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NB Systems SW4GAJ 1/4" inch Adjustable Ball Bushings Linear Motion
    Close NB Systems SW4GAJ 1/4" inch Adjustable Ball Bushings Linear Motion

    NB Systems SW4GAJ 1/4" inch Adjustable Ball Bushings Linear Motion

    Price: $16.95

    Code: kit8019

    Product Descriptions


    SW4GAJ:Clearance Adjustable Type Ball Bushing
    Made in Japan:NB Linear Systems


    SW4GAJ 1/4" inch Adjustable Ball Bushing
    SW4GAJ 1/4" inch Adjustable Ball Bushing
    SW4 1/4" Bore linear motion ball bushings/bearings, inner 1/4" SW4GAJ Clearance Adjustable Type Linear Motion Ball Bushing, 1/4" Bore inch type linear motion ball bushings/bearings, inner diameter(bore) is1/4" inch,high accuracy grade linear bushings, inch series is mainly used in the USA, NB brand (Nippon Bearing Linear Systems), made in Japan.
    • Item: SW4GAJ Ball Bearing
    • Type: Linear Motion Ball Bushin
    • Ball circuit: 4
    • Shaft Diameter: 1/4"
    • Size: 1/4" x 1/2" x 3/4" inch
    • Inner Diameter: 1/4" inch
    • Outer Diameter: 1/2" inch
    • Length: 3/4" inch
    • Dynamic load rating (C): 206 N
    • Static load rating (Co): 265 N
    • Quantity: One Bearing


    Major dimensions and tolerance (inches) Eccentricity
    (inch)
    Radial clearance
    (inch)
    dr D L B W D1 h
    inch tolerance inch tolerance inch tolerance inch tolerance
    1/4" 0-.0004 1/2" 0-.00048 3/4" 0-.008 .51" 0-.008 0.039" .4687" .04" .0005" -.0001"


    The NB slide bush is a linear motion mechanism utilizing the rotational motion of ball elements. Since linear motion is obtained using a simple mechanism, the slide bush can be used in a wide variety of applications, including transportation equipment, food processing equipment, and semiconductor equipment. The NB slide bush uses a round shaft for the guide, resulting in effective space utilization, which allows for compact designs.
    The raceway surface is precision ground. Since the contact surface between the ball elements and the raceway surface is minimized, the NB slide bush provides low friction when compared to other linear motion mechanisms.


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