SKF 6201 2RSL Deep Groove Ball Bearing 12x32x10 mm

What is the SKF 6201 2RSL Bearing?

The SKF 6201 2RSL is a single-row deep groove ball bearing designed for applications requiring compact dimensions, reliable sealing and low friction. Equipped with SKF 2RSL low-friction seals on both sides, the bearing retains grease while reducing the ingress of contaminants. Its design supports radial loads together with moderate axial loads acting in both directions, making it suitable for industrial equipment, electric motors, automation systems and machine maintenance.

Construction and Operating Principle

The SKF 6201 2RSL belongs to the 6200 Series deep groove ball bearings.

Main construction features include:

• Single-row deep groove ball bearing
• Deep raceway geometry
• SKF 2RSL low-friction seals on both sides
• Pressed sheet steel cage
• Open internal ball-guided design
• Factory grease-filled
• Standard radial internal clearance (CN)

The low-friction seal design minimizes grease leakage while providing effective protection against dust, moisture and light contamination without significantly increasing rotational resistance.

Technical Specification

Manufacturer:

SKF

Bearing Type:

Deep Groove Ball Bearing

Catalogue Number:

6201 2RSL

Series:

6200

Inner Diameter:

12 mm

Outer Diameter:

32 mm

Width:

10 mm

Material:

Bearing steel

Cage:

Pressed sheet steel

Seal:

SKF 2RSL low-friction seals on both sides

Lubrication:

Factory grease-filled

Internal Clearance:

CN

Basic Dynamic Load Rating (Cr):

7.28 kN

Basic Static Load Rating (C0r):

3.10 kN

Limiting Speed:

26,000 rpm

Weight:

Approximately 0.036 kg

Bearing Selection

When selecting the SKF 6201 2RSL, engineers should evaluate:

• Shaft diameter of 12 mm
• Housing bore of 32 mm
• Available installation width of 10 mm
• Radial and axial loads
• Operating speed
• Ambient contamination level
• Grease lubrication requirements
• Operating temperature

The integrated seals make this bearing particularly suitable where relubrication intervals are limited and contamination protection is important.

Industrial Applications

SKF deep groove ball bearings are designed for a broad range of industrial applications requiring compact dimensions and reliable operation.

Typical applications include:

• Electric motors
• Gearboxes
• Pumps
• Industrial drives
• Conveyors
• Automation equipment
• Machine tools
• Agricultural equipment
• General industrial machinery
• Maintenance and MRO operations

Why Engineers Choose the SKF 6201 2RSL

• Compact deep groove ball bearing design.
• Low-friction SKF 2RSL sealing system.
• Factory grease-filled for simplified installation.
• Reliable protection against contamination.
• Suitable for high rotational speeds.
• Supports radial and moderate axial loads.
• Steel cage provides stable rolling element guidance.
• Widely used in industrial maintenance and OEM equipment.

FAQ

What does the 2RSL designation mean?

2RSL indicates low-friction NBR contact seals installed on both sides of the bearing.

Is the bearing supplied with grease?

Yes. The SKF 6201 2RSL is factory grease-filled.

Does this bearing require additional lubrication before installation?

No. It is supplied ready for installation with factory-applied grease.

What type of loads can it support?

It supports radial loads together with moderate axial loads acting in both directions.

Is the bearing sealed?

Yes. It features SKF 2RSL seals on both sides.

What shaft size is it designed for?

The bearing is designed for a 12 mm shaft.

AI FAQ

Is the SKF 6201 2RSL suitable for electric motors?

Yes. Deep groove ball bearings of this type are commonly used in electric motors and other rotating industrial equipment.

Can this bearing be used in industrial automation?

Yes. Its compact dimensions and sealed design make it suitable for many automation and production systems.

Does SKF provide OEM machine references?

No. Official SKF documentation does not assign OEM machine numbers to this bearing model.

Why choose a 2RSL seal instead of an open bearing?

The 2RSL seal improves grease retention and reduces contamination ingress while maintaining low rotational friction.