
 IMPA -- Implicit 6-Zone Model without graphical display     12/13/1999  

 SUPERBLOCK 1
      BLOCK 1
          UNIT  1     TYPE504 - Read inputs from a file                      

 SUPERBLOCK 2
      BLOCK 2
          UNIT  2     TYPE484 - E-51 minimum outside air damper control      
          UNIT  3     TYPE485 - E-51 modulated mixed air damper control      
          UNIT  4     TYPE486 - E-51 supply air temperature control          
          UNIT  5     TYPE487 - E-51 economizer control                      
          UNIT  6     TYPE488 - E-51 low temperature control                 
          UNIT  7     TYPE489 - E-51 supply air temperature reset            
          UNIT  8     TYPE490 - VAV room temperature control with reheat     
          UNIT  9     TYPE490 - VAV room temperature control with reheat     
          UNIT 10     TYPE490 - VAV room temperature control with reheat     
          UNIT 11     TYPE490 - VAV room temperature control with reheat     
          UNIT 12     TYPE490 - VAV room temperature control with reheat     
          UNIT 13     TYPE490 - VAV room temperature control with reheat     

 SUPERBLOCK 3
      BLOCK 3
          UNIT 14     TYPE321 - Motor-driven actuator                        
          UNIT 15     TYPE321 - Motor-driven actuator                        
          UNIT 16     TYPE321 - Motor-driven actuator                        
          UNIT 17     TYPE321 - Motor-driven actuator                        
          UNIT 18     TYPE321 - Motor-driven actuator                        
          UNIT 19     TYPE321 - Motor-driven actuator                        
          UNIT 20     TYPE321 - Motor-driven actuator                        
          UNIT 21     TYPE321 - Motor-driven actuator                        
          UNIT 22     TYPE321 - Motor-driven actuator                        
          UNIT 23     TYPE321 - Motor-driven actuator                        
          UNIT 24     TYPE321 - Motor-driven actuator                        

 SUPERBLOCK 4
      BLOCK 4
          UNIT 25     TYPE326 - Mixing box, min OA damper, mixed flow as inpu
          UNIT 26     TYPE351 - Fan or pump (implicit flow)                  
          UNIT 27     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 28     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 29     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 30     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 31     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 32     TYPE527 - Pressure-independent VAV box (implicit flow) 
          UNIT 33     TYPE369 - Supply and return air flow rates             
          UNIT 34     TYPE351 - Fan or pump (implicit flow)                  

 SUPERBLOCK 5
      BLOCK 5
          UNIT 35     TYPE367 - Mixing of two moist air streams              
          UNIT 36     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 37     TYPE366 - Ideal heating of fluid stream                
          UNIT 38     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 39     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 40     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 41     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 42     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 43     TYPE524 - Coil + three port valve, calculates flow     
          UNIT 44     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 45     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 46     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 47     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 48     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 49     TYPE413 - Room with plenum and ducted return (no interz
          UNIT 50     TYPE368 - Mixing of six moist air streams              
          UNIT 51     TYPE366 - Ideal heating of fluid stream                

 SUPERBLOCK 6
      BLOCK 6
          UNIT 52     TYPE 26 - CONTROL SIGNAL INVERTER                      

 SUPERBLOCK 7
      BLOCK 7
          UNIT 53     TYPE 26 - CONTROL SIGNAL INVERTER                      

 SUPERBLOCK 8
      BLOCK 8
          UNIT 54     TYPE301 - Temperature sensor                           
          UNIT 55     TYPE301 - Temperature sensor                           
          UNIT 56     TYPE301 - Temperature sensor                           
          UNIT 57     TYPE301 - Temperature sensor                           
          UNIT 58     TYPE301 - Temperature sensor                           
          UNIT 59     TYPE301 - Temperature sensor                           
          UNIT 60     TYPE301 - Temperature sensor                           
          UNIT 61     TYPE301 - Temperature sensor                           
          UNIT 62     TYPE301 - Temperature sensor                           
          UNIT 63     TYPE301 - Temperature sensor                           
          UNIT 64     TYPE302 - Humidity sensor                              
          UNIT 65     TYPE302 - Humidity sensor                              

