Proforma two conns fix

tests/trnsysGUI/proforma/data/expected/Type5b.ddck

@@ -0,0 +1,158 @@
+*******************************
+** BEGIN Type5b.ddck
+*******************************
+
+************************************************************************************************************************
+** Description: 
+** Heat Exchanger: Counter Flow
+************************************************************************************************************************
+
+************************************************************************************************************************
+** Details: 
+** A zero capacitance sensible heat exchanger is modeled in various configurations. In this instance, a counter flow
+** heat exchanger is modeled. Given the hot and cold side inlet temperatures and flow rates, the effectiveness is
+** calculated for a given fixed value of the overall heat transfer coefficient.
+************************************************************************************************************************
+
+***********************************
+** inputs from hydraulic solver
+***********************************
+EQUATIONS 6
+CpHot = @cp(HotIn)
+CpCold = @cp(ColdIn)
+THotIn = @temp(HotIn)
+MHot = @mfr(HotIn)
+TColdIn = @temp(ColdIn)
+MCold = @mfr(ColdIn)
+
+***********************************
+** outputs to hydraulic solver
+***********************************
+EQUATIONS 2
+@temp(HotOut) = THotOut
+@temp(ColdOut) = TColdOut
+
+***********************************
+** outputs to other ddck
+***********************************
+
+
+******************************************************************************************
+** outputs to energy balance in kWh and ABSOLUTE value
+******************************************************************************************
+
+
+***********************************
+** Dependencies with other ddck
+***********************************
+
+
+***********************************
+** Begin CONSTANTS
+***********************************
+
+
+***********************************
+** Begin TYPE
+***********************************
+UNIT 1 TYPE 5
+PARAMETERS 4
+** The general heat exchanger model may operate in various configuration modes. Setting this parameter to 2 indicates a
+** counter flow arrangement. Do not change this parameter.
+2.0 ! 1: Counter flow mode [-] ([2,2])
+
+** The specific heat of the fluid flowing through the source side of the counter flow heat exchanger. NOTE: "source" and
+** "load" are merely convenient designations; energy will be transfered from the source side to the load side if the
+** source side is hotter than the load side. It will be transfered from the load side to the source side if the load
+** side is hotter than the source side.
+CpHot ! 2: Specific heat of source side fluid [kJ/kg.K] ([0,+Inf])
+
+** The specific heat of the fluid flowing through the load side of the counter flow heat exchanger. NOTE: "source" and
+** "load" are merely convenient designations; energy will be transfered from the source side to the load side if the
+** source side is hotter than the load side. It will be transfered from the load side to the source side if the load
+** side is hotter than the source side.
+CpCold ! 3: Specific heat of load side fluid [kJ/kg.K] ([0,+Inf])
+
+0.0 ! 4: Not used [-] ([0,+Inf])
+
+INPUTS 5
+** The temperature of the fluid flowing into the source side of the counter flow heat exchanger. NOTE: "source" and
+** "load" are merely convenient designations; energy will be transfered from the source side to the load side if the
+** source side is hotter than the load side. It will be transfered from the load side to the source side if the load
+** side is hotter than the source side.
+THotIn ! 1: Source side inlet temperature [C] ([-Inf,+Inf])
+
+** The flow rate of the fluid flowing through the source side of the counter flow heat exchanger. NOTE: "source" and
+** "load" are merely convenient designations; energy will be transfered from the source side to the load side if the
+** source side is hotter than the load side. It will be transfered from the load side to the source side if the load
+** side is hotter than the source side.
+MHot ! 2: Source side flow rate [kg/hr] ([0,+Inf])
+
+** The temperature of the fluid flowing into the load side of the counter flow heat exchanger. NOTE: "source" and "load"
+** are merely convenient designations; energy will be transfered from the source side to the load side if the source
+** side is hotter than the load side. It will be transfered from the load side to the source side if the load side is
+** hotter than the source side.
+TColdIn ! 3: Load side inlet temperature [C] ([-Inf,+Inf])
+
+** The flow rate of the fluid flowing through the load side of the counter flow heat exchanger. NOTE: "source" and
+** "load" are merely convenient designations; energy will be transfered from the source side to the load side if the
+** source side is hotter than the load side. It will be transfered from the load side to the source side if the load
+** side is hotter than the source side.
+MCold ! 4: Load side flow rate [kg/hr] ([0,+Inf])
+
+** Overall heat transfer coefficient of the counter flow heat exchanger.
+0,0 ! 5: Overall heat transfer coefficient of exchanger [kJ/hr.K] ([0,+Inf])
+
+** initial values
+20.0 ! 1: Source side inlet temperature  initial value
+100.0 ! 2: Source side flow rate  initial value
+20.0 ! 3: Load side inlet temperature  initial value
+100.0 ! 4: Load side flow rate  initial value
+10.0 ! 5: Overall heat transfer coefficient of exchanger  initial value
+
+EQUATIONS 2 ! 6
+** The temperature of the fluid leaving the source side of the counter flow heat exchanger. NOTE: "source" and "load"
+** are merely convenient designations; energy will be transfered from the source side to the load side if the source
+** side is hotter than the load side. It will be transfered from the load side to the source side if the load side is
+** hotter than the source side.
+THotOut = [1, 1] ! Source side outlet temperature [C] ([-Inf,+Inf])
+
+** The flow rate of fluid exiting the source side of the counter flow heat exchanger. NOTE: "source" and "load" are
+** merely convenient designations; energy will be transfered from the source side to the load side if the source side is
+** hotter than the load side. It will be transfered from the load side to the source side if the load side is hotter
+** than the source side.
+! XXX = [1, 2] ! Source side flow rate [kg/hr] ([-Inf,+Inf])
+
+** The temperature of the fluid leaving the load side of the counter flow heat exchanger. NOTE: "source" and "load" are
+** merely convenient designations; energy will be transfered from the source side to the load side if the source side is
+** hotter than the load side. It will be transfered from the load side to the source side if the load side is hotter
+** than the source side.
+TColdOut = [1, 3] ! Load side outlet temperature [C] ([-Inf,+Inf])
+
+** The flow rate of fluid exiting the load side of the counter flow heat exchanger. NOTE: "source" and "load" are merely
+** convenient designations; energy will be transfered from the source side to the load side if the source side is hotter
+** than the load side. It will be transfered from the load side to the source side if the load side is hotter than the
+** source side.
+! XXX = [1, 4] ! Load side flow rate [kg/hr] ([-Inf,+Inf])
+
+** The total heat transfer rate between the fluids in the counter flow heat exchanger.
+! XXX = [1, 5] ! Heat transfer rate [kJ/hr] ([-Inf,+Inf])
+
+** The effectiveness of the counter flow heat exchanger.
+! XXX = [1, 6] ! Effectiveness [-] ([-Inf,+Inf])
+
+
+***********************************
+** Monthly printer
+***********************************
+
+
+***********************************
+** Hourly printer
+***********************************
+
+
+***********************************
+** Online Plotter
+***********************************
+