00196504-02_UM_X-Serie_SR70X_EN - 第186页

Technical data for the machine User manual SIPLACE X-series X feeder modules From software version SR.70x.xx 01/2011 EN edition 186 3.9.3.3 Options for combining the LDU-X with placement heads 3 3.9.3.4 Restrictions – Li…

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User manual SIPLACE X-series Technical data for the machine
From software version SR.70x.xx 01/2011 EN edition X feeder modules
185
component is wetted and then the flux layer is renewed. This sequence guarantees consistent
processing conditions for the components.
The individual menus for actions and operating parameters are displayed in the display panel
(item 4 in Fig. 3.9 - 13
, page 184). The menus can be selected or a parameter modified and stored
using the buttons on the operator panel (item 5 in Fig. 3.9 - 13
, page 184). The 4 LEDs (item 6 in
Fig. 3.9 - 13
, page 184) of the display panel signalizes the status of the LDU-X. The LDU-X is
switched off immediately when the emergency stop button is pressed (item 7 in Fig. 3.9 - 13
, page
184
).
The LDU-X is suitable for both the MultiStar and the TwinStar. It is added to the set-up as a stand-
alone feeder module type. The module can only be set up on a component trolley of the SIPLACE
X-series. An implemented warming function allows the viscosity of the flux to be altered. The LDU-
X can be operated outside the machines using the energy and data interface for X feeder modules
(see Section 3.9.5
, page 191) for test purposes.
3.9.3.2 Technical data
Further technical data and details can be found in the "SIPLACE LDU-X" user manual.
May be installed on the following machines SIPLACE X4I, X4, X3, X2
Filled 8mm locations on the CO trolley of the
SIPLACE X-series
9
Component size a max. of 55 x 55 mm², depending on the
placement head type;
a max. of 45 x 45 mm² for TwinStar
The adjustable flux layer thickness 15 - 260 μm
Tolerance of the layer thicknesses ± 5 μm ... ± 10 µm
Time for applying the flux to the dip plate > 3s
Component dipping time adjustable using the software
Flux Indium TACFlux 010 / 013
Kester TSF-6502 / 6522
Alphametals OM338 / OM338PT
Almit BM1 RMA
Cookson WS 3018lv
et al.
Possible placement heads MultiStar, SpeedStar, TwinStar
Technical data for the machine User manual SIPLACE X-series
X feeder modules From software version SR.70x.xx 01/2011 EN edition
186
3.9.3.3 Options for combining the LDU-X with placement heads
3
3.9.3.4 Restrictions
– Limited pick-up area for the placement heads:
SIPLACE X4I: at all locations
SIPLACE X4/X3/X2: at locations 1 and 3
– The LDU-X must be manually added to the set-up.
– The LDU-X must only be set up on lanes 7 - 26.
– Only one LDU-X may be added to each component trolley.
– The waffle-pack tray holder and the LDU-X must not be set up on one component trolley.
– Linear feeders must not be set up beside an LDU-X.
– MTC and LDU-X must only be set up in a PA with a gantry.
– A gantry can only pick up from one LDU-X, even if it can pick up from two locations.
3.9.3.5 Dip plates for specified flux layer thicknesses
PLEASE NOTE 3
Please note that the flux thickness depends on the flux that is used. Even if the component and
the desired flux height are the same, the required dip plate depth can vary with different fluxes.
Placement heads
Machine C&P20 CPP (upper
mounting position)
CPP (lower
mounting position)
TH
SIPLACE X4I Yes
a
a) With LDU-X only from function status 02
Not applicable Yes Not applicable
SIPLACE X4 Yes
a
Yes Yes Yes
SIPLACE X3 Yes
a
Yes Yes Yes
SIPLACE X2 Yes
a
Yes Yes Yes
Dip plate depth Item no.
20 μm 00117022-xx
25 μm 00117020-xx
30 μm 00117023-xx
45 μm 00117043-xx
User manual SIPLACE X-series Technical data for the machine
From software version SR.70x.xx 01/2011 EN edition X feeder modules
187
60 μm 00117026-xx
70 μm 00117027-xx
75 μm 00117021-xx
80 μm 00117028-xx
90 μm 00117029-xx
100 μm 00117030-xx
110 μm 00117038-xx
120 μm 00117031-xx
130 μm 00117039-xx
140 μm 00117044-xx
150 μm 00117045-xx
160 μm 00117046-xx
170 μm 00117054-xx
180 μm 00117047-xx
190 μm 00117048-xx
200 μm 00117049-xx
210 μm 00117042-xx
220 μm 00117032-xx
230 μm 00117033-xx
240 μm 00117037-xx
250 μm 00117051-xx
260 μm 00117052-xx
270 μm 00117053-xx
280 μm 00117034-xx
290 μm 00117055-xx
300 μm 00117041-xx
310 μm 00117056-xx
320 μm 00117035-xx
330 μm 00117057-xx
340 μm 00117058-xx
350 μm 00117059-xx
360 μm 00117036-xx
370 μm 00117061-xx
380
μm 00117062-xx
390 μm 00117063-xx
400 μm 00117040-xx