Full complement cylindrical roller bearing SL series

Product Attribute:

Number of Row:Double Row

Typical Clients:  

Worldwide

Production Description:

Full complement cylindrical roller bearing SL series
 
 
SL180000: It is single row full complement cylindrical roller bearings. this kind of bearing has two integral flanges on the inner ring and one integral flange on the outer ring and can thus bear axial loads and fix axial location in one direction. The snap ring at the flangeless side of the outer ring can prevent roller from falling off. Compared with the cylindrical roller bearings with cage, it applies to situation for low-speed, heavy load.
 
 SL192300: It is single row full complement cylindrical roller bearings The outer ring with two integral flanges are together with the roller, therefore it can be taken off from the inner ring without having to take any precautions to prevent the rollers from falling off. This kind of bearing simplifies mounting and dismounting. It is applicable for heavy load, slow speed.
 
SL010000: It is double row full complement cylindrical roller bearings. This kind of bearing has one inner ring with three integral flanges and one outer ring with two integral flanges. It can be used to fix the shaft axially in both directions.

SL045000: The bearing series is always sealed on both sides and filled with grease. The two-piece inner ring has three integral flanges and is fixed together by a retaining ring. The outer ring has an integral central flange. This kind of bearings can be used to locate a shaft axially in both directions. The outer rings has two snap groove and is one millimeter narrower than inner ring.

SL185000: It has three integral flanges on the inner ring and one integral flange on the outer ring. This kind of bearing can provide axial location for a shaft in one direction. A snap ring is inserted in the outer ring at the side opposite the integral flange.
 SL020000: It is double row full complement cylindrical roller bearings. This kind of bearing has an inner ring with three integral flanges and a flangeless outer ring. A snap ring is inserted in the middle of the outer ring. The axial displacement of the shaft relative to the housing in both directions can be accommodated