Profiles

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{{NB|To access this window from Opera Job Management: open ''Archives'' menu, then select ''Profiles''}}
{{NB|To access this window from Opera Job Management: open ''Archives'' menu, then select ''Profiles''}}
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{{WIP}}
 
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<!--
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This archive is used to store all the profile information, along with their technical data (height, encumbrance, thickness). These data are used by the program in order to output the cutting list, the cutting optimization, to calculate prices, and the required quantity.
 +
 
__TOC__
__TOC__
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This archive is used to store all the profile information, along with their technical data (height, encumbrance, thickness). These data are used by the program in order to output the cutting list, the cutting optimization, to calculate prices, and the required quantity.
+
 
{{BR}}
{{BR}}
'''Content description'''
'''Content description'''
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<!--
 
==Sidebar buttons==
==Sidebar buttons==
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;Il pulsante [[File:tastopercentuale.png]]
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*[[File:tastopercentuale.png]]: this will allow to edit prices in two ways: selecting ''Percentage'' from the popup message box will allow user to edit all prices by a % value;  selecting ''List'' will open a .csv file containing all the profiles and their prices. After saving, every change to the .csv file will be shown in the following screen. Pressing the button [[File:tastoaggiorna.png]] will update the prices within the profiles archive.
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: premendolo si aprirà il seguente riquadro [[File:quadropercentuale.png|400 px]], dal quale avremo diverse possibilità di scelta;
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[[File:quadrovariazionepercentualeprezzi.png|thumb|right|500px|Il quadro di variazione della percentuale dei prezzi]]
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* scegliendo '''Percentuale''' possiamo variare le percentuali dei prezzi che abbiamo inserito nella Serie e il programma le inserisce in automatico.
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 +
{|
 +
|[[File:quadrovariazionepercentualeprezzi.png|thumb|right|300px|Percentage variation]]
 +
|[[File:quadroaggiornamentoprezzi.png|300 px|thumb|right|List editing]]
 +
|}
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[[File:filecsv.png|500 px|thumb|right|La modifica del file .csv]]
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*[[File:tastocategorie.png]]: if any catalogue has been loaded for the selected profile, it will be shown when pressing the button.
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* scegliendo '''Tabella''' creiamo un file .csv  dove possiamo operare delle modifiche ai dati delle serie.
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{{BR}}
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Queste modifiche, se corretamente salvate nel file .csv, compaiono nel quadro seguente:
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[[File:quadroaggiornamentoprezzi.png|300 px|thumb|left|La finestra di riepilogo dell'aggiornamento dei prezzi]]
 
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Cliccando sul pulsante [[File:tastoaggiorna.png]] aggiorneremo le modifiche nel nostro archivio.
 
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;Il pulsante [[File:tastocategorie.png]]
 
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: consente di visualizzare il catalogo abbinato ai profili, se questo è presente.
 
