China high quality CHINAMFG Inch Size Stud Type Cam Followers / Track Roller Bearing (CFE-1 1/4-SB, CFE-1 3/8-SB, CFE-1 1/2-SB, CFE-1 5/8-SB, CFE-1 3/4-SB)

Product Description

 

Product Description

Product Name Tracker roller bearing, Cam follower bearing
Precision Rating P6, P0, P5, P4, P2
Material Bearing Steel (GCr15)
Clearance  C1 C2 C3 
Vibration & Noisy Z1, Z2, Z3 V1, V2, V3
Features Inch Size, with Eccentric Collar, with Hexagon Hole
Application Machine Tools, Auto Parts, Power Generators,and other Industrial Applications
Certification ISO 9001: 2008
Packing 1. Neutral Packing Bearing 2. Industrial Packing 3. Commercial Packing Bearing 4. Customize

 

Product Parameters

 

Bearing No. Dimensions (mm) Basic Load Rating(KN) Limited Mass
Speed
Without seals Sealed Type D d C B B1 B2 G1 C Co rpm kg
CF-1/2-N-B CF-1/2-N-SB 12.7 4.83 8.73 22.23 12.7 6.35 3.44 3.84 12000 0.009
CF-1/2-B CF-1/2-SB 12.7 4.83 9.53 26.19 15.88 6.35 3.84 4.4 12000 0.01
CF-9/16-B CF-9/16-SB 14.29 4.83 9.53 26.19 15.88 6.35 4.3 5.3 10000 0.015
CF-5/8-N-B CF-5/8-N-SB 15.88 6.35 10.32 26.99 15.88 7.94 4.72 6.24 8800 0.019
CF-5/8-B CF-5/8-SB 15.88 6.35 11.11 30.96 19.05 7.94 5.2 7 8800 0.571
CF-11/16-B CF-11/16-SB 17.46 6.35 11.11 30.96 19.05 7.94 6.5 8.5 8000 0.03
CF-3/4-B CF-3/4-SB 19.05 9.53 12.7 35.72 22.23 6.35 9.53 7.12 10 6400 0.037
CF-7/8-B CF-7/8-SB 22.23 9.53 12.7 35.72 22.23 6.35 9.53 7.12 10 6400 0.048
CF-1-B CF-1-SB 25.4 11.11 15.88 42.07 25.4 6.35 12.7 10.64 18.5 5200 0.076
CF-1 1/8-B CF-1 1/8-SB 28.58 11.11 15.88 42.07 25.4 6.35 12.7 10.64 18.5 5200 0.087
CF-1 1/4-B CF-1 1/4-SB 31.75 12.7 19.05 51.59 31.75 7.94 15.88 19.2 25.9 4400 0.14
CF-1 3/8-B CF-1 3/8-SB 34.93 12.7 19.05 51.59 31.75 7.94 15.88 19.2 25.9 4400 0.163
CF-1 1/2-B CF-1 1/2-SB 38.1 15.88 22.23 61.12 38.1 9.53 19.05 23 32.7 3600 0.235
CF-1 5/8-B CF-1 5/8-SB 41.28 15.88 22.23 61.12 38.1 9.53 19.05 23 32.7 3600 0.27
CF-1 3/4-B CF-1 3/4-SB 44.45 19.05 25.4 70.64 44.45 11.11 22.23 28.7 45.4 3200 0.379
CF-1 7/8-B CF-1 7/8-SB 47.63 19.05 25.4 70.64 44.45 11.11 22.23 28.7 45.4 3200 0.426
CF-2-B CF-2-SB 50.8 22.23 31.75 83.34 50.8 12.7 25.4 37.3 65.8 2800 0.64
CF-2 1/4-B CF-2 1/4-SB 57.15 22.23 31.75 83.34 50.8 12.7 25.4 37.3 65.8 2800 0.774
CF-2 1/2-B CF-2 1/2-SB 63.5 25.4 38.1 96.04 57.15 14.29 28.58 54 102.3   1.126
CF-2 3/4-B CF-2 3/4-SB 69.85 25.4 38.1 96.04 57.15 14.29 28.58 54 102.3   1.316
CF-3-B CF-3-SB 76.2 31.75 44.45 108.7 63.5 15.88 31.75 72.3 155   1.905
CF-3 1/4-B CF-3 1/4-SB 82.55 31.75 44.45 108.7 63.5 15.88 31.75 72.3 155   2.17
CF-3 1/2-B CF-3 1/2-SB 88.9 34.93 50.8 121.4 69.85 17.46 34.93 104.8 196.7   2.878
CF-4-B CF-4-SB 101.6 38.1 57.15 146.8 88.9 19.05 38.1 138 278   4.253

