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    • Bearings


      6000-C-2Z Deep Groove Ball B ...

      $59.00        $65.00
        

      6007 Deep Groove Ball Bearin ...

      $99.00        $110.00
        

      6008 Deep Groove Ball Bearin ...

      $126.00        $140.00
        

      6008.2RSR Deep Groove Ball B ...

      $176.00        $195.00
        

      6009 Deep Groove Ball Bearin ...

      $140.00        $155.00
        

      6010.2RSR Deep Groove Ball B ...

      $252.00        $280.00
        

      6006 Deep Groove Ball Bearin ...

      $86.00        $95.00
        

      6005.2RSR Deep Groove Ball B ...

      $86.00        $95.00
        

      6004.2RSR Deep Groove Ball B ...

      $77.00        $85.00
        

      6001-C Deep Groove Ball Bear ...

      $41.00        $45.00
        

      6001-C-2HRS Deep Groove Ball ...

      $63.00        $70.00
        

      6001-C-2Z Deep Groove Ball B ...

      $50.00        $55.00
        

      6002 Deep Groove Ball Bearin ...

      $45.00        $50.00
        

      6002.2RSR Deep Groove Ball B ...

      $68.00        $75.00
        

      6002-C-2Z Deep Groove Ball B ...

      $56.00        $62.00
        

      6003.2RS Deep Groove Ball Be ...

      $77.00        $85.00
        

      6004 Deep Groove Ball Bearin ...

      $63.00        $70.00
        

      6011.2RSR Deep Groove Ball B ...

      $302.00        $335.00
        

      6012 Deep Groove Ball Bearin ...

      $324.00        $360.00
        

      Description

      Bearings

      The bearing is a instrument/device element that control the relative motion to only the desired/particular motion and it reduces the friction between moving parts.


      The word "bearing" is derived from the verb "to bear". The bearing being a instrument element that allows one part to bear another. The simplest bearings are those bearing exterior cut or formed into the part, with different degrees of control over the form, size, roughness,location of the exterior/surface.  The most advanced bearings for the most demanding applications are very exact devices; their manufacture requires some of the highest caliber of the latest technology.


      There are six common/normal/usual types of bearings. Each of them operates on different theory. They are

      Plain bearing.
      Rolling-element bearing.
      There are two main types in this one. Those are
      (i.)Ball bearing: In the Ball bearing the rolling elements are spherical balls.
      (ii.)Roller bearing: In the Roller bearing the rolling elements are cylindrical rollers.
      Jewel bearing.
      Fluid bearing.
      Magnetic bearing.
      Flexure bearing.

      Let us take an Example of Ball-Bearing in this case
      The ball bearing is a kind of rolling-element bearing that uses balls to maintain the differentiation/division between the bearing races.
      The motive of the ball bearing is to decrease the spinning/revolving friction and hold up/support radial and axial loads. It attains this by using at least two races to carry/contain the balls and transmit the loads through the balls.

      In many applications, one race is stationary and the other race is fixed to the rotating assembly. The Ball bearings be likely to have the lower load capacity for their size than the other form of the rolling-element bearings due to the smaller contact area between the balls and races. But, They can allow/permit some misalignment of the inner and outer races.
      Deep Groove ball bearing means a bearing has deep grooves like arcs on the inner and outer rings have circular arcs which are slightly larger than the balls. They are like work horses, these are types of roller bearings.
      Ball Bearings are used to lessen friction and guide or bear the rotary motion in an application.


      The Some of the applications of the Bearings are

      In electrical motors.
      In general machinery.
      In industrial gearboxes.
      In pumps.
      In agricultural work.
      In/For the machinery work.
      In Aviation Cargo.
      In Aerospace.
      In Anemometer.
      In ATMs and Card Readers.
      In Bicycles.
      In Engines.
      In Escalators.
      In the Material Handling Rollers.
      In the Medical Actuator.
      In the Medical Diagnostic Equipment.
      In the Medical Imaging Equipment.

      The Some of the Benefits of Bearings are

      It can save Power.
      It can save the costs of Lubrication and Labor.
      It has super reliability.
      For the Cleanliness.
      It Reduces the Fire Hazards.
      It can Increases the Production (by saving the power).
      It can Increase the life of Assiciated Equipment.


      A Buckling Bearing - Inventory Gain Provides the Solution
      Bearing simply means to bear, what does it bear?

      Loads, which means it provides stability to a process, application and system may it be a rotary system or a stationary system.

      Like all other mechanical components Bearing can stop bearing the load, the reasons are very common
      Excessive Load Stress.
      Failure of Lubricant.
      Excessive Heating.
      Contamination.
      Reverse Loading.

      With the  exception of Contamination all other failure modes are application related, which means excessive heating can be caused by excess loading or increase in load stresses which can also cause overheating.

      All these failure modes are symptoms or after effects to key problems such as Misalignment of mating surfaces, Misfits which can be further related to # Poor Design’s, #Poor Manufacturing Quality.

      Failure Modes due to excess loading or Over Heating inclusive of Lubricant failure can be attributed to poor selection of bearing material and mating surface, which means poor # definition of Design Characteristics.

      www.inventorygain.com and www.inventory-deal.com is not just a simple E-mall or Online Mall for Mechanical components, we provide #ROBUST MECHANICAL COMPONENTS such as Bearings considering all design and application aspects. We also, do consider and recommend bearings made from right material. We are not just architects of a portal, we are #architects of a mechanical component and #robust DESIGNING agents.