous distance value via IO-Link process data
  • Selectable sound lobe width
  • Synchronization options
  • Temperature compensation
  • Push-pull output
  • IO-Link interface for parameterization
  • Programmable via DTM with PACTWARE
  • Selectable sound lobe width
  • Synchronization options
  • Temperature compensation
  • Analog output
  • High chemical resistance through PTFE coated transducer surface
  • Parameterization interface for the application-specific adjustment of the sensor setting via the service program ULTRA 3000
  • 2 programmable switch outputs
  • Hysteresis mode selectable
  • Window mode selectable
  • Synchronization options
  • Adjustable acoustic power and sensitivity
  • Temperature compensation

High chemical resistance through PTFE coated transducer surface

  • Thread M50
  • PTFE coated transducer
  • Power save mode
  • PWM output
  • Physical LIN interface
  • Serial Interfaces
  • Temperature compensation
  • Thread M50
  • PTFE coated transducer
  • Power save mode
  • PWM output
  • Physical LIN interface
  • Serial Interfaces
  • Temperature compensation
  • Analog output 4 ... 20 mA
  • 1 switch output
  • Temperature compensation
  • Synchronization options
  • Can be parameterized via the ULTRA-PROG-IR software and interface (accessories)
  • High chemical resistance through FEP coated transducer surface
  • 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 surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Very short response time
  • Programmable
  • 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 surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable
  • 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 surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable
  • 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, and shining surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable
  • 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, and shining surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable
  • 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, and shining surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Very short response time
  • 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, and shining surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable
  • Cable with M12 plug
  • 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 surfaces
  • Material weight from 10 g/m2 up to over 2000 g/m2
  • Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  • Perpendicular or inclined sensor mounting relative to the sheet plane possible
  • Programmable