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-->
 
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{{BR}}
 
== Section 1: general information ==
== Section 1: general information ==
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|}
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*'''Master name''':The profile code to be referred to.
*'''Master name''':The profile code to be referred to.
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:{{NOTE|A typical example for which it is necessary to use the Master name is when a marine glazing sash sill profile can also be used as transom. In this case, their dimensions (encumbrance) will change when their use is modified.  If we look at the following pictures we can see that the profile in Picture 1, called 9963 in this example and usually used as a sash sill, has a smaller encumbrance if used as transom, Picture 2.}}
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{{NOTE|A typical example for which it is necessary to use the Master name is when a marine glazing sash sill profile can also be used as transom. In this case, their dimensions (encumbrance) will change when their use is modified.  If we look at the following pictures we can see that the profile in Picture 1, called 9963 in this example and usually used as a sash sill, has a smaller encumbrance if used as transom, Picture 2.}}
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This is necessary for loading a new profile that we will call k390-T. This will be an exact copy of the other one, except for changes to the type of use and chamber values .  It would be useful to enter k290M as (Master Name) so that 9963 is used for the order to the supplier, in cutting lists, in optimisation lists, etc., rather than the 9963-T, which is only a fictitious profile.
This is necessary for loading a new profile that we will call k390-T. This will be an exact copy of the other one, except for changes to the type of use and chamber values .  It would be useful to enter k290M as (Master Name) so that 9963 is used for the order to the supplier, in cutting lists, in optimisation lists, etc., rather than the 9963-T, which is only a fictitious profile.
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*'''Serie '''[[File:frecciagiu.png]]: : Indicates the name of the series the profiles belongs to.
*'''Serie '''[[File:frecciagiu.png]]: : Indicates the name of the series the profiles belongs to.
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:{{NOTE| If the profile purchase price relates to the range to which the item belongs, linking the range to the profile is very important to calculate its cost.  In this case, if the name of the range is not indicated against the profile, it will not be possible to calculate the cost.}}
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{{NOTE| If the profile purchase price relates to the range to which the item belongs, linking the range to the profile is very important to calculate its cost.  In this case, if the name of the range is not indicated against the profile, it will not be possible to calculate the cost. }}
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*'''Description''': The text describing the characteristics of the profile.
*'''Description''': The text describing the characteristics of the profile.
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*'''Weight''': The weight of the profile is indicated per metre length.  
*'''Weight''': The weight of the profile is indicated per metre length.  
*'''Type ''' [[File:frecciagiu.png]]: This is a basic description indicating the type of material used to make the profile.
*'''Type ''' [[File:frecciagiu.png]]: This is a basic description indicating the type of material used to make the profile.
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:{{NB| Selecting '''PVC''' will activate the field ''Assembly dimension'', in which the quantity of the profile consumed during welding is indicated.  This value is required to output an accurate cutting list.}}
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{{NB| Selecting '''PVC''' will activate the field ''Assembly dimension'', in which the quantity of the profile consumed during welding is indicated.  This value is required to output an accurate cutting list. }}
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{{NOTE|An ''Assembled profile'' is made up of different bars, often from different materials, combined together to create the assembled functional profile (or assembled profile).  For example, aluminium-wood profiles are usually made up assembling different bars: an aluminium bar, a plastic bar and a wood bar; also bicolour profiles are made with two aluminium bars with different colours.  Opera allows the calculation of the assembled profile cost in addition to the calculation of the cost of each single component, even if they have different measurement units amongst them.  In case of bicolour profiles, it calculates the cost of the internal and external colours.  The programme can output in the materials list the assembled profile code or the codes of every single profile.}}
{{NOTE|An ''Assembled profile'' is made up of different bars, often from different materials, combined together to create the assembled functional profile (or assembled profile).  For example, aluminium-wood profiles are usually made up assembling different bars: an aluminium bar, a plastic bar and a wood bar; also bicolour profiles are made with two aluminium bars with different colours.  Opera allows the calculation of the assembled profile cost in addition to the calculation of the cost of each single component, even if they have different measurement units amongst them.  In case of bicolour profiles, it calculates the cost of the internal and external colours.  The programme can output in the materials list the assembled profile code or the codes of every single profile.}}
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Enabling '''Assembled''' field will activate the following fields and the button [[File:tastocomponenti.png]].
Enabling '''Assembled''' field will activate the following fields and the button [[File:tastocomponenti.png]].
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*'''Screw''': the screw accessory to use when assembling the profile
*'''Screw''': the screw accessory to use when assembling the profile
*'''Screw thread''': average distance between screws. Opera will automatically calculate the required screw number.
*'''Screw thread''': average distance between screws. Opera will automatically calculate the required screw number.
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*[[File:tastocomponenti.png]]: opens a new archive to set up the [[Assembled profile components|assembled profile components]]
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{{BR}}
{{BR}}
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== Sezione 4: dati relativi alle distinte e al magazzino ==
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== Sezione 4: Warehouse and report information  ==
 +
 
