00193368-02 - 第178页
SIPLACE GEM for S25HM, S27HM, HS50 , HS60 SW Version GEM 503.02 HOST Inter fac e Manual Page 178 of 243 ©Siemens AG, all rights reser ved VID Class Format Name and Descrip tion 6 = Revolverhead with 6 noz zles 7 = IC Hea…
SIPLACE GEM for S25HM, S27HM, HS50, HS60 SW Version GEM 503.02
HOST Interface Manual
©Siemens AG, all rights reserved page 177 of 243
VID Class Format Name and Description
error (1...12)
A value of 0 indicates an error.
2012016 SV U2 TRACKONERROR
Track number associated with the most recent error
event
A value of 0 indicates an error.
2012017 SV U2 ERRORINFO1
Additional information about an error event.
Corresponds to the first parameter of an error
message on the station computer.
2012018 SV U2 ERRORINFO2
Additional information about an error event.
Corresponds to the second parameter of an error
message on the station computer.
2012021 SV L GANTRYHEADCONFIG
<L
<L
<I2 GantryGroupID
<L
<L
<I2 GantryID>
<I2 TypeOfGantry>
<L
<L
<I2 HeadID>
<I2 HEADTYPE>
>
...
>
>
...
>
>
TypeOfGantry:
At the moment there is only 1 Type of Gantry.
TypeOfGantry is always = 1
HEADTYPE:
5 = Revolverhead with 12 nozzles
SIPLACE GEM for S25HM, S27HM, HS50 , HS60 SW Version GEM 503.02
HOST Interface Manual
Page 178 of 243 ©Siemens AG, all rights reserved
VID Class Format Name and Description
6 = Revolverhead with 6 nozzles
7 = IC Head
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012022 DV U1 MACHINESIDE
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012023 DV I2 TRACKNUMBER
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012024 DV I2 DIVISION
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012025 DV I2 LEVEL
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012026 DV U1 SEGMENT
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012027 DV A COMPONENTNAME
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012028 DV U2 GANTRYID
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012029 DV U2 GANTRYGROUPID
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012030 DV U2 HEADID
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012031 DV A REFERENCEDESIGNATOR
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012032 DV U2 PACKAGEFORMNUMBER
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012033 DV U2 PLACEERRORDESCRIPTION
For a detailed description of the data item see „4.2
Data Item Dictionary“.
2012035 DV U1 LOCATION
For a detailed description of the data item see „4.2
SIPLACE GEM for S25HM, S27HM, HS50, HS60 SW Version GEM 503.02
HOST Interface Manual
©Siemens AG, all rights reserved page 179 of 243
VID Class Format Name and Description
Data Item Dictionary“.
2012037 SV L PICKUPERRORSLOC1
Pick-Up Errors of location 1 (see 1.6 machine areas).
This data item will be reset when a new Process
Program is downloaded to a SIPLACE machine for the
corresponding processing area and a PCB reaches
the corresponding processing conveyor:
processing 1 area (
S25HM, S27HM)
processing 1 area (
HS50, HS60).
<L
<L
<A ComponentName>
<I2 TrackNumber>
<U2 FeederType>
<I2 Level>
<I2 Division>
<U1 Tower>
<U2 FeederAccessesPerPCB>
<U2 VacuumErrors>
<U2 OpticalErrors>
<U2 CoplanarityErrors>
>
....
>
FeederAccessesPerPCB will be reset when a PCB
reaches the corresponding processing conveyor.
If the component was picked up from a feeder
Level
and Tower will contain -1.
In the case that the component was picked up from a
tray in the matrix tray changer
TrackNumber will be -1
and
Level and Tower are valid.
For a detailed description of the data item see „4.2
Data Item Dictionary“.
An empty list indicates an error.
2012038 SV L PICKUPERRORSLOC2
Pick-Up Errors of location 2 (see 1.6 machine areas).
This data item will be reset when a new Process
Program is downloaded to a SIPLACE machine for the
corresponding processing area and a PCB reaches
the corresponding processing conveyor: