Deep groove ball bearing 6024 2RS1 SKF 120x180x28

Brand: SKF
Product Code: MX-L0101-001-2212
Availability: Temporarily Out Of Stock
162.60€
Ex Tax: 134.38€
Deep groove ball bearings

Deep groove ball bearings are the type of bearing most often used in industry and the machinery industry. A huge number of series and types of deep groove ball bearings makes these bearings easy to select and at the same time easy to replace in the event of their incorrect operation. The simple, inseparable design allows them to operate at high speeds, guaranteeing durability and efficiency during operation. Moreover, the simple design does not require frequent maintenance of the bearings, so their maintenance is based on basic activities such as lubrication.

Application and construction

Series 60 deep groove ball bearings are non-separable bearings. Thanks to this, their operation at high speeds does not damage the bearing or rings. 60 series bearings have 1 row of balls. The simple and compact design allows for easy replacement and operation in difficult industrial conditions. Deep groove ball bearings are widely used in industry, including heavy industry, where conditions are extremely difficult. A deep groove ball bearing is composed of two rings - outer and inner, as well as a cage with balls. Deep groove ball bearings are often used in small sizes. No other type of bearings is able to withstand such high rotational speeds while maintaining small dimensions. That's why their use is so wide.

Technical parameters

The use of ball bearings in industry is the result of high functionality. 6024 2RS bearings manufactured by SKF are characterized by very high rotational speeds. The outer diameter of the bearing is 180.00 and the inner diameter is 120.00. The stable, simple and durable design of the 6024 2RS bearings allows for effective and stable operation at high rotational speeds. .


Designation: 6024
Inner diameter d [mm]: 120
Outer diameter D [mm]: 180
Width B [mm]: 28
Bodywork: 2RS
Backlash: normal
Flange [mm]: no
stainless: no