Motorized Filter Wheel X-FWR06A-FH0632

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


  • High-Speed Filter Change: Zaber's X-FWR Series offers rapid filter switching capabilities, enhancing operational efficiency.

  • Low Profile Design: Compact and sleek, these filter wheels are designed to fit seamlessly into various setups.

  • Interchangeable Filter Holders: Comes with one filter holder, supporting either 10 x 25 mm or 7 x 32 mm filter positions.

  • Stand-Alone Operation: Requires only a standard 48 V power supply, ensuring easy and independent operation.

  • Manual and Computer Control: Features an indexed knob for manual control and connects to RS-232 or USB for computer control.

  • Daisy-Chain Capability: Can be linked with other Zaber products, sharing power and simplifying setup.

  • Secure Connections: Equipped with locking 4-pin, M8 connectors for reliable inter-device connectivity.

  • Plug and Play: Designed for easy setup and operation, minimizing downtime and technical hassle.

  • Precision and Accuracy: Offers a microstep size of 0.010714285° with an accuracy of 0.4° and repeatability of < 0.1°.

  • Wide Range of Compatibility: Supports optics with a thickness of up to 6.5 mm and diameters between 31-32 mm.

  • Efficient Power Usage: Maximum current draw of 650 mA, compatible with 24-48 VDC power supply.

  • Stepper Motor: Utilizes a 2-phase stepper motor with 200 steps per revolution for precise control.

  • Magnetic Home Sensor: Features a magnetic sensor for accurate limit or home sensing.

  • Versatile Mounting Options: Includes M6 threaded hole for optic post and M3 holes for AP134 post mount adaptor.

  • Compliance and Safety: RoHS and CE compliant, ensuring safety and environmental standards.

  • Durable Build: Weighs 1.473 kg, offering robust construction for long-term use.

Applications


  • Spectroscopy Systems: Enables rapid filter switching for wavelength selection.

  • Fluorescence Microscopy: Allows fast multi-wavelength imaging in microscopy setups.

  • Laser Experiments: Facilitates quick attenuation or wavelength adjustments in laser paths.

  • Automated Optical Testing: Integrates into systems requiring programmable filter changes.

  • Optical Measurement Setups: Enhances efficiency in photometric and radiometric testing.