Product portfolio
SIL2 / SIL3 industrial rotary encoder incremental

SIL2 / SIL3 industrial rotary encoder incremental

EIL576S-T

Inputs:

  • SIL2 / SIL3 certification
  • SinCos output signals
  • Through-hollow shaft
To the product
SIL2 industrial rotary encoder incremental

SIL2 industrial rotary encoder incremental

EIL576S-S

Inputs:

  • SIL2 certification
  • Square wave output signals
  • Solid shaft with clamping or synchro flange
To the product
SIL2 HeavyDuty encoder incremental – SinCos output – LowHarmonics for excellent signal quality  – SinCos output – LowHarmonics for outstanding signal quality  – Design 105 mm - hollow shaft and cone shaft – High resolution up to 10 000 ppr – Design 105 mm – hollow shaft up to 20 mm

SIL2 HeavyDuty encoder incremental

HOGS 100S

  • SIL2 / PLd certification
  • SinCos output signals
  • Cone shaft or blind hollow shaft
To the product
SIL3 / PLe speed monitors and speed switches – For non-certified standard encoders and sensors – For SIL certified Sin/Cos rotary encoders – SIL3 / PLe certified speed monitors – For SIL cerfified SinCos rotary encoders

SIL3 / PLe speed monitors and speed switches

GMM2xxS

  • SIL3 / PLe certification
  • Monitoring underspeed and overspeed, standstill and rotational direction
  • Incremental encoder inputs SinCos, RS422 and HTL / PNP  Proximity switch or control signals
  • Safety-related outputs and signal splitter
  • DIN rail mount
  • Easy configuration by PC software or operator unit
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Your benefits
  • The efficient solution for implementing safety functions at drives
    • Reduced costs and improved productivity by avoiding unnecessary shutdowns
    • Easy integration into existing systems or for machine retrofitting with little effort 
    • Certified functional safety encoders, incremental SinCos or square wave signals, with mounting options, electronics and signal routing certified as well
    • Perfect match for your application in shaft and hollow shaft design, cable and connector outlet, varied mounting types
  • Safe speed limits 
    • Safe monitoring of maximum speed
    • Function identical to that of classic mechanical speed switches
    • Trigger input limits speed only when required
    • Extended machine service life by avoiding overspeed
    • Shorter servicing time thanks to safe access to hazardous areas
    • Increased occupational safety
  • Safe direction of travel
    • The machine will safely move in the defined direction only
    • For allowing access to hazardous areas, for example
    • Shorter set-up time thanks to better access to the set-up area
    • Increased occupational safety based on customer's hazard analysis of the safe direction
  • Safe speed monitor
    • Ensuring that speed is below a defined minimum value
    • For allowing access to hazardous areas while the safety door is open, for example
    • Less time required to fix a blocking production line
    • Increased occupational safety based on customer's hazard analysis of speed limits

Applications

Implementation of safety functions, for example at

  • Drives
  • Cranes and lifting gears
  • Theater stages
  • Wind power plants
  • Centrifuges
  • Transport and conveyor systems
  • Handling systems
  • Driverless vehicles
  • Dosing and filling machines
  • Cutting, punching and pressing
  • High-frequency spindles
  • Pharmaceutical machines
  • Saws
  • And at any other machinery where persons access the machine's working space or danger zone

Proven combinations for safe speed monitoring

Use these combinations of encoder and speed monitor for simple and reliable monitoring of underspeed, overspeed, standstill and direction of rotation. The combinations easily will integrate in existing systems, either under aspects of machine design or for retrofitting.
 


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