Bearings
Ball Bearings
SKF Ball Bearings
Quick Code: BB-505983
61884 MA/C3 SKF Open Deep Groove Ball Bearing 420mm x 520mm x 46mm
The 61884 MA/C3 SKF Open Deep Groove Ball Bearing is a high-performance precision component designed for heavy-duty industrial applications. Manufactured by SKF, the world's leading bearing manufacturer, this single row deep groove ball bearing offers exceptional reliability and performance across demanding mechanical systems.
Key Features:
- Single row deep groove ball bearing design
- Open configuration for maximum accessibility and lubrication
- Outer ring riding machined brass cage
- Slightly increased radial clearance for optimal performance
- Standard bearing steel construction
- Cylindrical bore design
- Without outer ring flange/groove
Technical Specifications:
- Inside Diameter: 420mm
- Outside Diameter: 520mm
- Width: 46mm
- Sealing: Open bearing
- Cage Material: Machined brass
- Clearance: Slightly increased radial clearance
- Tolerance Class: P0/PN2 / ABEC 1
- Operating Temperature Range: -20°C to +120°C
- Current Insulation: No
- Rolling Element Material: Standard bearing steel
Typical Applications:
- Heavy industrial machinery
- Large-scale manufacturing equipment
- Construction and mining machinery
- Large electric motors
- Heavy-duty transportation equipment
- Large processing plants
The open design provides complete accessibility for thorough lubrication and easy maintenance, making it ideal for applications requiring frequent servicing or operating in environments with consistent lubrication. Its large dimensions and robust construction make it suitable for heavy-load and high-precision industrial applications where reliability is critical.
SKF's commitment to engineering excellence ensures this bearing delivers outstanding performance, with the slightly increased radial clearance allowing for smooth operation and reduced friction in challenging industrial environments. Engineers and maintenance professionals can rely on this bearing for consistent, long-lasting performance in demanding mechanical systems.