 

Bearing No. Dimensions (mm) Solid Eccentric Basic Load Rating(KN) Limited Mass
Speed
Without Seals Sealed Type D C B B1 G1 d1 B3 e C Co rpm kg
CFE-1/2-B CFE-1/2-SB 12.7 9.53 26.19 15.88 6.35 6.35 9.53 0.25 3.84 4.4 12000 0.011
CFE-9/16-B CFE-9/16-SB 14.29 9.53 26.19 15.88 6.35 6.35 9.53 0.25 4.3 5.3 10000 0.016
CFE-5/8-B CFE-5/8-SB 15.88 11.11 30.96 19.05 7.94 9.53 11.11 0.38 5.2 7 8800 0.571
CFE-11/16-B CFE-11/16-SB 17.46 11.11 30.96 19.05 7.94 9.53 11.11 0.38 6.5 8.5 8000 0.033
CFE-3/4-B CFE-3/4-SB 19.05 12.7 35.72 22.23 9.53 12.7 12.7 0.38 7.12 10 6400 0.042
CFE-7/8-B CFE-7/8-SB 22.23 12.7 35.72 22.23 9.53 12.7 12.7 0.38 7.12 10 6400 0.054
CFE-1-B CFE-1-SB 25.4 15.88 42.07 25.4 12.7 15.88 12.7 0.76 10.64 18.5 5200 0.086
CFE-1 1/8-B CFE-1 1/8-SB 28.58 15.88 42.07 25.4 12.7 15.88 12.7 0.76 10.64 18.5 5200 0.097
CFE-1 1/4-B CFE-1 1/4-SB 31.75 19.05 51.59 31.75 15.88 17.46 15.88 0.76 19.2 25.9 4400 0.154
CFE-1 3/8-B CFE-1 3/8-SB 34.93 19.05 51.59 31.75 15.88 17.46 15.88 0.76 19.2 25.9 4400 0.177
CFE-1 1/2-B CFE-1 1/2-SB 38.1 22.23 61.12 38.1 19.05 22.23 19.05 0.76 23 32.7 3600 0.263
CFE-1 5/8-B CFE-1 5/8-SB 41.28 22.23 61.12 38.1 19.05 22.23 19.05 0.76 23 32.7 3600 0.298
CFE-1 3/4-B CFE-1 3/4-SB 44.45 25.4 70.64 44.45 22.23 25.4 22.23 0.76 28.7 45.4 3200 0.418
CFE-1 7/8-B CFE-1 7/8-SB 47.63 25.4 70.64 44.45 22.23 25.4 22.23 0.76 28.7 45.4 3200 0.466
CFE-2-B CFE-2-SB 50.8 31.75 83.34 50.8 25.4 30.16 25.4 0.76 37.3 65.8 2800 0.705
CFE-2 1/4-B CFE-2 1/4-SB 57.15 31.75 83.34 50.8 25.4 30.16 25.4 0.76 37.3 65.8 2800 0.839
CFE-2 1/2-B CFE-2 1/2-SB 63.5 38.1 96.04 57.15 28.58 34.93 28.58 0.76 54 102.3   1.227
CFE-2 3/4-B CFE-2 3/4-SB 69.85 38.1 96.04 57.15 28.58 34.93 28.58 0.76 54 102.3   1.417
CFE-3-B CFE-3-SB 76.2 44.45 108.7 63.5 31.75 44.45 31.75 1.52 72.3 155   2.095
CFE-3 1/4-B CFE-3 1/4-SB 82.55 44.45 108.7 63.5 31.75 44.45 31.75 1.52 72.3 155   2.36
CFE-3 1/2-B CFE-3 1/2-SB 88.9 50.8 121.4 69.85 34.93 46.04 34.93 1.52 104.8 196.7   3.072
CFE-4-B CFE-4-SB 101.6 57.15 146.8 88.9 38.1 50.8 50.8 1.52 138 278   4.607

 

Bearing No.

