Static Limiting Load Diagrams

Overview

Static limiting load diagrams are used to:

Check whether the selected bearing size is suitable under predominantly static load conditions
Determine the tilting moment M_K that an AXRY bearing can support while simultaneously carrying an axial load F_a

Important Note

The static limiting load diagrams already account for a static load safety factor S₀ ≥ 4 as well as the strength of the screws and bearing rings.

How to Use the Load Diagrams

Step 1: Determine the Load Type

F_a - Axial load [kN]
M_K - Tilting moment [kNm]

Step 2: Consult the Load Diagram for the Corresponding Size

Select the static limiting load diagram that corresponds to the bearing size and confirm that the operating point (M_K, F_a) lies within the permitted range.

Load Diagram Legend

Fig: Example of an AXRY static limiting load diagram

Legend

1: Bearing/size
2: Permitted range
3: Unpermitted range
M_K: Maximum tilting moment [kNm]
F_a: Axial load [kN]

Load Diagrams by Size

AXRY 180-NGX

Fig: AXRY 180-NGX static limiting load diagram

AXRY 200-NGX ~ 395-NGX

Fig: AXRY 200-NGX, 260-NGX, 325-NGX, 395-NGX static limiting load diagrams

AXRY 460-NGX ~ 650-NGX

Fig: AXRY 460-NGX, 580-NGX, 650-NGX static limiting load diagrams

Load Capacity and Tilting Rigidity