Operands

The Sequence Logic Control is the basis for controlling and monitoring the automatic operation of the machine. For each zone there is an array (aZ1, aZ2, …) which maps the operands from the system layer for each step (index). When assigning there are the following values:

0=don’t care (no action by the zone takes place) 1=Interlock Check (I - monitoring of the zone's input signal with interruption of the automatic mode) 2=Sequence Check (S - change of the input signal and activation of the zone's output signal) 3=Monitoring Check (M - monitoring of the zone's input signal without interruption of the automatic mode)

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// ########################### SEQUENCE LOGIC CONTROL ###########################
   {region "Description Sequence Logic Control"}
   (*
   The Sequence Logic Control section of the PLC software provides the actual control and 
   monitoring of every individual machine movement/action within the step sequence.
   This section is divided into ‘Sequence Zones’.
   A ‘Sequence zone’ is responsible for the control and monitoring of an individual action(e.g.Clamp Forward).
   Therefore each step of a sequence can contain one or more ‘Sequence Zones’.
   Under the influence of the step counter, the ‘Sequence Zone’ will set relevant real world outputs and 
   monitor the corresponding real world inputs associated with the particular movement or operation.
   *)
   {endregion}

      // Zones Operands Assigns
      aZ1[01]:= 0 ; aZ2[01]:= 0 ; aZ3[01]:= 0 ; aZ4[01]:= 0 ; aZ5[01]:= 0 ; aZ6[01]:= 0 ; aZ7[01]:= 0 ; aZ8[01]:= 1 ; aZ9[01]:= 1 ; aZ10[01]:= 0 ; aZ11[01]:= 0 ; aZ12[01]:= 0 ; aZ13[01]:= 0 ; aZ14[01]:= 0 ; aZ15[01]:= 0 ; aZ16[01]:= 0 ; aZ17[01]:= 0 ; aZ18[01]:= 0 ;  // Step Name: Step 1
      aZ1[02]:= 2 ; aZ2[02]:= 0 ; aZ3[02]:= 0 ; aZ4[02]:= 0 ; aZ5[02]:= 0 ; aZ6[02]:= 0 ; aZ7[02]:= 0 ; aZ8[02]:= 1 ; aZ9[02]:= 0 ; aZ10[02]:= 2 ; aZ11[02]:= 0 ; aZ12[02]:= 2 ; aZ13[02]:= 0 ; aZ14[02]:= 0 ; aZ15[02]:= 0 ; aZ16[02]:= 0 ; aZ17[02]:= 0 ; aZ18[02]:= 0 ;  // Step Name: Step 2
