A flexible coupling is a mechanical device that connects the pump shaft to the motor shaft by providing a flexible and secure connection. It is designed to compensate for misalignment between the pump and motor shafts, as well as to absorb any vibration or shock that may occur during operation.
The flexible coupling consists of two flanges, one attached to the pump shaft and the other to the motor shaft. These flanges are connected by an elastomeric element, such as a rubber or polyurethane disc, which acts as a flexible link between the two shafts. The elastomeric element allows for some degree of angular, parallel, and axial misalignment, ensuring that the pump and motor can operate smoothly even if they are not perfectly aligned.
To connect the pump shaft to the motor, the flange attached to the pump shaft is aligned with the flange attached to the motor shaft. The two flanges are then brought together and secured using bolts or screws. The elastomeric element is compressed between the flanges, creating a tight and secure connection.
When the pump is turned on, the motor shaft starts rotating, transmitting the rotational force to the pump shaft through the flexible coupling. The elastomeric element absorbs any misalignment or shock that may occur during operation, reducing the stress on the pump and motor components. This helps to prevent premature wear and damage to the equipment, as well as ensuring smooth and efficient operation.
In summary, a flexible coupling connects a pump shaft to the motor by providing a flexible and secure connection that compensates for misalignment and absorbs vibration and shock. It helps to ensure smooth and efficient operation of the pump system while reducing stress on the equipment.
A flexible coupling connects a pump shaft to the motor by providing a flexible connection between the two shafts. It typically consists of two flanges, one attached to the pump shaft and the other to the motor shaft, which are connected by a flexible element. This flexible element allows for slight misalignments and compensates for any vibration or shock, ensuring smooth and efficient transmission of power between the pump and motor.
