FAG 6040-M-C3 1 Row Deep Groove Ball Bearing - 200 mm ID, 310 mm OD

The FAG Deep Groove Ball Bearing exemplifies precision engineering, designed to meet the demanding requirements of both industrial and personal applications. With a robust solid brass cage and a construction focused on stability, this bearing accommodates higher loads while ensuring a long service life. It offers a unique combination of dimensional accuracy and heat stability, managing operational temperatures up to 200°C. Ideal for various rotating applications, its design effectively limits friction and enhances performance, making it a reliable choice for engineers and manufacturers alike.

The FAG Deep Groove Ball Bearing exemplifies precision engineering, designed to meet the demanding requirements of both industrial and personal applications. With a robust solid brass cage and a construction focused on stability, this bearing accommodates higher loads while ensuring a long service life. It offers a unique combination of dimensional accuracy and heat stability, managing operational temperatures up to 200°C. Ideal for various rotating applications, its design effectively limits friction and enhances performance, making it a reliable choice for engineers and manufacturers alike.

Operates efficiently in a wide temperature range which ensuring reliabilitySignificantly reduces friction enhancing movement efficiencyAdaptable to both radial and axial load applicationsSpecific tolerances cater to diverse industrial needsBuilt to withstand significant dynamic and static loads

Operates efficiently in a wide temperature range which ensuring reliability

Significantly reduces friction enhancing movement efficiency

Significantly reduces friction enhancing movement efficiency

Adaptable to both radial and axial load applications

Adaptable to both radial and axial load applications

Specific tolerances cater to diverse industrial needs

Specific tolerances cater to diverse industrial needs

Built to withstand significant dynamic and static loads

Built to withstand significant dynamic and static loads