INA
GAKL10-PB-A
INA Embout à rotule GAKL10-PB-A
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Spherical Plain Bearings and Rod Ends
The MecaIndus range of spherical plain bearings and rod ends compensates for misalignment in transmission mechanisms and guiding systems. These mechanical components transmit oscillating and rotary movements while supporting radial or axial loads depending on the chosen configuration. This technical selection covers the requirements of industrial environments demanding high operating precision, ensuring the reliability of mechanical assemblies built with parts from INA, SKF, BERTHOLD MARX, FAG and CIR.
Marques disponibles en rod ends and spherical bearings
Affichage 1–24 sur 1355 références
INA
GAKL10-PW-A
INA Embouts GAKL10-PW-A
10×28×10.5 mm · Sans
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INA
GAKL12-PB-A
INA Embouts GAKL12-PB-A
12×32×12 mm · Sans
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INA
GAKL12-PW-A
INA Embout à rotule GAKL12-PW-A
12×32×12 mm · Sans
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INA
GAKL14-PB-A
INA Embouts GAKL14-PB-A
14×36×13.5 mm · Sans
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INA
GAKL14-PW-A
INA Embouts GAKL14-PW-A
14×36×13.5 mm · Sans
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INA
GAKL16-PB
INA Embouts GAKL16-PB
16×42×15 mm · Sans
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INA
GAKL16-PW
INA Embouts GAKL16-PW
16×42×15 mm · Sans
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INA
GAKL20-PB
INA Embouts GAKL20-PB
20×50×18 mm · Sans
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INA
GAKL20-PW
INA Embouts GAKL20-PW
20×50×18 mm · Sans
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INA
GAKL25-PB
INA Embouts GAKL25-PB
25×60×22 mm · Sans
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INA
GAKL25-PW
INA Embouts GAKL25-PW
25×60×22 mm · Sans
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INA
GAKL30-PB
INA Embouts GAKL30-PB
30×70×25 mm · Sans
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INA
GAKL30-PW
INA Embouts GAKL30-PW
30×70×25 mm · Sans
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INA
GAKL5-PB-A
INA Embouts GAKL5-PB-A
5×18×6 mm · Sans
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INA
GAKL5-PW-A
INA Embout à rotule GAKL5-PW-A
5×18×6 mm · Sans
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INA
GAKL6-PB-A
INA Embouts GAKL6-PB-A
6×20×6.75 mm · Sans
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INA
GAKL6-PW-A
INA Embout à rotule GAKL6-PW-A
6×20×6.75 mm · Sans
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INA
GAKL8-PB-A
INA Embouts GAKL8-PB-A
8×24×9 mm · Sans
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INA
GAKL8-PW-A
INA Embout à rotule GAKL8-PW-A
8×24×9 mm · Sans
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INA
GAKR5-PB-A
INA Embout à rotule
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INA
GAKR5-PW-A
INA Embout à rotule
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INA
GAL10-UK
INA Embouts GAL10-UK
10×29×7 mm · Sans
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INA
GAL12-UK
INA Embouts GAL12-UK
12×34×8 mm · Sans
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About Rod Ends and Spherical Bearings
Spherical plain bearings and rod ends are articulated linkage components designed to absorb misalignment movements. In our catalogue, these components belong to the bearings family and sit alongside cylindrical roller bearings, thrust bearings, cam followers and self-aligning bearings. The choice between a spherical plain bearing and a rod end depends on the application conditions, in particular the load intensity, the space available for installation and the dimensional compatibility with existing shafts. Compliance with the dimensional and running tolerances defined by ISO 492 is an essential selection criterion to ensure interchangeability and mechanism performance.
At the design stage, determining the static load rating in accordance with ISO 76 is necessary to prevent any permanent deformation during use. For dynamic applications, ISO 281 enables the basic rating life and the dynamic load rating of the component to be assessed. Environmental constraints and the nature of the constituent materials must also be taken into account to guarantee the longevity of the joint. The mounting and locking accessories associated with these parts, available from manufacturers such as INA, SKF, BERTHOLD MARX, FAG and CIR, make it easier to integrate these components into complex mechanical assemblies.
Frequently asked questions — Rod Ends and Spherical Bearings
How do I choose between a spherical plain bearing and another type of bearing for my assembly?
A spherical plain bearing or rod end is recommended when the application requires absorbing specific misalignment movements. Unlike cylindrical roller bearings, thrust bearings or cam followers, these components provide an articulated linkage essential for compensating misalignment. Assessing the available space and the applied loads will determine whether this solution is more suitable than a self-aligning bearing for your mechanical configuration.Which technical criteria guarantee the service life of a spherical plain bearing in my application?
The durability of the joint depends on compliance with ISO 76 and ISO 281. Determining the static load rating in accordance with ISO 76 prevents permanent deformation, while ISO 281 evaluates the basic rating life and the dynamic load rating for movements. It is essential to consider environmental constraints and the nature of the constituent materials to ensure optimal long-term operation of the component.Why comply with ISO 492 when selecting a spherical plain bearing?
Complying with the dimensional and running tolerances defined by ISO 492 is an essential criterion. This standard ensures the interchangeability of components within your mechanisms and guarantees the expected performance. By following these specifications, you make sure that the spherical plain bearing or rod end has the dimensional compatibility required with the existing shafts and the other items in the bearings family.How can a spherical plain bearing be efficiently integrated into a complex assembly?
Integration is made easier by using dedicated mounting and locking accessories, available for the product ranges of manufacturers INA, SKF, BERTHOLD MARX, FAG and CIR. These items allow precise and secure fixing that is compatible with spherical plain bearings and rod ends. Selecting the right accessories ensures that the component is held firmly in its mechanical environment while making technical assembly operations easier.