Moving frame

Camera

This is the footprint value measured perpendicular to the thickness, excluding only the value of the rebate fin and glass fin.

• Example of chamber value of a moving frame profile
  Example of chamber value of a moving frame profile
• Example of chamber value of a profile frame moving glass mortise or shutter
  Example of chamber value of a profile frame moving glass mortise or shutter

If it is a movable sliding frame, the room value is given by the whole height excluding the glass stop fin.

• Example of chamber value of a sliding mobile frame profile
  Example of chamber value of a sliding mobile frame profile

Beat

This is the length of the strike flap.

• Example of a movable frame rebate flap
  Example of a movable frame rebate flap

Glass wing

This is the length of the glass rebate flap.

• Example of glass wing of a mobile frame
  Example of glass wing of a mobile frame

Sp glass wing (glass wing thickness)

This is the thickness of the glass rebate fin at the part where the gasket is to be mounted.

• Example of glass wing thickness
  Example of glass wing thickness

Dente

It is the height of the tooth that has influence on the gut.

Note: When calculating the cutting length of a beam or upright Opera also considers the bowing operation for this purpose the height that the tooth of the profile to which it is to be connected has.

• Example of a moving frame profile tooth
  Example of a moving frame profile tooth

If it is a threaded glass profile, the value of the tooth will correspond to the negative value of the height of the glass wing.

• Example of the tooth of a mobile glass mortise frame profile, value -22
  Example of the tooth of a mobile glass mortise frame profile, value -22

Thickness

This is the thickness of the profile measured on the housing side of the glass.

• Examples of mobile frame profile thickness
  Examples of mobile frame profile thickness

In the case of mortise glass profile, this is the thickness of glass housing.

Interc (Intercapedine)

This is the distance between one profile and the other measured from the beginning of the chamber of one to the beginning of the chamber of the other.

• Example of gap value between fixed frame and movable frame
  Example of gap value between fixed frame and movable frame

If it is a movable frame for sliding this value must be negative and will correspond to the entry measurement in the fixed frame.

• Example of gap value between fixed frame and sliding movable frame
  Example of gap value between fixed frame and sliding movable frame

Interc vetro (intercapedine vetro)

This is the space that must remain between the glass and the profile.

Note: Typically, this is the shim dowel footprint value. This value is considered when calculating the size of the backfill. However, it is important to know that there is a precedence scale that the program takes into consideration when checking the glass gap value, i.e.: the first value to be examined is the one set on the infill, if this is 0(zero) then the one set on the glazing bead will be examined, if this is also 0(zero) then finally the one set on the frame profile (fixed or sash) will be examined.

Sagoma

Report the template code.

Note: Three codes are provided: Z, L, T. Setting the template code correctly can enable the program to tell whether the node you are making is suitable for internal or external openings. In the case of a shutter profile, the template must be set to a T shape to obtain the display of the outward opening type.

Header angle

Corner composed of the profiles meeting the fixed frame.

Separator

Sets the profile as a separator.

Intercapedine

Field to set the overlap distance between frame and sash.

Complanarity

The function of this box, and directed to the creation of nodes. For profiles that have a coplanarity, such as between the frame and sash, by entering the value in this box, when the program detects the profile image in the Node Creation Box, it takes this value into account, placing the sections with the coplanarity value.