• Features

    • Type: Incremental encoder
    • Thermal behaviour: Reproducible, indicating stability under temperature changes
    • Reading head: Reversible for flexibility in installation
    • Measuring length: Up to 3.240 mm
    • Accuracy: Up to ±3 µm within the measuring length
  • Features

    • Type: Incremental encoder
    • Measuring length: 3.240 mm to 30.040 mm
    • Grating period: 40 µm
    • Accuracy: Up to ±10 µm within the measuring length
  • Features

    • Low-cost linear solution
    • Imperial and Metric Options
    • IP65 sealing available
    • Up to 1.27M or 50” Full Stroke Length
  • Features

    • Type: Photoelectric absolute linear encoder (measures absolute position)
    • Measuring length: Up to 3.240 mm (customizable)
    • Interface: SSI or BiSS serial interface for digital communication
    • Accuracy: Up to ±1 µm high accuracy
    • Optional incremental track: Provides 1Vpp incremental signal for applications requiring both absolute and incremental position data.
  • Features

    • Standard Size 36mm package (1.42")
    • Durable magnetic technology
    • Multiturn absolute encoder (12-bit/39-bit)
    • SSI and CANopen communications
    • Proven new turns counting technology — no gears or batteries
  • Features

    • Standard Size 36mm package (1.42")
    • Durable magnetic technology
    • Multiturn absolute encoder (12-bit/39-bit)
    • SSI and CANopen communications
    • Proven new turns counting technology — no gears or batteries
  • Features

    • Multi-Turn Absolute Encoder (14 Bit/39 Bit)
    • SSI and CANopen Communications
    • 58 mm Diameter
    • Durable Magnetic Technology
    • Proven Turns Counting Technology – No Gears or Batteries
    • Retains Absolute Position After a Power Outage
  • Features

    • Magnetic absolute linear encoder
    • MK has a measuring length of up to 50.000 mm
    • Accuracy can reach up to ±35 μm.
    • Encoder has two versions of serial interface - SSI or BiSS C
    • Optionally it can have 2 analog sinusoidal signals with phase shift 90°C and amplitude approx. 1Vpp.
  • Features

    • Measuring length: Up to 50,000 mm (50 meters)
    • Accuracy: Up to ±25 micrometres (μm)
    • Customizable: Other parameters can be modified to meet specific needs
  • Features

    • Converts the movement of key machine parts into electrical signals.
    • Designed for harsh industrial environments and resistant to various physical and environmental factors.
    • Magnetic band length can reach up to 50 meters.
    • Allows for either user-defined reference marks or external zero signal actuator.
    • LED on the reading head confirms reference mark detection.
    • Compressed air can be used to clean the rail surface, improving accuracy.
    • Two output signal options:
      • PCMT-F: Square-wave with built-in interpolation electronics.
      • PCMT-AV: Sinusoidal signal requiring external interpolation.
  • Features

    • Standard Size 36mm package
    • Durable magnetic technology
    • Up to 14 bits of single-turn resolution
    • SSI and CANopen communications
    • Proven turns counting technology—no gears or batteries
    • Flex mount eliminates couplings and is ideal for motors or shafts
  • Features

    • Standard size 36 mm package (1.42")
    • Durable magnetic technology
    • Up to 14 bits of single-turn resolution
    • SSI and CANopen communications
    • Proven new turns counting technology — no gears or batteries
  • Features

    • Up to 14 Bits of Single-Turn Resolution
    • SSI and CANopen Communications
    • 58 mm Diameter
    • Durable Magnetic Technology
    • Retains Absolute Position After a Power Outage
  • Features

    • Robust aluminium or stainless steel housing (wall thicknesses up to 5 mm)
    • Stainless steel shaft and ball bearing - ball bearing with Simmer ring
    • Rotor with shaft and permanent magnet mounted in pre-chamber
    • Sensor circuit consisting of ASIC
    • Hall elements and interface electronics in enclosed main chamber
    • Housing protection type IP 69K additionally cast
    • Electrical connection via cable (open cable ends)
  • Features

