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Bearings, as the main components of mechanical equipment, play a key role in the operation process, so our choice of rolling bearing type is a very important point. <br>Click to see the picture to review the <br><br>bearing as the main component of mechanical equipment, which plays a key role in the operation process, so our choice of rolling bearing type is a very important point. Dongguan Lingna Machinery based on the knowledge and experience of bearings, To tell you how to find the most suitable bearing type correctly when choosing the type of rolling bearing, you can choose the type of rolling bearing through these major factors. <br><br><br>Correctly choose the type of rolling bearing, optimistic about these major factors: <br><br>load conditions <br>The size, direction and nature of the bearing bearing the load is the main basis for selecting the bearing type. If the load is small and stable, ball bearings can be selected; when the load is large and there is impact, roller bearings should be selected; if the bearings are only subjected to radial loads, radial contact ball bearings or cylindrical roller bearings should be selected; only axial When loading, thrust bearings should be selected; when the bearings are subjected to both radial and axial loads, angular contact bearings should be used. The greater the axial load, the larger the contact angle should be selected. If necessary, the combined structure of radial bearings and thrust bearings can also be used. It should be noted that thrust bearings cannot bear radial loads, and cylindrical roller bearings cannot bear axial loads. If the bearing <br><br><br>speed is the <br>same as the size and accuracy of the bearing, the limit speed of the ball bearing is higher than that of the roller bearing, so when the speed is higher and the rotation accuracy is higher, the ball bearing should be selected. <br><br>The limit speed of thrust bearings is low. When the working speed is high and the axial load is not large, angular contact ball bearings or deep groove ball bearings can be used. For bearings with high-speed rotation, in order to reduce the centrifugal force exerted by the rolling elements on the outer ring raceway, bearings with smaller outer diameters and rolling element diameters should be used. Generally, it should be ensured that the bearings work below the limit speed. If the working speed exceeds the limit speed of the bearing, the requirements can be met by increasing the tolerance level of the bearing and appropriately increasing its radial clearance. <br><br><br>Self-aligning performance<br>The offset angle between the inner and outer ring axis of the bearing should be controlled within the limit value, otherwise it will increase the additional load of the bearing and reduce its life. For shaft systems with poor stiffness or poor installation accuracy, the deflection angle between the axis of the inner and outer rings of the bearing is large, and self-aligning bearings should be used. Such as self-aligning ball bearings (Class 1), self-aligning roller bearings (Class 2), etc. <br><br>Allowable space <br>When the axial dimension is limited, narrow or extra narrow bearings should be used. When the radial size is limited, bearings with smaller rolling elements should be used. If the radial size is small and the radial load is large, needle roller bearings can be used. <br><br><br>Means controlling properties of <br>tapered roller bearings (class 3) and a cylindrical roller bearing (N type) of the inner and outer rings separable, assembly and disassembly more convenient. <br><br>Economical <br>In the case of meeting the requirements of use, low-cost bearings should be selected as much as possible. In general, the price of ball bearings is lower than roller bearings. The higher the accuracy grade of the bearing, the higher its price. <br><br><br>Other requirements The <br>deep groove ball bearings have the lowest price among bearings of the same size and accuracy. <br><br>The price ratio of deep groove ball bearings of the same model, size and different tolerance levels is about PO: P6: P5: P4: P2≈1: 1.5: 2: 7: 10. <br><br>If there are no special requirements, ordinary grade precision bearings should be used as much as possible. Only when there are higher requirements on the rotation accuracy, the bearings with higher precision should be selected. <br><br>In addition, there may be other various requirements, such as the requirements of the overall design of the bearing device. Therefore, it is necessary to comprehensively analyze and compare the design and select the most suitable bearing. <br><br>Rolling bearings are also a kind of more precise mechanical originals. There are also many types of rolling bearings and a wide range of applications. However, we can choose the most suitable rolling bearing according to specific conditions and requirements, so as to better improve the manufacturing performance of mechanical equipment. .