 SUPERBLOCK 9
      BLOCK 9
          UNIT 66     TYPE461 - Fanger PMV and PPD                           
          UNIT 67     TYPE461 - Fanger PMV and PPD                           
          UNIT 68     TYPE461 - Fanger PMV and PPD                           
          UNIT 69     TYPE461 - Fanger PMV and PPD                           
          UNIT 70     TYPE461 - Fanger PMV and PPD                           
          UNIT 71     TYPE461 - Fanger PMV and PPD                           
          UNIT 72     TYPE462 - Heat Meter                                   
          UNIT 73     TYPE462 - Heat Meter                                   
          UNIT 74     TYPE462 - Heat Meter                                   
          UNIT 75     TYPE462 - Heat Meter                                   
          UNIT 76     TYPE462 - Heat Meter                                   
          UNIT 77     TYPE462 - Heat Meter                                   
          UNIT 78     TYPE462 - Heat Meter                                   
          UNIT 79     TYPE463 - Energy Meter                                 
          UNIT 80     TYPE463 - Energy Meter                                 

 SUPERBLOCK10
      BLOCK10
          UNIT 81     TYPE 26 - CONTROL SIGNAL INVERTER                      

 UNIT   1      TYPE 504
 Read inputs from a file                                                 

 1     INPUTS:
        CONTROL         76 - dummy - must not be CONTROL 0                     

 2     OUTPUTS:
        CONTROL          1 - simulation input 1                                
        CONTROL          2 - simulation input 2                                
        CONTROL          3 - simulation input 3                                
        CONTROL          4 - simulation input 4                                
        CONTROL          5 - simulation input 5                                
        CONTROL          6 - simulation input 6                                
        CONTROL          7 - simulation input 7                                
        CONTROL          8 - simulation input 8                                
        CONTROL          9 - simulation input 9                                
        CONTROL         10 - simulation input 10                               
        CONTROL         11 - simulation input 11                               
        CONTROL         12 - simulation input 12                               
        CONTROL         13 - simulation input 13                               
        CONTROL         14 - simulation input 14                               
        CONTROL         15 - simulation input 15                               
        CONTROL         16 - simulation input 16                               

 3     PARAMETERS:
           1.00000     file number (FILE=inputN.par, N > 0) (-)               
           2.50000     sample time (interval between reads) (s)               
           0.00000     real time scaling factor (0=no wait, 1=real time)      
           0.00000     text output to screen (0=no, 1=yes) (-)                
           3.00000     number of values to read (-)                           

 UNIT   2      TYPE 484
 E-51 minimum outside air damper control                                 

 1     INPUTS:
        CONTROL         61 - supply air temperature sensor                     
        CONTROL         60 - outside air temperature sensor                    
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         18 - minimum outside air damper position               

 3     PARAMETERS:
           4.44000     supply air temperature limit (C)                       
          -6.66000     outdoor air temperature limit (C)                      
           2.50000     sampling interval (s)                                  
           4.00000     controller number (parameters in file contN.par) (-)   

 UNIT   3      TYPE 485
 E-51 modulated mixed air damper control                                 

 1     INPUTS:
        CONTROL         68 - mixed air temperature sensor                      
        CONTROL         22 - mixing box cooling demand (0-1)                   
        CONTROL          1 - supply fan status (1 = on, 0 = off)               
        CONTROL         20 - low temperature override (1 = low temperature)    
        CONTROL         19 - economizer status (1 = OA enthalpy > RA enthalpy) 

 2     OUTPUTS:
        CONTROL         25 - outside air damper demanded position (0-1)        
        CONTROL         26 - return air damper demanded position (0-1)         
        CONTROL         27 - exhaust air damper demanded position (0-1)        

