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Nov 9, 2012

Motorized Linear Stages, VCDS-032-038-02 Series - Dual Motor


The high performance compact positioning voice coil driven linear stages are used in positioning applications where high speed, high acceleration or high accuracy is required.

The motorized linear stages are fully self-contained. Each stage utilizes one or two voice coil motor(s),  a linear carriage system,  an optical quadrature encoder feedback device and a home switch. The standard positioning resolutions of 1 micron through 30 microns are available for immediate delivery.  Other resolutions are available upon request.

Range of motion is from 0.50” (12.7 mm) through 5.20” (132.1 mm). Continuous (stall) forces range from 1 lb (4.5 N) through 23.0 lb (102 N). The intermittent forces at 10% duty cycle are from 3.1 lb (13.8 N) through 73 lb (323 N).

The stages may be stacked in XY, XZ and XYZ configurations.

 
Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch


  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 3.8 lb (16.6 N)
  • Intermittent Force:  11.8 lb (52.2 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch




    • Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch


  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 micron
  • Continuous Force: 3.8 lb (16.6 N)
  • Intermittent Force:  11.8 lb (52.2 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    • Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch


  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 3.8 lb (16.6 N)
  • Intermittent Force: 11.8 lb (52.2 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch




    • Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch


  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 microns
  • Continuous Force: 3.8 lb (16.6 N)
  • Intermittent Force: 11.8 lb (52.2 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    • Posted by

    Motorized Linear Stages, VCDS-032-038-02 Series




    The high performance compact positioning voice coil driven linear stages are used in positioning applications where high speed, high acceleration or high accuracy is required.

    The motorized linear stages are fully self-contained. Each stage utilizes one or two voice coil motor(s),  a linear carriage system,  an optical quadrature encoder feedback device and a home switch. The standard positioning resolutions of 1 micron through 30 microns are available for immediate delivery.  Other resolutions are available upon request.

    Range of motion is from 0.50” (12.7 mm) through 5.20” (132.1 mm). Continuous (stall) forces range from 1 lb (4.5 N) through 23.0 lb (102 N). The intermittent forces at 10% duty cycle are from 3.1 lb (13.8 N) through 73 lb (323 N).

    The stages may be stacked in XY, XZ and XYZ configurations.

     
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch

  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 1.9 lb (8.3 N)
  • Intermittent Force:  5.9 lb (26.1 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch

  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 microns
  • Continuous Force: 1.9 lb (8.3 N)
  • Intermittent Force:  5.9 lb (26.1 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch

  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 1.9 lb (8.3 N)
  • Intermittent Force:  5.9 lb (26.1 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch




    • Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch


  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 microns
  • Continuous Force: 1.9 lb (8.3 N)
  • Intermittent Force:  5.9 lb (26.1 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch


    • Posted by

    Motorized Linear Stages, VCDS-025-038-02 Series - Dual Motor


    The high performance compact positioning voice coil driven linear stages are used in positioning applications where high speed, high acceleration or high accuracy is required.

    The motorized linear stages are fully self-contained. Each stage utilizes one or two voice coil motor(s),  a linear carriage system,  an optical quadrature encoder feedback device and a home switch. The standard positioning resolutions of 1 micron through 30 microns are available for immediate delivery.  Other resolutions are available upon request.

    Range of motion is from 0.50” (12.7 mm) through 5.20” (132.1 mm). Continuous (stall) forces range from 1 lb (4.5 N) through 23.0 lb (102 N). The intermittent forces at 10% duty cycle are from 3.1 lb (13.8 N) through 73 lb (323 N).

    The stages may be stacked in XY, XZ and XYZ configurations.

     
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch 




  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 2.0 lb (9.2 N)
  • Intermittent Force: 6.4 lb (28.8 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch




    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch
    VCDS-025-038-02-B2-30




  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 microns
  • Continuous Force: 2.0 lb (9.2 N)
  • Intermittent Force: 6.4 lb (28.8 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch
  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 2.0 lb (9.2 N)
  • Intermittent Force: 6.4 lb (28.8 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch



    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch
  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 30 microns
  • Continuous Force: 2.0 lb (9.2 N)
  • Intermittent Force: 6.4 lb (28.8 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch







    • Posted by

    Motorized Linear Stages, VCDS-025-038-02 Single Motor Series




    The high performance compact positioning voice coil driven linear stages are used in positioning applications where high speed, high acceleration or high accuracy is required.

    The motorized linear stages are fully self-contained. Each stage utilizes one or two voice coil motor(s),  a linear carriage system,  an optical quadrature encoder feedback device and a home switch. The standard positioning resolutions of 1 micron through 30 microns are available for immediate delivery.  Other resolutions are available upon request.

