INA GE70-DO-2RS 70mm Bore Plain Bearing, 1560000N Radial Load Rating, 105mm O.D

This plain bearing is a radial spherical, designed to meet the rigorous demands of various industrial applications. With a bore size of 70mm and an outside diameter of 105mm, this bearing offers significant load-carrying capabilities while maintaining a compact profile. The robust design ensures durability in challenging environments, backed by a static radial load rating of 1,490,000 N, making it suitable for high-performance requirements.

• High static radial load rating optimises strength and durability
• Maintenance-reduced design enhances usability in demanding conditions
• Sliding contact surface made from steel provides excellent wear resistance
• Sealed construction protects against contaminants for longer life
• Lightweight design improves ease of handling and mounting

• Used in automation systems requiring precise motion control
• Applicable in mechanical assemblies for heavy-load operations
• Found in electrical enclosures to support moving parts
• Suitable for mobile machinery where space is limited
• Utilised in construction equipment for enhanced performance

The maintenance-reduced design minimises the need for regular servicing, allowing for extended operation in applications where access for maintenance is challenging. This results in lower downtime and reduced operational costs over time.

The static and dynamic load ratings indicate the bearing's capacity to support and endure various forces during operation, aiding in the selection process for applications with specific load requirements. The substantial ratings ensure it performs reliably under stress.

It can operate effectively within a temperature range of -30°C to 130°C, making it suitable for various environments, from cold to relatively hot conditions typically encountered in industrial settings.

When installing, ensure that the connection measures and tolerances are adhered to, particularly for the inner ring and outer dimensions, to guarantee optimal performance and prevent misalignment during operation.