In contrast, non-equalised bearings have a simpler design where the load is not actively balanced, making them suitable for applications with steady and moderate operating conditions. The selection between these two types depends on factors such as load intensity, operating speed, and required reliability.
Performance Characteristics
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Equalised Bearings:
- Ensure uniform load distribution across all bearing pads
- Adapt to load variations, reducing localized stress and wear
- Suitable for high-load and critical applications
- Enhance operational stability and extend service life
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Non-Equalised Bearings:
- Simpler construction with fewer components
- Cost-effective solution for standard applications
- Suitable for steady load and speed conditions
- Easier to install and maintain
Application Considerations
- Provides flexibility in design selection based on application requirements
- Improves overall efficiency when chosen appropriately for operating conditions
- Commonly used in turbines, compressors, and heavy industrial machinery
- Supports reliable performance across different load environments