30232 Single Row Tapered Roller Bearing

30232 Single Row Tapered Roller Bearing | Technical Overview

30232 is a metric single-row tapered roller bearing in the 302 series. The nominal bore is 160 mm, outside diameter 290 mm and assembled bearing width 52 mm. The individual inner-ring and outer-ring widths are 48 mm and 40 mm respectively. Use the five dimensions together when comparing a replacement or evaluating an equipment design.

Nominal Boundary Dimensions

Nominal reference dimensions only. Verify specification and available supply against the approved technical record before ordering.

Envelope and Interchange Checks

The radial section calculated from the nominal diameters is 65 mm per side. For this 160 mm shaft size, confirm there is adequate room for the 290 mm outside diameter and the 52 mm assembled axial envelope. The 302 family has general metric envelope; the dimensions themselves do not establish a particular load rating, service life or interchange approval.

The part number is a starting point for selection, not a substitute for confirming the actual arrangement under working load. Check the ring designation, chamfer allowances, shoulder clearances, required tolerance class and cage design if a direct replacement is intended. Two bearings sharing d, D, B, C and T are not automatically identical in internal geometry or performance.

Construction and Load Direction

The tapered roller and raceway geometry is intended to support combined radial and axial loading within an engineered arrangement. The cone assembly (inner ring, rollers and cage) is separate from the cup (outer ring), which can simplify certain mounting operations. A single row normally supports axial force predominantly in one direction; the full arrangement must address force in the opposite direction.

Mounting, Preload and Lubrication

For a paired arrangement, review the shaft thermal expansion and the bearing setting in its warm operating condition. Use the approved assembly procedure to check the final setting, shaft and housing fits, ring seating and bearing alignment. Excessive preload can generate heat, while uncontrolled clearance can affect guidance and load distribution.

Specify grease or oil based on the actual speed, temperature, duty cycle, contamination exposure and maintenance approach. This listing does not assign a rated speed, grease grade, clearance or lubrication interval without a verified design-specific source.

Applications to Evaluate

The 302 design family can be considered for shaft supports and gear housings where the combined load and mounting space have been calculated. Actual applicability of 30232 depends on calculated equivalent loads, required bearing life, shaft geometry, sealing conditions, assembly adjustment and the surrounding machine design. No equipment-specific approval is implied by the model number alone.

Request a BEARVEX Quotation

Please send the model 30232, required quantity, destination country, operating load and speed, shaft/housing dimensions, requested accuracy class, lubrication conditions and desired lead time. If available, add a drawing or a photo of the existing part and note whether you require a complete cone-and-cup set. BEARVEX will confirm the exact configuration, technical data, quality requirements, packaging and export details before quotation.