High Vacuum Motorized X-GSM-SV2 Series Goniometer Stage

Specifications

Vacuum Compatible: Yes
Microstep Size (default Resolution): 1 urad
Built-in Controller: Yes
Range Of Motion: -10 – 10 deg
Maximum Speed: 5 rpm
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Features


  • Vacuum Compatibility: Designed for high-vacuum environments up to 10-6 Torr.

  • Center of Rotation Options: Available in 40 mm and 60 mm for dual-axis motion about a common center.

  • Integrated Controller: Built-in controller allows seamless daisy-chaining with other Zaber products.

  • Efficient Wiring: Only four feedthrough wires are needed to control all units in the daisy-chain via a serial port (with an X-PIB adaptor).

  • Computer Connectivity: Connects easily to RS-232 or USB ports for straightforward operation.

  • Power Sharing: Daisy-chain configuration allows multiple X-Series products to share a single power supply.

  • Plug and Play Design: Easy setup and operation, ideal for multi-axis systems with stacking capabilities.

  • Motion Range: +/-10° with a maximum speed of 30 °/s (5.0 rpm).

  • Communication Protocols: Supports Zaber ASCII (default) and Zaber Binary protocols.

  • Load Capacity: Supports a maximum centered load of 30 N (6.7 lb).

  • Precision and Accuracy: Features crossed roller bearings and rotation center accuracy of < 0.1 mm (< 0.004 ").

  • Power Requirements: Operates on a 24-48 VDC power supply.

  • Motor Specifications: Stepper motor (2 phase) with 200 steps per revolution and precision worm gear drive.

  • Sensors: Equipped with magnetic home and away sensors for accurate positioning.

  • Mounting Interface: Compatible with M2 and M3 mounting holes.

  • Compliance: RoHS and CE compliant for safety and environmental standards.

  • Operating Temperature: Suitable for environments ranging from 0-50 °C.

  • Lightweight Design: Weighs only 0.320 kg (0.705 lb) for easy integration.

Applications


  • Beamline Instrumentation: Enables precise angular positioning of optics and samples in vacuum beamlines.

  • Vacuum Chamber Experiments: Ideal for accurate sample rotation and alignment within vacuum systems.

  • Optical Component Alignment: Facilitates fine angular adjustments in laser and photonics setups.

  • Semiconductor Processing: Suitable for wafer alignment, inspection, and manipulation under vacuum.

  • Research Laboratories: Supports multi-axis motion control for advanced experimental configurations.