SES/SEM70 ROTARY HIPERFACE®

Fields of applications
  • Hollow shafts and torque motors
  • Applications with axial movements, e.g. extrusion machines, injection molding machines
  • Revolving machines and woodworking machines
  • Rotary table applications
  • Robot applications
At a glance
  • Singleturn and multiturn variants with 25 mm hollow shaft
  • 32 sine-cosine periods per revolution, 4,096 revolutions with the multiturn variants
  • HIPERFACE® interface with extended type label
  • Maximum speed: 8,500 rpm
  • Easy mounting without special mounting tools
  • High shock and vibration resistance
Your Benefits
  • Integrated mechanical multiturn function for additional measuring of revolutions without external battery
  • Direct mounting on the drive shaft renders transmission components such as timing belts or couplings unnecessary
  • Simple, compact design, wear-free, low maintenance costs
  • Quick installation without special mounting tools: easy to put on, turn, and go
  • Rugged and reliable thanks to high shock and vibration resistance
  • Reliable establishment of the absolute position at high speeds
  • Mounting check for reading out the axial position of the rotor
THE MOTOR FEEDBACK SOLUTION FOR COMPACT HOLLOW SHAFT MOTORS AND DIRECT DRIVES
The trend toward compact and rugged direct drives in factory automation has clearly strengthened in recent years. With the SES/SEM70 rotative motor feedback system with industrial HIPERFACE® standard interface, SICK is providing new options for hollow shaft types and direct drives. The motor feedback system, which works with holistic sensing, is mounted directly on the drive shaft without addition mounting tools and renders transmission components such as timing belts or couplings unnecessary. A mechanical multiturn function is also integrated into the device, which eliminates the need for additional components such as external buffer batteries. The small design saves space and weight and is rugged, wear-free and reliable thanks to the bearing-free technology.

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