0197787-01_UM_HeadVerification_708_EN.pdf - 第16页
SIPLACE Head V erification User Manual Edition 01/2015 16 3.5 Overvie w of Measurements fo r CP20P 3.5.1 SW708.x up to Image 126 (45 Min) The following tools are r equired for m easurem ents: 20x nozz le type 42 35 03098…

SIPLACE Head Verification
User Manual Edition 01/2015
15
3.4 Overview of Measurements for CPP (20 min)
The following tools are required for measurements:
12x nozzle type 2057 03070280-01 (calibration nozzle)
12x nozzle type 2069 03094135-01 (vacuum nozzle red, closed)
2x magazine for 2xxx nozzle 03066107-01
1x calibration tool CPP 03010565-01 (placed in machine)
Figure 8: Overview measurements CPP
The following measurements are performed in order:
1. Component sensor voltage and z-heights chapter 6.1 (00:46 min)
2. DP/Z positioning chapter 6.11 (00:56 min)
3. Holding circuit (sealed nozzle) chapter 6.2 (00:06 min)
4. Nozzle spring chapter 6.3 (01:09 min)
5. DP rotation test chapter 6.12 (01:57 min)
6. Z-axis movement chapter 6.4 (05:30 min)
7. Air & vacuum with head sensors chapter 6.6 (01:15 min)
8. Head endurance run 01005 chapter 6.7 (03:05 min)
9. Head endurance run LS chapter 6.8 (02:37 min)
10. Segment offset up & down (fast) chapter 6.9 (02:17 min)
The specified times may deviate and are only for guidance purposes. If the measurements are
performed as single measurements (not in "Select all" mode), longer script loading times (approx. 1
min) could delay the single measurement!

SIPLACE Head Verification
User Manual Edition 01/2015
16
3.5 Overview of Measurements for CP20P
3.5.1 SW708.x up to Image 126 (45 Min)
The following tools are required for measurements:
20x nozzle type 4235 03098748-01 (calibration nozzle)
20x nozzle type 4069 03106244-01 (vacuum nozzle red, closed)
20x nozzle type 4004 03098544-01
20x nozzle type 4105 03102457-01
4x magazine for 4xxx nozzle 03101503-01
1x calibration tool C&P20A/P 03034148-01 (placed in machine)
Figure 9: Overview measurements for CP20P to image 126
The following measurements are performed in order:
1. ZDS sensor values chapter 6.13 (07:26 min)
2. Air & vacuum with head sensors chapter 6.6 (02:09 min)
3. Segment offset up & down (fast) chapter 6.9 (02:32 min)
4. Nozzle spring chapter 6.3 (01:38 min)
5. DP rotation test chapter 6.12 (02:59 min)
6. Holding circuit (sealed nozzle) chapter 6.2 (01:35 min)
7. Component sensor voltage and z-heights chapter 6.1 (01:32 min)
8. Z-axis movement chapter 6.4 (04:36 min)
9. Head endurance run LS chapter 6.8 (02:27 min)
10. Segment offset up & down chapter 6.15 (10:25 min)
11. Component sensor calibration chapter 6.14 (09:13 min)
The specified times may deviate and are only for guidance purposes. If the measurements are
performed as single measurements (not in "Select all" mode), longer script loading times (approx. 1
min) could delay the single measurement!

SIPLACE Head Verification
User Manual Edition 01/2015
17
3.5.2 SW708.x Image 127 and Higher (25 Min)
The following tools are required for measurements:
20x nozzle type 4235 03098748-01 (calibration nozzle)
20x nozzle type 4069 03106244-01 (vacuum nozzle red, closed)
20x nozzle type 4004 03098544-01
20x nozzle type 4105 03102457-01
4x magazine for 4xxx nozzle 03101503-01
1x calibration tool C&P20A/P 03034148-01 (placed in machine)
Figure 10 Selection of measurements CP20P from build127
The following measurements are performed in order:
1. ZDS sensor values chapter 6.13 (07:26 min)
2. Air & vacuum with head sensors chapter 6.6 (02:09 min)
3. DP rotation test chapter 6.12 (02:59 min)
4. Segment offset up & down (fast) chapter 6.9 (02:32 min)
5. Nozzle spring chapter 6.3 (01:38 min)
6. Holding circuit (sealed nozzle) chapter 6.2 (01:35 min)
7. Component sensor voltage and z-heights chapter 6.1 (01:32 min)
8. Z-axis movement chapter 6.4 (04:36 min)
9. Head endurance run LS chapter 6.8 (02:27 min)
The specified times may deviate and are only for guidance purposes. If the measurements are
performed as single measurements (not in "Select all" mode), longer script loading times (approx. 1
min) could delay the single measurement!