FAG 6301-2Z-C3 deep groove ball bearing

Product detailed description

FAG 6301-2Z-C3 is a single row ball bearing, which is characterized by high quality and reliability, which is characteristic of FAG products. The bearing has an inner diameter (d) of 12 mm, an outer diameter (D) of 37 mm and a width (B) of 12 mm. These dimensions are standard for bearings of this category and allow its wide use in various industrial applications.

The bearing is made of standard steel for rolling bearings, which guarantees its durability and long service life. The rolling elements are also made of this steel, which contributes to the overall robustness and reliability of the component. The bearing is equipped with a pressed steel cage, which ensures proper ball guidance and minimizes friction.

FAG 6301-2Z-C3 is designed with a double-sided sheet metal cover, which provides protection against dust and other impurities, thus extending the service life of the bearing and reducing the need for maintenance. These covers also help to keep the lubricant inside the bearing, which is important for its optimal function.

The bearing has a slightly increased radial clearance (C3), which allows it to be used in applications with higher operating temperatures or where thermal expansion occurs. The operating temperature range of the bearing is from -30 °C to +120 °C, which allows it to be used in various climatic conditions.

The running accuracy of the bearing is in class P0/PN, or ABEC 1, which is the standard accuracy for common applications where extreme demands on accuracy are not made. The bearing does not have insulation against the passage of electric current, which must be taken into account when using it in electrical equipment.

The total weight of the bearing is 0.061 kg, which is in accordance with its dimensions and material composition. The FAG 6301-2Z-C3 bearing is ideal for applications where reliability, wear resistance and protection against contamination are required, while providing optimal performance over a wide range of operating conditions.