INA Bearing Inserts 40mm ID 80mm OD GRAE40-XL-NPP-B

Schaeffler Bearing Inserts, 40mm Inside Diameter, 80mm Outside Diameter - GRAE40-XL-NPP-B

This product is a bearing insert designed for reliability and efficiency in various industrial applications. The GRAE bearing inserts feature a 40mm inside diameter and an 80mm outside diameter, making them suitable for a range of needs where robust performance is essential. Built from high-quality steel, these inserts provide numerous advantages including maintained load ratings for both dynamic and static applications.

This product is a bearing insert designed for reliability and efficiency in various industrial applications. The GRAE bearing inserts feature a 40mm inside diameter and an 80mm outside diameter, making them suitable for a range of needs where robust performance is essential. Built from high-quality steel, these inserts provide numerous advantages including maintained load ratings for both dynamic and static applications.

Features & Benefits

• Sealed on both sides to enhance longevity and reliability • Designed for lifetime lubrication to reduce maintenance needs • High dynamic load rating of 34,500 N for demanding applications • Excellent static load rating of 19,800 N for stability • Effective against misalignment and static angular errors • Lightweight at approximately 0.62 kg for easy handling

• Sealed on both sides to enhance longevity and reliability • Designed for lifetime lubrication to reduce maintenance needs • High dynamic load rating of 34,500 N for demanding applications • Excellent static load rating of 19,800 N for stability • Effective against misalignment and static angular errors • Lightweight at approximately 0.62 kg for easy handling

Applications

• Used with machinery that requires consistent radial support • Suitable for in automation and mechanical systems • Effective in environments where reduced maintenance is critical • Ideal for electrical and electronic equipment requiring precise motion control • Utilised in industrial needing robust load performance

• Used with machinery that requires consistent radial support • Suitable for in automation and mechanical systems • Effective in environments where reduced maintenance is critical • Ideal for electrical and electronic equipment requiring precise motion control • Utilised in industrial needing robust load performance

What type of load ratings are available for various operational conditions?

The dynamic load rating of 34,500 N accommodates high-speed applications, while the static load rating of 19,800 N ensures stability under load, making them comprehensive for various operational scenarios.

The dynamic load rating of 34,500 N accommodates high-speed applications, while the static load rating of 19,800 N ensures stability under load, making them comprehensive for various operational scenarios.

How does the sealing design contribute to the lifespan of these inserts?

The NPP lip seal on both sides prevents contaminants from entering and reduces grease loss, effectively extending the product lifespan and enhancing reliability in harsh environments.

The NPP lip seal on both sides prevents contaminants from entering and reduces grease loss, effectively extending the product lifespan and enhancing reliability in harsh environments.

What benefits do the specified dimensions provide in practical applications?

The 40mm inside diameter allows compatibility with many standard shafts, while the 80mm outside diameter and structural design ensure stability under pressure, promoting efficient operation.

The 40mm inside diameter allows compatibility with many standard shafts, while the 80mm outside diameter and structural design ensure stability under pressure, promoting efficient operation.

Can these inserts handle misalignment during operation?

Yes, they are engineered to manage static angular errors and misalignment, facilitating reliable performance even under less than ideal conditions.

Yes, they are engineered to manage static angular errors and misalignment, facilitating reliable performance even under less than ideal conditions.