FAG 30202-A Taper 15 mm ID Tapered Roller Bearing, 35 mm OD

Schaeffler Tapered Roller Bearing, 15mm Inside Diameter, 35mm Outside Diameter - 30202-A

This tapered roller bearing is designed for high-performance applications, featuring a robust construction ideal for managing radial and axial loads. With main dimensions of 15mm for the inside diameter and 35mm for the outside diameter, it delivers optimal performance in various industrial settings. The component is separable and can be adjusted or used in pairs, ensuring versatility for diverse operational requirements.

This tapered roller bearing is designed for high-performance applications, featuring a robust construction ideal for managing radial and axial loads. With main dimensions of 15mm for the inside diameter and 35mm for the outside diameter, it delivers optimal performance in various industrial settings. The component is separable and can be adjusted or used in pairs, ensuring versatility for diverse operational requirements.

Features & Benefits

• Provides a high static load rating of 14100N• Capable of accepting dynamic loads up to 14700N• Suitable for both grease and oil lubrication methods• Designed for efficient operation at thermal speeds up to 13500r/min• Open type design optimises accessibility for maintenance and monitoring• Built with standard sheet steel cage for durability and reliability

• Provides a high static load rating of 14100N

• Capable of accepting dynamic loads up to 14700N

• Capable of accepting dynamic loads up to 14700N

• Suitable for both grease and oil lubrication methods

• Suitable for both grease and oil lubrication methods

• Designed for efficient operation at thermal speeds up to 13500r/min

• Designed for efficient operation at thermal speeds up to 13500r/min

• Open type design optimises accessibility for maintenance and monitoring

• Open type design optimises accessibility for maintenance and monitoring

• Built with standard sheet steel cage for durability and reliability

• Built with standard sheet steel cage for durability and reliability

Applications

• Used for precision machinery requiring high load support• Ideal for involving rotary or linear movement• Suited for high-speed machinery operations• Effective in equipment where vibration and shock loads are present• Utilised in assembly lines production systems

• Used for precision machinery requiring high load support

• Ideal for involving rotary or linear movement

• Ideal for involving rotary or linear movement

• Suited for high-speed machinery operations

• Suited for high-speed machinery operations

• Effective in equipment where vibration and shock loads are present

• Effective in equipment where vibration and shock loads are present

• Utilised in assembly lines production systems

• Utilised in assembly lines production systems

What factors should be considered when selecting the right bearing for an application?

A successful bearing selection should consider the specific load capacities required, the intended operational speed, and the lubrication method best suited to the environment. Ensuring that dimensions match the assembly specifications is also crucial for efficient performance.

A successful bearing selection should consider the specific load capacities required, the intended operational speed, and the lubrication method best suited to the environment. Ensuring that dimensions match the assembly specifications is also crucial for efficient performance.

How does the cage material affect the performance of this type of bearing?

The standard sheet steel cage offers excellent stability and durability while allowing efficient lubrication flow, which helps maintain optimal operational temperatures and reduces wear over time.

The standard sheet steel cage offers excellent stability and durability while allowing efficient lubrication flow, which helps maintain optimal operational temperatures and reduces wear over time.

What impact does the open design have on maintenance accessibility?

The open design significantly improves maintenance access, allowing users to inspect and replace lubricants more easily while monitoring the bearing's condition without disassembly. This can lead to increased uptime and efficiency in operations.

The open design significantly improves maintenance access, allowing users to inspect and replace lubricants more easily while monitoring the bearing's condition without disassembly. This can lead to increased uptime and efficiency in operations.