    Range of motion is from 0.50” (12.7 mm) through 5.20” (132.1 mm). Continuous (stall) forces range from 1 lb (4.5 N) through 23.0 lb (102 N). The intermittent forces at 10% duty cycle are from 3.1 lb (13.8 N) through 73 lb (323 N).

    The stages may be stacked in XY, XZ and XYZ configurations.


          
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch

  • Range of Motion: 0.97” (24.6 mm)
  • Positioning Resolution: 1 micron
  • Continuous Force: 1.0 lb (4.6 N)
  • Intermittent Force: 3.2 lb (14.4 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch

    •



          
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch
  • Range of Motion: 0.97” (24.6 mm) 
  • Positioning Resolution: 30 microns
  • Continuous Force: 1.0 lb (4.6 N)
  • Intermittent Force: 3.2 lb (14.4 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch





    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch

  • Range of Motion: 0.97” (24.6 mm) 
  • Positioning Resolution: 1 micron
  • Continuous Force: 1.0 lb (4.6 N)
  • Intermittent Force: 3.2 lb (14.4 N) at 10% duty cycle
  • Optional Return Spring
  • Cross Roller Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch


    •  
    Voice Coil Driven Stage with Quadrature Position Sensor and Home Switch
  • Range of Motion: 0.97” (24.6 mm) 
  • Positioning Resolution: 30 microns
  • Continuous Force: 1.0 lb (4.6 N)
  • Intermittent Force: 3.2 lb (14.4 N) at 10% duty cycle
  • Optional Return Spring
  • Linear Ball Bearing
  • Quadrature Optical Encoder with Differential Outputs
  • Built-in Home Switch




    • Posted by

    Hollow Core Linear Voice Coil Motors, HVCM-051-025-013-01


    These motors, having a large axial hole throughout the entire coil and body structure are ideal for optical focusing, scanning and other precision positioning applications requiring an axial opening through the motor.

    Linear DC Motors, Voice Coil Motors (VCM) or Voice Coil Actuators (VCA) are the simplest type of electric motors. These motors consist of two separate parts; the magnetic housing and the coil. Applying a voltage across the terminals of the motor causes the motor to move to one direction. Reversing the polarity of the applied voltage will move the motor to the opposite direction. The generated force is proportional to the current that flows through the motor coil. This force is almost constant in the specified stroke range of the motor.





    Housing Outside Diameter, 2.000 inch, 50.8 mm
    Model # Stroke Continuous Force Intermittent Force @ 10% Duty Cycle Housing Length Through Hole Dia.
    HVCM-051-025-013-01 0.50 inch 5.3 lb 16.9 lb 1.00 inch 0.50 inch
    12.7 mm 23.7 N 74.8 N 25.4 mm 12.7 mm
    Posted by

    Linear Motor with Internal Shaft & Bearing, GVCM-016-013-01


    Linear DC Motors, Voice Coil Motors (VCM) or Voice Coil Actuators (VCA) are the simplest type of electric motors. These motors consist of two separate parts; the magnetic housing and the coil.

    Applying a voltage across the terminals of the motor causes the motor to move to one direction. Reversing the polarity of the applied voltage will move the motor to the opposite direction. The generated force is proportional to the current that flows through the motor coil. This force is almost constant in the specified stroke range of the motor.




    Housing Outside Diameter, 0.625 inch, 15.9 mm
    Model # Stroke Continuous Force Intermittent Force @ 10% Duty Cycle Housing Length
    GVCM-016-013-01 0.25 inch 5.7 oz 17.9 oz 0.500 inch

    		6.4 mm 1.6 N 5.0 N 12.7 mm
    Posted by

    Linear Voice Coil Motor Actuator LVCM-032-076-02


    Linear DC Motors, Voice Coil Motors (VCM) or Voice Coil Actuators (VCA) are the simplest type of electric motors. These motors consist of two separate parts; the magnetic housing and the coil.

    Applying a voltage across the terminals of the motor causes the motor to move to one direction. Reversing the polarity of the applied voltage will move the motor to the opposite direction. The generated force is proportional to the current that flows through the motor coil. This force is almost constant in the specified stroke range of the motor.

    Voice Coil Motors do not need commutation and using a position sensor, positioning accuracies of less than one micron or 0.00004 inches are achievable.

    The non-commutated motor construction increases reliability. The direct coupling of the motor to the load allows for fast acceleration / deceleration and high speed operation.

    Linear Voice Coil Motor Actuator LVCM-032-076-02





    Housing Outside Diameter, 1.250 inch, 31.8 mm
    Model # Stroke Continuous Force Intermittent Force @ 10% Duty Cycle Housing Length
    LVCM-032-076-02 2.50 inch 1.8 lb 5.7 lb 3.0 inch
    63.5 mm 8.0 N 25.3 N 76.2 mm
    Posted by
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