FAG 30/5-B-2RSR-TVH-HLC 2 Row Ball Bearing - 5 mm ID, 14 mm OD 7 mm Race Width

Schaeffler 0 Extra Light Series Ball Bearing, 5mm Inside Diameter, 14mm Outside Diameter - 30/5-B-2RSR-TVH-HLC

This ball bearing is designed for precision and efficiency in various applications. With an inside diameter of 5mm and an outside diameter of 14mm, this double row angular contact ball bearing is manufactured to meet high-performance standards. Its design features sealing on both sides to prevent contamination and ensure longevity.

This ball bearing is designed for precision and efficiency in various applications. With an inside diameter of 5mm and an outside diameter of 14mm, this double row angular contact ball bearing is manufactured to meet high-performance standards. Its design features sealing on both sides to prevent contamination and ensure longevity.

Features & Benefits

• Features a double row design for increased load handling• Constructed with steel for enhanced durability and strength• Both sides sealed to protect against debris and moisture• Supports dynamic loads up to 1.78kN for robust performance• Designed for axial loads in both directions for versatility• Compatible with standard installation requirements for easy setup

• Features a double row design for increased load handling

• Constructed with steel for enhanced durability and strength

• Constructed with steel for enhanced durability and strength

• Both sides sealed to protect against debris and moisture

• Both sides sealed to protect against debris and moisture

• Supports dynamic loads up to 1.78kN for robust performance

• Supports dynamic loads up to 1.78kN for robust performance

• Designed for axial loads in both directions for versatility

• Designed for axial loads in both directions for versatility

• Compatible with standard installation requirements for easy setup

• Compatible with standard installation requirements for easy setup

Applications

• Used in systems requiring reliable motion control• Suitable for electric motor assemblies where load balance is crucial• Ideal for precision instruments that demand high accuracy• Applied in systems needing durable, sealed support• Utilised in robotics for enhanced mobility and reliability

• Used in systems requiring reliable motion control

• Suitable for electric motor assemblies where load balance is crucial

• Suitable for electric motor assemblies where load balance is crucial

• Ideal for precision instruments that demand high accuracy

• Ideal for precision instruments that demand high accuracy

• Applied in systems needing durable, sealed support

• Applied in systems needing durable, sealed support

• Utilised in robotics for enhanced mobility and reliability

• Utilised in robotics for enhanced mobility and reliability

What is the typical operating temperature range for this bearing?

The bearing operates efficiently within a temperature range from -30°C to 120°C, accommodating various environmental conditions.

The bearing operates efficiently within a temperature range from -30°C to 120°C, accommodating various environmental conditions.

How does the sealing arrangement contribute to the bearing's longevity?

The dual sealing arrangement prevents contamination from dirt and moisture, significantly extending the lifespan and maintaining performance.

The dual sealing arrangement prevents contamination from dirt and moisture, significantly extending the lifespan and maintaining performance.

What load ratings should be considered during installation?

The basic dynamic load rating for radial loads is 1.78kN, while the static load rating is 940N, essential for ensuring proper functionality.

The basic dynamic load rating for radial loads is 1.78kN, while the static load rating is 940N, essential for ensuring proper functionality.

What factors influence the performance of this type of bearing?

Performance can be influenced by operating temperature, lubrication method, and installation precision, all of which are essential for optimal use.

Performance can be influenced by operating temperature, lubrication method, and installation precision, all of which are essential for optimal use.