ZEN 608-2Z deep groove ball bearing

Product detailed description

ZEN 608-2Z ball bearing is a precisely designed component intended for applications requiring reliable and efficient transmission of rotational motion. This bearing belongs to the category of deep groove ball bearings, which are known for their ability to handle combined loads, i.e. radial and axial forces.

The dimensions of the bearing are defined by an inner diameter (d) of 8 mm, an outer diameter (D) of 22 mm and a width (B) of 7 mm. These dimensions are standardized and allow easy integration into various mechanical systems. The bearing is equipped with a double-sided sheet metal seal, which ensures protection against dust and dirt, thereby extending its service life and reducing the need for maintenance.

The material composition of the bearing includes standard steel for rolling bearings, which provides high strength and wear resistance. The rolling elements are made of the same steel, which guarantees consistent performance and resistance to dynamic loads. The bearing is equipped with a pressed steel cage, which ensures the correct distribution of the balls and minimizes friction.

The ZEN 608-2Z bearing is classified with normal radial clearance, which means that it is suitable for most standard applications without the need for special adjustment. The accuracy class P0/PN or ABEC 1 guarantees a basic level of accuracy, which is sufficient for common industrial and consumer applications. The operating temperature range is from -20 °C to +120 °C, which allows use in various climatic conditions.

With a weight of 0.012 kg, this bearing is lightweight, which contributes to reducing the overall weight of the equipment in which it is used. The bearing does not contain any insulation against the passage of electrical current, which must be taken into account in applications where electrical insulation is critical. Overall, the ZEN 608-2Z ball bearing is an ideal choice for applications requiring reliable and efficient transmission of rotational motion within specified parameters.