SWP-B Universal Joint Shaft Coupling

SWP-B Universal Joint Shaft Coupling
The SWP-B universal joint shaft is mainly composed of two universal joint yokes, a cross shaft, bearing housings, and other components. It boasts a compact structure and high transmission efficiency, enabling it to connect two transmission shaft systems with different axes, thereby achieving angle compensation and axis offset adjustment. Meanwhile, this coupling is also equipped with a telescopic function, allowing it to adapt to axial displacements within a certain range.
The SWP-B coupling is suitable for rolling machinery, lifting and transportation machinery, and other heavy machinery that requires connecting two transmission shaft systems with different axes.
During the operation of the SWP-B cross-shaft universal joint coupling, long-term overloading should be avoided to prevent operational accidents.
During working operation, it is essential to frequently check the universal joint coupling for abnormal radial runout, bearing overheating, and other phenomena. Once such phenomena are detected, the machine should be shut down promptly for inspection and maintenance.
Key Terminology Explanation (for clarity in engineering context)

Universal joint coupling: A mechanical component used to transmit torque between two shafts that are not collinear (have misaligned axes).
Cross-shaft type: A common design of universal joint where a cross-shaped shaft (cross shaft) connects two yokes, enabling angular movement.
Telescopic function: The ability of the coupling to adjust its length, accommodating axial (along the shaft) displacements between connected shafts.
Tightening torque: The specific rotational force required to fasten bolts, ensuring secure assembly without damaging components (critical for mechanical stability).
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