    • Interface: SSI
    • Design: 42mm
    • Housing Material: Aluminium, stainless steel
    • Flange & Shaft: Synchroniser flange
    • Resolution: 4096 steps/360°<)
    • Code type: Binary, Gray (optional)
    • Electrical connection: Cable 1m
    • Electrical and/or mechanical variant: Basic version
  • Features

    • Robust aluminium or stainless steel housing (wall thicknesses up to 5 mm)
    • Stainless steel shaft and ball bearing - ball bearing with Simmer ring
    • Rotor with shaft and permanent magnet mounted in pre-chamber
    • Sensor circuit consisting of ASIC
    • Hall elements and interface electronics in enclosed main chamber
    • Housing protection type IP 69K additionally cast
    • Electrical connection via cable (open cable ends)
  • Features

    • Encoder and measuring wheel solution integrated into one compact unit
    • Spring-loaded torsion arm makes wheel pressure adjustments a snap
    • Easily installed in a vertical, horizontal or upside-down orientation
    • Operates over a variety of surfaces at speeds up to 3000 feet per minute
    • The integrated module simplifies your system design, reducing cost
  • Features

    • Integrated heavy-duty encoder and measuring wheel in one
    • Spring-loaded torsion arm for quick wheel pressure adjustments
    • Easily installed in a vertical, horizontal or upside-down orientation
    • Operates over a variety of surfaces at speeds up to 3000 feet per minute
    • Integrated module simplifies system design, reducing cost
  • Features

    • Number of output pulses per revolution 18000-1800000 ppr
    • Line number on disc (z) 18000
    • Reference signal - standard: 1 per shaft revolution - distance coded: 36 per shaft revolution
    • Permissible mech. speed ≤ 3000 rpm
    • Max. operating speed 600 to 1000 rpm
    • Accuracy grades ± 5.0 arc. sec
    • Permissible shaft runout - axial: 0.02 mm - radial: ± 0.02 mm
    • Starting torque at 20°C ≤ 0.08 Nm
    • Rotor moment of inertia < 0.6x10-4 kgm2
    • Protection (IEC 529) IP64
    • Maximum weight without cable 1.2 kg
    • Operating temperature 0...+70°C
    • Storage temperature -30...+85°C
    • Maximum humidity (non-condensing) 98%
    • Permissible vibration (55 to 2000 Hz) ≤ 100 m/s²
  • Features

    • Absolute measuring method
    • Hollow shaft diameter (up to 50 mm)
    • Integrated stator coupling
    • Simple installation

    Typical field of application

    • Rotational axes with reduced accuracy requirements
  • Features

    • Absolute measuring method
    • Large hollow shaft diameter (up to 100 mm)
    • Integrated stator coupling
    • Compact size for limited installation space
    • System accuracy includes the deviation caused by the shaft connection
    • Outstanding dynamic response
    • Simple installation

    Typical field of application

    • Rotary tables
    • Swivel heads
  • Features

    • Incremental measuring method
    • Solid shaft
    • Separate shaft coupling for large mounting tolerances
    • System accuracy does not include the deviation caused by the shaft connection

    Typical field of application

    • Rotational axes
  • Features

    • Incremental measuring method
    • Large hollow shaft diameter (up to 60 mm)
    • Integrated stator coupling
    • Compact size for limited installation space
    • System accuracy includes the deviation caused by the shaft connection
    • Outstanding dynamic response
    • Simple installation

    Typical field of application

    • Rotary tables
    • Swivel heads
  • Features

    • Large hollow shaft diameter (up to 10 m with a scale tape)
    • High shaft speeds up to 20,000 rpm
    • No additional starting torque from shaft seals
    • Segment versions
    • Also available with Functional Safety Modular angle encoders with optical scanning are available with various graduation carriers:
      • ERP/ERO: Glass circular scale with hub
      • ERA/ECA 4000: Steel drum
      • ERA 7000/8000: Steel scale tape

    Typical field of application

    • High-resolution rotary axes with high reproducibility
    • Very high number of signal periods
    • Small mounting space
    • Small interpolation error and low signal noise

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