Due to its special design and function, self-aligning bearings are suitable for many specific application scenarios, including but not limited to the following aspects:
1. Excavators and cranes: These heavy mechanical equipment usually need to be operated under different working conditions, such as high-altitude operations, uneven ground, etc. Therefore, self-aligning bearings with large deflection angles and automatic centering capabilities are needed to withstand vibration and distortion.
2. Wind turbine: The blades of wind turbines need to continuously adjust their angles according to wind direction and speed, and the self-aligning bearings can withstand large radial and axial loads and have automatic self-aligning ability, so they are often used on the main bearings of wind turbines.
3. Car suspension system: Cars are affected by various irregular road conditions during driving, and self-aligning bearings are widely used in car suspension systems to provide larger deflection angles and stable load-bearing capacity.
4. Railway Vehicles: Railway vehicles need to withstand complex loads and vibrations during operation, and self-aligning bearings are used in the wheel bearing system of railway vehicles to ensure their stability and safety.
5. Textile equipment: In the textile industry, textile machinery usually requires frequent adjustment of angles and directions. Self aligning bearings can meet this demand and have high durability and stability.
In summary, self-aligning bearings are widely used in industrial equipment and machinery that require large deflection angles, automatic self-aligning ability, and stable load-bearing capacity. Their application scenarios cover multiple fields such as excavators, wind turbines, automotive suspension systems, railway vehicles, and textile equipment.