Nieuws

Welk type kogellager wordt gebruikt in een transmissieas?

First. Introduction,kogellager is used in a transmission shaft

Transmission shaft as an important part of mechanical transmission, often withstand a lot of torque and vibration, but also need to ensure transmission efficiency and reliability. Therefore, it is particularly important to choose the appropriate bearings in the drive shaft. This article will introduce the four commonly used types of drive shaft bearings, as well as their characteristics, so that readers can help in the selection of suitable bearings.

Second, the four commonly used drive shaft bearing types

1, spherical roller bearings

Spherical roller bearings have greater load carrying capacity and longer life compared with other bearings. They are suitable for high loads, medium speeds and moderate vibration of the drive shaft. Because the inner and outer rings of spherical roller bearings rotate, they can withstand radial and axial loads.

2, kegellagers

Tapered roller bearings can be used for high-speed drive shafts with high load carrying capacity, and also support radial and axial loading. They can be designed to support large deviation angles and are therefore suitable for applications subject to vibration and shock.

3、Deep groove ball bearings

Diepe groef ball bearings are commonly used in cases where the drive shaft is located in a higher ambient temperature and a smaller load. They are suitable for low-speed transmission parts and applications with slight vibration.

4, cilindrische rollagers

Cylindrical roller bearings have the advantage of being suitable for a large number of heavy load, lower speed applications, they can withstand very high loads and maintain transmission efficiency. Compared with deep groove ball bearings, cylindrical roller bearings can provide higher rigidity and stability.
Welk type kogellager wordt gebruikt in een transmissieas?

Ten derde, de conclusie

Het kiezen van het juiste aandrijfaslager kan de efficiëntie van de transmissie verbeteren en de levensduur van de aandrijfas verlengen. Dit artikel introduceert vier gangbare typen aandrijfaslagers, die elk hun eigen kenmerken hebben. Lezers moeten eerst de lagercapaciteit, snelheid, temperatuur en trillingen en andere parameters bepalen op basis van het gebruik van aandrijfassen bij het selecteren van lagers, en vervolgens het juiste type lager selecteren.