RUKO SLS-SPS Vapor 22,5mm rolamento de esferas

Maintenance technicians and machine builders rely on the RUKO SLS-SPS vapor 22.5mm ball bearing for smooth, low-friction rotation in demanding industrial environments. This single-row deep groove ball bearing features a 20mm bore, 47mm outer diameter, and 14mm width, with two contact rubber seals (2RSR) to retain lubrication and block contaminants. C3 internal clearance provides extra radial play for high-speed or high-temperature applications. Manufactured from high carbon chromium steel with a sheet steel cage, it delivers dependable performance in conveyors, pumps, electric motors, and similar rotating equipment.

Key specifications

• Bearing type: Single-row deep groove ball bearing
• Bore diameter (d): 20 mm
• Outer diameter (D): 47 mm
• Width (B): 14 mm
• Seal type: 2RSR (two contact rubber seals)
• Internal clearance: C3 (greater than normal)
• Basic dynamic load rating (Cr): 12.7 kN
• Basic static load rating (C0r): 6.55 kN
• Fatigue load limit (Pu): 0.28 kN
• Limiting speed (grease): 12000 rpm
• Limiting speed (oil): 17000 rpm
• Material: High carbon chromium steel (100Cr6 / AISI 52100)
• Cage material: Sheet steel
• Operating temperature range: -30°C to +100°C
• Precision class: P0 (normal)
• Series: 6200 series

Why choose it

The 2RSR contact seals provide excellent protection against dust and moisture, while C3 clearance accommodates thermal expansion and misalignment. High-quality steel and precise manufacturing ensure long service life and consistent operation under rated loads.

Ideal use cases

• Conveyor rollers and idlers
• Electric motors and gearboxes
• Pumps and compressors
• Agricultural and construction machinery
• General industrial rotating equipment

Good to know

This bearing is part of the 6200 series, one of the most widely used deep groove ball bearing families. It is suitable for both grease and oil lubrication, with higher speeds possible when using oil. Always follow manufacturer guidelines for mounting and lubrication to achieve optimal performance.