 +
 
*'''Exclude from lists ''': If enabled, the profile will be included in any print (cutting list, optimized cutting, supplier orders...)
*'''Exclude from lists ''': If enabled, the profile will be included in any print (cutting list, optimized cutting, supplier orders...)
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{{NOTE| This function  can be used when the profile has the function of false profile with the sole purpose of creating an encumbrance in the typology.  In this case, it should not appear in any print-out.  Being in fact a fictitious profile, it is therefore necessary to check this box.}}
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:{{NOTE| This function  can be used when the profile has the function of false profile with the sole purpose of creating an encumbrance in the typology.  In this case, it should not appear in any print-out.  Being in fact a fictitious profile, it is therefore necessary to check this box.}}
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*'''Colour.''' (colouring)[[File:frecciagiu.png]]: the color to assign to the profile inside the job.
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*'''Colour.''' (colouring)[[File:frecciagiu.png]]: the color to assign to the profile inside the job. (''Normal'',''Internal'',''External'',''Accessories'',''Shutter'',''Panes'',''Lock'',''Hinge'',''Hardware'',''Wall support'',''Sash. Int. / Ext color'',''Glazin bead'',''Gasket'')
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(''Normal'',''Internal'',''External'',''Accessories'',''Shutter'',''Panes'',''Lock'',''Hinge'',''Hardware'',''Wall support'',''Sash. Int. / Ext color'',''Glazin bead'',''Gasket'')
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*'''Bar length''': The length of the entire bar.
*'''Bar length''': The length of the entire bar.
 +
 +
<gallery style="float:right">
 +
File:profiloz.png|Esempio di un profilo reversibile
 +
File:barrareversibile.png|Esempio di barra ottimizzata con profilo reversibile
 +
File:barrareversibile2.png|Esempio di barra ottimizzata con profilo NON reversibile
 +
</gallery>
*'''Reversible''': If enabled, the profiled will be considered as reversible.
*'''Reversible''': If enabled, the profiled will be considered as reversible.
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{{NOTE| this option is used with Z-profiles that can be used in the same way even if turned upside down.  This property will be used by the program when calculating the optimised cut, avoiding the unnecessary waste.
+
:{{NOTE| this option is used with Z-profiles that can be used in the same way even if turned upside down.  This property will be used by the program when calculating the optimised cut, avoiding the unnecessary waste.}}
-
}}
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-
{|
 
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||[[image:profiloz.png|A reversible profile]
 
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||[[image:barrareversibile.png|Optimized bar with reversible profile]
 
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||[[image:barrareversibile2.png|Optimized bar with a non-reversible profile]
 
-
|}
 
*'''Symmetric''' : the profile will be considered as symmetric in comparison with either the external and the internal surface.  
*'''Symmetric''' : the profile will be considered as symmetric in comparison with either the external and the internal surface.  
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*'''Min leftover''': the smalles reusable leftover
*'''Min leftover''': the smalles reusable leftover
-
<!--
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{{BR}}
{{BR}}
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== Sezione 5: Dati tecnici ==
 
