Shaft Securing Method: None Flange Mounted Bearings
Last Updated: April 1, 2025
Description
Flange mounted bearings with no shaft securing method are designed to support a rotating shaft while allowing for free axial movement. These bearings are typically used in applications where the shaft is not subjected to axial loads that require securing, allowing for a simpler design without additional securing components like setscrews or locking collars.
Working Principle
Flange mounted bearings operate by providing a stable housing for the bearing insert, which supports the rotating shaft. The flange helps in mounting the bearing securely to a surface, ensuring that the bearing remains in place during operation. The absence of a shaft securing method means that the shaft can move axially without restriction, which can be beneficial in applications where thermal expansion or other factors cause the shaft to change length.
Applications
Specific applications for flange mounted bearings without shaft securing methods include situations where the shaft is expected to expand or contract due to temperature changes, or where axial movement is required as part of the operation. These bearings might be used in conveyor systems where the shaft length can vary, or in machinery where precise axial positioning is not critical.
Advantages over other Flange Mounted Bearings
One advantage of flange mounted bearings without shaft securing methods is their simplicity and ease of installation. Without the need for additional securing components, these bearings can be quicker to install and require less maintenance. This can be particularly advantageous in applications where frequent disassembly and reassembly are necessary.
Limitations
A significant limitation of flange mounted bearings without shaft securing methods is their inability to handle axial loads. In applications where the shaft is subjected to axial forces, these bearings may not provide adequate support, leading to potential misalignment or damage. Additionally, the lack of securing can result in increased wear if the shaft is not properly aligned.
Considerations
When considering flange mounted bearings without shaft securing methods, it is important to evaluate the initial costs, which may be lower due to the absence of securing components. However, operating expenses could increase if the lack of securing leads to misalignment and increased wear. Durability and accuracy may also be compromised in applications with significant axial loads. Replacement and maintenance costs should be considered, as the absence of securing methods might necessitate more frequent inspections to ensure proper alignment and function.
from Triangle Manufacturing Company
We use corrosion-resistant galvanized steel and offer a variety of additional coating options. Available in a multitude of sizes from 3 ”-12 ”, our lazy susan design has a deeper race groove, encapsulating the balls more effectively and allowing them to move more smoothly. All of our... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 8-Bolt
- Bearing Type: Plain
- Design Units: Inch
from Spyraflo, Inc.
Flange-Mounts are widely used in applications requiring field service or applications which are not suitable for clinching. Features. ±5 ° Static self-alignment option. Electrically conductive. Easy installation and multiple bearing choices. Special flange design service. High and Low... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 2-Bolt
- Bearing Type: Plain
- Bearing / Housing Features: Spherical or Self-aligning bearing.
from igus® inc.
The igubal split 2-hole flange bearings and split bearing inserts provide a special installation option that significantly cuts downtime. Upon the wear and tear of single-piece bearings, replacement may require significant adjustments based on accessibility. The igubal split solutions provide a... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 2-Bolt
- Bearing Type: Plain
- Bearing / Housing Features: Split Bearing
from Triangle Manufacturing Company
We use corrosion-resistant galvanized steel and offer a variety of additional coating options. Available in a multitude of sizes from 3 ”-12 ”, our lazy susan design has a deeper race groove, encapsulating the balls more effectively and allowing them to move more smoothly. All of our... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 8-Bolt
- Bearing Type: Plain
- Design Units: Inch
from Spyraflo, Inc.
Flange-Mounts are widely used in applications requiring field service or applications which are not suitable for clinching. Features. ±5 ° Static self-alignment option. Electrically conductive. Easy installation and multiple bearing choices. Special flange design service. High and Low... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 2-Bolt
- Bearing Type: Plain
- Flange Type: Non-piloted
from igus® inc.
The igubal split 4-hole flange bearings and split bearing inserts offer a unique assembly solution that drastically reduces downtimes. When one-piece bearings wear out, major modifications might be necessary to replace them, depending on accessibility. This is resolved by using the igubal split... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 4-Bolt
- Bearing Type: Plain
- Bearing / Housing Features: Split Bearing
from igus® inc.
xiros ® flange bearings with stainless steel or glass balls are a combination of xiros ® plastic ball bearings and igubal ® housings. The self-aligning bearings were developed for maintenance-free applications in conveyor belts, cam rollers and support housings. The lightweight,... [See More]
- Shaft Securing: No Locking Method
- Mtg Configuration: 2-Bolt; 4-Bolt
- Bearing Type: Plain
- Shaft Size: 0.3150 to 0.4724