Bearings Canada
3/4 Inch Insert Ball Bearing With Locking Collar And Flat Outer Diameter Pre Lubed For Smooth Operation High Load Capacity CSA204-12 FHR204-12 RA012RR Suitable For Industrial Machinery And Shafts
Title
$38.06 CAD
$112.80 CADyou save $74.74 CAD
SKU: VXB0DZJ55BHV
UPC: 00193019932186
UPC: 00193019932186
Premium 3/4 Inch Insert Bearing with Lock Collar
✔️ This 3/4 inch (19.05mm) bore insert ball bearing features an eccentric lock collar, flat outer diameter of 47mm (1.85 inches), and pre-lubrication for reliable performance in various setups.
✅ Eccentric locking collar for a tight, vibration-resistant hold on the shaft
✅ Flat outer diameter of 47mm (1.85 inches) for easy installation in housings
✅ Pre-lubricated design to reduce maintenance and extend service life
✅ Equivalents include AMI KHR204-12, Browning SLE-112, and FAFNIR RA012RR for cross-compatibility
✔️ This 3/4 inch (19.05mm) bore insert ball bearing features an eccentric lock collar, flat outer diameter of 47mm (1.85 inches), and pre-lubrication for reliable performance in various setups.
This insert ball bearing is a key component in machinery, commonly used in conveyor systems, motors, and agricultural equipment to ensure smooth, low-friction rotation and secure shaft mounting.
✅ 3/4 inch (19.05mm) bore size for precise fit in standard shafts✅ Eccentric locking collar for a tight, vibration-resistant hold on the shaft
✅ Flat outer diameter of 47mm (1.85 inches) for easy installation in housings
✅ Pre-lubricated design to reduce maintenance and extend service life
✅ Equivalents include AMI KHR204-12, Browning SLE-112, and FAFNIR RA012RR for cross-compatibility
💡 What are the main advantages of insert ball bearings with locking mechanisms in industrial applications? This setup offers a solid way to keep things running smoothly by locking bearings onto shafts without slippage. Here's why it's a smart pick: - Provides a secure fit that prevents movement during high-speed operations - Reduces downtime with easy installation and removal for repairs - Handles misalignment better than basic bearings for tougher jobs - Boosts overall machine efficiency with less wear over time