SKF BSD2562 CGB Schrägkugellager (25x62x15)
Description
As an axial angular contact ball bearing, this bearing carries high axial loads at elevated speeds, e.g. for ball screws. The principal dimensions are 25x62x15 mm at a weight of 0.24 kg; the further technical details are listed in the specification table. In its open design this axial angular contact ball bearing stays accessible on both sides and is lubricated and sealed by the surrounding construction.
In the axial angular contact ball bearing the ball raceways sit at a contact angle to the bearing axis; the load line therefore runs at an angle, which yields high longitudinal forces at a higher permissible speed and greater axial stiffness than a flat thrust set. The design is normally run preloaded — often as an adjusted pair or set — because only the preload removes axial play and establishes the stiffness that feed axes and ball screws demand.
The open version has no seal of its own; lubricant supply, sealing and relubrication are handled by the surrounding construction, which eases relubrication intervals and installation in enclosed housings. Without seal friction the frictional torque stays low, so the power loss follows essentially from the preload and the quantity of lubricant.
Standard bearing steel is through-hardened and covers the usual operating-temperature range; for the design, axial force, preload, speed and the required stiffness should be assessed together.
SKF BSD2562 CGB Schrägkugellager (25x62x15)
— 25 x 62 x 15 mm
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Frequently asked questions
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Guides for this product
- KnowledgeSpindellager und Hochpräzisionslager verstehenSpindellager erklärt: Vorspannung, O-/X-/Tandem-Anordnung, ISO-492-Toleranzklassen 6/5/4/2 und SP sowie das Entschlüsseln der Lagerbezeichnung.
- GuideVorspannung L, M oder H – welche Klasse?Vorspannung L, M oder H bei Spindellagern wählen: leicht für hohe Drehzahl, hoch für maximale Steifigkeit. Codes sind herstellerabhängig (NSK vs. FAG).
- GuideTandem, O- oder X-Anordnung – wann welche?O- (DB), X- (DF) oder Tandem (DT) bei Schrägkugellagern: Entscheidungslogik nach Lastrichtung, Momentensteifigkeit, Fluchtungstoleranz und Wärmeverhalten.
