Overview
The Rexnord Link-Belt F3-S2E20E is a pillow block ball bearing with a 1-1/4″ shaft size, engineered for dependable performance across industrial automation and motion control systems. This bearing unit combines proven Link-Belt design with modern manufacturing standards, making it suitable for a broad range of mechanical power transmission applications requiring consistent uptime and minimal maintenance.
Key Features
- 1-1/4″ (31.75 mm) shaft size for standard industrial applications
- Pillow block housing design for easy mounting and installation
- Grease-lubricated system for extended service intervals
- Ball bearing construction for smooth operation and reduced friction
- New in box condition with full integrity and original packaging
Technical Specifications
- Model: F3-S2E20E
- Bearing Type: Ball bearing, pillow block
- Shaft Size: 1-1/4″ (31.75 mm)
- Brand: Rexnord (Link-Belt)
- Lubrication: Grease
- Housing Type: Pillow block (flange mount)
- Condition: New in Box
Typical Applications
The F3-S2E20E bearing is commonly used in:
- Industrial conveyor systems and drives
- Motor and pump mounting applications
- Process machinery requiring precise shaft alignment
- General mechanical power transmission equipment
- HVAC systems and ventilation equipment
Compatibility & Replacements
Compatible With
- Standard 1-1/4″ shaft applications
- Pillow block mounting bases and frames
- Industrial drive and conveyor systems
- Motor coupling and power transmission assemblies
- Standard bearing maintenance schedules and grease types
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The F3-S2E20E is designed for applications requiring 1-1/4″ pillow block bearings; confirm your current bearing model matches before purchase.
Works With
- Standard pillow block housings and mounting kits
- NLGI Grade 2 grease lubrication systems
- Industrial belt and chain drive assemblies
- AC and DC motor mounting applications
- Rexnord bearing maintenance and lubrication schedules








