6202 Bearing Specifications: The Complete Guide to Sizing, Selection, and Installation

As a leading supplier of bearings, we understand the importance of choosing the right bearing for your application. That's why we're providing this comprehensive guide to 6202 bearing specifications. This guide will help you understand the key dimensions, tolerances, and performance characteristics of this popular bearing type.

Table 1: Key Dimensions (mm)

Table 2: Tolerances

Understanding 6202 Bearing Specifications

Inner Diameter: The inner diameter of a bearing is the diameter of the hole in the center of the bearing. The inner diameter of a 6202 bearing is 15 mm.

Outer Diameter: The outer diameter of a bearing is the diameter of the outer race of the bearing. The outer diameter of a 6202 bearing is 35 mm.

Width: The width of a bearing is the distance from one side of the bearing to the other. The width of a 6202 bearing is 11 mm.

Radial Runout: Radial runout is the maximum variation in the radial position of the bearing's inner race relative to its outer race. The radial runout of a 6202 bearing is 12 µm for ABEC 1, 6 µm for ABEC 3, and 3 µm for ABEC 5.

Axial Runout: Axial runout is the maximum variation in the axial position of the bearing's inner race relative to its outer race. The axial runout of a 6202 bearing is 6 µm for ABEC 1, 3 µm for ABEC 3, and 1.5 µm for ABEC 5.

Success Stories

Success Story 1: A manufacturer of electric motors used 6202 bearings in their motors. The bearings provided excellent performance and reliability, resulting in a significant increase in motor sales.

Success Story 2: A manufacturer of automotive parts used 6202 bearings in their transmissions. The bearings provided smooth and quiet operation, resulting in improved customer satisfaction.

Success Story 3: A manufacturer of medical equipment used 6202 bearings in their surgical instruments. The bearings provided precise and reliable performance, resulting in improved patient outcomes.

Tips for Selecting the Right 6202 Bearing

• Consider the load capacity of the bearing.
• Consider the speed at which the bearing will operate.
• Consider the temperature at which the bearing will operate.
• Consult with a bearing expert if you are unsure which bearing is right for your application.

Common Mistakes to Avoid

• Do not overtighten the bearing.
• Do not undertighten the bearing.
• Do not use the bearing in applications where it will be subjected to excessive loads or speeds.
• Do not use the bearing in applications where it will be exposed to corrosive chemicals or extreme temperatures.

By following these tips and tricks, you can avoid common mistakes and ensure that your 6202 bearings perform optimally.

In conclusion, 6202 bearings are a versatile and reliable bearing type that can be used in a wide range of applications. By understanding the 6202 bearing specifications and following the tips and tricks outlined in this guide, you can select the right bearing for your application and ensure optimal performance.