Flexible Shaft Couplings Applications and Uses
Understanding flexible shaft couplings applications and uses
Flexible shaft couplings applications and uses vary. Flexible shafts are uniquely designed to address various load conditions. No one shaft coupling can meet all needs. Therefore, the construction of flexible shaft couplings is designed to handle one or more application requirements.Flexible shaft couplings are required for the operation of most mechanical systems including motors, ball screws, gears and other components that require shafting. They are used by power plants, processing plants and refineries. To choose the best shaft coupling to fit your needs, it’s important that you gain an in-depth understanding of various shaft coupling application conditions. The following tips will help you obtain knowledge about flexible shaft couplings applications and uses:
1. Select shaft couplings specifically for your application.
2. Determine the benefits of using low and high torque shaft couplings.
3. Evaluate shaft coupling movement for optimal performance.
Use the right flexible shaft to meet your needs
For hand operated or intermittent power applications, flexible shaft couplings suppliers produce products without casings. Casings are non-metal or metal sleeves designed to protect the shaft and keep the application lubricated. Backlash shaft couplings are used when position precision is not necessary for optimal operation of the mechanical system. However zero backlash shaft couplings reduces the jarring reaction that can be caused by play in the coupling.
Try: Find out more about when to use which a flexible shaft coupling at R+W. You can also evaluate various types of flexible shaft couplings at OEP Couplings.
Know which flexible shaft coupling torque strength is best for your job
The strength and power of flexible couplings is based on torque and horsepower which measures the ability of shaft couplings to transport a specific load multiple times. Horsepower is measured by the torque and speed of the shaft coupling. High torque flexible shafts are highly durable and flexible. Low torque couplings or torque limiters can disengage motor drives of shaft couplings to prevent damage from overload.
Try: Find out more about high torque couplings at Coupling Corporation of America. Read more about torque limiting couplings at Zero-Max.
Ensure industrial flexible shaft couplings have proper movement
Lateral and axial flexibility are application factors that should be carefully considered when using shaft couplings. Flexible coupling manufacturers design these products so that there is restricted movement with lateral or axial forces. Lateral movement is a key factor in the functionality of disk brake rotors or indicators used to determine the sidewall movement of tires. Axial movement is the type of movement seen with bench grinders which move along the center of a shaft.
Try: Learn more about the flexibility of shaft couplings at Lovejoy. You may also find out about flexible shaft couplings at Heavy Equipment Machinery Information.
- In addition to torque and horsepower and shaft coupling flexibility, you should also be sure to consider several other flexible shaft couplings applications and uses before making a final decision. These factors include shaft misalignment, service conditions, backlash and flexibility of the shaft's torsion.
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