Eriks
SKF

SKF Roulement à rotule à deux rangées de rouleaux Alésage cylindrique 22332 CC/C3W33

  • ERIKS:23755829
Image 1
Overview This spherical roller bearing is designed for heavy loads in both directions offering self-alignment and accommodating shaft deflections. The bearing features relubrication capability to extend service life and maintain performance. Its cylindrical bore and C3 clearance support high dynamic and static load ratings in demanding applications. Constructed with a sheet metal cage the design ensures low friction and improved wear resistance. The product is suitable for use in modular systems with housings sleeves and nuts. Features
  • Self-aligning design minimises installation errors and prevents premature bearing failure
  • Relubrication feature extends operational life in demanding industrial environments
  • High load capacity enables reliable operation under heavy radial and axial loads
  • Cylindrical bore simplifies mounting and reduces downtime during replacement
  • Sheet metal cage construction ensures stable roller guidance for consistent performance
Application & Usage
  • Used with modular housing systems in heavy industrial machinery
  • Ideal for equipment requiring frequent shaft adjustments or misalignment compensation
  • Compatible with conveyor pulleys and large gearboxes in mining operations
Ajouter à la liste

2'374.43 CHF/ Unitéhors TVA

2'566.76 CHFTVA incluse

Date de livraison estimée - 13.11.2026

Suivi des commandes en temps réel

Choisissez votre date de livraison

Livraison gratuite à partir de CHF 150

Marque
SKF
Série
223
Type
Spherical Roller Bearing
Diamètre intérieur
160 mm
Diamètre extérieur
340 mm
Largeur
114 mm
Alésage
Alésage cylindrique
Jeu de roulement
C3
Cage
Tôle
Avec joint d'étenchéité
Non
Exécution
Deux rangée
Nombre de séries
2
Charge statique
1960 kN
Charge dynamique
1680 kN
Vitesse limite
1900 rpm
Vitesse de référence
1500 rpm
Poids
49.6 kg
Poids
109 lb
Alternatives

2'549.65 CHF/ Unitéhors TVA

2'756.17 CHFTVA incluse

Date de livraison estimée - 17.11.2026