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#IES VE PRO SEATTLE HOW TO#
#IES VE PRO SEATTLE CODE#

Duct networks can be drawn around a VE 3D building model, over a DXF drawing file, or on a ‘blank canvas’.

Graphical placement of fittings and terminals, using the current default fittings and terminals.

Graphical placement of ducts, using the current default duct, with automatically-assigned fitting types at each junction, using the current default fittings.

Terminal data – as for fittings, plus air flow rate and pressure drop.

Fitting data – fitting type, plan rotation (if editable), dimensions (if editable), etc.

#IES VE PRO SEATTLE CODE#

Duct data – predefined parameter set, sizing code (fixed size, maximum depth, maximum velocity, etc), optional fixed pressure losses, ambient air temperature, optional extra k-factor, flow diversity factor, etc.Default data to be used during graphical placement – default duct, default fitting for each junction type, and default terminal.Pre-definable list of duct parameter sets for easier data entry when editing the default duct or a particular duct in the network (e.g.Standard or extended HVAC range, or a user-defined duct size range.

#IES VE PRO SEATTLE HOW TO#

Customisable fitting data file, with data for each fitting type − how to draw it and connect it to ducts, and its pressure loss category.General system data, including design process, balancing option (using dampers only, or by resizing non-index runs), maximum design velocity, design pressure loss gradient and air properties.Alternatively, the system can be drafted on a blank canvas. IndusPro can use the 3D building model from the Virtual Environment or 2D DXF CAD drawings as the background for drafting the ductwork system.