Features:
- High-Precision Angular Feedback via the HIPERFACE® Motor Controller Interface
- Delivers 1,024 Sin/Cos Sine Wave Signal Periods per Revolution with Absolute Track Data
- Mounts Directly on Brushless Servo Motor Shafts via Tapered Mechanical Coupling
The Sick SNS50-HBA0-S01 Motor Feedback System operates as a high-precision rotary encoder in servo motor applications, providing reliable position and speed feedback to the drive controller. It continuously converts mechanical motor shaft rotations into high-resolution analog sine/cosine signals (1,024 periods per revolution, 7-12 VDC supply voltage) while transmitting absolute position data over a digital RS-485 parameter channel. Real-time dynamic measurement is standard with the Sick SNS50-HBA0-S01 Motor Feedback System, enabling seamless speed control and motor commutation without losing absolute reference during power interruptions.
The Sick SNS50-HBA0-S01 Motor Feedback System provides essential motion control functions common to the entire drive assembly, and is a critical component of the closed-loop feedback path, directly affecting the accurate execution of complex positioning tasks. One Sick SNS50-HBA0-S01 Motor Feedback System is installed per servo motor housing depending on the target axis drive design. The Sick SNS50-HBA0-S01 Motor Feedback System utilizes a compact tapered shaft mechanical interface and is mounted securely at the rear end-shield of the motor assembly.
For high-dynamic closed-loop applications, the Sick SNS50-HBA0-S01 Motor Feedback System relies on its integrated electronic type label to exchange initialization parameters with the servo drive. In addition to continuous real-time analog tracking, the system also performs digital diagnostic reporting. The Sick SNS50-HBA0-S01 Motor Feedback System executes data transfer using the internal HIPERFACE® protocol options.
The SNS50-HBA0-S01 Sick Motor Feedback System may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Sick SNS50-HBA0-S01 Motor Feedback System Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Sick SNS50-HBA0-S01 Motor Feedback System Specs
General
- Manufacturer Sick
- Model SNS50-HBA0-S01
- Condition New Original ready stock
- Product Family SNS50-HBA0-S02,SNS50-HEA0-S01
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Servo Motor Feedback: Integrated directly into industrial AC and DC servo motors for closed-loop motion control.
- Dynamic Drive Systems: Deployed in automated assembly lines requiring rapid deceleration and tight velocity loop tracking.
- Precision CNC Machining: Feeds sub-millimeter axial data back to the primary CNC controller for exact tool positioning.
- Robotics: Installed in industrial multi-axis robotic joints to regulate precise rotational speeds and trajectories.
- Interface Protocol: Utilizes a hybrid asynchronous RS-485 parameter channel combined with a 1Vpp Sine/Cosine analog process data channel.
- Dual Resolution Architecture: Features an internal command structure that supports two distinct SIN/COS tracks.
- Startup Initialization: Uses the 1-period-per-revolution track (via command 51h) to safely calibrate and home the drive system during power-up sequences.
- Electrical Parameters: Operates reliably on a standard DC supply voltage window ranging between 7V and 12V DC.
- Safety Integration: Certified up to SIL2 (Safety Integrity Level 2), allowing full implementation of the Machinery Directive as per EN ISO 13849 standards.
- Environmental Limits: Rated to withstand harsh industrial operating temperatures ranging from -40°C up to +105°C.
- Material Compliance: Manufactured under strict lead-free production baselines and holds full RoHS compliance certificates.