SKF 51220 1 Row Ball Bearing - 100 mm ID, 150 mm OD

SKF Thrust Ball Bearing, 100mm Inside Diameter, 150mm Outside Diameter - 51220

This thrust ball bearing is designed for single direction applications, providing excellent performance in a variety of settings. With an inside diameter of 100mm and an outside diameter of 150mm, this open type thrust bearing is equipped to handle substantial loads efficiently. Engineered from steel, it is a reliable choice for mechanical devices requiring accurate movement and stability.

This thrust ball bearing is designed for single direction applications, providing excellent performance in a variety of settings. With an inside diameter of 100mm and an outside diameter of 150mm, this open type thrust bearing is equipped to handle substantial loads efficiently. Engineered from steel, it is a reliable choice for mechanical devices requiring accurate movement and stability.

Features & Benefits

• High static load rating of 325 kN ensures strong performance• Dynamic load rating of 119 kN supports various usage• Open design facilitates easy installation and maintenance• Built for high load conditions, enhancing durability• Parallel bore configuration simplifies alignment during setup

• High static load rating of 325 kN ensures strong performance

• Dynamic load rating of 119 kN supports various usage

• Dynamic load rating of 119 kN supports various usage

• Open design facilitates easy installation and maintenance

• Open design facilitates easy installation and maintenance

• Built for high load conditions, enhancing durability

• Built for high load conditions, enhancing durability

• Parallel bore configuration simplifies alignment during setup

• Parallel bore configuration simplifies alignment during setup

Applications

• Used for precision machinery in automation systems• Ideal for mechanical structures requiring efficient load distribution• Suitable for marine where thrust control is critical• Utilised in construction equipment for reliable operation• Effective in automotive systems needing robust support

• Used for precision machinery in automation systems

• Ideal for mechanical structures requiring efficient load distribution

• Ideal for mechanical structures requiring efficient load distribution

• Suitable for marine where thrust control is critical

• Suitable for marine where thrust control is critical

• Utilised in construction equipment for reliable operation

• Utilised in construction equipment for reliable operation

• Effective in automotive systems needing robust support

• Effective in automotive systems needing robust support

How does the open design of this bearing affect performance?

The open design allows for easy inspection and lubrication, which prolongs the bearing's lifespan by minimising wear and tear during operation, making it ideal for environments where regular maintenance is feasible.

The open design allows for easy inspection and lubrication, which prolongs the bearing's lifespan by minimising wear and tear during operation, making it ideal for environments where regular maintenance is feasible.

What role does the cage material play in the functionality of this bearing?

The sheet metal cage not only secures the ball elements but also ensures smooth operation and effective load distribution, which is critical in high-load scenarios where consistent performance is required.

The sheet metal cage not only secures the ball elements but also ensures smooth operation and effective load distribution, which is critical in high-load scenarios where consistent performance is required.

What are the temperature limits for this bearing?

While specific temperature limits are not detailed, bearings made from steel typically perform well in environments up to moderate temperatures, making it appropriate for diverse applications, provided they are monitored for overheating during operation.

While specific temperature limits are not detailed, bearings made from steel typically perform well in environments up to moderate temperatures, making it appropriate for diverse applications, provided they are monitored for overheating during operation.

How should I handle and maintain this bearing for optimal performance?

Regular inspection for wear and adequate lubrication are crucial for maintaining functionality. Ensure proper installation to avoid misalignment, and follow the manufacturer's guidelines for maintenance schedules to maximise operational efficiency.

Regular inspection for wear and adequate lubrication are crucial for maintaining functionality. Ensure proper installation to avoid misalignment, and follow the manufacturer's guidelines for maintenance schedules to maximise operational efficiency.