 3     PARAMETERS:
           4.44000     mixed air temperature setpoint (C)                     
          -3.89000     proportional band (K)                                  
           0.00000     integral time (s)                                      
           0.00000     derivative time (s)                                    
          0.160000     deadband (K)                                           
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop outside air damper position (-)              
           0.00000     open loop return air damper position (-)               
           1.00000     open loop exhaust air damper position (-)              
           5.00000     sampling interval (s)                                  
           5.00000     controller number (parameters in file contN.par) (-)   

 UNIT   4      TYPE 486
 E-51 supply air temperature control                                     

 1     INPUTS:
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               
        CONTROL         20 - low temperature override signal (1=TRUE, 0=FALSE) 
        CONTROL         21 - supply air temperature setpoint                   

 2     OUTPUTS:
        CONTROL         22 - damper cooling demand (0-1)                       
        CONTROL         28 - cooling coil valve demand (0-1)                   

 3     PARAMETERS:
          -7.78000     proportional band (K)                                  
           125.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           1.00000     breakpoint between damper and cooling coil demand (0-2)
          0.220000     deadband (K)                                           
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           0.00000     manual cooling coil demand (0-1) (-)                   
           5.00000     sampling interval (s)                                  
           6.00000     controller number (parameters in file contN.par) (-)   

 UNIT   5      TYPE 487
 E-51 economizer control                                                 

 1     INPUTS:
        CONTROL         60 - outdoor air temperature sensor                    
        CONTROL         66 - outdoor air relative humidity sensor (0-1)        
        CONTROL         62 - return air temperature sensor                     
        CONTROL         67 - return air relative humidity sensor (0-1)         

 2     OUTPUTS:
        CONTROL         19 - economizer status (1 = OA enthalpy > RA enthalpy) 

 3     PARAMETERS:
           5.00000     sampling interval (s)                                  

 UNIT   6      TYPE 488
 E-51 low temperature control                                            

 1     INPUTS:
        CONTROL         61 - supply air temperature sensor                     
        CONTROL         60 - outdoor air temperature sensor                    
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         20 - low temperature override signal                   

 3     PARAMETERS:
           4.44000     supply air temperature limit (C)                       
          -6.66000     outdoor air temperature limit (C)                      
           5.00000     sampling interval (s)                                  
           8.00000     controller number (parameters in file contN.par) (-)   

 UNIT   7      TYPE 489
 E-51 supply air temperature reset                                       

 1     INPUTS:
        CONTROL         70 - temperature sensor in zone 1                      
        CONTROL         71 - temperature sensor in zone 2                      
        CONTROL         72 - temperature sensor in zone 3                      
        CONTROL         73 - temperature sensor in zone 4                      
        CONTROL         74 - temperature sensor in zone 5                      
        CONTROL         75 - temperature sensor in zone 6                      

 2     OUTPUTS:
        CONTROL         21 - supply air temperature setpoint                   

 3     PARAMETERS:
           22.2200     zone temperature setpoint (C)                          
           1.11000     proportional band (K)                                  
           0.00000     integral time (s)                                      
           18.3300     upper limit of the output (C)                          
           12.7800     lower limit of the output (C)                          
           15.5600     output at zero error (P), initial output (PI) (C)      
           0.00000     deadband (K)                                           
           6.00000     number of inputs (-)                                   
           5.00000     sampling interval (s)                                  
           9.00000     controller number (parameters in file contN.par) (-)   

 UNIT   8      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         70 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         48 - normalised volumetric flow demand (0-1)           
        CONTROL         29 - reheat coil demand (0-1)                          
        CONTROL         54 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           19.0000     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           13.0000     controller number (parameters in file contN.par) (-)   

 UNIT   9      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         71 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         49 - normalised volumetric flow demand (0-1)           
        CONTROL         30 - reheat coil demand (0-1)                          
        CONTROL         55 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           18.3300     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           15.0000     controller number (parameters in file contN.par) (-)   

 UNIT  10      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         72 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         50 - normalised volumetric flow demand (0-1)           
        CONTROL         31 - reheat coil demand (0-1)                          
        CONTROL         56 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           18.3300     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           11.0000     controller number (parameters in file contN.par) (-)   

