4 Hole Flange Bearing Unit, RCJY30-XL-N, 30mm ID

Schaeffler Flanged Bearing Unit, 30mm Inside Diameter, 108mm Length - RCJY30-XL-N

This flanged bearing unit is a reliable component designed for industrial applications. Featuring a bore diameter of 30mm and a robust cast iron housing, it ensures durability and long-lasting performance. With dimensions of 108mm in length and 42.2mm in width, this unit is particularly suited for various automation, electronics, and mechanical tasks.

This flanged bearing unit is a reliable component designed for industrial applications. Featuring a bore diameter of 30mm and a robust cast iron housing, it ensures durability and long-lasting performance. With dimensions of 108mm in length and 42.2mm in width, this unit is particularly suited for various automation, electronics, and mechanical tasks.

Features & Benefits

• Cast iron construction offers strength and resistance to wear • Four-bolt design allows for secure installation and stability • High dynamic load rating of 20,700N suitable for demanding applications • Fitted with grub screws for secure attachment to the inner ring • Compact design enhances ease of installation and maintenance

• Cast iron construction offers strength and resistance to wear • Four-bolt design allows for secure installation and stability • High dynamic load rating of 20,700N suitable for demanding applications • Fitted with grub screws for secure attachment to the inner ring • Compact design enhances ease of installation and maintenance

Applications

• Suitable for environments where moisture resistance is essential • Appropriate for assembly lines where precise alignment is critical • Utilised in conveyor systems to support moving parts

• Suitable for environments where moisture resistance is essential • Appropriate for assembly lines where precise alignment is critical • Utilised in conveyor systems to support moving parts

What is the significance of the four-bolt design in this unit?

The four-bolt design provides enhanced stability and security during operation, ensuring that the bearing unit remains firmly attached to its mounting surface, reducing the risk of misalignment or vibration-induced failures.

The four-bolt design provides enhanced stability and security during operation, ensuring that the bearing unit remains firmly attached to its mounting surface, reducing the risk of misalignment or vibration-induced failures.

How does the temperature range affect performance?

The operational temperature range of -20°C to 100°C allows this unit to be used in various environments, ensuring reliable performance in both cold and warm conditions without compromising structural integrity.

The operational temperature range of -20°C to 100°C allows this unit to be used in various environments, ensuring reliable performance in both cold and warm conditions without compromising structural integrity.

What are the mounting dimensions that should be considered?

The distance between fixing bores is 82.5mm, with a fixing bore size of 11.5mm, ensuring compatibility with standard mounting setups in various applications.

The distance between fixing bores is 82.5mm, with a fixing bore size of 11.5mm, ensuring compatibility with standard mounting setups in various applications.

What is the benefit of the grub screws included in the design?

Grub screws provide additional security by preventing unwanted rotation of the inner ring once installed, contributing to the overall reliability and performance of the bearing unit.

Grub screws provide additional security by preventing unwanted rotation of the inner ring once installed, contributing to the overall reliability and performance of the bearing unit.

How does the material influence the bearing unit's functionality?

The use of cast iron not only provides durability but also enhances the load-bearing capacity, making this unit capable of handling heavier loads while maintaining operational efficiency.

The use of cast iron not only provides durability but also enhances the load-bearing capacity, making this unit capable of handling heavier loads while maintaining operational efficiency.