The Mannhart 01-502213 Bearing Ball Upper is a precision-engineered component designed for high-performance applications within industrial machinery and equipment. Manufactured by Mannhart, this upper bearing ball features durable material composition optimized for long-term wear resistance and contamination tolerance. It adheres to strict dimensional tolerances with a diameter of 1.05 inches, ensuring precise fit and smooth operation in load-bearing assemblies. The 01-502213 model is suitable for applications requiring high rotational stability and minimal maintenance, making it ideal for machinery in manufacturing, automation, and robotics sectors. Its technical specifications include a weight of 0.15 lbs, with a focus on minimizing operational vibration and enhancing equipment longevity through high-quality construction and material integrity.
Top AllPoints 01-502213 Features
The Mannhart 01-502213 Bearing Ball Upper delivers critical performance enhancements for industrial machinery. Its hardened steel construction ensures exceptional durability under demanding operational cycles, supporting high-load capacity and resistance to fatigue. Designed for straightforward installation, it facilitates quick replacements without extensive tooling, reducing downtime. Its precise spherical surface promotes uniform motion and reduces wear on mating components, ideal for robotic joints and conveyor systems. The bearing's compact size allows seamless integration into tight spaces, supporting streamlined workflows in automated manufacturing environments.
- High load capacity: Supports demanding machinery with durable steel construction.
- Exceptional wear resistance: Hardened surface minimizes deformation during operation.
- Easy installation and replacement: Compact design simplifies maintenance procedures.
- Consistent rotational stability: Ensures smooth movement in precision equipment.
- Vibration reduction: Promotes quiet, reliable machine performance during extended use.
Suitable for replacing worn bearing balls in industrial assemblies requiring high precision and durability.
AllPoints 01-502213 Technical Specs
The Mannhart 01-502213 bearing ball features a diameter of 1.05 inches, constructed from high-grade steel for optimal strength and wear resistance. It measures 2.8 inches in width and 3.5 inches in depth, with a weight of approximately 0.15 lbs. Designed for OEM applications, it is non-hazardous and free from hazardous materials. The model supports high rotational speeds with minimal vibration, making it suitable for repetitive motion in industrial units, automation systems, and robotic joints. While specific motor compatibility details are not provided, its material and dimensional standards match those used in high-precision machinery requiring reliable ball bearings. It ships typically within 4-8 business days and complies with general safety standards without specific certifications.
- Maximum operating temperature: Standard steel tolerances support proper functioning in typical machinery ranges.
- Material: High-quality hardened steel for durability and corrosion resistance.
- Dimensions: Diameter: 1.05 inches; Width: 2.8 inches; Depth: 3.5 inches.
- Weight: 0.15 lbs for easy handling and replacement.
- Application suitability: Engineered for load-bearing, rotational stability, and minimal maintenance.
- Installation considerations: Compatible with machinery requiring OEM steel bearing balls.
Electrical Requirements: Not applicable
Lubrication: Uses internal lubrication to reduce friction during operation.
Environmental considerations: Suitable for clean, dry environments without corrosion concerns.
Maintenance: Designed for long service life with minimal lubrication needs.
Assembly: Fits into standard bearing housings with precise socket fit.
What is a commercial bearing ball ?
A commercial bearing ball is a spherical component made from high-strength materials like steel, designed to facilitate smooth rotational movement within machinery and mechanical assemblies. The Mannhart 01-502213 Bearing Ball Upper is an OEM-grade component used primarily in industrial equipment, supporting load transfer and reducing friction with high precision. Installed in applications such as automation equipment and conveyor systems, it ensures consistent performance and longevity. Its technical specifications include a diameter of 1.05 inches, supporting demanding operational environments typical of manufacturing, robotics, and heavy-duty machinery, making it suitable for both OEM replacements and custom machinery design in industrial settings.
Top commercial bearing balls for manufacturing and automation applications
High-quality load-bearing components designed for manufacturing automation and robotic systems, AllPoints 01-502213 offers durable steel construction, precise dimensions, and reliable performance, ideal for use in demanding industrial environments that require consistent rotational stability and minimal maintenance. AllPoints 01-502213 is suited for OEM retrofit and machinery assembly operations.
- Operation type — moderate throughput industrial machinery
- Workload qualifier — medium-duty automation systems
- Foodservice category — manufacturing and production equipment
- Application — supporting robotic joint motion and conveyor stability
- Use case — replacement in OEM assemblies requiring high durability
Why Choose AllPoints 01-502213 ?
In comparison to generic bearing balls, the Mannhart 01-502213 offers superior manufacturing quality with hardened steel construction, ensuring longer service life and higher load capacity. Its OEM design simplifies installation in industrial machines, reducing downtime and maintenance costs. The precise spherical surface promotes smooth motion, while its compact, lightweight form factor supports complex machinery integration and reliable performance in demanding settings.
- Optimized for OEM applications: Direct replacement, no special tooling required.
- Higher durability: Hardened steel surface resists deformation and wear.
- Compact design: Fits within tight machinery tolerances for seamless integration.
- High load capacity and stability: Supports demanding industrial operation.
- Long service intervals: Minimizes maintenance with reliable performance over time.
