Yoke Cam Follower 305807 C-2Z, 35mm ID, 80mm OD

Cam rollers are ball bearings which have a particularly thick-walled outer ring
They are ready-to-mount pre-greased units and are used for all types of cam drives, conveyor systems etc
The 3058 series with a crowned runner surface should always be used where angular misalignments with respect to the track may be expected and edge stress should be kept to a minimum
These wide cam rollers have been developed with a 30° contact angle
They are fitted with sheet steel shields which extend into recesses in the inner ring side to keep the lubricant in and contamination out

This cam follower is a highly engineered component designed for applications requiring precise rotational movement. As a yoke type cam follower, it features a roller diameter of 80mm and a bore size of 35mm, ensuring compatibility with various machinery. With a static load rating of 21600 N and a dynamic load rating of 34500 N, this steel cam follower is built to endure heavy-duty operations and provide long-lasting reliability.

• Heavy-duty construction ensures durability in demanding applications
• High dynamic load rating offers superior performance under stress
• Static load rating maintains stability during operational pauses
• Designed for efficient radial load management in machinery
• Compact dimensions facilitate easy installation in tight spaces
• Steel material provides excellent wear resistance and longevity

• Utilised in automation systems for precise movement control
• Employed in mechanical assemblies requiring robust load support
• Suitable for use in conveyor systems to reduce friction
• Essential in robotic to enable smooth motion
• Common in industrial machinery where reliability is crucial

The steel construction enhances the wear resistance, ensuring it withstands high levels of friction and stress, prolonging the component's lifespan significantly while maintaining performance.

The specified dynamic and static load ratings indicate the maximum loads the component can support during various operational phases, making it suitable for heavy-duty applications without risk of failure.

The bore size is crucial for compatibility with drive shafts and allows for optimal fitting in machinery, enabling effective power transfer and reducing vibration during operations.