JLBX four-point contact ball sealed thin-section bearing
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  • JLBX four-point contact ball sealed thin-section bearing

JLBX four-point contact ball sealed thin-section bearing
+
  • JLBX four-point contact ball sealed thin-section bearing

JLBX four-point contact ball sealed thin-section bearing


Product Description:

The design principle of four-point contact ball bearings is based on their unique ball arrangement, which enables them to withstand multidirectional loads.

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Product Details

  • Product Description
    • Commodity name: JLBX four-point contact ball sealed thin-section bearing

    The design principle of four-point contact ball bearings is based on their unique ball arrangement, which enables them to withstand multidirectional loads.

    Product Details

    JLBX Four-Point Contact Ball Sealed Thin-Wall Bearing Model Parameters

    Design Principles

    The design principle of four-point contact ball bearings is based on their unique ball arrangement, which enables them to withstand multidirectional loads. The key aspects of their design are as follows:

    Four-point contact: As the name suggests, four-point contact ball bearings have four points of contact between the balls and the inner and outer rings. These four contact points are evenly distributed around the ball to support both axial and radial loads. This design effectively reduces rolling friction, minimizes wear, and enables the bearing to handle complex loading conditions.

    Axial Load Capacity: Thanks to their four-point contact design, these bearings can handle axial loads in both directions—something conventional deep-groove ball bearings cannot do. This makes four-point contact ball bearings particularly well suited for applications that require simultaneous support of radial and axial loads, such as robotic arms and rotary tables.

    Reduced Friction: Compared with other bearings, the design of four-point-contact ball bearings minimizes the contact area between the balls and the bearing rings, thereby reducing friction, lowering energy losses, and enhancing operational efficiency.

    High Speed: Thanks to reduced friction and heat generation, four-point contact ball bearings are well suited for high-speed rotating applications, such as rotary tables and wind turbines.

    The design principle of four-point contact ball bearings makes them highly versatile, offering excellent load-carrying capacity, low friction, and high-speed performance. They play a critical role in a wide range of engineering applications, supporting complex rotational and load‑bearing requirements. A thorough understanding of their structure and design principles enables engineers to select and apply these bearings appropriately, meeting diverse load‑support needs.

     

    Product Specifications

     

     Product Specification Diagram
    JLBX Series Dimensions (inches) Dimensions (mm) Basic Load Radial Basic axial load Weight Corresponding model
    d D d D Cor Cr Coa This Kilogram KAYDON
    JLBX0202.0002.62550.8066.70413020001040050200.068JB020XP0
    JLBX0252.5003.12563.5079.375507023101262057300.086JB025XP0
    JLBX0303.0003.62576.2092.075596025801489064000.1JB030XP0
    JLBX0353.5004.12588.90104.775685028001716070700.122JB035XP0
    JLBX0404.0004.625101.60117.475778030701943076500.136JB040XP0
    JLBX0424.2504.875107.95123.825813031602031079100.141JB042XP0
    JLBX0454.5005.125114.30130.175867032902169082200.154JB045XP0
    JLBX0474.7505.375120.65136.525902033802258084500.159JB047XP0
    JLBX0505.0005.625127.00142.875956035102391088000.168JB050XP0
    JLBX0555.5006.125139.70155.5751049037302618093400.181JB055XP0
    JLBX0606.0006.625152.40168.2751138039602845098700.2JB060XP0
    JLBX0656.5007.125165.10180.97512270413030720104000.213JB065XP0

     Schematic diagram of the structure


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