Motorized Filter Wheel X-FWR06A-FH0625

Specifications

Range: 360 degrees
Resolution: 0.010714285 degrees
Accuracy (unidirectional): 0.4 degrees
Repeatability: <0.1 degree degrees
Backlash: <0.2 degree
Encoder Resolution: 1 states/rev
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Features

  • Interchangeable Filter Holders: Accommodates 25 mm optics (10 positions) or 32 mm optics (7 positions).
  • High-Speed Filter Changes: Smooth operation with an adjacent filter change time of 57 ms for the 10-position wheel.
  • Built-in Controller: Easily daisy-chain with other Zaber products for seamless integration.
  • Versatile Mounting: Compatible with optical cage systems and C-mount components.
  • Stand-Alone Operation: Requires only a standard 48 V power supply for functionality.
  • Manual Control: Indexed knob allows for manual operation without a computer.
  • Easy Connectivity: Connects to RS-232 or USB ports and shares power through daisy-chaining.
  • Secure Connections: Features convenient locking, 4-pin, M8 connectors for secure unit connections.
  • Plug and Play Design: Simple setup and operation, typical of Zaber's product line.
  • Precision and Accuracy: Offers a micro step size of 0.010714285° with an accuracy of 0.4° and repeatability of < 0.1°.
  • Wide Range of Motion: 360° range with minimal backlash of < 0.19°.
  • Compatible Optics: Supports optic thickness up to 6.5 mm and diameters of 25 mm.
  • Robust Motor: Stepper motor with 200 steps per revolution and a rated current of 2100 mA/phase.
  • Environmentally Compliant: RoHS and CE compliant.
  • Durable Construction: Weighs 1.478 kg and includes a magnetic home sensor for limit or home sensing.
  • Flexible Mounting Options: M6 threaded hole for optic post and M3 holes for AP134 post mount adaptor.

Applications

  • Spectroscopy Systems: Enables rapid and precise filter changes for wavelength selection.
  • Fluorescence Microscopy: Supports fast multi-wavelength imaging for biological and materials research.
  • Laser Experiments: Allows quick switching of optical filters in laser alignment and attenuation setups.
  • Automated Optical Testing: Ideal for automated systems requiring programmable, high-speed filter changes.
  • Optical Measurement Systems: Enhances efficiency in photometric and radiometric testing applications.