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TLO027

Data - Notes

PE : nuova P.E. Labelers

LC: veccia

Deve essere Q2

Rimosso inverter M61
FTC B1/B2 della M61

Logic on the LC Labeler

Timesheet

Segnali

EB Conveyors (Vetro) to LC / PE

EB Conveyors (Vetro) from LC / PE

VM -> LC:

[10].2 : Bypass: 1 = run / 0 = stop

LC -> VM:

[10].6 : Bypass: 1 = in bypass / 0 = normal

VM -> PE:

[10].8 : Infeed : 1=run / 0=stop ( [10].0 ) [10].9 : Discharge : 1=run / 0=stop ( [10].1 ) [10].10 : BYPASS: 1 = run / 0 = stop

PE -> VM:

[10].7 : Machine Ready ( [10].0 ) [10].8 : Discharge : 1 = running ( [10].1 ) [10].9 : Infeed Open ( [10].2 ) [10].10 : LiveBit ([10].3 ) [10].11 : Bypass: 1 = in bypass / 0 = normal

Specifica Inserimento

!SL9.3744.00.pdf

Logica da fare:

M63: ingreso Ronchi
M60 : copiare logica da M55
M59 a M56 : Rimangono invariati con logica “Accumulo a 2 Fotocellule”. (4 Velocità fisse in base allo stato delle fotocellule).
M55: Ingreso LC
Cambiar logica de estadisticas en base a los bypass

The proposed modification suggests changing the logic for evaluating production efficiency in a bottling plant. Currently, efficiency is calculated by monitoring a photocell for bottle presence at the input of the labeling machine. The logic distinguishes between two problem areas: "Henkel" and "Alpla." If the machine is stopped and bottles are present at the input, it signifies an issue in the Henkel zone. If the machine is stopped and there is a lack of bottles at the input, it indicates a problem in the Alpla zone. The proposed modification involves using a bypass for certain components (Pe and LC) while maintaining the same logic. Additionally, a proposal for bottle counting is introduced, suggesting the use of different photocells for data collection depending on the machine in production. These changes aim to improve production efficiency without requiring major modifications to communication structures or data calculations.

Buscar:

Conteo Botellas
Efficiancia produzzione /

FC8 - ! FC380 - Counter !

Now it is usign the B3/B4-M56. We need to use for the new PE two ftc and create the call

Changes on PLC

Q2 - FC380 - Netw 8 - added Netw 9

Check that the Jam Alarm must be the same or another memory for the PE Labeler
The new 2 photocells are the B3-M62 / M4-M62 for the new labeler counter

Supervisor PLC

FC1100-N5-R36

IF "TL27_ReadData_D".FromQ1.ToSV.STW.QE1.BottlesInfeedLabeller_1 AND "DB DataReport".FillingLine.Line[3].Day[#Day].FillingLineActive THEN
    "DB DataReport".FillingLine.Line[3].Day[#Day].FillingLineActive := FALSE;
END_IF;

Q2-FC139-N1

// PE in bypass
      U     "FromQ1_D".FromHenkel.SignalExchange.Labeller."di10.x"[11]
      SPBN  LCcount
// PE Count - LC in Bypass: Send info from PE
      U     "DB Signal Labeller_PE".OUT_DIG_Signal_02
      U     "DB Signal Labeller_PE".CFG_VIS_DOUT_02
      =     "ToQ1_D".STW.QE.BottlesInfeedLabeller_1
      SPA   x001

LCcount : NOP 0
// LC Count - Send info from LC
      U     "DB Signal Labeller".OUT_DIG_Signal_02
      U     "DB Signal Labeller".CFG_VIS_DOUT_02
      =     "ToQ1_D".STW.QE.BottlesInfeedLabeller_1

x001: NOP 0

With this selection we send on "ToQ1_D".STW.QE.BottlesInfeedLabeller_1 the LACK OF BOTTLES from the infeed that is not in Bypass. If both are in bypass we send the count from LC infeed.

FC1100-N9-R14

// GateOpen on Labeller not in Bypass
// "di10.x"[2] : GateOpen LC Labeller
// "di10.x"[9] : GateOpen PE Labeller
// "di10.x"[5] : LC in Bypass
// "di10.x"[11] : PE in Bypass
// 
#TL_27_LabellerGateOpen := ("TL27_ReadData_D".FromQ1.FromHenkel.SignalExchange.Labeller."di10.x"[2] AND
    NOT "TL27_ReadData_D".FromQ1.FromHenkel.SignalExchange.Labeller."di10.x"[5]) OR
    ("TL27_ReadData_D".FromQ1.FromHenkel.SignalExchange.Labeller."di10.x"[9] AND
    NOT "TL27_ReadData_D".FromQ1.FromHenkel.SignalExchange.Labeller."di10.x"[11]);

FC1200 - N6 added - N7 modified

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