80S-2080F480F5 - 第425页
SIPLACE 80S-20/F4/F5 User M anual 6 What should you d o ... ? 05/99 Issue from Software Vers ion SR.405.xx 6.8 How to avoid track err ors 6 - 17 6.8.5 Component coordinate system and pick-up ang le Fig. 6.8.1 Position of…
6 What should you do ... ? SIPLACE 80S-20/F4/F5 User Manual
6.8 How to avoid track errors 05/99 Issue from Software Version SR.405.xx
6 - 16
6.8.3 ... on the linear feeder module
Adjust the vibrator flaps so that there is a gap of 0.1 mm between the component or the feeder magazine
and the flap.
Set the vibrator intensity correctly, otherwise the components will become wedged. We recommend that
you use type 3 for Siplace automatic placement machines.
Select the correct feeder magazine. i.e.:
– Removal opening < 1.5 x component length
– Magazine height < 1.5 x component height
Ensure that the feeder magazine is lying flat on the magnetic rail and is clean.
Refill the linear feeder modules in good time, i.e. when the level of components is near the red mark. The
magazine is then only one-third full.
6.8.4 ... on the tape container
Insert the spacers correctly (see Fig. 6.5.2, page 6 - 11)
Insert shafts into large tape reels.
SIPLACE 80S-20/F4/F5 User Manual 6 What should you do ... ?
05/99 Issue from Software Version SR.405.xx 6.8 How to avoid track errors
6 - 17
6.8.5 Component coordinate system and pick-up angle
Fig. 6.8.1 Position of the component and its pick-up angle
0°
90°
90°
SO-IC
DIL-IC
0°
SOT 194
90°
90°
SOT 23
Y
X
Vibratory feeder:
Special
Component
Chip
component
with
polarity
0402
2220
Component
type
Coordinate system Position in the feeder
Pick-up angle
nozzle angle
Tape
Tape
Vibratory feeder:
Tape
Tape
Y
X
Y
X
Holes
Y
X
Y
X
The anode must be
aligned with the
+x-coordinate
6 What should you do ... ? SIPLACE 80S-20/F4/F5 User Manual
6.8 How to avoid track errors 05/99 Issue from Software Version SR.405.xx
6 - 18
6.8.6 Checking the pick-up angle of the components
Fig. 6.8.2 Checking the pick-up angle of the components
0° 90°
180° 270°
X
component-removal belt
0°
90°
180°
270°
0°
90° 180° 270°
Y
0°
90°
180°
270°
0°
90°
180°
270°
0°
90°
180°
270°
Y
X
MKS
12
4
3
5