Dimensions (mm) Basic Load Rating(KN) Limited Mass
Speed
Hexagon Hole Sealed Type D d C B B1 B2 G1 C Co rpm kg
CFH-1/2-B CFH-1/2-SB 12.7 6.35 9.53 26.19 15.88 6.35 3.84 4.4 12000 0.012
CFH9/16B CFH9/16-SB 14.29 6.35 9.53 26.19 15.88 6.35 4.3 5.3 10000 0.015
CFH-5/8-B CFH-5/8-SB 15.88 7.94 11.11 30.96 19.05 7.94 5.2 7 8800 0.571
CFH11/16-B CFH-11/16-SB 17.46 7.94 11.11 30.96 19.05 7.94 6.5 8.5 8000 0.571
CFH-3/4-B CFH-3/4-SB 19.05 11.11 12.7 35.72 22.23 6.35 9.53 7.12 10 6400 0.039
CFH-7/8-B CFH-7/8-SB 22.23 11.11 12.7 35.72 22.23 6.35 9.53 7.12 10 6400 0.049
CFH-1-B CFH-1-SB 25.4 15.88 15.88 42.07 25.4 6.35 12.7 10.64 18.5 5200 0.093
CFH-1 1/8-B CFH-1 1/8-SB 28.58 15.88 15.88 42.07 25.4 6.35 12.7 10.64 18.5 5200 0.109
CFH-1 1/4-B CFH-1 1/4-SB 31.75 19.05 19.05 51.59 31.75 7.94 15.88 19.2 25.9 4400 0.176
CFH-1 3/8-B CFH-1 3/8-SB 34.93 19.05 19.05 51.59 31.75 7.94 15.88 19.2 25.9 4400 0.2
CFH-1 1/2-B CFH-11/2SB 38.1 22.23 22.23 61.12 38.1 9.53 19.05 23 32.7 3600 0.296
CFH-1 5/8-B CFH-1 5/8-SB 41.28 22.23 22.23 61.12 38.1 9.53 19.05 23 32.7 3600 0.329
CFH-1 3/4-B CFH-1 3/4-SB 44.45 25.4 25.4 70.64 44.45 11.11 22.23 28.7 45.4 3200 0.463
CFH-1 7/8-B CFH-1 7/8-SB 47.63 25.4 25.4 70.64 44.45 11.11 22.23 28.7 45.4 3200 0.508
CFH-2-B CFH-2-SB 50.8 28.58 31.75 83.34 50.8 12.7 25.4 37.3 65.8 2800 0.722
CFH-2 1/4-B CFH-2 1/4-SB 57.15 28.58 31.75 83.34 50.8 12.7 25.4 37.3 65.8 2800 0.858
CFH-2 1/2-B CFH-2 1/2-SB 63.5 31.75 38.1 96.04 57.15 14.29 28.58 54 102.3   1.26
CFH-2 3/4-B CFH-2 3/4-SB 69.85 31.75 38.1 96.04 57.15 14.29 28.58 54 102.3   1.46
CFH-3-B CFH-3-SB 76.2 38.1 44.45 108.7 63.5 15.88 31.75 72.3 155   2.031
CFH-3 1/4-B CFH-3 1/4-SB 82.55 38.1 44.45 108.7 63.5 15.88 31.75 72.3 155   2.291
CFH-3 1/2-B CFH-3 1/2-SB 88.9 44.45 50.8 121.4 69.85 17.46 34.93 104.8 196.7   3.13
CFH-4-B CFH-4-SB 101.6 50.8 57.15 146.8 88.9 19.05 38.1 138 278   4.75
  CFH-5-SB 127 63.5 69.85 200 128.6 22.23 65.07 214 422   9.54
  CFH-6-SB 152.4 76.2 82.55 236.5 152.4 25.4 76.2 276 500   16.2
  CFH-7-SB 177.8 88.9 95.25 292 195.25 31.75 104.8 347 665   24.6

 

Workshop

 

Packaging & Shipping

Bearings Package:

    1):Inner Plastic Bag+ Paper Box + Carton(+Pallet)

    2):Small sizes:Plastic Tube + Carton

    3):Big sizes:Wooden Case

 

Bearings Lead time:

   We will prepare your order as soon as possible

    1)2-3 days for ex-stock

    2)7-20 days for others

 

 Shipping & Delivery time:

   1) Less than 45 Kg:DHL TNT Fedex UPS express will be better,( 4-7 days delivered to your address)

   2) Between 45 to 200 Kg:Air transiportation will be better,( 5-14 days delivered to your airport)

   3) Over 200 Kg:Sea transportation will be better.( Cheapest,18-45 days to your port ).

 

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Rows Number: Single
Material: Gcr15
Precision: P0 P6 P5 P4 P2
Clearance: C0 C2 C3 C4 C5
Vibration: Z1V1 Z2V2 Z3V3
Lubricated: Oil or Grease
Customization:
Available

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cam roller

Can you provide insights into the importance of proper installation and alignment of cam rollers?

