Quick Mode System Configuration

Chamber Configuration

  1. Chamber setting
    • Area to input the volume and select unit of the chamber

Pipe Menu

  1. No. & Sub Pipe
    • No.: Number of piping element or group
    • Sub Pipe: Use only for parallel piping
      • Click the P button to add different type of parallel piping (up to 10)
      • Click the S button to configure each parallel piping (up to 40)
      • When configuring parallel piping, P and S buttons colored as navy
      • When configuring serial piping, P and S buttons colored as navy (In serial piping, sub pipe is not used)
    • Mouse over on the title to see additional explanation
  2. Type, ID-in, Length, Angle, Radius, ID-out, Loss
    • Type: Pipe, Bend/Elbow/Miter, Cone/Straight
    • ID-in: Inlet ID (0.1 cm ≤ ID-In ≤ 35 cm)
    • Length: Pipe length
      • Pipe: 0.01 m ≤ L ≤ 20 m
      • Cone/Straight: 1 cm ≤ L ≤ 50 cm
      • Miter: 1 x ID-In ≤ L ≤ 1.25 x ID-In
    • Angle: Bend/Elbow/Miter angle (1° ≤ Angle ≤ 90°)
    • Radius: Bend radius (1.0D/1.5D/2.0D/2.5D)
    • ID-out: Outlet ID (0.1 cm ≤ ID-out ≤ 35 cm)
      • Cone/Straight: ID-In ≠ ID-Out
    • Loss: Without, entrance, exit, entrance & exit
    • Mouse over on the title to see additional explanation
  3. S Q'ty and P Q'ty
    • S Q'ty: Use only for serial piping
      • When configuring serial piping, input the number of same piping elements
        • Default: 1, 1 ≤ S Q'ty ≤ 10
        • When configuring parallel piping, S Q'ty is fixed at 1
    • P Q'ty: Use only for parallel piping
      • When configuring parallel piping, input the number of same piping groups
        • When P is 1, 2 ≤ P Q'ty ≤ 10
        • When P is more than 2, P Q'ty is fixed at 1
        • P Q'ty is not used
    • Mouse over on the title to see additional explanation

Pipe Configuration

Serial Piping

  • Click the add_circle Add Pipe button to add piping element or group
  • Select type of pipe and input ID-in, Length, Angle, Radius, ID-out, Loss
  • S Q'ty is the number of repeating elements, which is set to 1 by default
  • S Q’ty range: 1 ≤ S Q'ty ≤ 10
  • Click the "delete" button to delete piping element or group

Serial Piping Example

  • The system image is an example for explanation
  1. S Q'ty: 1 → 1 pipe + 1 bend + 1 pipe + 1 bend
    • Input the number of pipe elements
  2. S Q'ty: 2 → 2 pipes + 2 bends
  3. Multiply: 1
    • Input the number of pump q'ty (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

Parallel Piping (Same Piping Group in Parallel)

  • Click the add_circle Add Pipe button to add piping element or group
  • When configuring the identical parallel piping group, the number of P should be 1
  • Click the S button to configure piping group (up to 40)
  • Select type of pipe and input ID-In, Length, Angle, Radius, ID-Out, Loss
  • P Q'ty is the number of connection in same parallel piping group, which is set to 2 by default
  • P Q’ty range: 2 ≤ P Q'ty ≤ 10
  • When configuring parallel piping, S Q'ty is not settable and fixed at 1
  • Click the "delete" button to delete piping element or group

Parallel Piping (Same Piping Group in Parallel) Example

  • The system image is an example for explanation
  1. P Q'ty: 2 → [1 pipe + 1 cone + 1 pipe] × 2
    • Input the number of repeated parallel piping
  2. Multiply: 2
    • Input the number of pump q'ty (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

Parallel Piping (Different Piping Group in Parallel)

  • Click the add_circle Add Pipe button to add piping element or group
  • When configuring different parallel piping group, click the P button to add parallel piping
  • Click the S button to configure piping group (up to 40)
  • Select type of pipe and input ID-in, Length, Angle, Radius, ID-out, Loss
  • P Q'ty is the number of parallel piping, which is set to 1 by default
  • When configuring parallel piping, S Q'ty is fixed at 1
  • Click the "delete" button to delete piping element or group

Parallel Piping (Different Piping Group in Parallel) Example

  • The system image is an example for explanation
  1. P Q'ty: 1 & 1 → [1 pipe + 1 cone + 1 pipe] + [1 pipe + 1 bend + 1 bend + 1 pipe]
    • P Q’ty is set to 1 by default when configuring the different type of parallel piping
    • Merged pipe is not applicable
  2. Multiply: 2
    • Input the number of pump q'ty (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

Parallel Piping with Merged Pipes Example

  • The system image is an example for explanation
  1. P Q'ty: 3 & 2 → [2 pipes × 3] + merged pipe + [2 pipes × 2]
  2. Merged Pipe: 1 merged pipe applied
    • Input ID-in & Length
  3. Multiply: 2
    • Input the number of pump q'ty (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

Parallel Piping with Serial Piping and Merged Pipes Example

  • The system image is an example for explanation
  1. S Q'ty: 1 & P Q'ty: 2 & S Q'ty: 1 → 1 pipe + merged pipe + [2 pipes × 2] + merged pipe + 1 pipe
  2. Merged Pipe: 2 merged pipes applied
    • Input ID-in & Length
  3. Multiply: 1
    • Input the number of pump q'ty (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

Pump Configuration

  1. Pump configuration
    • format_list_bulleted Select Pump: Select the pump to add from the list
    • cancel Clear Pump: Clear currently added pump
    • Click the visibility button to see pump preview → See Pump Management
  2. Input the number of pump (default: 1)
    • Multiply range: 0.1 ≤ multiply ≤ 10

System Creation & Deletion

  • System creation: Click the "add New System" to add new system in the system list
  • Click system to edit in configuration area
  • System deletion: Click the "delete" button to delete system (System deletion is only available on Optimum plan, and system 1 cannot be deleted)
  • The number of available systems varies depending on your plan (Single: 1, Twin: 2, Plus: 3, Optimum: 6)

System Simulation

  • The play_arrow Run Sim button activate, when input chamber, pipe, pump
  • Click the play_arrow Run Sim button to activate detailed project menu based on input conditions
    • See following table of detailed conditions of simulation activation
  • Click detailed project menu to see simulation chart
  • Pump Eval is only available on Optimum plan
  • Conditions for activating the project menu
    Menu Min. input conditions
    - Chamber
    Conductance Pipe
    F/P Pump
    PDT Chamber + Pump
    Seff Pipe + Pump
    close_fullscreen Pump Eval Chamber + Pipe + Pump
  • Click the play_arrow Run Sim menu to activate detailed project menu based on input conditions

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