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The KC050CP0 is a thin-section radial ball bearing with a 5-inch bore and 5.75-inch outer diameter, crafted from durable chrome steel. Its slim 0.375-inch width makes it ideal for space-constrained applications, while handling radial loads up to 1209 lbf.
Designed for smooth operation, it features an open construction with a brass cage for reliable performance. The bearing is lubricated for easy maintenance and works well in temperatures from -30°C to 110°C.
This model is interchangeable with KAYDON bearings, offering a practical replacement option. Perfect for use in machinery where a compact yet sturdy bearing is needed, such as robotics or precision equipment.
Weighing just 0.58 lbs, it’s lightweight yet robust. Compliant with RoHS standards, it ensures safe and efficient use in various industrial settings.
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Why Choose KC050CP0 Bearing for Precision Tasks?
KC050CP0 Bearing features a thin-section design with chrome steel rings and balls, ideal for precise radial load applications.
Its ABEC-1 tolerance ensures consistent performance, making it suitable for high-accuracy tasks.
The brass cage maintains ball alignment, reducing friction and enhancing durability.
With a dynamic radial load capacity of 1209 lbf, it offers reliable operation in various conditions.
How Is KC050CP0 Bearing Engineered for Reliability?
KC050CP0 Bearing is constructed with chrome steel components, providing strength and resistance to wear.
The brass cage design ensures smooth operation, even under radial loads up to 1209 lbf.
Its thin-section profile allows for compact installations without sacrificing performance.
Operating within a temperature range of -30°C to 110°C, it adapts to diverse environments.
Built for Durability: KC050CP0 Bearing
KC050CP0 Bearing’s chrome steel construction ensures long-lasting performance in radial load applications.
The brass cage minimises friction, contributing to smoother operation and extended service life.
With a static radial load capacity of 2590 lbf, it handles demanding conditions reliably.
Its thin-section design makes it a versatile choice for space-constrained installations.
What Makes KC050CP0 Bearing Suitable for High-Temperature Applications?
KC050CP0 Bearing operates effectively in temperatures ranging from -30°C to 110°C.
The chrome steel material resists thermal deformation, maintaining precision under heat.
Its brass cage ensures stable performance, even in fluctuating thermal conditions.
The thin-section design allows for efficient heat dissipation, enhancing reliability.
Steel vs Ceramic Bearings: Strengths of KC050CP0 Bearing
KC050CP0 Bearing uses chrome steel for its rings and balls, offering a balance of strength and affordability.
The brass cage provides smooth operation, making it a practical choice for various applications.
With a dynamic radial load rating of 1209 lbf, it delivers consistent performance.
Its thin-section design ensures compatibility with space-saving installations.
Essential Roles of KC050CP0 Bearing
KC050CP0 Bearing is commonly used in industrial robotics, where its slim profile and radial load capacity make it ideal for compact joint designs. The open seal type allows for easy lubrication, ensuring long service life in continuous operation.
In aerospace applications, KC050CP0 Bearing provides reliable performance in control systems and actuator mechanisms. Its chrome steel construction handles moderate loads while maintaining precision in critical flight components.
For medical imaging devices, KC050CP0 Bearing’s brass cage reduces friction, contributing to quieter operation in sensitive environments. The ABEC-1 tolerance ensures consistent movement in precision instruments like MRI scanners.
Automation systems benefit from KC050CP0 Bearing’s thin section design, which fits seamlessly into conveyor guides and pick-and-place units. The inch measurements make it compatible with North American machinery standards.
In packaging equipment, KC050CP0 Bearing supports rotary tables and indexing mechanisms with smooth radial motion. Its lightweight design helps reduce overall machine inertia for faster cycle times.
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