KA020XP0 Thin Section Bearing-Chrome steel construction, brass cage, open design, ABEC-1 precision. Ideal para robótica, aerospace actuators, medical imaging devices, rotary tables and precision automation where space and weight are critical constraints.
Especificaciones clave:
Modelo: KA020XP0
Diámetro interior (d): 2.000 inches / 50.800 milímetros
Outside Diameter (D): 2.500 inches / 63.500 milímetros
Ancho (B): 0.250 inches / 6.350 milímetros
Cross?section (constant): 0.25 × 0.25 inches
Number of rows: Single
Contact angle: 30°
Ring & Material de la bola: Chrome bearing steel (AISI 52100 / GCr15)
Material de la jaula: Brass (standard formed ring “snap?over” type)
Tipo de sello: Abierto (no seals)
Grado de precisión: ABEC?1 (P0) – higher grades available on request
Peso: 0.048kilos
The KA020XP0 ultra-thin four-point contact bearing offers outstanding load-bearing versatility on a ultra-thin 1/4-inch cross-section.This constant-section geometry—where the cross-section remains identical regardless of bore diameter—makes the KA series ideal for applications that require large bores but cannot accommodate bulky bearing envelopes.
The KA020XP0’s inner and outer raceways are precision-ground with a gothic arch profile, creating four distinct contact points between each ball and the raceways. This ingenious internal geometry enables a single bearing to carry radial loads, axial (empuje) loads in either direction, and tilting moment loads simultaneously—individually or in any combination.For design engineers, the practical implication is profound: one KA020XP0 can often replace two conventional bearings, simplifying mechanical assemblies, reducing part count, lowering overall system weight.
All-Directional Load Support in One Compact Bearing
The KA020XP0 independently handles radial, axial and moment loads, dramatically simplifying design and reducing assembly complexity.
Space and Weight Savings Without Sacrificing Strength
The KA020XP0 fits into impossibly tight spaces where standard bearings would be completely impractical. Además, the design drastically reduces material usage, culminating in a weight of only 0.1 lbs (45 gramo)—a critical advantage for aerospace systems, lightweight robotics and portable medical devices where every gram must be justified.
Industrial & Collaborative Robots
Aerospace & Defense Systems
Medical Imaging & Diagnostic Equipment
Semiconductor Manufacturing & Electronics
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