SKF 2207 ETN9 35 mm ID 2 Row Ball Bearing -, 72 mm OD

SKF Self Aligning Ball Bearing, 35mm Inside Diameter, 72mm Outside Diameter - 2207 ETN9

This self-aligning ball bearing is ideal for various mechanical applications. It features an inside diameter of 35mm and an outside diameter of 72mm, making it highly suitable for various configurations. Constructed from durable steel, this open type bearing ensures smooth operation while accommodating angular misalignment.

This self-aligning ball bearing is ideal for various mechanical applications. It features an inside diameter of 35mm and an outside diameter of 72mm, making it highly suitable for various configurations. Constructed from durable steel, this open type bearing ensures smooth operation while accommodating angular misalignment.

Features & Benefits

• Dual-row design enhances load distribution across races• Dynamic load rating of 30.2 kN allows for heavy-duty usage• Static load rating of 8.8 kN provides additional durability• Open type design simplifies maintenance and lubrication access• Cylindrical bore configuration ensures optimal fitting and stability

• Dual-row design enhances load distribution across races

• Dynamic load rating of 30.2 kN allows for heavy-duty usage

• Dynamic load rating of 30.2 kN allows for heavy-duty usage

• Static load rating of 8.8 kN provides additional durability

• Static load rating of 8.8 kN provides additional durability

• Open type design simplifies maintenance and lubrication access

• Open type design simplifies maintenance and lubrication access

• Cylindrical bore configuration ensures optimal fitting and stability

• Cylindrical bore configuration ensures optimal fitting and stability

Applications

• Used in machinery requiring high radial load capabilities• Ideal for experiencing misalignment within operating conditions• Can be used in electric motors and gear systems• Suitable for use in automation and manufacturing equipment• Applied in the construction of industrial fans and conveyors

• Used in machinery requiring high radial load capabilities

• Ideal for experiencing misalignment within operating conditions

• Ideal for experiencing misalignment within operating conditions

• Can be used in electric motors and gear systems

• Can be used in electric motors and gear systems

• Suitable for use in automation and manufacturing equipment

• Suitable for use in automation and manufacturing equipment

• Applied in the construction of industrial fans and conveyors

• Applied in the construction of industrial fans and conveyors

What is the operational speed limit for this bearing?

The permissible speed limit reaches up to 12,000 r/min, making it suitable for high-speed applications while maintaining reliability and performance.

The permissible speed limit reaches up to 12,000 r/min, making it suitable for high-speed applications while maintaining reliability and performance.

How does the open design benefit maintenance?

The open type allows easy access for lubrication, reducing friction and prolonging the lifespan of the bearing.

The open type allows easy access for lubrication, reducing friction and prolonging the lifespan of the bearing.

What materials contribute to the durability of this bearing?

It features a steel body combined with a non-metallic cage, promoting robust performance and reduced wear over time.

It features a steel body combined with a non-metallic cage, promoting robust performance and reduced wear over time.

How does the dual-row design improve performance?

This design enhances load distribution, allowing for better handling of misalignment and increased overall stability.

This design enhances load distribution, allowing for better handling of misalignment and increased overall stability.

What temperature limits should I consider during operation?

The bearing can operate effectively within a specified temperature range, ensuring it remains functional under varying conditions without compromising performance.

The bearing can operate effectively within a specified temperature range, ensuring it remains functional under varying conditions without compromising performance.