| Customization: | Available |
|---|---|
| Journal Diameter Dimensional Accuracy: | IT6-IT9 |
| Journal Surface Roughness: | 0.63-0.16μm |
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| brand | ever power |
| country of origin | China |
Application of Solid Flange Shaft Collar
Guiding and Positioning: Solid flange shaft collars are often used as guide or stop components to limit the axial movement of a shaft or rod. They can be installed at specific positions along the shaft to provide precise alignment and prevent excessive movement.
Bearing Retention: Solid flange shaft collars are utilized to secure bearings in place on a shaft. The flange is a retaining component, prevents the path from sliding or moving along the shaft during operation.
Axial Load Distribution: Solid flange shaft collars can distribute axial loads across the collar's surface, minimizing stress concentrations and ensuring even distribution. This feature is handy in applications with axial forces, such as in conveyor systems or linear motion setups.
Attachment Points: Solid flange shaft collars can be attachment points for various components or accessories. They provide a secure mounting surface for additional equipment, such as sensors, brackets, pulleys, or gears.
Shaft Support: Solid flange shaft collars can support the shaft and prevent it from sagging or bending under its weight or external forces. Providing additional stability and rigidity, they help maintain the shaft's alignment and improve overall system performance.
Mechanical Stops: Solid flange shaft collars are often employed as mechanical stops to define the travel limits of a moving part or system. They can be positioned along a shaft to prevent overtravel or establish precise end positions.
Alignment and Spacing: Solid flange shaft collars help align and space components on a shaft. They can ensure proper spacing between pulleys, gears, sprockets, or other rotating elements, maintaining accurate positioning and alignment within the system.
Clamping and Locking: Solid flange shaft collars can be used for connecting and locking applications. Tightening the collar's set screws grips the shaft tightly, preventing slippage and providing a secure connection.
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