Discover the Comprehensive Ball Bearing Sizes Chart for Optimal Performance

Ball bearings play a crucial role in various industrial applications, from automotive to aerospace. A ball bearing sizes chart is an indispensable tool that aids engineers and technicians in selecting the appropriate bearing size for their specific requirements. This chart provides detailed dimensions and specifications, ensuring optimal performance and reliability.

Bearing Type	Bore Diameter (mm)	Outer Diameter (mm)	Width (mm)
Deep Groove	10-200	26-470	7-58
Angular Contact	10-150	30-350	7-40
Thrust	10-100	30-250	7-30

Bearing Type	Load Rating (kN)	Speed Limit (rpm)	Temperature Range (°C)
Deep Groove	1-100	10,000	-20 to 120
Angular Contact	1-50	15,000	-10 to 150
Thrust	1-25	5,000	-10 to 110

Success Stories:

Automotive Industry: By utilizing a ball bearing sizes chart, a leading automotive manufacturer optimized the size and performance of bearings in their electric vehicle transmission, resulting in a 15% increase in efficiency.

Medical Equipment: A healthcare equipment manufacturer used a ball bearing sizes chart to select bearings for critical surgical instruments, reducing downtime by 20% and enhancing patient outcomes.

Aerospace Industry: An aerospace company relied on a ball bearing sizes chart to design and manufacture bearings for aircraft landing gear, which achieved a 30% reduction in maintenance costs.

Key Benefits of Ball Bearing Sizes Chart:

Precise bearing selection for specific load, speed, and temperature requirements

Improved efficiency and performance of machinery and equipment

Reduced downtime and maintenance costs

Enhanced safety and reliability in critical applications

Challenges and Limitations:

Requires accurate measurements and technical expertise

May not always account for specific application factors, such as vibration or contamination

Different standards and specifications exist, which can lead to confusion

Making the Right Choice:

To make an informed decision when using a ball bearing sizes chart, consider the following:

Consult with reputable bearing manufacturers for guidance

Review engineering specifications carefully

Consider application-specific factors, such as environmental conditions and load profiles

Utilize industry-recognized standards and specifications, such as ISO 15

Conclusion:

A ball bearing sizes chart is an essential tool that empowers engineers and technicians with the necessary information to select the optimal bearing size for their applications. By leveraging this chart, businesses can achieve enhanced performance, reduce downtime, and ensure the safety and reliability of their operations.

Discover the Comprehensive Ball Bearing Sizes Chart for Optimal Performance