      aZ1[03]:= 0 ; aZ2[03]:= 0 ; aZ3[03]:= 0 ; aZ4[03]:= 0 ; aZ5[03]:= 0 ; aZ6[03]:= 2 ; aZ7[03]:= 0 ; aZ8[03]:= 0 ; aZ9[03]:= 0 ; aZ10[03]:= 1 ; aZ11[03]:= 2 ; aZ12[03]:= 0 ; aZ13[03]:= 0 ; aZ14[03]:= 0 ; aZ15[03]:= 2 ; aZ16[03]:= 0 ; aZ17[03]:= 0 ; aZ18[03]:= 1 ;  // Step Name: Decision 1
      aZ1[04]:= 0 ; aZ2[04]:= 1 ; aZ3[04]:= 0 ; aZ4[04]:= 0 ; aZ5[04]:= 1 ; aZ6[04]:= 0 ; aZ7[04]:= 2 ; aZ8[04]:= 0 ; aZ9[04]:= 0 ; aZ10[04]:= 1 ; aZ11[04]:= 0 ; aZ12[04]:= 2 ; aZ13[04]:= 0 ; aZ14[04]:= 0 ; aZ15[04]:= 1 ; aZ16[04]:= 0 ; aZ17[04]:= 0 ; aZ18[04]:= 1 ;  // Step Name: Step Path 1
      aZ1[05]:= 0 ; aZ2[05]:= 0 ; aZ3[05]:= 1 ; aZ4[05]:= 1 ; aZ5[05]:= 0 ; aZ6[05]:= 0 ; aZ7[05]:= 0 ; aZ8[05]:= 2 ; aZ9[05]:= 0 ; aZ10[05]:= 1 ; aZ11[05]:= 2 ; aZ12[05]:= 0 ; aZ13[05]:= 0 ; aZ14[05]:= 0 ; aZ15[05]:= 1 ; aZ16[05]:= 0 ; aZ17[05]:= 0 ; aZ18[05]:= 1 ;  // Step Name: Step Path 2
      aZ1[06]:= 0 ; aZ2[06]:= 0 ; aZ3[06]:= 0 ; aZ4[06]:= 0 ; aZ5[06]:= 0 ; aZ6[06]:= 0 ; aZ7[06]:= 2 ; aZ8[06]:= 0 ; aZ9[06]:= 0 ; aZ10[06]:= 1 ; aZ11[06]:= 0 ; aZ12[06]:= 2 ; aZ13[06]:= 0 ; aZ14[06]:= 0 ; aZ15[06]:= 1 ; aZ16[06]:= 0 ; aZ17[06]:= 0 ; aZ18[06]:= 1 ;  // Step Name: Step End
      aZ1[07]:= 0 ; aZ2[07]:= 0 ; aZ3[07]:= 0 ; aZ4[07]:= 0 ; aZ5[07]:= 0 ; aZ6[07]:= 0 ; aZ7[07]:= 1 ; aZ8[07]:= 0 ; aZ9[07]:= 0 ; aZ10[07]:= 1 ; aZ11[07]:= 2 ; aZ12[07]:= 0 ; aZ13[07]:= 0 ; aZ14[07]:= 0 ; aZ15[07]:= 1 ; aZ16[07]:= 0 ; aZ17[07]:= 0 ; aZ18[07]:= 1 ;  // Step Name: Jump 7
      aZ1[08]:= 0 ; aZ2[08]:= 0 ; aZ3[08]:= 0 ; aZ4[08]:= 0 ; aZ5[08]:= 0 ; aZ6[08]:= 2 ; aZ7[08]:= 0 ; aZ8[08]:= 0 ; aZ9[08]:= 0 ; aZ10[08]:= 1 ; aZ11[08]:= 2 ; aZ12[08]:= 0 ; aZ13[08]:= 0 ; aZ14[08]:= 0 ; aZ15[08]:= 1 ; aZ16[08]:= 0 ; aZ17[08]:= 2 ; aZ18[08]:= 0 ;  // Step Name: Decision 1 Iteration 2
      aZ1[09]:= 0 ; aZ2[09]:= 1 ; aZ3[09]:= 0 ; aZ4[09]:= 0 ; aZ5[09]:= 1 ; aZ6[09]:= 0 ; aZ7[09]:= 2 ; aZ8[09]:= 0 ; aZ9[09]:= 0 ; aZ10[09]:= 1 ; aZ11[09]:= 0 ; aZ12[09]:= 2 ; aZ13[09]:= 0 ; aZ14[09]:= 0 ; aZ15[09]:= 1 ; aZ16[09]:= 0 ; aZ17[09]:= 1 ; aZ18[09]:= 0 ;  // Step Name: Step Path 1 Iteration 2
