-Bearings-KA050AR0-Dimensions.webp)
The KA050AR0 is a slim, angular contact ball bearing with a 5″ bore and 5.5″ outer diameter, made from sturdy chrome steel. Its compact 0.25″ width makes it ideal for tight spaces, while handling radial loads up to 676 lbf.
Designed with a 30° contact angle, it manages thrust and moment loads effectively. The open construction and brass cage ensure smooth operation and easy maintenance.
This bearing is interchangeable with KAYDON models, offering flexibility for replacements. Suitable for applications like robotics or precision machinery where space and performance matter.
Weighing just 0.23 lbs, it’s lightweight yet durable. Compliant with RoHS standards, it operates reliably between -30°C and 110°C.
The KA050AR0 features a thin-section design, perfect for applications needing minimal weight without sacrificing strength. Its ABEC-1 tolerance ensures consistent performance in various conditions.
With a radial clearance of 0.0000 – 0.0005″, it provides precise movement. The chrome steel construction offers excellent wear resistance for long-term use.
Ideal for rotary tables or medical equipment, where precision and reliability are key. The lubricated design helps maintain smooth operation over time.
This bearing’s 5.186″ inner ring and 5.314″-5.365″ outer ring diameters ensure a secure fit. Its static moment rating of 5310 lbf makes it robust for demanding tasks.
The brass cage reduces friction, enhancing speed and efficiency. Suitable for industrial or aerospace applications requiring high precision.
Operating in temperatures from -30°C to 110°C, it’s versatile for various environments. Compliant with RoHS, it’s a safe and reliable choice.
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Why Choose KA050AR0 Bearing for Precision Tasks?
KA050AR0 Bearing features a 30° contact angle, ideal for handling angular contact loads with precision.
Its chrome steel construction ensures durability while maintaining a slim 0.25″ profile for compact applications.
The brass cage keeps the balls aligned, reducing friction and enhancing smooth operation.
With ABEC-1 tolerance, KA050AR0 Bearing delivers consistent performance in precision tasks.
It supports dynamic radial loads up to 676 lbf, making it suitable for demanding applications.
The open design allows easy lubrication, ensuring long-lasting performance.
Industrial Uses of KA050AR0 Bearing
KA050AR0 Bearing is commonly used in robotics, especially for joints requiring slim profiles and precise angular contact. Its brass cage ensures smooth movement, ideal for automated assembly lines.
In aerospace applications, KA050AR0 Bearing fits well in control mechanisms due to its lightweight design and ABEC-1 tolerance. The chrome steel construction offers durability under varying temperatures.
For medical imaging devices, KA050AR0 Bearing provides reliable performance with minimal friction. Its open design allows for easy lubrication, extending service life in critical equipment.
Where Is KA050AR0 Bearing Used?
You’ll often find KA050AR0 Bearing in packaging machinery, where its thin section design saves space without compromising load capacity. The 30° contact angle handles radial and thrust loads efficiently.
In semiconductor manufacturing, KA050AR0 Bearing supports precision stages due to its tight tolerances. The brass cage reduces vibration, ensuring consistent operation.
Optimized for Performance: KA050AR0 Bearing
KA050AR0 Bearing works well in rotary tables for CNC machines, offering stability under moment loads. Its chrome steel rings resist wear, even in high-speed scenarios.
For telescope mounts, KA050AR0 Bearing provides smooth rotation with minimal backlash. The inch sizing makes it compatible with many North American equipment designs.
Automotive vs Aerospace: Applications of KA050AR0 Bearing
In automotive steering systems, KA050AR0 Bearing handles angular loads with its 30° contact angle. The compact width fits neatly into tight spaces.
For aircraft actuators, KA050AR0 Bearing’s lightweight build and temperature resilience make it a go-to choice. The dynamic radial load rating ensures reliability in demanding conditions.
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