 UNIT  11      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         73 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         51 - normalised volumetric flow demand (0-1)           
        CONTROL         32 - reheat coil demand (0-1)                          
        CONTROL         57 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           18.3300     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           14.0000     controller number (parameters in file contN.par) (-)   

 UNIT  12      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         74 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         52 - normalised volumetric flow demand (0-1)           
        CONTROL         33 - reheat coil demand (0-1)                          
        CONTROL         58 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           18.3300     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           16.0000     controller number (parameters in file contN.par) (-)   

 UNIT  13      TYPE 490
 VAV room temperature control with reheat                                

 1     INPUTS:
        CONTROL         75 - space temperature sensor                          
        CONTROL         61 - supply air temperature sensor                     
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        CONTROL         53 - normalised volumetric flow demand (0-1)           
        CONTROL         34 - reheat coil demand (0-1)                          
        CONTROL         59 - room demand (heating and cooling) (-1 - +1)       

 3     PARAMETERS:
           18.3300     heating setpoint for zone (C)                          
           22.2200     cooling setpoint for zone (C)                          
           5.00000     proportional band (K)                                  
           900.000     integral time (s)                                      
           0.00000     derivative time (s)                                    
           0.00000     breakpoint btwn damper and reheat coil signals (-1-+1) 
          0.400000     minimum turndown ratio (-)                             
           1.00000     control mode (0=open loop, 1=closed loop) (-)          
           1.00000     open loop normalised volumetric flow demand (-)        
           0.00000     manual reheat coil demand (0-1) (-)                    
           5.00000     sampling interval (s)                                  
           12.0000     controller number (parameters in file contN.par) (-)   

 UNIT  14      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         18 - demanded position                                 

 2     OUTPUTS:
        CONTROL         37 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        132 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           1.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  15      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         25 - demanded position                                 

 2     OUTPUTS:
        CONTROL         38 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        133 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  16      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         26 - demanded position                                 

 2     OUTPUTS:
        CONTROL         39 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        134 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           1.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  17      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         27 - demanded position                                 

 2     OUTPUTS:
        CONTROL         40 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        135 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  18      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         28 - demanded position                                 

 2     OUTPUTS:
        CONTROL         41 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        136 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  19      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         29 - demanded position                                 

 2     OUTPUTS:
        CONTROL         42 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        137 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  20      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         30 - demanded position                                 

 2     OUTPUTS:
        CONTROL         43 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        138 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  21      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         31 - demanded position                                 

 2     OUTPUTS:
        CONTROL         44 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        139 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  22      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         32 - demanded position                                 

 2     OUTPUTS:
        CONTROL         45 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        140 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  23      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         33 - demanded position                                 

 2     OUTPUTS:
        CONTROL         46 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        141 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  24      TYPE 321
 Motor-driven actuator                                                   

 1     INPUTS:
        CONTROL         34 - demanded position                                 

 2     OUTPUTS:
        CONTROL         47 - position of final control element                 
        CONTROL          0 - motor position                                    
        CONTROL        142 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by finalcontrol element  

 3     PARAMETERS:
           1.00000     direction: 1=forward, -1=reverse, 0=stuck              
           0.00000     starting position (0-1)                                
           125.000     travel time (lim-lim) (s)                              
           0.00000     minimum change in demanded position for movement (-)   
           0.00000     hysteresis (-)                                         
           0.00000     crank travel angle (0 for linear) (deg)                
           1.00000     Upper limit of control element range on actuator scale 
           0.00000     Lower limit of control element range on actuator scale 

 UNIT  25      TYPE 326
 Mixing box, min OA damper, mixed flow as input                          

 1     INPUTS:
        TEMPERATURE      1 - Outside air dry bulb temperature                  
        HUMIDITY         1 - Outside air humidity ratio                        
        TEMPERATURE     54 - Extract air dry bulb temperature                  
        HUMIDITY        16 - Extract air humidity ratio                        
        PRESSURE         1 - Outside air intake pressure                       
        PRESSURE        29 - Exhaust air outlet pressure                       
        FLOW             2 - Mixed air mass flow rate                          
        FLOW            29 - Extract air mass flow rate                        
        CONTROL         38 - Outside air damper position (0=closed, 1=open)    
        CONTROL         39 - Recirc air damper position (0=open if PAR(16)=0)  
        CONTROL         40 - Extract air damper position (0=closed, 1=open)    
        CONTROL         37 - Minimum outside air damper position (0=closed,1=op

