Technical Data Linear actuator Linipower Jack Technical Data
Allowable Buckling Load
- ・Use this graph to select the correct frame number based on a specific buckling load, for compression loads.
The buckling selection graph takes into account the buckling safety factor Sf=4.- (1)From the installation conditions shown in A and C below, determine the correct distance for LA and LC.
(For installation conditions other than those shown in the diagram below, please click here. ) - (2)The graphs allow you to select the correct frame number based on a specific load W (vertical axis) and stroke distance LA (horizontal axis).
- (1)From the installation conditions shown in A and C below, determine the correct distance for LA and LC.
- ・Make sure side load does not apply.
The graph below assumes no side load. - ・If the shaft is loaded in tension buckling can be avoided, and hence be highly economical.
A Fixed base - Shaft end free
C Fixed base - Guided shaft end/Fixed shaft end
| Distance between points of load LA mm | Distance between points of load LC mm | |
|---|---|---|
| JWB (Ball screw type ) |
 [Click to enlarge ] |
 [Click to enlarge ] |
| JWH (High lead ball screw type ) |
－ |  [Click to enlarge ] |
| JWM (Trapezoidal screw type ) |
 [Click to enlarge ] |
 [Click to enlarge ] |
- Note)
- 1.The dotted line on the graph represents an example based on W78.4kN {8tf} load (buckling safety rate of Sf =4) and installation condition C with a distance of 300mm.
From this graph, JWB100/JWM100 is selected as the suitable frame number for these conditions. - 2.If detailed consideration is required, click here for the calculation.
