Motorized Rotation Stage X-RSB120AD-E01

Specifications

Vacuum Compatible: Yes
Built-in Controller: Yes
Range: 360 degrees
Unidirectional Accuracy: 0.19 degrees
Repeatability: <0.5 degrees
Backlash: 0.19 degrees
Encoder Resolution: 500 CPR
Stage Diameter: 120 mm
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Features


  • Continuous 360° Rotation Stage: Enables full circular motion for versatile applications.

  • High-Speed Performance: Achieves speeds up to 300 rpm, ideal for rapid positioning.

  • 50.8 mm Aperture: Allows for significant load handling and flexibility.

  • Built-in Controller: Integrates easily with other Zaber products through daisy-chaining.

  • Multiple Motor Configurations: Offers both 'motor up' for flush mounting and 'motor down' for extended load movement.

  • Encoder Position Feedback: Features slip/stall detection and automatic recovery for reliable operation.

  • Compact and Sturdy Design: 120 mm table diameter with a low profile and a load capacity of up to 50 kg.

  • Plug and Play Setup: Easy to set up and operate with RS-232 or USB connectivity.

  • Manual Control Option: Indexed knob for convenient operation without a computer.

  • Power Sharing Capability: Daisy-chain power sharing with other X-Series products using a single power supply.

  • Secure Connections: Locking 4-pin M8 connectors ensure stable unit connections.

  • High Precision: Microstep size of 0.005625° and repeatability of < 0.02°.

  • Robust Communication Interface: Supports RS-232 with Zaber ASCII and Binary protocols.

  • Durable Load Handling: Maximum centered load of 500 N and cantilever load of 2000 N•cm.

  • Energy Efficient: Operates with a power supply of 24 - 48 VDC and a maximum current draw of 1200 mA.

Applications


  • Precision Optical Systems: Ideal for rotating optical components with high accuracy.

  • Metrology and Inspection: Provides rapid and precise rotational positioning in measurement setups.

  • Automated Assembly Systems: Enhances flexibility in robotic or assembly line integration.

  • Research and Development: Supports experimental setups requiring programmable rotation.

  • Laser Alignment Systems: Facilitates accurate beam alignment with rotational control.