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FAG
L-section Rings FAG HJ1044
- Technical data
- Inner diameter
- 220,07 mm
- Outer diameter
- 261,7 mm
- Width
- 27 mm
- Material
- Steel
- Weight
- 2,16 kg
| Scale quantity | Your discount | Unit price |
|---|---|---|
| 2 | 34,67 € | 658,77 € |
| 3 | 69,35 € | 624,09 € |
L-section Rings FAG HJ1044
FAG HJ1044 angular ring, made of steel, for axial guidance in cylindrical roller bearings with dimensions 220.07 x 261.7 x 27 mm.
The FAG HJ1044 angular ring is an accessory for cylindrical roller bearings and enables the absorption of unilateral axial forces. Manufactured from steel, this component complements suitable inner rings to provide firm axial guidance for the shaft. With a bore of 220.07 mm, an outer diameter of 261.7 mm and a width of 27 mm, the component is primarily used in mechanical engineering. Design engineers use angular rings to simplify assembly procedures and to design bearing units as support bearings according to specific requirements.
What is the function of the HJ1044 angular ring in a cylindrical roller bearing?
The HJ1044 angular ring is used in combination with cylindrical roller bearings to guide a shaft axially in one direction. Typical applications include shaft mountings where the inner ring has a tight fit and axial thrust forces must be supported. The interaction with the bearing creates a flange guide. The design allows the inner ring and angular ring to be fitted separately, which facilitates installation and removal for shaft diameters of 220.07 mm.
What should be taken into account when selecting the HJ1044 angular ring?
When selecting the angular ring, it must be matched to the series and bore of the corresponding cylindrical roller bearing. With a bore diameter of 220.07 mm and an outer diameter of 261.7 mm, the ring fits flush with the corresponding bearing inner ring. During design, care must be taken to ensure the correct installation direction of the flange so that the axial support of the roller sets is provided without any tilting. As the ring is made of steel, it absorbs the running-in forces that occur during operation.
What is the main function of the HJ1044 angle ring?
An angular ring is used to guide the rolling elements axially in cylindrical roller bearings. In combination with a bearing inner ring, the HJ1044 angular ring forms an additional flange, enabling the bearing to accommodate axial forces in one direction. This transforms a purely radial bearing into a single-direction thrust bearing.
What are the dimensions of the HJ1044 angle ring?
The ring has a bore of 220.07 mm, an outer diameter of 261.7 mm and a width of 27 mm. These dimensions are matched to the corresponding inner ring of the bearing to ensure a flush transition between the running surfaces and a precisely fitting axial contact surface.
What material is the HJ1044 angle ring made of?
FAG manufactures this component from steel. The material ensures dimensional stability at the contact surfaces with the roller ends. Thanks to machining, the steel withstands the axial forces and frictional stresses on the flanges that occur during normal operation.
Why is a separate angle ring used instead of a fixed board?
A loose angular ring facilitates assembly and disassembly in the case of tight fits on the shaft. The inner ring can be pressed on separately before the angular ring is fitted. Furthermore, the combination of bearing and angular ring allows for a more flexible design than versions with fixed housing or inner ring flanges.
How is the HJ1044 angle ring fitted?
The angular ring is slid onto the shaft immediately adjacent to the inner ring of the cylindrical roller bearing. The flat flange surface faces the rolling elements, so as to act as a contact surface. Axial fixation via shaft shoulders or retaining elements prevents the ring from shifting axially during operation.
Which bearings can be used in combination with the HJ1044 angular contact ring?
HJ series angular rings are typically used with cylindrical roller bearings of the corresponding size series, often in combination with NJ series bearings. Together, they form an assembly designed to accommodate axial loads. A key factor in determining suitability is that the bore of 220.07 mm must match that of the bearing inner ring.
Schaeffler Technologies AG & Co. KG
Industriestraße 1-3, 91074 Herzogenaurach, Germany
info.de@schaeffler.com, https://www.schaeffler.de/de/meta/impressum/
10001257