7001 CE/HCP4A

7001 CE/HCP4A Rodamientos de bolas de contacto angular de superprecisión
precio $ 69.14
Número
Número de pieza 7001 CE/HCP4A
Marca: LILY Brand: LILY Comparación de modelos: SKF
Sistema de medición Métrica
Ángulo de contacto 15°
Tipo de junta Abrir
Arreglo emparejado Disponible
Precarga No aplicable
Para dirección de carga Contacto angular
Diámetro 12 mm
Tolerancia del diámetro interior -0.004mm to 0
Diámetro exterior 28 mm
Tolerancia del diámetro exterior -0.005mm to 0
Anchura 8 mm
Tolerancia de anchura -0.2mm to 0
Material de la virola Acero cromado
Material de la bola Cerámica
Material del retenedor Fenólico
Carga radial dinámica 718 lbf
Lubricación Lubricado
Velocidad máxima (X1000 rpm) 150
Temperatura -30° to 110 °C
Carga radial estática 302 lbf
Clasificación ABEC P4 (ABEC-7)
Diámetro de la bola 3.969 mm
Cantidad de bolas 12
Peso 0.019 kg
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Design Features of 7001 CE/HCP4A Bearing

The 7001 CE/HCP4A bearing is a high-performance bearing designed for speed and precision in compact applications. With a 12 mm bore, 28 mm outer diameter, and 8 mm width, it features a 15° contact angle for optimal handling of radial and axial loads. As a super precision angular contact ball bearing, it uses chrome steel rings, ceramic balls for reduced friction, and a phenolic cage for lighter weight and enhanced speed, ensuring top performance in demanding environments.

 

What Benefits Can 7001 CE/HCP4A Bearing Provide?

  • Exceptional Speed: Reaches speeds up to 150,000 RPM, perfect for fast-moving, reliable applications.
  • High Precision: Tight tolerances ensure consistent, accurate performance in precision-demanding tasks.
  • Improved Heat Management: Ceramic balls reduce friction and heat, maintaining efficiency at high speeds.
  • Durability and Longevity: High-grade materials extend the bearing’s life, reducing maintenance needs.
  • Stable Operation: Robust design and phenolic cage ensure reliable performance under varying loads.

 

What Can 7001 CE/HCP4A Bearing Be Used For?

  • Advanced Robotics: Ideal for robotic arms and automation systems needing precise, high-speed movements.
  • Aerospace Systems: Critical in gyroscopes and flight control systems where precision at high speeds is key.
  • Medical Technology: Essential for dental drills and imaging systems requiring smooth, precise operation.
  • Optical Instruments: Used in microscopes and high-resolution cameras for accurate alignment and smooth movement.
  • High-Speed Motors: Ideal for high-speed electric motors, providing smooth and efficient operation to ensure consistent performance over time.
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