PID Cascade Simulator

Heat Exchanger HMI

Mode Controls

Total Speed Multiplier:

Manual Valve Control

Valve Position (%): 0%

Performance

IAE (Error Sum): 0.00

Product Delta (PV-SP): 0.00

Select Variables to Display: (Hold ALT on chart to see values)

TT201 (Product Out °C) TT202 (Product In °C) TT101 (Water °C) Y101 (Valve %) Product Delta (PV-SP)

Time Window:

Process Parameters & Disturbances

PID Master (Temperature)

Kp:

Ti (s):

Td (s):

Derivative Filter c:

P-Weight b:

D-Weight a:

Output High Limit (%):

Output Low Limit (%):

Deadband (°C):

SP (°C):

PID Slave (Steam)

Kp:

Ti (s):

Td (s):

Derivative Filter c:

P-Weight b:

D-Weight a:

Output High Limit (%):

Output Low Limit (%):

Deadband (°C):

Override Master SP:

Disturbances

Valve Wear (Deadband): 0%

Pressure Noise (±BAR): 0.00

Product In (TT202) °C

Inlet Temp (°C):

Change Rate (°C/s):

PID Control Schemes

Cascade PID vs Single Loop Control Architecture

PID Cascade Simulator

Heat Exchanger HMI

Mode Controls

Manual Valve Control

Performance

Select Variables to Display: (Hold ALT on chart to see values)

Process Parameters & Disturbances

PID Single (Temperature)

PID Master (Temperature)

PID Slave (Steam)

Disturbances

Product In (TT202) °C

PID Control Schemes

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Heat Exchanger HMI

Mode Controls

Manual Valve Control

Performance

Select Variables to Display: (Hold ALT on chart to see values)

Process Parameters & Disturbances

PID Single (Temperature)

PID Master (Temperature)

PID Slave (Steam)

Disturbances

Product In (TT202) °C

PID Control Schemes

Test Completed!

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