Profile machinings

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**''None'': There’s no particular condition which indicate the program how to apply the machining.
**''None'': There’s no particular condition which indicate the program how to apply the machining.
**''Connection bar contact'': This parameter tells the program that this operation is to mount the contact plates for the locking bar. The machining will be applied on the frames either top and bottom, where the contact plate is fixed.
**''Connection bar contact'': This parameter tells the program that this operation is to mount the contact plates for the locking bar. The machining will be applied on the frames either top and bottom, where the contact plate is fixed.
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**''3rd closure contact'': Sometimes the side who receive the sash with the handle, has mounted a further contact plate, specific for the third closure, or security closure.
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**''3rd closure contact'': Sometimes the side who receive the sash with the handle, has mounted a further contact plate, specific for the third closure, or security closure. The machining with this parameter is usually charged to the handle. The machining will be calculated at the same height of the handle. The dimension can be conditioned using the fields offset or Condition. (see ahead in this section).
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The machining with this parameter is usually charged to the handle. The machining will be calculated at the same height of the handle. The dimension can be conditioned using the fields offset or Condition. (see ahead in this section).
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**''Bearing plate'':The machining who has this parameter being applied to the lock, Bearing plate tell the program the machining goes in the frontal jamb opposite the lock.  
**''Bearing plate'':The machining who has this parameter being applied to the lock, Bearing plate tell the program the machining goes in the frontal jamb opposite the lock.  
**''Contact'': This automatism is for the closing striker of a gear. It indicate the program the machining must be done in the frontal jamb opposite the gear. The machinig will be loaded as many times as the number of strikers.
**''Contact'': This automatism is for the closing striker of a gear. It indicate the program the machining must be done in the frontal jamb opposite the gear. The machinig will be loaded as many times as the number of strikers.
**''Mullion hole'':The machining to mount the mullion being applied to the staple, this parameter indicate the program this machining goes in the side which receive the mullion or transom
**''Mullion hole'':The machining to mount the mullion being applied to the staple, this parameter indicate the program this machining goes in the side which receive the mullion or transom
**''Band lock'':This is for the lock to be mounted in the door band. The machining is loaded to the lock itself or the associated hanlde. The operation will be carried out in the transom.
**''Band lock'':This is for the lock to be mounted in the door band. The machining is loaded to the lock itself or the associated hanlde. The operation will be carried out in the transom.
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**''Push handle'': This is for the hanlde in the security doors, it require a hole in both the jambs of the sash where it is mounted. The automatism indicate the hole position according the hanlde height.
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Push handle
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**''Opposite profile'': This parameter allow to items saved as Assembly hardware, to apply the machining in the opposite profile where the hardware is loaded.
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This is for the hanlde in the security doors, it require a hole in both the jambs of the sash where it is mounted. The automatism indicate the hole position according the hanlde height.
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**''Screws'': It is asociated to the screw needed to fix the gear and the perimetral hardware. It works according the variable Hia and Lia.
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Opposite profile  
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This parameter allow to items saved as Assembly hardware, to apply the machining in the opposite profile where the hardware is loaded.
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Screws  
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It is asociated to the screw needed to fix the gear and the perimetral hardware. It works according the variable Hia and Lia.
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<!--Selezionare la voce inerente alla lavorazione prescelta è fondamentale per il calcolo del costo della stessa. Per la centinatura a Tutto sesto l’automatismo è Arco a tutto sesto, per il Sesto ribassato l’automatismo è Arco ribassato
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{{BR}}
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{|style=float:left
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|[[File:menuautom.png|thumb|right|Menù di scelta del tipo di automatismo.]]
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|[[File:menutipostruttura.png|thumb|right|Menù di scelta del tipo di struttura]]
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|[[File:Menutipocomponenteprofilo.png|thumb|right|Menù di scelta del componente del profilo]]
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{{BR}}
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*'''Angle'''[[File:frecciagiu.png]]: the automatic operation angle.
*'''Angle'''[[File:frecciagiu.png]]: the automatic operation angle.

Latest revision as of 13:57, 2 May 2014

Il quadro delle lavorazioni del profilo
Note N.B: To access this window: from Profiles select Image:tastolavorazioni.png button

This windows allows to assign a set of machinings to the profile, along with their costs.

Content description

  • File:tastopiuarchivio.png: allows to import every machining of a profile and assign to a new one.


  • Name File:tastoc.png: the machining to assign to the profile-
  • Desc: the machining description.
  • Cost: the machining cost. If left blank, Opera will calculate automatically the cost using values set in Company data
  • AutomFile:frecciagiu.png: a set of automatic operations that Opera can manage to choose from. The machining cost will be automatically calculated.
    • None: There’s no particular condition which indicate the program how to apply the machining.
    • Connection bar contact: This parameter tells the program that this operation is to mount the contact plates for the locking bar. The machining will be applied on the frames either top and bottom, where the contact plate is fixed.
    • 3rd closure contact: Sometimes the side who receive the sash with the handle, has mounted a further contact plate, specific for the third closure, or security closure. The machining with this parameter is usually charged to the handle. The machining will be calculated at the same height of the handle. The dimension can be conditioned using the fields offset or Condition. (see ahead in this section).
    • Bearing plate:The machining who has this parameter being applied to the lock, Bearing plate tell the program the machining goes in the frontal jamb opposite the lock.
    • Contact: This automatism is for the closing striker of a gear. It indicate the program the machining must be done in the frontal jamb opposite the gear. The machinig will be loaded as many times as the number of strikers.
    • Mullion hole:The machining to mount the mullion being applied to the staple, this parameter indicate the program this machining goes in the side which receive the mullion or transom
    • Band lock:This is for the lock to be mounted in the door band. The machining is loaded to the lock itself or the associated hanlde. The operation will be carried out in the transom.
    • Push handle: This is for the hanlde in the security doors, it require a hole in both the jambs of the sash where it is mounted. The automatism indicate the hole position according the hanlde height.
    • Opposite profile: This parameter allow to items saved as Assembly hardware, to apply the machining in the opposite profile where the hardware is loaded.
    • Screws: It is asociated to the screw needed to fix the gear and the perimetral hardware. It works according the variable Hia and Lia.
  • AngleFile:frecciagiu.png: the automatic operation angle.
Note NOTE:
this field is ebabled only when Contact is chosen in Autom. field..


  • Profile File:tastoc.png: the selected machining will be done only when the profile in this field is present.
Note NOTE:
this field is ebabled only when Contact,Crossing or Receiver is chosen in Autom. field..


  • StructureFile:frecciagiu.png: the structure type.
Note NOTE:
this field is ebabled only when Structure is chosen in Autom. field..


  • Offset: the machining offset. (set positive values for bottom/right offset and negative for top/left offsets)
  • Condition File:frecciagiu.png: the condition to be set for performing the operations
  • Position File:frecciagiu.png: the machining posizion (left = left side of the profile, right = right side of profile, none = central machining)
  • From the right: the machining position is drawn from the right compensating possible cutting errors
  • Profile component type File:frecciagiu.png: sets the profile to which assign the machining when the selected profile is an assembled one.

Nel caso di un profilo composto, questa funzione consente di determinare su quale componete applicare la lavorazione. Se, ad esempio, si tratta di profili in Alluminio legno composti da un componente interno ed uno esterno.

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