Skf 32016 X Tapered Roller Bearing 80mm Bore 125mm Od

Product Description

The SKF 32016 X is a tapered roller bearing designed for industrial and mechanical drive applications where combined radial and axial load capacity is essential. With an 80mm bore diameter, 125mm outer diameter, and a 29mm overall width, this bearing fits standard shaft and housing arrangements common in gearboxes, axle assemblies, and conveyor systems. The steel cage construction provides reliable roller retention under sustained rotational loads. Dynamic load capacity is 138,000 N and static load capacity is 216,000 N, making it well suited for moderate to heavy-duty service cycles. Installation and maintenance are typically performed by millwrights, industrial mechanics, or equipment service technicians.

The SKF 32016 X is used in a wide range of industrial equipment where tapered roller bearings are specified for combined load handling. Typical applications include machine tool spindles, agricultural equipment, heavy-duty truck axle assemblies, and industrial gearboxes. The tapered design allows simultaneous handling of both radial and thrust loads, which makes it a common choice in any rotating assembly subject to axial forces generated by helical gears, bevel gears, or inclined loading conditions.

Key Features

• 80mm bore diameter accommodates standard metric shaft sizing
• 125mm outer diameter with 29mm overall width for compact envelope fitment
• Steel cage for consistent roller spacing and load distribution
• 138,000 N dynamic load capacity rated for sustained rotational service
• 216,000 N static load capacity suitable for moderate to heavy-duty applications
• Maximum rated speed of 5,000 RPM

Compatibility

Designed as an OEM-style metric tapered roller bearing for industrial equipment applications specifying an 80mm bore, 125mm OD, 29mm width envelope in the 32016 X series designation.

Installation Notes

Installation should be performed by a qualified millwright or mechanical technician. Always de-energize and lock out the equipment before bearing removal or installation. Use proper bearing press tooling or an induction heater when mounting to avoid direct hammer contact on the bearing races. Inspect the housing bore and shaft journal for wear or damage before fitting the replacement bearing.