Proper installation and alignment of cam rollers are crucial for achieving optimal performance, longevity, and reliability of the tracking system. The installation and alignment process directly impacts the functionality, efficiency, and lifespan of the cam rollers. Here are some key insights into the importance of proper installation and alignment:

  • Accurate Tracking: Proper installation ensures that the cam rollers are positioned correctly and aligned with the cam profile or track. Accurate alignment is essential for achieving precise and consistent tracking of objects or components. Even a slight misalignment can result in deviations from the desired path, causing positioning errors, reduced accuracy, and compromised system performance.
  • Smooth Motion: Correct installation and alignment play a significant role in enabling smooth and uninterrupted rolling motion of the cam rollers. Misalignment or improper installation can introduce friction, uneven loading, or binding, which can lead to jerky or erratic motion. On the other hand, proper alignment facilitates smooth and efficient rolling, minimizing energy losses, reducing wear, and ensuring seamless operation.
  • Load Distribution: Proper alignment helps distribute the load evenly among the cam rollers and the associated components. Uniform load distribution prevents excessive stress on individual rollers, bearings, or tracks, reducing the risk of premature wear, fatigue, or failure. By ensuring proper load distribution, proper installation and alignment contribute to the longevity and reliability of the cam roller system.
  • Reduced Wear and Damage: Correct installation and alignment minimize friction and wear between the cam rollers and the track. Improper alignment can cause rubbing, scraping, or uneven contact, leading to accelerated wear, surface damage, or deformation of the rollers or track. Proper alignment reduces these issues, extending the lifespan of the cam rollers and reducing the frequency of maintenance or replacements.
  • Optimized Performance: Properly installed and aligned cam rollers maximize the performance of the tracking system. When the cam rollers are aligned correctly, they can operate at their intended design parameters, ensuring efficient power transmission, accurate tracking, and smooth motion. This optimization leads to improved productivity, reduced downtime, and enhanced overall system performance.
  • Alignment Sensitivity: Cam roller systems are often sensitive to misalignment due to their precise nature. Small deviations in alignment can have a significant impact on the performance and functionality of the system. Therefore, it is crucial to follow manufacturer guidelines and recommended alignment procedures during installation to ensure proper alignment and avoid potential issues.
  • Ease of Maintenance: Proper installation and alignment facilitate easier maintenance and servicing of the cam rollers. When the cam rollers are correctly aligned, it becomes simpler to access and replace individual components, such as bearings or rollers, during routine maintenance or repairs. This reduces downtime, simplifies maintenance procedures, and ensures efficient upkeep of the tracking system.

In summary, proper installation and alignment of cam rollers are essential for achieving accurate tracking, smooth motion, load distribution, reduced wear, optimized performance, and ease of maintenance. By following proper installation procedures and ensuring precise alignment, the longevity, efficiency, and reliability of the cam roller system can be maximized, leading to improved overall system performance and longevity.

cam roller

Can you explain the impact of cam rollers on the overall efficiency of tracking systems?

Cam rollers play a crucial role in the overall efficiency of tracking systems. These systems rely on the precise and controlled movement of components or objects along a predetermined path, and cam rollers contribute to achieving accurate tracking, smooth motion, and reliable operation. Here’s a detailed explanation of the impact of cam rollers on the overall efficiency of tracking systems:

  • Precision Tracking: Cam rollers are designed to follow a specific cam profile or track, which allows for precise tracking of objects or components. The shape and contour of the cam determine the desired motion, and the cam rollers ensure that the objects or components move along the track with high accuracy and repeatability. This precise tracking capability enhances the overall efficiency of tracking systems by ensuring that the intended path is followed consistently.
  • Smooth Motion: Cam rollers are engineered to provide smooth rolling motion along the cam profile or track. The rolling elements of the cam rollers, such as bearings or rollers, minimize friction and enable the objects or components to glide smoothly along the track. This smooth motion reduces energy consumption, minimizes wear and tear, and enhances the overall efficiency of the tracking system by facilitating seamless movement without jerks or disruptions.
  • Reduced Wear: By distributing the load evenly and providing a rolling contact, cam rollers help reduce wear on both the rollers themselves and the track they follow. The rolling action minimizes frictional forces and wear compared to sliding or dragging mechanisms. This reduced wear extends the lifespan of the cam rollers and the tracking system components, ensuring long-term efficiency and reliability.
  • High-Speed Capability: Cam rollers are designed to operate at high speeds without compromising performance. The choice of materials, lubrication, and design factors such as stability and balance enable cam rollers to handle rapid motion and high-speed tracking requirements. Their ability to maintain accurate tracking and smooth motion even at high speeds enhances the overall efficiency of tracking systems in applications where speed is crucial.
  • Load Capacity: Cam rollers are engineered to handle varying load capacities based on their design and construction. They can support significant loads while maintaining precise tracking and smooth motion. This load-carrying capability ensures that tracking systems can accommodate different objects or components of varying weights, contributing to the overall efficiency of the system by enabling versatile and reliable operation.
  • Reliability and Durability: Cam rollers are typically designed for robustness and durability. They are built to withstand the demands of continuous operation, heavy loads, and challenging environmental conditions. The use of high-quality materials, proper lubrication, and appropriate maintenance practices ensure the reliability and longevity of cam rollers, minimizing downtime and maximizing the overall efficiency of tracking systems.

