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Flange bearing types, There are some classifications and characteristics of flange bearings, which will be elaborated in detail below

I. Classification and Characteristics of Flange Bearings

1. Y Bearings

Y bearings are double-row محمل كرويs featuring spherical inner and outer rings that allow free rotation. They are suitable for low-speed applications involving heavy loads and impact loads.

2. UCF Bearings

UCF bearings are four-corner cantilever flange bearings offering exceptional load-carrying capacity and protection. They are ideal for various heavy-duty machinery and equipment.

3. UCFL Bearings

UCFL bearings are two-corner flanged bearings incorporating spherical bearings and end caps to prevent dust and moisture ingress, making them suitable for harsh operating environments.

4. UCT Bearings

UCT bearings are orientation flanged bearings that enable axial positioning by adjusting bearing orientation, ideal for applications requiring high positioning accuracy.

5. UCP Bearings

UCP bearings are tapered bore flange bearings incorporating spherical bearings and end caps. They offer high load capacity and self-lubricating properties, making them suitable for high-speed rotation applications.

II. Flange Bearing Parameter Table

The table below presents common flange bearing models, dimensions, parameters, specifications, and types for reference.

Model Dimensions سعة الحمولة Rotational Speed Applications

Y Bearing

20-100mm

200-500kN

100-500r/min

Low speed, high load, impact load

UCF Bearing

20-200mm

300-1000kN

100-800r/min

Heavy-duty machinery

UCFL Bearing

20-200mm

300-800kN

100-800 r/min

Harsh operating environments

UCT bearings

20-200 mm

200-500 kN

100-500 r/min

High positioning accuracy requirements

UCP bearings

20-200 mm

300-1000 kN

100-800 r/min

High-speed rotation

III. Summary

Flange bearings are one of the most commonly used bearing types in mechanical equipment. Selecting the appropriate flange bearing for different applications ensures optimal machinery operation. When choosing bearings, consider not only the model and dimensions but also critical parameters such as load capacity, rotational speed, and suitability for specific operating conditions to guarantee the selection of the most appropriate bearing.