• Flexibly expandable light grid system: Up to 60 sensors can be cascaded and controlled centrally via the FlexChain host.
  • Optimum measurement certainty thanks to sequential sensor cycling without mutual interference.
  • High flexibility due to logic configuration in the host and the IO-Link, CANopen and RS-485 interface variants.
  • Sequential cycling prevents mutual interference.
  • Free arrangement of various sensor. technologies.

Array sensors

Array sensors AS30

  • Higher reliability and more stable processes thanks to teach-in of contrast edges.
  • IO-Link and the SOPAS ET software ensure easy configuration.
  • Full color TFT display.
  • Sensing distance of 25 mm or 100 mm.
  • Repeatability of up to 30 µm.

  • Fully scalable for binary, non-binary, and non-integer resolutions thanks to round axis functionality.
  • Compact and cost-efficient design.
  • High-resolution absolute encoder with up to 30 bits (AFM60) or 18 bits (AFS60).
  • Connection type: 3 x M12 axial plug.
  • Status display via 5 LEDs.

  • Compact size – suitable even for use in small vehicles
  • Excellent flexibility, as guided-track control is possible even in areas without reflector marks
  • Large working range on reflector (30 m), 10% remission (18 m), spatial contours (50 m)
  • High scanning frequency with low angular resolution on reflectors
  • High resistance to temperature thanks to integrated heating and IP 65 / IP 67

  • Precise measurements in harsh industrial environments thanks to IP65 housing for indoor applications
  • High angular resolution for gap-free scanning even under difficult conditions
  • Long scanning range: up to 70 m on reflectors (up to 35 m on black targets)
  • High internal computing power and individual AGV configuration
  • Angular resolution of up to 0.1 degrees

  • Anonymized people counting in public spaces
  • Quick and easy commissioning
  • Large aperture angle and four layers of the MRS1000
  • Shoulder-head-shoulder contour detection
  • Pre-programmed, application-specific app based on a 3D LiDAR sensor

  • Precise, simple adjustment using a potentiometer, teach-in button or display
  • The rugged VISTAL® sensor housing ensures high availability and a long service life
  • Sensing range: 5 cm to 4 m
  • Very small background range: 6 mm
  • Switching frequencies of up to 1,000 Hz

  • Fast measurement cycles offer optimized integration into control loops for increased productivity
  • Multiple serial interfaces provide high-speed position output to the controller and high flexibility in application integration
  • Measuring range 0.15 m ... 50 m / 0.15 m ... 130 m / 0.15 m ... 220 m
  • Variety of interfaces: SSI, RS-422, PROFIBUS, HIPERFACE, CANopen, DeviceNet

  • Measuring a 2D profile with just one sensor saves on hardware and installation costs
  • Real-time visualization of the measurement results via the integrated LC display
  • Measure complex profiles with just one laser line
  • Commissioning via software or integrated display with operating elements
  • High-quality CMOS receiver unit

Incremental encoders

Incremental encoders DUS60

  • Universal power supply and a rotatable connector reduce the number of variants required and provide increased installation flexibility
  • Anti-dither functionality maintains a high level of productivity also in high vibration applications
  • Pulses per revolution: Up to 2,400
  • Communication interfaces: TTL/HTL
  • Connection types: M12 male connector or cable

  • Stable aluminum housing for use in harsh industrial environments
  • Easy to access data from the PLC via IO-Link
  • Fast response time: 100 μs
  • PNP and NPN switching output
  • Light/dark switching function
  • Stable aluminum housing with IP 65 enclosure rating

  • Easily execute firmware updates using the microSD memory card: no need for a PC
  • Enhanced SMART technology reads damaged and partially obscured codes, increasing read rates
  • Enhanced SMART code reconstruction technology
  • Flexible sorting, filtering, and logical functions
  • Integrated LED bar graph