32014 -X-XL-P5 Tapered Roller Bearings by FAG
32014 -X-XL-P5 Tapered Roller Bearings by FAG

FAG

Tapered Roller Bearings FAG 32014 -X-XL-P5

Technical data
 
Inner diameter
70 mm
Outer diameter
110 mm
Width
25 mm
Roller rows
Single row bearing
Cage
Sheet steel cage
Running accuracy
Tolerance class P5 / ABEC 5
Product range
Complete tapered roller bearing
Arrangement
Standard version
Temperature range
-30 to +120 °C
Weight
0,91 kg
Scale quantity Your discount Unit price
15 4,62 € 87,69 €
30 9,23 € 83,08 €
92,31 €
inkl. MwSt, zzgl. Versandkosten

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Tapered Roller Bearings FAG 32014 -X-XL-P5
In Stock

Tapered Roller Bearings FAG 32014 -X-XL-P5

The FAG 32014 -X-XL-P5 tapered roller bearing, with main dimensions of 70 × 110 × 25 mm, accommodates combined radial and axial loads with enhanced running accuracy.

This single-row FAG 32014 -X-XL-P5 tapered roller bearing is designed to simultaneously accommodate high radial forces and axial forces from one direction. The design consists of an inner ring with a roller cage and a separate outer ring. This design allows both rings to be mounted independently of one another on the shaft and in the housing. A robust sheet steel cage guides the tapered rollers within the specified temperature range of –30 to +120 degrees Celsius.

In which applications does the 32014 -X-XL-P5 tapered roller bearing excel?

Bearing arrangements subject to combined loads and high demands on guidance accuracy constitute the primary area of application for this bearing. As a single tapered roller bearing, by design, can only support axial forces in one direction, it is usually mounted in pairs in a mirror-image arrangement opposite a second rolling bearing. In this way, axial forces on both sides can be accommodated and the desired preload or bearing clearance in the system can be precisely adjusted.

What characteristics define tolerance class P5 for this design?

Manufacture to tolerance class P5, comparable to ABEC 5, is characterised by tighter tolerance values for dimensional accuracy and concentricity compared with standard tolerances. This increased precision contributes to low-vibration operation and facilitates the reproducible adjustment of bearing clearance. The complete bearing is therefore suitable for assemblies where smooth running and precise shaft guidance are required.

What are the dimensions of the 32014 -X-XL-P5 tapered roller bearing?

With an internal diameter of 70 mm, an external diameter of 110 mm and a total width of 25 mm, the bearing complies with the standardised main dimensions. These dimensions enable it to be fitted precisely onto suitable shaft journals and into prepared housing bores.

What does tolerance class P5 mean for this rolling bearing?

The designation P5 denotes a higher precision class, which is also known internationally as ABEC 5. Compared with the standard tolerance, the bearing exhibits lower radial and axial run-out deviations. This ensures precise guidance where higher requirements for running accuracy are needed.

What temperature range is the bearing suitable for?

The permissible operating temperature range is between -30 and +120 degrees Celsius. Within this range, the components retain their dimensional stability. When selecting a lubricant, the relevant ambient temperature and the frictional heat generated during operation should be taken into account.

What material is the cage made of?

A dimensionally stable sheet steel cage reliably guides the conical rolling elements in this design. This type of cage is suitable for standard industrial applications and is characterised by its mechanical strength and compatibility with common mineral oil-based lubricants.

Can the bearing be fitted separately?

Yes, the inner ring with its set of rollers and the outer ring can be handled and fitted separately. This non-self-retaining design simplifies press-fitting onto the shaft and housing, as well as the subsequent adjustment to eliminate play or to apply preload using a counter-bearing.

What loads can a single-row tapered roller bearing withstand?

Single-row designs transmit radial loads together with axial forces acting on one side. The contact angle of the rollers causes an internal axial force component to arise under a radial load, which is why the bearing must always be supported by a counterforce, such as a second bearing.

Schaeffler Technologies AG & Co. KG
Industriestraße 1-3, 91074 Herzogenaurach, Germany
info.de@schaeffler.com, https://www.schaeffler.de/de/meta/impressum/

10018928
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