In summary, cam rollers have a significant impact on the overall efficiency of tracking systems. Their precision tracking, smooth motion, reduced wear, high-speed capability, load capacity, reliability, and durability contribute to the efficient and reliable operation of tracking systems in various applications. By incorporating well-designed and properly maintained cam rollers, tracking systems can achieve optimal performance, accuracy, and productivity.

cam roller

Can you describe the factors to consider when selecting cam rollers for specific applications?

When selecting cam rollers for specific applications, several factors need to be considered to ensure optimal performance, reliability, and longevity. The suitability of a cam roller for a particular application depends on various parameters and requirements. Here’s a detailed explanation of the factors to consider when selecting cam rollers:

  • Load Capacity: One of the primary considerations is the anticipated load capacity of the cam roller. The cam roller should have sufficient load-carrying capacity to support the expected radial and axial loads in the application. It is important to consider both static and dynamic loads, as well as any potential shock or impact loads that may occur.
  • Speed and Acceleration: The speed at which the cam roller will operate, as well as the acceleration and deceleration rates, should be taken into account. High-speed applications require cam rollers that can accommodate the associated centrifugal forces and provide smooth rolling motion without excessive heat generation. Additionally, the roller should be able to handle the acceleration and deceleration forces without compromising performance.
  • Precision Requirements: Depending on the application, precision requirements may vary. Some applications demand high positioning accuracy and minimal deviation, while others may have looser tolerances. It is important to select a cam roller that can meet the desired precision requirements, ensuring accurate tracking and motion control.
  • Operating Conditions: Consider the operating conditions in which the cam roller will be used. Factors such as temperature, humidity, dust, and corrosive environments can impact the performance and longevity of the cam roller. Choose a cam roller that is designed to withstand the specific operating conditions of the application, ensuring durability and reliability.
  • Lubrication and Maintenance: Proper lubrication is crucial for the smooth operation and longevity of cam rollers. Consider the lubrication requirements of the cam roller and whether it has provisions for effective lubrication. Additionally, assess the maintenance needs and accessibility of the cam roller for periodic inspection, lubrication replenishment, and potential replacement.
  • Mounting and Attachment: Evaluate the mounting and attachment options available for the cam roller. Different applications may require stud-type cam rollers or yoke-type cam rollers, depending on the attachment method and space constraints. Ensure that the chosen cam roller can be securely mounted and aligned with the moving parts of the system.
  • Cost and Availability: Finally, consider the cost and availability of the cam roller. Evaluate the overall cost-effectiveness of the selected cam roller, taking into account its performance, longevity, and maintenance requirements. Additionally, ensure that the chosen cam roller is readily available from reliable suppliers to avoid delays or compatibility issues.

By considering these factors, you can select the most suitable cam roller for a specific application, ensuring optimal performance, reliability, and longevity. It is advisable to consult with manufacturers or industry experts to obtain guidance and recommendations tailored to your specific requirements.

In summary, the factors to consider when selecting cam rollers for specific applications include load capacity, speed and acceleration requirements, precision needs, operating conditions, lubrication and maintenance considerations, mounting and attachment options, as well as cost and availability. Assessing these factors will help in choosing the appropriate cam roller that meets the unique demands of the application.

China high quality CHINAMFG Inch Size Stud Type Cam Followers / Track Roller Bearing (CFE-1 1/4-SB, CFE-1 3/8-SB, CFE-1 1/2-SB, CFE-1 5/8-SB, CFE-1 3/4-SB)  China high quality CHINAMFG Inch Size Stud Type Cam Followers / Track Roller Bearing (CFE-1 1/4-SB, CFE-1 3/8-SB, CFE-1 1/2-SB, CFE-1 5/8-SB, CFE-1 3/4-SB)
editor by CX 2024-04-16