SKF Rollenlager Typ Kugelförmig 2-reihig , Innen-Ø 160mm / Außen-Ø 240mm, Breite 60mm

Innendurchmesser = 160mm
Außendurchmesser = 240mm
Rollenlager Typ = Kugelförmig
Axiallager-Breite = 60mm
Material = Stahl
Statische Traglast = 880kN
Käfigmaterial = Stahl
Anzahl der Reihen = 2
Dynamische Traglast = 614kN
End Typ = Offen
Drehzahlgrenzen = 3000U/min
Ermüdungsgrenzbelastung = 83kN

SKF Spherical Roller Bearing, 160 mm ID, 240 mm OD - 23032 CC/W33 This self-adjusting roller bearing from SKF provides optimal load distribution along the roller length, preventing stress peaks at the ends to ensure a long service life. It handles radial and axial loads in either direction and is designed to accommodate shaft misalignment caused by heavy loads. The bearings design allows for simple and fast mounting, while its compact size increases its efficiency and makes it ready to install in tight spaces. As it produces low levels of friction, this unit uses minimal lubricant, reducing machine downtime and the need for maintenance.• Three lubrication holes in the bearings outer ring allow for easy lubrication • Floating guide ring ensures unloaded rollers enter the load zone in the optimal position for improved efficiency in operation • Non-separable bearing supplied ready to install, saving you time and effort Application Information • Metal smelters • Wind power generation industry • Pulp and paper processingDie SKF-Pendelrollenlager haben zwei Reihen symmetrischer Rollen, eine gemeinsame gerollte äußere Ringlaufbahn und zwei innere Ringlaufbahnen, die im Winkel zur Lagerachse geneigt sind. Der Mittelpunkt der Kugel im äußeren Ringkanal befindet sich auf der Lagerachse. Er hat einen Innendurchmesser von 160 mm und einen Außendurchmesser von 240 mm. Can this bearing be used in high temperatures? Das Lager besteht aus Lagerstahl Zylindrische BohrungYes, this bearing uses high-strength, dimensionally stable bearing rings to minimise the risk of cracking, even at high temperatures. Its low levels of friction ensure a reduced operating temperature.