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;'''Altezza'''
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== Section 5: Technical information ==
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: l’altezza del profilo sul piano di Taglio, misurata perpendicolarmente alla profondità.
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{{NB|Solo per il riporto scorrevole l'altezza deve coincidere con il valore della camera.}}
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;'''Ignora spess. col.''' (Ignora spessore colorazione)
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<gallery style="float:right">
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:Indica al programma che durante il calcolo delle liste di taglio non deve essere considerato lo spessore della finitura.
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File:profiloz2.png|Example of Z profile height
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Lo spessore della finitura è indicato nei dati della colorazione, in [[Archivio colorazioni]].
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File:profiloz3.png|Example of core overhang value
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{{BR}}
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<gallery>
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File:profiloz2.png|Esempio di altezza di un profilo
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-
File:profiloz3.png|Esempio di valore relativo alla differenza tubolarità
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</gallery>
</gallery>
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;'''Diff.tubol.''' (differenza tubolarità)
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*'''Height ''': the height of the profile measured perpendicular to its depth..
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:si tratta della lunghezza dell’aletta di battuta misurata sino alla tubolarità del profilo.
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:{{NB|In case of fixed frames, moving frames, and T beams, the sum of the clear space + glazing rebate + rebate is given.}}
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{{BR}}
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;'''Quota Saldatura'''
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*'''Ignore col. thk. ''' (ignore colour thickness): the program will include the thicknesses of the finishe when calculating cutting lists
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:In questa casella attiva solo se nel campo '''Tipo''' scegliamo profili in Pvc , si determina la quota della saldatura dei profili che si somma alla quota di taglio.
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-
;'''Step Taglio'''
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*'''Core overhang''': the distance between core and outer edge of the profile
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:E’ il valore di arrotondamento del taglio dei profili. Questa funzione risulterà particolarmente utile nella gestione dei tagli dei rinforzi dei profili in PVC. Impostando infatti una misura di step, ad esempio “50 mm.”, eviteremo di trovare nelle distinte di taglio tutti i tagli con valori decimali, consentendo al programma di accorpare i tagli che rientreranno nel valore di step precedentemente impostato. E’ inoltre importante sapere che questa funzione arrotonda sempre per “difetto”.
+
*'''Assembly dimension''': the dimension to add to the cut lenght for welding (used with PVC profiles only)
 +
*'''Cutting step ''': the average cutting step
 +
:{{NOTE| This is mainly used when cutting reinforcing for PVC profiles. If, for example, a step of “50 mm” is set, this will avoid the inclusion of decimal values on the cutting list.  It will also allow the program to include all cuts that fall within the step value set beforehand. It is also important to note that this function always rounds off “downwards”.}}
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;'''Sempre a 90°'''
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*'''Always at 90°''' in enabled, the cutting on the profile will always be at 90°
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:Se attivata, questa funzione impone al programma di tagliare il profilo a 90 gradi.
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;'''Utilizzo'''
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*'''Function''': the function(s) of the profile. Opera will consider these information for the cut calculations.
-
:Riporta la funzione del profilo. In base all’utilizzo impostato compariranno alcune caselle dove dovranno essere riportati i valori tecnici del profilo. Questi dati saranno presi in considerazione dal programma durante il calcolo dei tagli.
+
*'''Encumbrance''': the encumbrance size
-
La spiegazione dei dati tecnici richiesti è riportata nell’ '''Appendice I''', '''Dati tecnici dei profili in base agli utilizzo'''.
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*'''Clrnc''' (clearance): the clearance size
 +
*'''End mill corr''' (end mill correction): the end milling correction value
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;'''Sist.vetro''' (Sistema fermavetro)
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<!--
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:Questa casella riporta il sistema di montaggio del vetro. Nel menù a tendina possiamo scegliere fra i seguenti:
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*'''Glazing system ''' (Glazing bead system): the glass assembly system. One of the following three options may be set :
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:*'''Nessuno''': Indica che il profilo non è predisposto per l’applicazione di un riempimento.
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:*'''None''': Indica che il profilo non è predisposto per l’applicazione di un riempimento.
-
Il valore Nessuno nel campo Sist.vetro è utilizzato solitamente quando un riporto posizionato all’interno della specchiatura non è predisposto per accettare riempimenti, in modo da indicare al programma che deve utilizzare i dati per il riempimento contenuti nel telaio e non nel riporto in questione.
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:{{NOTE| The ''None'' value in the Glazing bead system field is often used when a frame filler inside the panelling is not preset to accept panes so to instruct the program that it has to use the pane data contained in the frame and not in the above mentioned frame filler. }}
:*'''a scatto''': quando il profilo necessita dell’applicazione di un fermavetro per il fissaggio del riempimento.
:*'''a scatto''': quando il profilo necessita dell’applicazione di un fermavetro per il fissaggio del riempimento.
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:*'''a infilare''': Quando il profilo ha in sè le alette per il bloccaggio del vetro quindi non ha bisogno di fermavetro.
:*'''a infilare''': Quando il profilo ha in sè le alette per il bloccaggio del vetro quindi non ha bisogno di fermavetro.
 +
-->
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*Il pulsante [[File:tastoprezzi.png]] apre la finestra di gestione dei [[Prezzi profilo|prezzi del profilo]].
+
*[[File:tastoprezzi.png]]: opens [[Profie prices|profle prices window]].
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*Il pulsante [[File:tastosezione.png]] serve per aprire il quadro che consente di creare o modificare il [[Sezioni profilo|disegno sezionale del profilo]].
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*[[File:tastosezione.png]]: opens [[Profile cross-sections|profile cross sections window]].
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*Il pulsante [[File:tastoaccessori.png]] serve per aprire l’archivio degli [[Accessori standard profilo|accessori standard del profilo]].
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*[[File:tastoaccessori.png]]: opens [[Profile accessories|standard profile accessories window]].
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*Il pulsante [[File:tastolavorazioni.png]] serve per l’assegnazione dei costi e delle [[Lavorazioni profilo|lavorazioni di centinatura]].
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*[[File:tastolavorazioni.png]]: opens [[Profile machinings|profile machinings window]].
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*Il pulsante [[File:tastoottimizza.png]] apre il quadro dei [[Parametri di ottimizzazione|parametri di ottimizzazione]].
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*[[File:tastoottimizza.png]]: opens [[Profile optimization parameters|profile optimization parameters window]].
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*Il pulsante [[File:tastosuperficie.png]] apre il quadro di [[Gestione superfici|gestione superfici finitura del profilo]].
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*[[File:tastosuperficie.png]]: opens [[Profile finish surface|profile finish surface window]].
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*Il pulsante [[File:tastolistino2.png]] apre il quadro di [[gestione prezzi listino]] del profilo selezionato. Il pulsante è attivo solo in presenza di una revisione listino.
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*[[File:tastocomponenti.png]]: opens a new archive to set up the [[Assembled profile components|assembled profile components]]
 +
*[[File:tastolistino2.png]]: opens [[Profile price-lists|profile price-list management window]]  
 +
:{{NB| the [[File:tastolistino2.png]] button is available only with Price Lists Revision step active}}
-
{{BR}}
 
