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Cuscinetti a rulli conici011320/32

CUSCINETTO SKF 320/32 X(EX 320/32 X/Q)

Cuscinetti a rulli conici · 32 × 58 × 17 mm

CUSCINETTO SKF 320/32 X(EX 320/32 X/Q) – Cuscinetti a rulli conici

Description

Single row tapered roller bearings are designed to accommodate combined radial and axial loads and provide low friction during operation. The inner ring, with rollers and cage, can be mounted separately from the outer ring. These separable and interchangeable components facilitate mounting, dismounting and maintenance. By mounting one single row tapered roller bearing against another and applying a preload, a rigid bearing application can be achieved. Also available on request with special sized bore and/or outside diameters, suitable for reworked shafts and housings.

  • High radial and axial load carrying capacity
  • Accommodate axial loads in one direction
  • Low friction and long service life
  • Separable and interchangeable components

Key data

Cuscinetti a rulli conici
Bore diameter
32mm
Outside diameter
58mm
Basic dynamic load rating
45.1kN
Basic static load rating
46.5kN
Limiting speed
11,000r/min
Reference speed
9,000r/min

Item details

Item
011320/32
Category
A.01.01
Unit of measure
PZ

Technical specifications

35 specifications · highlighted (yellow border): used as catalog filters

Dimensions11

Bore diameter32mm
Outside diameter58mm
Diameter of housing abutment (max.)51.5mm
Shoulder diameter inner ring ≈46.2mm
Width outer ring13mm
Width, outer ring13mm
Width, total17mm
Chamfer dimension of inner ring (min.)1mm
Width of inner ring17mm
Width, inner ring17mm
Diameter of shaft abutment (max.)38mm

Performance5

Basic dynamic load rating45.1kN
Basic static load rating46.5kN
Limiting speed11,000r/min
Reference speed9,000r/min
Fatigue load limit4.8kN

Design14

SealingWithout
CageSheet metal
Bore typeCylindrical
LubricantNone
Number of rows1
Contact angle16.8°
Locating feature, bearing outer ringWithout
Relubrication featureWithout
CoatingWithout
Performance classSKF Explorer
Matched arrangementNo
Bearing partComplete bearing
Arrangement of contact angle (double-row bearing)Not applicable
Unit systemMetric

Calculation data2

Calculation factor0.7
Limiting value0.46

Classifications3

UNSPSC code31171516
EClass code23-05-09-10
Indicative carbon footprint for new product0.7kg CO2e