Skf Yet 204-012 Insert Ball Bearing 0.75 in Bore Eccentric Lock

Product Description

The SKF YET 204-012 is an insert ball bearing designed for shaft-mounted applications in industrial and mechanical equipment. It features a 0.75 inch bore diameter and a 1.8504 inch outer diameter, with an eccentric locking collar that secures the bearing to the shaft without keyways or set screws in the raceway. The dynamic load capacity is 2,210 pounds, and the static load capacity is 1,470 pounds. The YET series is commonly specified for conveyor drives, fan shafts, agricultural equipment, and light industrial machinery where a self-aligning insert bearing simplifies installation and replacement.

This bearing is suited for both residential and light commercial mechanical applications. It fits standard bearing housings in the YET series profile. Typical installation scenarios include pillow block and flanged housing assemblies used in HVAC blower shafts, pump drives, and general-purpose power transmission setups. The rated maximum speed of 8,500 RPM makes it appropriate for moderate-speed shaft applications across a range of equipment types. Mechanics, millwrights, and HVAC technicians regularly install this style of insert bearing during preventive maintenance or component replacement service calls.

Key Features

• 0.75 inch bore diameter accepts standard 3/4 inch shafts
• Eccentric locking collar provides positive shaft retention without keyways
• 2,210 pound dynamic load capacity for reliable performance under radial loads
• 1,470 pound static load capacity
• Maximum speed rating of 8,500 RPM
• Race width of 0.5512 inches for compact axial footprint

Compatibility

Designed as an OEM-style replacement insert ball bearing for standard YET series bearing housings accepting a 0.75 inch bore insert bearing.

Installation Notes

Installation should be performed by a qualified mechanic or technician. Shut down and lock out all power to the equipment before removing the old bearing or installing a replacement. Verify shaft diameter and housing bore dimensions before installation. Tighten the eccentric locking collar in the direction of shaft rotation to prevent loosening during operation.