An immersion quench zone is a rectangular box with coolant, and the extruded profile goes through this coolant. In
this process, it is completely immersed in the coolant.
The quench system database allows you to save created quench systems. You can retrieve the stored quench systems from
the database to reuse in future simulations.
An air nozzle quench zone is a rectangular quench zone and has four sides: left,
right, top, and bottom.
Each side of a rectangular quench zone can have a nozzle set, which can be
enabled/disabled for a specific run. By default the top nozzle set is enabled. Every
rectangular duct is treated as a nozzle.
From the Quenching ribbon, click the
Quench tool.
The secondary toolbar with quench zone types is displayed.
Click the Air Nozzle icon.
Adjust the zone position over the profile using the move tool in
the micro dialog to move the box in X,Y, Z directions.
Clicking the buttons in the
microdialog enables/disables the nozzles in the top, bottom, right or left of
the zone respectively.
A rectangular air nozzle zone will be created. Microdialogs to edit the
box dimensions will be populated along the width, length, and height of the box.
Another microdialog with zone parameters will be populated.
Optional: Change the parameters of the air nozzle by clicking the air nozzle. In the microdialog, edit the parameters and press Enter.
The air nozzles will be recreated with the new values. Nozzle
Pitch is the distance between two nozzles. The position of the
first nozzle is specified from the starting edge of the zone using the
Start Offset value. The flow rate specified is for
the entire side and is equally divided to each nozzle. Nozzles are positioned at
equal distances on the side, with the specified end offset (both ends). The
nozzles are perpendicular to the Z axis. Temperature of air is also specified in
this dialog.