Bearings Canada
Spherical Roller Bearing 22244 BE XL C3 FAG 220 Mm Bore 400 Mm OD 108 Mm Width Cylindrical Bore Self Aligning Heavy Load Capacity Misalignment Tolerance With Low Friction
Title
$12,189.45 CAD
$24,077.89 CADyou save $11,888.44 CAD
SKU: fag-22244-be-xl-c3-spherical
UPC:
UPC:
Premium Spherical Roller Bearing for Heavy Industrial Use
✔️ 220 mm bore, 400 mm OD, 108 mm width, cylindrical bore design with self-aligning and low friction for tough applications
✅ 400 mm outer diameter to support extensive load distribution
✅ 108 mm width providing robust structure for high-capacity operations
✅ Self-aligning feature that tolerates shaft deflections without added friction
✅ Heavy load capacity ideal for demanding industrial environments
✅ Low friction design enhancing efficiency in continuous use
✔️ 220 mm bore, 400 mm OD, 108 mm width, cylindrical bore design with self-aligning and low friction for tough applications
Spherical roller bearings are essential components in machinery that handle significant axial and radial loads. They're commonly found in industries like mining, construction, and manufacturing, where equipment needs to run smoothly under misalignment and heavy stress.
✅ 220 mm bore size for precise fitting in large-scale machinery✅ 400 mm outer diameter to support extensive load distribution
✅ 108 mm width providing robust structure for high-capacity operations
✅ Self-aligning feature that tolerates shaft deflections without added friction
✅ Heavy load capacity ideal for demanding industrial environments
✅ Low friction design enhancing efficiency in continuous use
💡 Why do spherical roller bearings excel in handling misalignment?
Loads in machinery often involve misalignment, and these bearings keep things running without issues. Here's how they stand out:
- They absorb shock and vibration effectively in rotating equipment
- Offer longer service life compared to standard bearings under dynamic conditions
- Reduce downtime by maintaining alignment in tough setups
- Boost overall machine performance with their inherent durability