VF4E-224 1-1/2" ID, 5-1/8" OAL x 5-1/8" OAH 4-Bolt Flange MPN:767655

Introducing the VF4E-224 1-1/2 ID, 5-1/8 OAL x 5-1/8 OAH 4-Bolt Flange from Browning! This heavy-duty bearings unit is perfect for a variety of industrial applications requiring high precision and durability. The unit comes with a dynamic load capacity of up to 7,340 lbs, making it ideal for handling even the toughest loads. Its versatile 4-bolt flange mount design ensures easy installation and alignment, while its sturdy cast iron construction provides enhanced durability and long-lasting performance. The VF4E-224 is also backed by a reliable warranty from Browning, making it an excellent investment for any business or facility. Choose the VF4E-224 1-1/2 ID, 5-1/8 OAL x 5-1/8 OAH 4-Bolt Flange for unmatched performance and reliability in your next project!

Top product features:

• Static load capacity of up to 4467 lbs provides enhanced durability and strength for heavy-duty applications.
• Dynamic load capacity of up to 7340 lbs allows the unit to handle tough loads without compromising performance.
• Versatile 4-bolt flange mount design ensures easy installation and alignment, reducing downtime and maintenance costs.

Top product applications:

• Machinery manufacturing: The VF4E-224 can be used in various machinery parts where high precision and durability are required. It provides excellent load-carrying capacity for rotary or linear movements, making it an ideal choice for equipment that demands robust components.
• Agriculture and construction equipment: The VF4E-224 can be used in farming and construction machines, such as tractors and excavators, where heavy-duty loads are constantly applied to the components. Its dynamic load capacity ensures reliable performance even under demanding conditions.
• Transportation vehicles: The VF4E-224 can be utilized in transportation vehicles, including trucks, buses, and trains, for applications like wheels and axles. It provides excellent bearing protection and reduces the chances of breakdowns or failures caused by excessive loading.