Deep groove ball bearing 4202 2RS 15x35x14

Brand: QC - Quality Control
Product Code: MX-L0101-001-5059
Availability: Temporarily Out Of Stock
5.90€
Ex Tax: 4.88€

The 4202 2RS bearing is a deep groove ball bearing with 2 rows of balls. A bearing with an internal dimension of 15.00 and an external dimension of 35.00 allows for bearing shafts and axles. Made in a 2RS body. The 4202 2RS bearing was manufactured by QC - Quality Control, a world-renowned, leading manufacturer of ball bearings.

The 4202 2RS bearing, thanks to its simple and compact design, can carry longitudinal and transverse loads. It allows you to transfer loads in two planes even at very high rotational speeds, which is why this bearing is extremely popular in industry. The QC - Quality Control company, which is a recognized manufacturer, guarantees with its brand the durability of this bearing and its high level of mechanical efficiency.

Maintenance and mechanical properties

The 4202 2RS ball bearing is a bearing filled with an appropriate lubricant directly by the manufacturer, QC - Quality Control. Thanks to this solution, the need for additional maintenance and inspection of the bearing is minimized, and it can operate in difficult industrial conditions, also in dusty conditions, thanks to the use of special protective plates or additional sealing rubbers.} This bearing can operate in a wide temperature range, ranging from - 30 degrees Celsius, up to 100 degrees Celsius. {#C5Compact structure and clearance of 2RS ensure very stable operation of the bearing even in continuous operation.

The 4202 2RS bearing is a bearing that is easy to install and remove. The simple design also translates into a relatively low price of the bearing, which makes it widely used in the industrial and mechanical industries. Modern production technology allows to achieve very high mechanical and durability parameters.


Designation: 4202
Inner diameter d [mm]: 15
Outer diameter D [mm]: 35
Width B [mm]: 14
Bodywork: 2RS
Backlash: normal
Flange [mm]: no
stainless: no