00196044-05 - sg x und x4i fse_en.pdf - 第233页
Gantry Checking the Y Axis Dynamics Axis Control S tudent Guide (FSE) SIPL ACE X Series and X4I Edition 01/2009 EN Gantry 233 Legend 1. Axis start 2. The end po sition signal is triggered at different times, depending on…

Gantry
Axis Control Checking the Y Axis Dynamics
Student Guide (FSE) SIPLACE X Series and X4I
Gantry Edition 01/2009 EN
232
6.5.3 Checking the Y Axis Dynamics
6.5.3.1 Measurement Setup
6.5.3.2 Comparison of Y Axis Travel Profile for C&P20A, CPP and Twin Heads
6-23: Signal path at 15000 digit travel range of Y axis for the different head configurations
NOTE:
The measurement procedure follows the same preparations and procedures as for the X axis.

Gantry
Checking the Y Axis Dynamics Axis Control
Student Guide (FSE) SIPLACE X Series and X4I
Edition 01/2009 EN Gantry
233
Legend
1. Axis start
2. The end position signal is triggered at different times, depending on the axis records for the 3 head
configurations.
6.5.3.3 Travel Time Table for C&P20A Y Axis
6.5.3.4 Travel Time Table for CPP Y Axis
ATTENTION:
The maximum position deviation for placement with:
C&P20A: 12 µm (digits)
CPP: 10 µm (digits)
Twin Head: 5 µm (digits)
Distance / digit Y gantry axis with C&P20A
Target time / ms Tolerance /ms
600 27 +/- 5
1000 30 +/- 5
2000 31 +/- 5
5000 45 +/- 5
15000 64 +/- 5
20000 71 +/- 5
50000 101 +/- 5
100000 138 +/- 5
200000 175 +/- 5
300000 213 +/- 5
Distance / digit Y gantry axis with CPP
Target time / ms Tolerance /ms
600 31 +/- 5
1000 34 +/- 5
2000 35 +/- 5
5000 50 +/- 5
15000 68 +/- 5
20000 75 +/- 5
50000 107 +/- 5
100000 142 +/- 5
200000 184 +/- 5
300000 219 +/- 5

Gantry
Axis Control Checking the Y Axis Dynamics
Student Guide (FSE) SIPLACE X Series and X4I
Gantry Edition 01/2009 EN
234
6.5.3.5 Travel Time Table for Twin Head Y Axis
Distance / digit Y gantry axis with Twin Head
Target time / ms Tolerance /ms
500 35 +/- 5
1000 40 +/- 5
2000 46 +/- 5
5000 53 +/- 5
15000 68 +/- 5
20000 76 +/- 5
50000 108 +/- 10
100000 147 +/- 10
200000 199 +/- 10
600000 357 +/- 15