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SIPLACE GEM for S25, HS50 SW Version GEM 502.01 HOST Inter face Manual ©Siemens AG, all rights reserved page 231 of 236  $ ODUPV There ar e no alarm s def ined for SIPLACE $/ , ' $/ & ' $/ 7 ; 'HVFUL…

SIPLACE GEM for S25, HS50 SW Version GEM 502.01

HOST Interface Manual

Revolver Head 3

CEID Name Description

2310001 Place3Cycle Placement cycle completed on SP-head 3 and

will be updated.

2310002 PickUp3Cycle Pick-up cycle completed on SP-head 3 and

<PICKUPINFOREV3> will be updated.

2310003 Nozzle3changed <NOZZLECONF3> changed on revolver head 3

(not in single function mode).

2310004 RefRunHead3 Head <HEIGHTREV3> reference run complete on

revolver head 3.

2310005 NozzleRefRun3 <NOZZLECONF3> length reference run complete

on revolver head 3.

2310006 VacRefRun3 <VAKUUMDATAREV3> reference run complete on

revolver head 3.

Revolver Head 4

CEID Name Description

2410001 Place4Cycle Placement cycle completed on SP-head 4 and

will be updated.

2410002 PickUp4Cycle Pick-up cycle completed on SP-head 4 and

<PICKUPINFOREV4> will be updated.

2410003 Nozzle4changed <NOZZLECONF4> changed on revolver head 4

(not in single function mode).

2410004 RefRunHead4 Head <HEIGHTREV4> reference run complete on

revolver head 4.

2410005 NozzleRefRun4 <NOZZLECONF4> length reference run complete

on revolver head 4.

2410006 VacRefRun4 <VAKUUMDATAREV4> reference run complete on

revolver head 4.

SIPLACE GEM for S25, HS50 SW Version GEM 502.01

HOST Interface Manual

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There are no alarms defined for SIPLACE

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&(,'

$/,' Alarm ID

$/&' Alarm Severity Code. The low-order 7-bits of ALCD specifies the severity

code. The high-order bit (bit-8) shows the current alarm state (1=SET,

0=CLEAR).

$/7; Alarm Text. This is the actual string sent the Host in the Alarm Report

(S5F1).

21&(,' This is the Collection Event that is signaled when the alarm state changes

from CLEAR to SET ("going-on").

2))&(,' This is the Collection Event that is signaled when the alarm state changes

from SET WRCLEAR ("going-off").

SIPLACE GEM for S25, HS50 SW Version GEM 502.01

HOST Interface Manual

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You can use the SIPLACE GEM interface to check and continuously improve your

production process. To do so, you must monitor critical process parameters. In the event

there are large deviations from the desired value, you can stop the process and make

corrections.

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You can monitor the pickup reliability with the event

CEID 2010016 PickupError.

You will obtain vacuum values from the pickup processes from the Event PickUpxCycle.

You will receive summarizing information about pickup reliability relative to the placement

head and the PCB from the variables GANTRYINFOREVx. With the variables

SEGMENTINFOREVx you will obtain summarizing information relative to nozzles. This

will enable you to pinpoint, for example, inaccurately adjusted feeders or faulty nozzles.

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You can collect all data you require to retrace the use of components on the various

PCBs.

If you store this data, you can still ascertain later, e.g., if there are recall actions, which

PCBs were populated with components from a faulty batch.

You can use the component barcode to acquire the batches used. With a few GEM

events you can ascertain where which components were placed:

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Work with setup check and have the component barcode reported to you via the event

ComponentBCRead (CEID 920002). Store the component barcodes and the

corresponding locations where the feeders were set up.

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You can use the event CEID 920001 BCRead to report the PCB barcode. You will then

know the individual PCB. On the basis of the events of the PB conveyor you can ascertain

where the PCB is located. You can monitor the PCB without difficulty in the case of the

S25 because there is only one placement area there. In the case of the HS50 with 2

placement areas, you will have to track the PCB on the basis of the transport messages

and the states of the conveyor belt (e.g., INTERMEDIATECONVEYORSTATE).

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The beginning and end of a PCB's placement are reported with the events

PCBreadyProcxConvx. During placement you receive all of the relevant data from the

variables PICKINFOREVx, PLACEINFOREVx and PLACEINFOREVxSUB1. Use this to

ascertain, e.g., the pickup locations, and allocate this data to the current PCB.

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Using the pickup location as the basis, you can link the PCB to the current batch.