FAG 61822-Y 1 Row Deep Groove Ball Bearing -

The FAG Deep Groove Ball Bearing is designed to meet the diverse requirements of various applications, offering reliable performance and longevity. With a robust brass sheet metal cage, this bearing ensures enhanced durability while minimising friction. Ideal for high speed operations, it supports both radial and axial loads efficiently, making it versatile for various uses. The product boasts dimensional stability tailored for operational temperatures up to 150 °C, ensuring optimal function in demanding environments.

The FAG Deep Groove Ball Bearing is designed to meet the diverse requirements of various applications, offering reliable performance and longevity. With a robust brass sheet metal cage, this bearing ensures enhanced durability while minimising friction. Ideal for high speed operations, it supports both radial and axial loads efficiently, making it versatile for various uses. The product boasts dimensional stability tailored for operational temperatures up to 150 °C, ensuring optimal function in demanding environments.

Engineered for high speed applications with excellent performanceOffers impressive load ratings providing reliability under varying pressuresDesigned for dimensional stability at elevated operating temperaturesFlexible lubrication options available tailored to your operational needsNot sealed providing ease of maintenance and customisation

Engineered for high speed applications with excellent performance

Offers impressive load ratings providing reliability under varying pressures

Offers impressive load ratings providing reliability under varying pressures

Designed for dimensional stability at elevated operating temperatures

Designed for dimensional stability at elevated operating temperatures

Flexible lubrication options available tailored to your operational needs

Flexible lubrication options available tailored to your operational needs

Not sealed providing ease of maintenance and customisation

Not sealed providing ease of maintenance and customisation