Apparatus to reduce bearing failure
Methods, apparatus, systems, and articles of manufacture are disclosed to reduce failure to bearings in a pump system. Disclosed herein is a pump system comprising a shaft connected to an impeller of the pump system, and a bearing to provide a dampening to the shaft, the bearing including a journal lining, the journal lining supported in the pump system, a spring-loaded foil to separate the shaft from the journal lining, an inner lining between the shaft and the spring-loaded foil, and a deformation limiter located between the spring-loaded foil and the journal lining.
1. A pump system comprising:
a shaft connected to an impeller of the pump system; and
a bearing to provide a dampening to the shaft, the bearing including:
a journal lining, the journal lining supported in the pump system;
a spring-loaded foil to separate the shaft from the journal lining;
an inner lining between the shaft and the spring-loaded foil; and
a deformation limiter located between the spring-loaded foil and the journal lining.
2. The pump system of claim 1 , wherein the deformation limiter is coupled to the journal lining.
3. The pump system of claim 1 , wherein the deformation limiter is coupled to the spring-loaded foil.
4. The pump system of claim 1 , wherein the deformation limiter is to establish a maximum deformation of the spring-loaded foil while the pump system is inoperable.
5. The pump system of claim 1 , wherein the deformation limiter is to establish a maximum deformation of the spring-loaded foil while the pump system is in operation.
6. The pump system of claim 1 , wherein the bearing is a radial foil bearing, wherein the deformation limiter is to establish a maximum radial deformation of the radial foil bearing due to a radial load applied by the shaft to the radial foil bearing.
7. The pump system of claim 1 , wherein the bearing is an axial thrust bearing, wherein the deformation limiter is to establish a maximum axial deformation of the axial thrust bearing due to an axial load applied by the shaft to the axial thrust bearing.
8. A bearing comprising:
a housing;
a journal lining, the journal lining supported in the housing;
a spring-loaded foil to separate a shaft from the journal lining;
an inner lining between the spring-loaded foil and the shaft; and
a deformation limiter located between the spring-loaded foil and the journal lining.
9. The bearing of claim 8 , wherein the deformation limiter is coupled to the journal lining.
10. The bearing of claim 9 , wherein the deformation limiter is manufactured with the journal lining and made of the same material as the journal lining.
11. The bearing of claim 8 , wherein the deformation limiter is coupled to the spring-loaded foil.
12. The bearing of claim 11 , wherein the deformation limiter is manufactured with the spring-loaded foil and is made of the same material as the spring-loaded foil.
13. The bearing of claim 8 , wherein the bearing is used within a pump system, wherein the deformation limiter is to establish a maximum deformation of the spring-loaded foil while the pump system housing the bearing is inoperable.
14. The bearing of claim 8 , wherein the bearing is used within a pump system, wherein the deformation limiter is to establish a maximum deformation of the spring-loaded foil while the pump system housing the bearing is in operation.
15. The bearing of claim 8 , wherein the bearing is a radial foil bearing, wherein the deformation limiter is to establish a maximum radial deformation of the radial foil bearing due to a radial load applied by the shaft to the radial foil bearing.
16. The bearing of claim 8 , wherein the bearing is an axial thrust bearing, wherein the deformation limiter is to establish a maximum axial deformation of the axial thrust bearing due to an axial load applied by the shaft to the axial thrust bearing.
17. The bearing of claim 8 , wherein a size of the deformation limiter is parametrized based upon a maximum deformation of the spring-loaded foil due to a load from the shaft being applied to the spring-loaded foil.
18. The bearing of claim 17 , wherein the deformation limiter size is parametrized based upon at least one of a maximum deformation allowable, a minimum clearance maintainable between the shaft and the journal lining, or a maximum load applied by the shaft.
19. The bearing of claim 8 , wherein the bearing is at least one of a foil bearing or a thrust bearing.