MGB EN

MGB | Data sheet

■ Equivalent factor Since the rated load corresponds to the permissible moment, the equivalent factor used to convert the My, Mz, and Mx moments to the applied load per block is obtained by dividing the rated load in the corresponding direction.

□ Equivalent factors for the M Y moment

M Y

Equivalent factors for the M Y moment Equivalent factor in the axial direction K A =

P A =K A •M Y Equivalent in the axial direction

M Y C 0ax

K A •M Y C 0ax

=

1

Fig.28

□ Equivalent factors for the M Z moment

M Z

Equivalent factors for the M Z moment Equivalent factor in the radial directions M Z C 0rad K B =

P R =K B •M Z Equivalent in the radial direction

K B •M Z C 0rad

=1

P R =K B •M Z Equivalent in the radial direction

Fig.29

□ Equivalent factors for the M X moment

M X

Equivalent factors for the M X moment Equivalent factor in the axial direction M X C 0ax K C =

P A =K C •M X Equivalent in the axial direction

K C •M X C 0ax

=1

Fig.30

C 0ax

Basic static load rating (axial direction) [N]

P A

Calculated load (axial direction) [N]

C 0rad

Basic static load rating (radial direction) [N]

P R

Calculated load (radial direction) [N]

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