Bearings, as the main components of mechanical equipment, play a key role in the operation, so our selection of rolling bearing types is a very important point.<br>Click to go to view the chart comments<br><br>Bearing as the main components of mechanical equipment, in the process of operation has played a key role, so we for rolling bearing type selection is very important point, Dongguan Lingna machinery based on the knowledge and experience of bearings, to tell everyone that we choose the type of rolling bearing, how can we correctly find the most suitable bearing type, through these elements to choose the type of rolling bearing.<br><br>The correct selection of rolling bearing types, look at these key elements:<br><br>Load conditions<br>The size, direction and nature of the bearing load are the main basis for selecting the bearing type. If the load is small and smooth, optional ball bearings, when the load is large and impact, it is advisable to select roller bearings, such as bearings only by radial load, select radially contact ball bearings or cylindrical roller bearings, only axial loads, should choose thrust bearings, bearings are subject to both radial and axial loads, angle contact. The larger the axial load, the larger the contact angle bearing should be selected, and if necessary, the combination of radial bearings and thrust bearings can also be selected. It should be noted that thrust bearings cannot withstand radial loads and cylindrical roller bearings cannot withstand axial loads.<br><br>Speed of bearings<br>If the size and accuracy of the bearing is the same, then the limit speed of the ball bearing is higher than the roller bearing, so when the speed is higher and the rotation accuracy requirement is high, the ball bearing should be selected.<br><br>The push bearing has a low limit speed. When the operating speed is high and the axial load is small, angle contact ball bearings or deep groove ball bearings can be used. For high-speed swing bearings, in order to reduce the centrifugal force applied to the roller raceway, it is advisable to choose bearings with smaller diameters and rolling body diameters. Bearings should generally be ensured to operate at below-limit speeds. If the operating speed exceeds the maximum speed of the bearing, the requirements can be met by increasing the tolerance level of the bearing and appropriately increasing its radial play.<br><br>Tuning performance<br>The offset angle between the inner and outer ring shafts of the bearing should be controlled within the limit value, otherwise it will increase the additional load of the bearing and reduce its life. For shaft systems with poor stiffness or installation accuracy, the bias angle between the inner and outer ring shafts of the bearingist is larger, and it is advisable to choose the centring bearing. Such as the tuning ball bearing (class 1), the heart-adjusting roller bearing (class 2) and so on.<br><br>Allowed space<br>When the axial dimensions are limited, it is advisable to use narrow or especially narrow bearings. When radial dimensions are limited, bearings with smaller rolling bodies are advisable. If a radial size is required and the radial load is large, an optional roller bearing is available.<br><br>Fit performance<br>The inner and outer rings of conical roller bearings (3 types) and cylindrical roller bearings (N-types) can be separated and easy to assemble.<br><br>Economics<br>Low-cost bearings should be used when the requirements of use are met. In general, the price of ball bearings is lower than that of roller bearings. The higher the accuracy level of the bearing, the higher the price.<br><br>Other requirements<br>Deep trench ball bearings are the lowest price in the same size and precision bearings.<br><br>The price ratio of deep trench ball bearings of the same model, size and different tolerance levels is approximately PO: P6: P5: P4: P2 1: 1:5: 7: 10.<br><br>If there are no special requirements, should try to choose ordinary level precision bearings, only when the rotation accuracy has higher requirements, only choose higher precision bearings.<br><br>In addition, there may be a variety of other requirements, such as the overall design of the bearing device requirements. Therefore, the design should be a comprehensive analysis of the comparison, to select the most suitable bearing.<br><br>Rolling bearing is also a more sophisticated mechanical original, its rolling bearing type is also very many, the application of a wide range, but we can according to specific conditions, the most suitable rolling bearing, so as to better improve the performance of machinery and equipment manufacturing.