 2     OUTPUTS:
        TEMPERATURE      0 - Mixed air dry bulb temperature                    
        HUMIDITY         0 - Mixed air humidity ratio                          
        PRESSURE         2 - Mixed air outlet pressure                         
        PRESSURE        28 - Extract air gauge pressure                        
        FLOW             1 - Total outside dry air mass flow rate              
        FLOW            30 - Recirc air mass flow rate                         
        FLOW             0 - Exhaust air mass flow rate                        
        FLOW             0 - Mass flow rate through minimum outside air damper 

 3     PARAMETERS:
           0.00000     Outside air damper: opposed (0) or parallel (1) (-)    
           0.00000     Recirc air damper: opposed (0) or parallel (1) (-)     
           0.00000     Exhaust air damper: opposed (0) or parallel (1) (-)    
           0.00000     Minimum outside air damper: opposed (0) or parallel (1)
          0.138000E-03 Open resist. for outside air damper (0.001/k.m)        
          0.239000E-03 Open resist. for recirc air damper (0.001/k.m)         
          0.239000E-03 Open resist. for exhaust air damper (0.001/k.m)        
          0.178000E-02 Open resist. for minimum outside air damper (0.001/k.m)
           1.32000     Face area of outside air damper (m2)                   
           1.05000     Face area of recirc air damper (m2)                    
           1.05000     Face area of exhaust air damper (m2)                   
          0.380000     Face area of minimum outside air damper (m2)           
          0.100000E-01 Leakage for outside air damper (fraction of full flow) 
          0.100000E-01 Leakage for recirc air damper (fraction of full flow) (
          0.100000E-01 Leakage for exhaust air damper (fraction of full flow) 
          0.100000E-01 Leakage for minimum outside air damper (fraction of ful
          0.467000E-03 Fixed resistance in outside air branch (0.001/k.m)     
          0.665000E-03 Fixed resistance in recirc air branch (0.001/k.m)      
          0.164000E-03 Fixed resistance in exhaust air branch (0.001/k.m)     
           1.00000     0=invert return air damper, 1=not inverted (-)         

 UNIT  26      TYPE 351
 Fan or pump (implicit flow)                                             

 1     INPUTS:
        CONTROL          1 - fan status (0 = off, 1 = on)                      
        FLOW             2 - mass flow rate of fluid                           
        OTHER            1 - rotation speed                                    

 2     OUTPUTS:
        PRESSURE        50 - pressure rise                                     
        POWER            1 - fluid stream heat addition rate                   
        POWER           29 - power consumption                                 
        OTHER            1 - rotation speed                                    

 3     PARAMETERS:
           4.29040     1st pressure coefficient                               
          -1.38700     2nd pressure coefficient                               
           4.29040     3rd pressure coefficient                               
          -3.92920     4th pressure coefficient                               
          0.853400     5th pressure coefficient                               
          0.116200     1st efficiency coefficient                             
           1.54040     2nd efficiency coefficient                             
          -1.48250     3rd efficiency coefficient                             
          0.766400     4th efficiency coefficient                             
         -0.197100     5th efficiency coefficient                             
          0.685800     diameter (m)                                           
           1.00000     mode: air=1, water=2                                   
           1.00000     lowest valid normalized flow (-)                       
           2.00000     highest valid normalized flow (-)                      
          0.312000     setpoint for the fan static pressure control loop (kPa)
           1.00000     cross sect area of duct at static pressure sensor (m2) 
          0.121200E-02 resistance of duct sys. upstream of sensor (0.001/k.m) 