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== '''Voci correlate''' ==
 
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* [[Come creare un profilo|Come creare un nuovo profilo]]
 
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* [[Come fare un profilo scorrevole]]
 
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* [[Archivio Sistemi]]
 
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* [[Archivio Tipologie]]
 
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* [[Archivio Nodi]]
 
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* [[Classi di utile]]
 
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* [[Dati azienda]]
 
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* [[Dati tecnici dei profili in base agli utilizzi]]
 
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* [[Manuale Lavorazioni]]
 
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-->
 
<!-- HELP: JM/W152 -->
<!-- HELP: JM/W152 -->
[[Category: JM/Manual]]
[[Category: JM/Manual]]

Latest revision as of 13:28, 21 June 2024

Note N.B: To access this window from Opera Job Management: open Archives menu, then select Profiles


This archive is used to store all the profile information, along with their technical data (height, encumbrance, thickness). These data are used by the program in order to output the cutting list, the cutting optimization, to calculate prices, and the required quantity.


Contents



Content description

Sidebar buttons

  • File:tastopercentuale.png: this will allow to edit prices in two ways: selecting Percentage from the popup message box will allow user to edit all prices by a % value; selecting List will open a .csv file containing all the profiles and their prices. After saving, every change to the .csv file will be shown in the following screen. Pressing the button File:tastoaggiorna.png will update the prices within the profiles archive.
Percentage variation
List editing
  • File:tastocategorie.png: if any catalogue has been loaded for the selected profile, it will be shown when pressing the button.


Section 1: general information

  • Name : The profile code given by the manufacturer or supplier.
Codice 9963
Figura 1.
If used as a sash sill, the dimensions (encumbrance) also include the bottom overlaps.
Codice 9963-T
Figura 2.
If used as a transom, the dimensions do not include the bottom overlaps and are therefore smaller..
  • Master name:The profile code to be referred to.
Note NOTE:
A typical example for which it is necessary to use the Master name is when a marine glazing sash sill profile can also be used as transom. In this case, their dimensions (encumbrance) will change when their use is modified. If we look at the following pictures we can see that the profile in Picture 1, called 9963 in this example and usually used as a sash sill, has a smaller encumbrance if used as transom, Picture 2.

This is necessary for loading a new profile that we will call k390-T. This will be an exact copy of the other one, except for changes to the type of use and chamber values . It would be useful to enter k290M as (Master Name) so that 9963 is used for the order to the supplier, in cutting lists, in optimisation lists, etc., rather than the 9963-T, which is only a fictitious profile.

