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Detailed Performance Data for the TML 500 F
Values shown for load capacity of the TML 500 F are based on material S235 JR for the maximum, vertical tractive
force with 0° deviation from the load axis including a 3:1 safety factor. This manual does not contain any instructions
for use on round material, as the TML 500 F is designed for flat material and round material or arched objects may
not be lifted.
Table 2
Thickness of
material
mm
2
3
4
5
6
8
10
15
>20
Thickness of
material
inch
0,08
0,12
0,16
0,20
0,25
0,30
0,40
0,50
>1
The maximum dimensions of the loads to be lifted depend to a large extent on the geometry and flexural stiffness of
the work pieces. If the material bends, an air gap will form under the magnetic surface which will decrease the load-
bearing capacity significantly.
During each lift, watch for any deformation of the work piece that might occur and check for any air gap developing
at the edges of the magnetic surface contact area. You can use for instance a sheet of paper (80g/m
Spreader bars with additional magnets may be required to safely lift large or flexible loads.
Immediately stop the lift if there is any excessive deformation of the work piece or an air gap.
Never exceed load-bearing capacity given in the table 2.
Clean, flat, ground
surface
Air gap <0.1 mm
0°
50
130
195
300
360
455
490
500
500
Clean, flat, ground
surface
Air gap <0.004 inches
0°
110
285
430
660
800
1000
1090
1100
1100
Load capacity in kg
Rusty, slightly scratched
surface
Air gap = 0.25 mm
0°
45
115
160
240
270
310
360
365
370
Load capacity in lbs
Rusty, slightly scratched
surface
Air gap = 0.01 inches
0°
100
255
355
525
595
685
785
800
815
Irregular, rusty or rough
surface
Air gap = 0.5 mm
0°
40
85
135
190
220
240
245
250
250
Irregular, rusty or rough
surface
Air gap = 0.02 inches
0°
90
185
295
415
480
525
540
545
555
) to check this.
2
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