 UNIT  27      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         48 - demanded flowrate (normalized to nominal)         
        FLOW             3 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW             3 - air mass flow rate                                
        CONTROL         77 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        143 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
           4.33000     nominal volumetric flow rate (m3/s)                    
          0.490000     face area of damper(s) (m2)                            
          0.999000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           9.99000     controller gain (frac speed/frac error)                

 UNIT  28      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         49 - demanded flowrate (normalized to nominal)         
        FLOW             5 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW             5 - air mass flow rate                                
        CONTROL         78 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        144 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
           2.36900     nominal volumetric flow rate (m3/s)                    
          0.245000     face area of damper(s) (m2)                            
          0.999000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           9.99000     controller gain (frac speed/frac error)                

 UNIT  29      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         50 - demanded flowrate (normalized to nominal)         
        FLOW             7 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW             7 - air mass flow rate                                
        CONTROL         79 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        145 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
          0.837000     nominal volumetric flow rate (m3/s)                    
          0.128000     face area of damper(s) (m2)                            
          0.999000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           0.00000     controller gain (frac speed/frac error)                

 UNIT  30      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         51 - demanded flowrate (normalized to nominal)         
        FLOW             9 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW             9 - air mass flow rate                                
        CONTROL         80 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        146 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
          0.801000     nominal volumetric flow rate (m3/s)                    
          0.128000     face area of damper(s) (m2)                            
          0.999000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           9.99000     controller gain (frac speed/frac error)                

 UNIT  31      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         52 - demanded flowrate (normalized to nominal)         
        FLOW            11 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW            11 - air mass flow rate                                
        CONTROL         81 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        147 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
          0.302000     nominal volumetric flow rate (m3/s)                    
          0.494000E-01 face area of damper(s) (m2)                            
          0.990000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           9.99000     controller gain (frac speed/frac error)                

 UNIT  32      TYPE 527
 Pressure-independent VAV box (implicit flow)                            

 1     INPUTS:
        CONTROL         53 - demanded flowrate (normalized to nominal)         
        FLOW            12 - air mass flow rate                                
        CONTROL          1 - supply fan status (1 = on, 0 = off)               

 2     OUTPUTS:
        FLOW            12 - air mass flow rate                                
        CONTROL         82 - damper position (0=closed, 1=open)                
        CONTROL          0 - fractional motor velocity                         
        CONTROL        148 - number of stops/starts/reversals                  
        CONTROL          0 - total distance travelled by valve/damper          

 3     PARAMETERS:
          0.132000     nominal volumetric flow rate (m3/s)                    
          0.240000E-01 face area of damper(s) (m2)                            
          0.990000E-01 additional pressure drop at nominal flow (kPa)         
           100.000     actuator travel time (0-90 deg) (s)                    
           0.00000     minimum fractional motor speed (-)                     
           0.00000     hysteresis (-)                                         
           9.99000     controller gain (frac speed/frac error)                

 UNIT  33      TYPE 369
 Supply and return air flow rates                                        

 1     INPUTS:
        FLOW             3 - Zone 1 supply mass flow rate                      
        FLOW             5 - Zone 2 supply mass flow rate                      
        FLOW             7 - Zone 3 supply mass flow rate                      
        FLOW             9 - Zone 4 supply mass flow rate                      
        FLOW            11 - Zone 5 supply mass flow rate                      
        FLOW            12 - Zone 6 supply mass flow rate                      
        CONTROL          1 - Supply fan status (1 = on, 0 = off)               
        CONTROL         18 - Outside air damper status (0=closed, 1=open)      

 2     OUTPUTS:
        FLOW             2 - Supply air mass flow rate                         
        FLOW            29 - Return air mass flow rate                         
        FLOW            19 - Zone 1 return mass flow rate                      
        FLOW            20 - Zone 2 return mass flow rate                      
        FLOW            21 - Zone 3 return mass flow rate                      
        FLOW            22 - Zone 4 return mass flow rate                      
        FLOW            23 - Zone 5 return mass flow rate                      
        FLOW            24 - Zone 6 return mass flow rate                      

 3     PARAMETERS:
          0.400000     Supply - return flow rate diff if OA damper open (kg/s)

 UNIT  34      TYPE 351
 Fan or pump (implicit flow)                                             

