SKF 2209 E-2RS1KTN9 45 mm ID 2 Row Ball Bearing -, 85 mm OD

SKF Self Aligning Ball Bearing, 45mm Inside Diameter, 85mm Outside Diameter - 2209 E-2RS1KTN9

This self-aligning ball bearing is designed for versatility and efficiency in various applications. With a robust steel construction, it features a 45mm inside diameter and a 23mm race width, providing reliable performance under varied conditions. This product is sealed on both sides, ensuring longevity and minimising maintenance needs.

This self-aligning ball bearing is designed for versatility and efficiency in various applications. With a robust steel construction, it features a 45mm inside diameter and a 23mm race width, providing reliable performance under varied conditions. This product is sealed on both sides, ensuring longevity and minimising maintenance needs.

Features & Benefits

• Dual sealing arrangement enhances durability and reduces contamination• Constructed from steel, ensuring a strong bearing foundation• Tapered bore design allows for efficient alignment adjustments• Two rows of balls provide improved load distribution capabilities• Rated static load of 7.8 kN for enhanced stability• Dynamic load rating of 22.9 kN supports diverse operational demands

• Dual sealing arrangement enhances durability and reduces contamination

• Constructed from steel, ensuring a strong bearing foundation

• Constructed from steel, ensuring a strong bearing foundation

• Tapered bore design allows for efficient alignment adjustments

• Tapered bore design allows for efficient alignment adjustments

• Two rows of balls provide improved load distribution capabilities

• Two rows of balls provide improved load distribution capabilities

• Rated static load of 7.8 kN for enhanced stability

• Rated static load of 7.8 kN for enhanced stability

• Dynamic load rating of 22.9 kN supports diverse operational demands

• Dynamic load rating of 22.9 kN supports diverse operational demands

Applications

• Suitable for automated machinery requiring self-alignment• Ideal for in electrical and mechanical systems• Effective in various industrial settings demanding reliable load support• Utilised in configurations that involve misalignment issues• Applicable in rotating equipment where durability is crucial

• Suitable for automated machinery requiring self-alignment

• Ideal for in electrical and mechanical systems

• Ideal for in electrical and mechanical systems

• Effective in various industrial settings demanding reliable load support

• Effective in various industrial settings demanding reliable load support

• Utilised in configurations that involve misalignment issues

• Utilised in configurations that involve misalignment issues

• Applicable in rotating equipment where durability is crucial

• Applicable in rotating equipment where durability is crucial

What benefits do the seals provide in this bearing?

The sealing arrangement effectively protects the internal components from dust and moisture, thereby extending the bearing's lifespan and reducing maintenance costs.

The sealing arrangement effectively protects the internal components from dust and moisture, thereby extending the bearing's lifespan and reducing maintenance costs.

How does the steel construction contribute to the bearing's performance?

The steel material offers high tensile strength and resilience, allowing the bearing to withstand heavy loads and adverse conditions without compromising function.

The steel material offers high tensile strength and resilience, allowing the bearing to withstand heavy loads and adverse conditions without compromising function.

What are the advantages of the tapered bore design?

The tapered bore facilitates easy installation and adjustment, enabling optimal alignment in applications where precise positioning is crucial for performance.

The tapered bore facilitates easy installation and adjustment, enabling optimal alignment in applications where precise positioning is crucial for performance.

How do the load ratings impact the selection of this bearing for my equipment?

The static and dynamic load ratings indicate the bearing's capacity to handle different forces during operation, ensuring you choose a suitable component for your specific load requirements.

The static and dynamic load ratings indicate the bearing's capacity to handle different forces during operation, ensuring you choose a suitable component for your specific load requirements.

In what scenarios is the two-row design most beneficial?

The two rows of balls enhance load distribution, making this bearing ideal for applications with higher radial and axial loads, improving overall performance and stability.

The two rows of balls enhance load distribution, making this bearing ideal for applications with higher radial and axial loads, improving overall performance and stability.