Technical Data
Properties
| Line | line 8 |
|---|---|
| ESD-safe | No |
| Moment of Inertia, torsional | It = 2,71 cm4 |
| Moment of Inertia, x-axis | Ix = 9,75 cm4 |
| Moment of Inertia, y-axis | Iy = 9,48 cm4 |
| Maximum operating load | Fx max = 150 N |
| Maximum force in direction y | Fy max = 25 N |
| Maximum force in direction z | Fz max = 50 N |
| Max. speed | up to 1 m/s |
| Delivery unit | 1 pce. |
| Status on delivery | Preassembled |
| Max. acceleration | amax = 3 m/s2 |
| Repeat accuracy | . = 0.5 mm |
| Stroke max. | Hmax = 3.860 mm |
| Type designation | 0.0.655.98 |
| Stroke | h = 115 mm/r |
| Resistance Moment, x-axis | Wx = 4,83 cm3 |
| Resistance Moment, y-axis | Wy = 4,74 cm3 |
Description
The Drive Unit and Reverse Unit feature an exceptionally compact design. The tensioning device for the Timing Belt is integrated into the Reverse Unit. Its ball-bearing mounted pulleys ensure quiet and smooth running over long-term use. The Timing Belt is routed back through the profile groove.
The compact dimensions and maintenance-free design make Linear Unit GSF 8 40 R10 an exceptionally efficient solution. It is ideal for applications that require the movement of low loads. Thanks to the practical hollow shaft, an expanding hub coupling can be installed on the right or left, as appropriate to the installation.
Note: Linear Unit GSF 8 40 R10 is supplied ready for installation as a turnkey system in the desired stroke length. The components can also be ordered separately and assembled to form customised units.
Run length under max. load: 1000 km
Max. speed: 1 m/s
Due to their construction, slide guides can exhibit slight irregularities (stick/slip effect) when running at low speeds and under increased loads. This effect can be magnified when the Timing Belt is subject to excessive tension. Linear Unit GSF is recommended for use in applications that involve vertical loads.