Skf Yet 205-100 Insert Bearing 1 Inch Bore Eccentric Lock

Product Description

The SKF YET 205-100 is a ball-type insert bearing designed for use in housed bearing units across light to medium industrial applications. It features a 1 inch bore diameter and an outer diameter of 2.0472 inches, with a race width of 0.5906 inches. The eccentric locking collar secures the bearing to the shaft without requiring a keyway, simplifying installation and removal. Dynamic load capacity is rated at 2,430 pounds, and static load capacity is 1,750 pounds. This bearing is installed by millwrights, maintenance technicians, and industrial mechanics working on conveyor systems, fans, pumps, and similar rotating equipment.

The YET 205-100 is suited for use in pillow block and flanged housing units that accept the YET series insert bearing. It is a common replacement bearing in general industrial, agricultural, and light manufacturing settings where shaft sizes of 1 inch are standard. The eccentric collar lock design makes it practical for applications where frequent maintenance or periodic shaft removal is required. Maximum rated speed is 7,000 RPM, making it appropriate for moderate-speed rotating equipment found in both indoor and outdoor installations.

Key Features

• 1 inch bore diameter with 2.0472 inch outer diameter for standard YET housing fitment
• Eccentric locking collar secures to shaft without keyway or set screw damage
• 2,430 pound dynamic load capacity and 1,750 pound static load capacity
• Ball bearing design supports both radial and moderate axial loads
• Rated to 7,000 RPM for use in moderate-speed rotating equipment
• Race width of 0.5906 inches for precise housing seat engagement

Compatibility

Designed for use with housed bearing units that accept YET series insert bearings with a 1 inch bore. Consult the housing manufacturer specifications to confirm dimensional fitment before installation.

Installation Notes

Installation is typically performed by a qualified millwright or maintenance mechanic. Always de-energize and lock out the drive equipment before removing or installing any bearing. Ensure the shaft surface is clean, free of burrs, and within the appropriate diameter tolerance before pressing or sliding the bearing into position. Tighten the eccentric collar in the direction of shaft rotation per standard locking collar procedures, and confirm housing alignment before returning equipment to service.