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State or Dynamic license with the appropriate add-on as shown in the table below. Alumina models are available with a Steady State or Dynamic license with

connect the streams to any position on the drawing. For Valve and Pump theory please see: Valve Theory and Pump Theory. The default access window consists

Between Ties 1 0 1 2 0.25 1.25 3 0.4375 1.4375 4 0.578125 1.578125 5 0.683593 1.683593 6 0.762695 1.762695 7 0.822021 1.822021 8 0.866516 1.866516 9 0.899887

Lookup - use the valve Cv values; Pressure drop proportional to valve position - a simple linear function relating pressure drop to valve position will be

Feeder/XPG-1 (used as cross page Connector), Tie, Pump-1, Valve-1. Process units that will break the Transfer Pull Local Network include Feeder/XPG-1 (NOT used

Examples: GetCmp(Tnk_1.Lvl (%),<,1) sets the driver slot bit to 1 if the tank level is less than 1% full. GetCmp(P_1.T (C),>,100) returns 1 if the temperature

and Tube Heat Exchanger 2, Simple Heat Exchanger, Simple Heater and Steam Turbine. Improved condition warning messages for Simple Heater when Duty is not

➔ Pressure Changing Models ➔ Valve 1 ➔ Dynamic Transfer Pull Mode Related Links: Setting up Transfer Pull Network, Dynamic Transfer Simulation Mode This

available in Dynamic projects. Only selected models will have the "Custom" option. For example, in dynamic project a user may want to force or change valve/pump

to Pump speed - a simple linear function relating pressure boost to Pump speed will be used; Head proportional to Pump speed - a simple linear function relating

example projects require a steady-state (ProBal) license while dynamic projects require a dynamic license (except for very small projects) Some example projects

projects from 9.1 to 9.2 see Upgrade to SysCAD 9.2. See SysCAD 9.2 Release Notes for a list of new features and changes from SysCAD 9.1 to SysCAD 9.2 Build

either Steady State or Dynamic mode: ProBal, or steady state, is used to generate detailed mass and energy balances; and Dynamic mode is used for a number

the unit is in Dynamic Transfer Pull Flow calculation mode. See Transfer Pull Mode Simple This indicates the unit is in Dynamic Simple Flow calculation

commands like Dynamic.Start() and Dynamic.Stop(). Here is an example of using Tk (the default python GUI) to create a simple control panel for a Dynamic model

may be added to the graphics page. Simple animation (dynamic fill) can also be added to selected models under Dynamic mode. Flowsheet Size There is no limitation

calculated [1] as: [math]\displaystyle{ f/8 = \left[\left(\frac{8}{\mathrm{Re}}\right)^{12} + \frac{1}{(\Theta_1 + \Theta_2)^{1.5}}\right]^{\frac{1}{12}} }[/math]

multithreaded solver in dynamic projects. Build 8386: In dynamic transfer, allow pressure drops/boost in pipes, pumps and valves. Build 8370: Fix error

improvements and rework of Dynamic Transfer solver, including Transfer Push and Transfer Pull, the configuration of some dynamic projects may need to be adjusted