 1     INPUTS:
        CONTROL          2 - fan status (0 = off, 1 = on)                      
        FLOW            29 - mass flow rate of fluid                           
        OTHER            2 - rotation speed                                    

 2     OUTPUTS:
        PRESSURE        51 - pressure rise                                     
        POWER            2 - fluid stream heat addition rate                   
        POWER           30 - power consumption                                 
        OTHER            2 - rotation speed                                    

 3     PARAMETERS:
           4.19370     1st pressure coefficient                               
          -1.63370     2nd pressure coefficient                               
           12.2110     3rd pressure coefficient                               
          -23.9619     4th pressure coefficient                               
           9.81620     5th pressure coefficient                               
          0.619000E-01 1st efficiency coefficient                             
           3.14170     2nd efficiency coefficient                             
          -5.75510     3rd efficiency coefficient                             
           6.16760     4th efficiency coefficient                             
          -3.37480     5th efficiency coefficient                             
           1.13000     diameter (m)                                           
           1.00000     mode: air=1, water=2                                   
          0.700000     lowest valid normalized flow (-)                       
           1.00000     highest valid normalized flow (-)                      
          0.180000E-01 setpoint for the fan static pressure control loop (kPa)
           1.00000     cross sect area of duct at static pressure sensor (m2) 
          0.142000E-02 resistance of duct sys. upstream of sensor (0.001/k.m) 

 UNIT  35      TYPE 367
 Mixing of two moist air streams                                         

 1     INPUTS:
        TEMPERATURE      1 - Stream 1 dry bulb temperature                     
        HUMIDITY         1 - Stream 1 humidity ratio                           
        FLOW             1 - Stream 1 mass flow rate                           
        TEMPERATURE     54 - Stream 2 dry bulb temperature                     
        HUMIDITY        16 - Stream 2 humidity ratio                           
        FLOW            30 - Stream 2 mass flow rate                           

 2     OUTPUTS:
        TEMPERATURE      2 - Mixed air dry bulb temperature                    
        HUMIDITY         2 - Mixed air humidity ratio                          
        FLOW             0 - Mixed air mass flow rate                          

 3     PARAMETERS:
           0.00000     (dummy)                                                

 UNIT  36      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      2 - Inlet air dry bulb temperature                    
        HUMIDITY         2 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW             2 - Dry air mass flow rate                            
        TEMPERATURE     55 - Inlet water temperature                           
        PRESSURE        32 - Inlet water pressure                              
        PRESSURE        33 - Outlet water pressure                             
        CONTROL         41 - Valve stem position                               
        TEMPERATURE     57 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     57 - Effective coil surface temperature                
        TEMPERATURE      3 - Outlet dry bulb air temperature                   
        HUMIDITY         3 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     56 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            40 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            3 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           4.00000     Number of rows of tubes                                
           36.0000     Number of tubes per row                                
           36.0000     Number of parallel water circuits                      
          0.241000     Length of finned section in direction of flow (m)      
           1.37000     Height of finned section (m)                           
           3.04600     Width of finned section (m)                            
          0.159000E-01 Tube outside diameter (m)                              
          0.508000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.212000E-02 Fin spacing (pitch) (m)                                
          0.216000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.107000E-02 Flow resistance on air side (0.001 kg.m)               
           1.20100     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
           32.6800     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           34.4700     Valve curvature parameter (0=linear) (-)               
           35.0000     Valve rangability (-)                                  
          0.100000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  37      TYPE 366
 Ideal heating of fluid stream                                           

 1     INPUTS:
        FLOW             2 - mass flow rate                                    
        TEMPERATURE      3 - inlet temperature                                 
        POWER            1 - rate of heat addition                             

 2     OUTPUTS:
        TEMPERATURE      4 - outlet temperature                                

 3     PARAMETERS:
           1.00000     fluid: 1 = air, any other value + water (-)            
           30.0000     time constant (s)                                      

