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STS Motor Feedback Systems Rotary HIPERFACE®
Brand: Sick AGThe trend toward highly dynamic drive systems has clearly strengthened in recent years. The STS absolute motor feedback system ensures maximum flexibility and precision when measuring the position and speed of hollow shaft motors and direct drives.
The non-contact magnetic measurement principle works without causing wear. A scalable measurement system, the STS adapts to different hollow shaft diameters of the application. In addition, the STS scores points with its particularly flat design and compact dimensions, making it the ideal solution for tight installation situations.
Thanks to the standardized HIPERFACE® interface, the motor feedback system can be easily integrated into nearly any industrial environment.
At a glance
- Non-contact and bearing-free measurement of speed and position
- Resolutions up to 12,672 measurement steps per revolution
- Accuracy of up to ± 0.05°
- For hollow shaft diameters from 30 mm to 500 mm
- Reliable in harsh ambient conditions
- HIPERFACE® interface with extended type label
- For internal and external rotor motors
- Flat, compact motor design due to maximum flexibility and installation of the motor feedback system with millimeter precision
- Increase in dynamics and PSDI times due to the elimination of mechanical components, such as belts
- Bearing-free technology maximizes the service life and machine availability of the overall system
- Use of hollow shafts to feed through hoses and cables saves valuable installation space
- Safe Motion for safe monitoring of machine movements and optimal interaction between man and machine
Specifications
Brand
Certifications & Approvals
- CE
Accuracy
- Up to ± 0.05°
Communication Interface
- HIPERFACE
Sine/Cosine Periods Per Revolution
- 158
Mechanical Interface
- Through Hollow Shaft
Connection Type
- Male Connector, 8-Pin
Available Memory Area
- 128 Byte
- Ideal for integration into servo hollow shaft motors
- Direct drives, e.g. torque motors
- Rotational and swivel axes, e.g. extruders
- Robot joints
- Drive systems in the field of AGVs and mobile platforms
