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Motor feedback systems rotary HIPERFACE DSL®

The digital evolution: HIPERFACE DSL® in motor feedback systems for servo motors

The HIPERFACE "Digital Servo Link" interface is a revolution in servo drive systems! The purely digital interface is the future. Thanks to the innovative and interference-free HIPERFACE DSL® protocol, all future communication can be realized using just two wires that are integrated in the motor cable, and this is always done in a robust and reliable manner.

These product families cover the various performance ranges from standard to advanced in that they all feature the same mechanical interface. Depending on the performance class, the product families have a resolution of 15 to 23 bit per revolution over 4,096 revolutions (multiturn). The high level of flexibility in the connection systems allows for individual solutions. These SICK motor feedback systems save a service life histogram e.g. of the temperature, service life and many other parameters, which allows for convenient application analysis.

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Product family EKS/EKM36
Compact motor feedback system for highly dynamic servo drives
  • Motor feedback system with HIPERFACE DSL® interface
  • Compact, robust design with 36 mm diameter
  • Up to 20 bit resolution per revolution and 4,096 revolutions measurable with the multiturn system
  • Facility for connecting an external temperature sensor
  • E²Prom with 8 kbyte of free memory space
  • SIL2-certified (only valid for EKS/EKM36-2...)
  • Service life histogram

Product family EFS/EFM50
High-resolution motor feedback system for dynamic servo drives
  • Motor feedback system with HIPERFACE-DSL® interface
  • Compact, rugged design with 50 mm diameter
  • Up to 23-bit resolution per revolution and 4,096 revolutions measurable with the multiturn system
  • Option for connecting an external temperature sensor
  • E²Prom with 8 KB of free memory space
  • SIL2-certified (only valid for EFS/EFM50-2)
  • 12-bit resolution of the safe position value
  • Service histogram

Result 1 - 2 out of 2

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