¿QUÉ RODAMIENTOS AEROESPACIALES DE BOLAS NECESITA?
En los últimos 15 años, se entregaron al mercado MRO más de 100.000 rodamientos de bolas para la industria aeroespacial y de aviación.
RODAMIENTOS AEROESPACIALES
• Rodamientos de bolas en miniatura
• Rodamientos de bolas de contacto angular
• Rodamientos rígidos de bolas
• Rodamientos de rodillos cilíndricos
• Rodamientos de agujas
CAPACIDADES
• Capacidades de alta precisión
•Alta durabilidad
• Alta resistencia al desgaste
• Alta seguridad operativa
• Soluciones rentables de bajo costo
• Plazos de entrega cortos (12 semanas)
• Producción de lotes pequeños
• Soporte FAA-PMA
• FAI según AS9102
MATERIAL ANILLOS
• Materiales de alto rendimiento
• AISI 52100 según AMS 6440/6444
• AISI M-50 según AMS 6491
• AISI 440C según AMS5618
Número de pieza anular del rodamiento de bolas aeroespacial
Material de los anillos: AISI 52100
Especificaciones: AMS6440 O AMS6444
358612-1
202023
23007151
67723
3501156-1
5910505
3860496-1
358385-1
N208028
204FFT5G33
Material de los anillos: AISI 440C
Especificaciones: AMS5618 O AMS5880
2543734
2526146
181317-1
3236578-1
358131
Material de los anillos: AISI M50
Especificación: AMS6491
55000
3613704-1
3501171-1
Aerospace Ball Bearing
Ball bearings crafted for aerospace applications are engineered to endure many load types. These include:
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Radial Loads: Forces that act perpendicular to the axis of rotation.
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Thrust Loads: Forces aligned with the axis, pushing parallel to the shaft.
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Moment Loads: Forces that create a bending action or rotational torque.
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Reversible Thrust Loads: Forces that alternate direction along the axis, requiring flexibility and durability.
Additionally, these bearings are designed to handle combinations of these loads, ensuring reliable performance in demanding aerospace environments.
Aerospace Ball and Roller Bearings Application:
Ball and roller bearings are integral components in the aerospace industry, primarily due to their ability to provide support and reduce friction in high-speed machinery. Here are some common applications:
Turbine Engines:
Turbine Engines: Ball bearings help maintain shaft alignment and handle high rotational speeds in aircraft turbine engines. Their role is crucial in ensuring the efficiency and reliability of engines like those in Boeing or Airbus jets.
Transmissions:
Transmissions: Within aerospace transmissions, ball bearings facilitate smooth power transfer between components, minimizing wear and tear and enhancing performance. This is especially important in systems found in helicopters, such as those used by Sikorsky, Robbinson, Enstrom, and Bell Helicopters.
These applications underscore the importance of ball bearings in maintaining the safety and functionality of aerospace machinery, where precision and durability are paramount.
