The belt in the X/Y-system is arranged in an H-shape. The movements in X and Y-direction are realised by one belt. The belt is fixed at the slide of the Y-axis. The drive takes place at one of the 180°-deflections at the X-axis. For a drive in X-direction, both motors have to be turned exactly oppositely, in Y-direction both
motors have to be turned synchronously. If one motor stands still, the system drives under 45°. The movements of X and Y are therefore dependent on both motors.
stroke X (stroke increments 75 mm) | 100 - 1525 mm |
stroke Y (stroke increments 60 mm) | 100 - 700 mm |
stroke Z (stroke increments 40 mm) | 110 - 550 mm |
weight X/Y/Z system | approx. 50 kg |
moved mass X/Y/Z system in X/Y/Z direction | 30 / 13.5 / 5 kg |
moved mass X/Y system in X/Y direction | 21 / 4.5 kg |
weight increase per 100 mm stroke Y-axis | 0.95 kg |
weight increase per 100 mm stroke Z-axis | 0.6 kg |
recommended handling weight | 4 kg |
repeat accuracy | +/- 0.05 mm |
infeed constant without gear X/Y | 140 mm / turn |
infeed constant without gear Z | 160 mm / turn |
recommended size servo motor | AM8032 |
These elements are ideal for the levelling of assembly surfaces which cannot be mechanically processed or only with great effort. You can find more information and helpful tutorials here.