E | With rubber stop, locking device in retracted position |
3 | Mounting with through holes on outer slide and countersunk holes on inner slide |
l1 | l2 +0.08 / -0.08 Stroke | l3 | Fs per pair at 10,000 cycles | at 100,000 cycles |
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11.81 | 8.07 | 19.29 | 175 lbf (780 N) | 135 lbf (600 N) |
13.78 | 9.41 | 22.60 | 142 lbf (630 N) | 110 lbf (490 N) |
15.75 | 11.38 | 26.54 | 121 lbf (540 N) | 94.42 lbf (420 N) |
17.72 | 13.35 | 30.47 | 103 lbf (460 N) | 80.93 lbf (360 N) |
19.69 | 14.69 | 33.78 | 121 lbf (540 N) | 94.42 lbf (420 N) |
23.62 | 17.99 | 41.02 | 126 lbf (560 N) | 96.67 lbf (430 N) |
27.56 | 21.30 | 48.27 | 126 lbf (560 N) | 96.67 lbf (430 N) |
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For the listed loading forces FS to be absorbed reliably in the surrounding structure, all available through holes / countersunk holes of the outer and inner slide must be used. Failure to use mounting screws reduces the specified load capacity accordingly. The following screws can be used for mounting: |
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Designation - Standard |
Outer slide |
Inner slide |
The maximum load capacity of telescopic slides depends on the slide cross-section and the nominal length l1 as well as the resulting stroke l2. Furthermore, the extension width, the slide materials used and the components of the equipment options, such as the dampened self-retracting mechanism, have a corresponding influence. |
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Wear, performance, and maximum bending were assessed after each test section. |
Min | Max | Price |
---|---|---|
1 | 9 | $34.97 |
10 | 24 | $32.05 |
25 | 49 | $29.14 |
≥ 50 | $26.23 |
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