SKF T4CB 120 Taper 120 mm ID Roller Bearing, 170 mm OD

SKF Roller Bearing, Taper Roller Type, 120mm ID, 170mm OD, 195kN Dynamic Load Rating - T4CB 120

Keep your workflow on the straight and narrow with this roller bearing from SKF. It can handle the burden of both radial and axial loads, making it a versatile choice. As the assembly has interchangeable parts, it's a smart choice that makes maintenance and repairs a breeze. Thanks to a light weight of 1.74kg, it puts minimal strain on your equipment. This bearing is made from sheet metal for high tensile strength and resistance to corrosion, so it punches above its weight.

Keep your workflow on the straight and narrow with this roller bearing from SKF. It can handle the burden of both radial and axial loads, making it a versatile choice. As the assembly has interchangeable parts, it's a smart choice that makes maintenance and repairs a breeze. Thanks to a light weight of 1.74kg, it puts minimal strain on your equipment. This bearing is made from sheet metal for high tensile strength and resistance to corrosion, so it punches above its weight.

Features & Benefits

• Static load rating of 250kN and dynamic load rating of 195kN to handle heavy-duty loads• Limiting speed of 3600rpm for use in high-speed applications• Wide inner diameter of 120mm to accommodate larger bores

• Static load rating of 250kN and dynamic load rating of 195kN to handle heavy-duty loads

• Limiting speed of 3600rpm for use in high-speed applications

• Limiting speed of 3600rpm for use in high-speed applications

• Wide inner diameter of 120mm to accommodate larger bores

• Wide inner diameter of 120mm to accommodate larger bores

Applications

• Automated assembly lines• Paper and pulp mills• Agricultural machinery

• Automated assembly lines

• Paper and pulp mills

• Paper and pulp mills

• Agricultural machinery

• Agricultural machinery

What's a tapered bearing?

A tapered bearing like this one has a cup and cone structure in which the cup serves as the outer ring and the cone serves as the inner ring. This type of bearing design helps to optimise lubrication and reduce friction, so you get smooth operation.

A tapered bearing like this one has a cup and cone structure in which the cup serves as the outer ring and the cone serves as the inner ring. This type of bearing design helps to optimise lubrication and reduce friction, so you get smooth operation.