      aZ1[10]:= 0 ; aZ2[10]:= 0 ; aZ3[10]:= 1 ; aZ4[10]:= 1 ; aZ5[10]:= 0 ; aZ6[10]:= 0 ; aZ7[10]:= 0 ; aZ8[10]:= 2 ; aZ9[10]:= 0 ; aZ10[10]:= 1 ; aZ11[10]:= 2 ; aZ12[10]:= 0 ; aZ13[10]:= 0 ; aZ14[10]:= 0 ; aZ15[10]:= 1 ; aZ16[10]:= 0 ; aZ17[10]:= 1 ; aZ18[10]:= 0 ;  // Step Name: Step Path 2 Iteration 2
      aZ1[11]:= 0 ; aZ2[11]:= 0 ; aZ3[11]:= 0 ; aZ4[11]:= 0 ; aZ5[11]:= 0 ; aZ6[11]:= 0 ; aZ7[11]:= 2 ; aZ8[11]:= 0 ; aZ9[11]:= 0 ; aZ10[11]:= 1 ; aZ11[11]:= 0 ; aZ12[11]:= 2 ; aZ13[11]:= 0 ; aZ14[11]:= 0 ; aZ15[11]:= 1 ; aZ16[11]:= 0 ; aZ17[11]:= 1 ; aZ18[11]:= 0 ;  // Step Name: Step End Iteration 2
      aZ1[12]:= 0 ; aZ2[12]:= 0 ; aZ3[12]:= 0 ; aZ4[12]:= 0 ; aZ5[12]:= 0 ; aZ6[12]:= 0 ; aZ7[12]:= 1 ; aZ8[12]:= 0 ; aZ9[12]:= 0 ; aZ10[12]:= 1 ; aZ11[12]:= 2 ; aZ12[12]:= 0 ; aZ13[12]:= 0 ; aZ14[12]:= 0 ; aZ15[12]:= 1 ; aZ16[12]:= 0 ; aZ17[12]:= 1 ; aZ18[12]:= 0 ;  // Step Name: Jump 7 Iteration 2
      aZ1[13]:= 0 ; aZ2[13]:= 0 ; aZ3[13]:= 0 ; aZ4[13]:= 0 ; aZ5[13]:= 0 ; aZ6[13]:= 0 ; aZ7[13]:= 1 ; aZ8[13]:= 0 ; aZ9[13]:= 0 ; aZ10[13]:= 1 ; aZ11[13]:= 0 ; aZ12[13]:= 2 ; aZ13[13]:= 0 ; aZ14[13]:= 0 ; aZ15[13]:= 0 ; aZ16[13]:= 2 ; aZ17[13]:= 0 ; aZ18[13]:= 2 ;  // Step Name: Repeater 8
      aZ1[14]:= 0 ; aZ2[14]:= 0 ; aZ3[14]:= 0 ; aZ4[14]:= 0 ; aZ5[14]:= 0 ; aZ6[14]:= 0 ; aZ7[14]:= 0 ; aZ8[14]:= 2 ; aZ9[14]:= 2 ; aZ10[14]:= 0 ; aZ11[14]:= 2 ; aZ12[14]:= 0 ; aZ13[14]:= 0 ; aZ14[14]:= 0 ; aZ15[14]:= 0 ; aZ16[14]:= 0 ; aZ17[14]:= 0 ; aZ18[14]:= 0 ;  // Step Name: Step 9
      aZ1[15]:= 0 ; aZ2[15]:= 0 ; aZ3[15]:= 0 ; aZ4[15]:= 0 ; aZ5[15]:= 0 ; aZ6[15]:= 0 ; aZ7[15]:= 0 ; aZ8[15]:= 0 ; aZ9[15]:= 0 ; aZ10[15]:= 0 ; aZ11[15]:= 0 ; aZ12[15]:= 0 ; aZ13[15]:= 2 ; aZ14[15]:= 0 ; aZ15[15]:= 0 ; aZ16[15]:= 0 ; aZ17[15]:= 0 ; aZ18[15]:= 0 ;  // Step Name: CrossSeq Master Setter 10
      aZ1[16]:= 0 ; aZ2[16]:= 0 ; aZ3[16]:= 0 ; aZ4[16]:= 0 ; aZ5[16]:= 0 ; aZ6[16]:= 0 ; aZ7[16]:= 0 ; aZ8[16]:= 0 ; aZ9[16]:= 0 ; aZ10[16]:= 0 ; aZ11[16]:= 0 ; aZ12[16]:= 0 ; aZ13[16]:= 0 ; aZ14[16]:= 2 ; aZ15[16]:= 0 ; aZ16[16]:= 0 ; aZ17[16]:= 0 ; aZ18[16]:= 0 ;  // Step Name: CrossSeq Master Getter 10