Aperçu
- Timken est le chef de file mondial reconnu en matière de roulements à rouleaux coniques.
- Il offre la plus vaste gamme sur le marché.
- Avec la capacité de gérer les charges radiales et axiales, les composants de roulements à rouleaux coniques haute performance Timken® sont conçus pour offrir la plus grande durabilité dans l’espace le plus compact.
- Les deux bagues doivent être remplacées en même temps pour maximiser la fiabilité et la durée de vie
Spécifications
- Diamètre à l’alésage1.7500 po
- Largeur totale1.4063 po
- Cote de précision AbmaClasse 2
- Largeur de la bague intérieure2.8126 po
- Revêtement de finitionSans revêtement
- DescriptionNA435SW CÔNE
- Série435
- Gobelet compatible432D
- Numéro CUP du fabricant053893032207
- CUP_NON053893032207
- Poids1.43 lb
- Type de produitCônes de roulement à rouleaux coniques
Données sur la conformité et la sécurité
Literature & Catalogs
Motion Lumber-Wood Coated Pusher Chain Resists Corrosion Case StudyMotion partnered with Timken Drives to provide a chain with a specialized Silver Shield coating.
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Motion Glass Manufacturing Bearing Upgrade for RET Fans Case StudyThis upgraded bearing reduced installation time and offered enhanced durability under harsh operating temperatures.
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Motion Food and Beverage Belting Consolidation Case StudyA food processing customer needed a bearing for food-contact application that contained no rubber seals or plastic cages, as these materials could not be picked up by their detection systems if they entered the product stream.
View Literature- Motion Fabricated Metals Bearing Cost Savings and Quality Improvement Case Study
Motion partnered with Timken, a trusted bearing manufacturer, to provide consistently higher quality bearings at transparent and competitive pricing.
View Literature
More resources
Motion Food-Bev Timken Take-Up Bearing Solution Case Study
Motion collaborated with Timken to supply takeup bearings featuring solid lubrication, improved seals and enhanced covers.
Motion Aggregate Split Bearing Upgrade Case Study
An asphalt plant was facing 36 hour of downtime, a six-person crew, and a crane rental every time a pug mill bearing failed.