As the main parts of mechanical equipment, bearings play a key role in the process of operation, so we pay great attention to the selection of rolling bearing types.<br>Click to view the comments<br>Bearing, as the main part of mechanical equipment, plays a key role in the operation process. Therefore, we attach great importance to the selection of rolling bearing types. According to the understanding and experience of bearing, Dongguan Lingna machinery will tell you how to correctly find the most appropriate bearing types when selecting rolling bearing types. Through this, we can Several elements are used to select the type of rolling bearing.<br>Select the type of rolling bearing correctly, and look forward to these elements:<br>Loading conditions<br>The size, direction and property of bearing load are the main basis for choosing bearing type. If the load is small and stable, the ball bearing can be selected; if the load is large and there is impact, the roller bearing should be selected; if the bearing is only subject to radial load, the radial contact ball bearing or cylindrical roller bearing should be selected; if only subject to axial load, the thrust bearing should be selected; if the bearing is subject to radial and axial load at the same time, the angular contact bearing should be selected. The larger the axial load is, the larger the contact angle should be. If necessary, the combined structure of radial bearing and thrust bearing can also be selected. It should be noted that thrust bearing can not bear radial load and cylindrical roller bearing can not bear axial load.<br>Speed of bearing<br>If the size and accuracy of the bearing are the same, the limit speed of the ball bearing is higher than that of the roller bearing. Therefore, when the speed is higher and the rotation accuracy requirements are higher, the ball bearing should be selected.<br>The limit speed of thrust bearing is low. When the working speed is high and the axial load is small, the angular contact ball bearing or deep groove ball bearing can be used. For the high-speed rotating bearing, in order to reduce the centrifugal force exerted by the rolling element on the outer race, the bearing with smaller outer diameter and rolling element diameter should be selected. Generally, the bearing shall be guaranteed to work under the limit speed. If the working speed exceeds the limit speed of the bearing, the requirements can be met by improving the tolerance level of the bearing and increasing its radial clearance properly.<br>Centering performance<br>The deviation angle between the axes of the inner and outer ring of the bearing shall be controlled within the limit value, otherwise the additional load of the bearing will be increased and its service life will be reduced. For the shafting with poor rigidity or installation accuracy, the deviation angle between the axes of the inner and outer ring of the bearing is large, so the self-aligning bearing should be selected. Such as self-aligning ball bearing (Class 1), self-aligning roller bearing (Class 2), etc.<br>Space allowed<br>When the axial dimension is limited, narrow or extra narrow bearings should be selected. When the radial dimension is limited, the bearing with smaller rolling element should be selected. If the radial size is small and the radial load is large, the needle roller bearing can be selected.<br>Installation and adjustment performance<br>The inner and outer rings of tapered roller bearing (Class 3) and cylindrical roller bearing (class n) can be separated, so it is convenient to assemble and disassemble.<br>Economy<br>In the case of meeting the use requirements, the bearing with low price shall be selected as far as possible. Generally, the price of ball bearing is lower than that of roller bearing. The higher the accuracy level of the bearing, the higher the price.<br>Other requirements<br>The price of deep groove ball bearing is the lowest among the bearings of the same size and accuracy.<br>The price ratio of deep groove ball bearing with the same model, size and different tolerance grade is about PO: P6: P5: P4: P2 = 1: 1.5: 2: 7:10.<br>If there is no special requirement, ordinary precision bearing shall be selected as far as possible. Only when there is a higher requirement for rotation precision, the bearing with higher precision shall be selected.<br>In addition, there may be various other requirements, such as the requirements for the overall design of the bearing device. Therefore, it is necessary to make a comprehensive analysis and comparison in the design to select the most suitable bearing.<br>Rolling bearing is also a kind of more precise mechanical components, its rolling bearing types are also very many, the scope of application is also relatively wide, but we can select the most appropriate rolling bearing according to the specific conditions, so as to better improve the manufacturing performance of mechanical equipment.<br>