  • System File:frecciagiu.png: : Indicates the name of the system the profile belongs to.
  • Serie File:frecciagiu.png: : Indicates the name of the series the profiles belongs to.
Note NOTE:
If the profile purchase price relates to the range to which the item belongs, linking the range to the profile is very important to calculate its cost. In this case, if the name of the range is not indicated against the profile, it will not be possible to calculate the cost.
  • Description: The text describing the characteristics of the profile.


Section 2: buying information

  • Supplier : Indicates the name of the profile supplier
  • Weight: The weight of the profile is indicated per metre length.
  • Type File:frecciagiu.png: This is a basic description indicating the type of material used to make the profile.
Note N.B: Selecting PVC will activate the field Assembly dimension, in which the quantity of the profile consumed during welding is indicated. This value is required to output an accurate cutting list.


Section 3: Assembled profile information

Note NOTE:
An Assembled profile is made up of different bars, often from different materials, combined together to create the assembled functional profile (or assembled profile). For example, aluminium-wood profiles are usually made up assembling different bars: an aluminium bar, a plastic bar and a wood bar; also bicolour profiles are made with two aluminium bars with different colours. Opera allows the calculation of the assembled profile cost in addition to the calculation of the cost of each single component, even if they have different measurement units amongst them. In case of bicolour profiles, it calculates the cost of the internal and external colours. The programme can output in the materials list the assembled profile code or the codes of every single profile.

Enabling Assembled field will activate the following fields and the button File:tastocomponenti.png.

  • List of components: : If enabled, the profile component will be displayed in the part lists.
  • Taglio componenti: Components cutting
  • Screw: the screw accessory to use when assembling the profile
  • Screw thread: average distance between screws. Opera will automatically calculate the required screw number.




Sezione 4: Warehouse and report information

  • Exclude from lists : If enabled, the profile will be included in any print (cutting list, optimized cutting, supplier orders...)
Note NOTE:
This function can be used when the profile has the function of false profile with the sole purpose of creating an encumbrance in the typology. In this case, it should not appear in any print-out. Being in fact a fictitious profile, it is therefore necessary to check this box.
  • Colour. (colouring)File:frecciagiu.png: the color to assign to the profile inside the job. (Normal,Internal,External,Accessories,Shutter,Panes,Lock,Hinge,Hardware,Wall support,Sash. Int. / Ext color,Glazin bead,Gasket)
  • Bar length: The length of the entire bar.

Esempio di un profilo reversibile

Esempio di barra ottimizzata con profilo reversibile

Esempio di barra ottimizzata con profilo NON reversibile

  • Reversible: If enabled, the profiled will be considered as reversible.
Note NOTE:
this option is used with Z-profiles that can be used in the same way even if turned upside down. This property will be used by the program when calculating the optimised cut, avoiding the unnecessary waste.


  • Symmetric : the profile will be considered as symmetric in comparison with either the external and the internal surface.
  • Min leftover: the smalles reusable leftover



Section 5: Technical information

Example of Z profile height

Example of core overhang value

  • Height : the height of the profile measured perpendicular to its depth..
Note N.B: In case of fixed frames, moving frames, and T beams, the sum of the clear space + glazing rebate + rebate is given.
  • Ignore col. thk. (ignore colour thickness): the program will include the thicknesses of the finishe when calculating cutting lists
  • Core overhang: the distance between core and outer edge of the profile
  • Assembly dimension: the dimension to add to the cut lenght for welding (used with PVC profiles only)
  • Cutting step : the average cutting step
Note NOTE:
This is mainly used when cutting reinforcing for PVC profiles. If, for example, a step of “50 mm” is set, this will avoid the inclusion of decimal values on the cutting list. It will also allow the program to include all cuts that fall within the step value set beforehand. It is also important to note that this function always rounds off “downwards”.
  • Always at 90° in enabled, the cutting on the profile will always be at 90°
  • Function: the function(s) of the profile. Opera will consider these information for the cut calculations.
  • Encumbrance: the encumbrance size
  • Clrnc (clearance): the clearance size
  • End mill corr (end mill correction): the end milling correction value


Note N.B: the File:tastolistino2.png button is available only with Price Lists Revision step active
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