Description
The RNU1017MA SKF Cylindrical Roller Bearing from SKF is engineered to boost the performance of your machinery. This bearing has a outer ring centred, machined brass cage. It has two flanges on the outer ring and has no inner ring. The RNU1017MA SKF bearing is typically used in applications where the shaft provides a hardened or ground raceway. The RNU1017MA SKF is purposely constructed to meet the demands of diverse industrial applications and ensures optimal functionality in every setting. The dimensions of the SKF RNU1017MA SKF bearing are 96.5x130x22mm.
Key Features
Cylindrical Roller Design
The RNU1017MA SKF bearing features a cylindrical roller design, optimising load distribution and facilitating high radial load capacity. The RNU-type has two flanges on the outer ring and has no inner ring. As such, there bearings are used in applications where the shaft provides a hardened or ground raceway. Therefore, the possible axial displacement of the shaft relative to the housing is only limited by the width of the raceway on the shaft.
High-Speed Capability
The RNU1017MA SKF bearing is designed to handle high-speed operations while maintaining low noise and vibration levels. This ensures smooth and efficient rotation in dynamic environments without compromising stability. This makes it ideal for applications that demand rapid rotation.
Optimised Load Distribution and Carrying
The design of the RNU1017 MA SKF bearing ensures even load distribution and carries heavy radial loads while maintaining a low cross-sectional height and low friction. This helps to enhance performance and ultimately extend the bearing’s lifespan.
Product Information

Technical Data
Inside Diameter (mm):
96.5mm
Outside Diameter (mm):
130mm
Width (mm):
22mm
Cage Type:
Brass
Seals Or Shields:
Open Type
Clearance:
Standard
Dynamic Load Rating (kN):
68.2
Static Load Rating (kN):
86.5
Reference Speed Rating (r/min):
6000
Limiting Speed Rating (r/min):
9000
DescriptionThe RNU1017MA SKF Cylindrical Roller Bearing from SKF is engineered to boost the performance of your machinery. This bearing has a outer ring centred, machined brass cage. It has two flanges on the outer ring and has no inner ring. The RNU1017MA SKF bearing is typically used in applications where the shaft provides a hardened or ground raceway. The RNU1017MA SKF is purposely constructed to meet the demands of diverse industrial applications and ensures optimal functionality in every setting. The dimensions of the SKF RNU1017MA SKF bearing are 96.5x130x22mm. Key FeaturesCylindrical Roller DesignThe RNU1017MA SKF bearing features a cylindrical roller design, optimising load distribution and facilitating high radial load capacity. The RNU-type has two flanges on the outer ring and has no inner ring. As such, there bearings are used in applications where the shaft provides a hardened or ground raceway. Therefore, the possible axial displacement of the shaft relative to the housing is only limited by the width of the raceway on the shaft. High-Speed CapabilityThe RNU1017MA SKF bearing is designed to handle high-speed operations while maintaining low noise and vibration levels. This ensures smooth and efficient rotation in dynamic environments without compromising stability. This makes it ideal for applications that demand rapid rotation. Optimised Load Distribution and CarryingThe design of the RNU1017 MA SKF bearing ensures even load distribution and carries heavy radial loads while maintaining a low cross-sectional height and low friction. This helps to enhance performance and ultimately extend the bearing’s lifespan. Product InformationBRAND: ![]() SKU:rnu1017ma-skf AVAILABILITY:In Stock ✅ WEIGHT:1.05 kg Technical DataInside Diameter (mm):96.5mm Outside Diameter (mm):130mm Width (mm):22mm Cage Type:Brass Seals Or Shields:Open Type Clearance:Standard Dynamic Load Rating (kN):68.2 Static Load Rating (kN):86.5 Reference Speed Rating (r/min):6000 Limiting Speed Rating (r/min):9000 |
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: |