 UNIT  38      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW             3 - Dry air mass flow rate                            
        TEMPERATURE     58 - Inlet water temperature                           
        PRESSURE        34 - Inlet water pressure                              
        PRESSURE        35 - Outlet water pressure                             
        CONTROL         42 - Valve stem position                               
        TEMPERATURE     70 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     70 - Effective coil surface temperature                
        TEMPERATURE      5 - Outlet dry bulb air temperature                   
        HUMIDITY         4 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     64 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            41 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            4 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           28.0000     Number of tubes per row                                
           2.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.914000     Height of finned section (m)                           
          0.710000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.406000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.230000E-02 Flow resistance on air side (0.001 kg.m)               
           1.26000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
           2.51000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  39      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW             5 - Dry air mass flow rate                            
        TEMPERATURE     59 - Inlet water temperature                           
        PRESSURE        36 - Inlet water pressure                              
        PRESSURE        37 - Outlet water pressure                             
        CONTROL         43 - Valve stem position                               
        TEMPERATURE     71 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     71 - Effective coil surface temperature                
        TEMPERATURE      6 - Outlet dry bulb air temperature                   
        HUMIDITY         5 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     65 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            42 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            5 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           14.0000     Number of tubes per row                                
           1.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.457000     Height of finned section (m)                           
          0.711000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.406000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.910000E-02 Flow resistance on air side (0.001 kg.m)               
           5.04000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
           1.61000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  40      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW             7 - Dry air mass flow rate                            
        TEMPERATURE     60 - Inlet water temperature                           
        PRESSURE        38 - Inlet water pressure                              
        PRESSURE        39 - Outlet water pressure                             
        CONTROL         44 - Valve stem position                               
        TEMPERATURE     72 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     72 - Effective coil surface temperature                
        TEMPERATURE      7 - Outlet dry bulb air temperature                   
        HUMIDITY         6 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     66 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            43 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            6 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           14.0000     Number of tubes per row                                
           1.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.457000     Height of finned section (m)                           
          0.610000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.406000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.260000E-01 Flow resistance on air side (0.001 kg.m)               
           4.53000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
          0.640000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  41      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW             9 - Dry air mass flow rate                            
        TEMPERATURE     61 - Inlet water temperature                           
        PRESSURE        40 - Inlet water pressure                              
        PRESSURE        41 - Outlet water pressure                             
        CONTROL         45 - Valve stem position                               
        TEMPERATURE     73 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     73 - Effective coil surface temperature                
        TEMPERATURE      8 - Outlet dry bulb air temperature                   
        HUMIDITY         7 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     67 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            44 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            7 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           14.0000     Number of tubes per row                                
           1.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.457000     Height of finned section (m)                           
          0.610000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.406000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.260000E-01 Flow resistance on air side (0.001 kg.m)               
           4.53000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
          0.640000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  42      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW            11 - Dry air mass flow rate                            
        TEMPERATURE     62 - Inlet water temperature                           
        PRESSURE        42 - Inlet water pressure                              
        PRESSURE        43 - Outlet water pressure                             
        CONTROL         46 - Valve stem position                               
        TEMPERATURE     74 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     74 - Effective coil surface temperature                
        TEMPERATURE      9 - Outlet dry bulb air temperature                   
        HUMIDITY         8 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     68 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            45 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            8 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           10.0000     Number of tubes per row                                
           2.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.318000     Height of finned section (m)                           
          0.356000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.406000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.151000     Flow resistance on air side (0.001 kg.m)               
           8.76000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
          0.400000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  43      TYPE 524
 Coil + three port valve, calculates flow                                

 1     INPUTS:
        TEMPERATURE      4 - Inlet air dry bulb temperature                    
        HUMIDITY         3 - Inlet air humidity ratio                          
        PRESSURE         1 - Outlet air pressure                               
        FLOW            12 - Dry air mass flow rate                            
        TEMPERATURE     63 - Inlet water temperature                           
        PRESSURE        44 - Inlet water pressure                              
        PRESSURE        45 - Outlet water pressure                             
        CONTROL         47 - Valve stem position                               
        TEMPERATURE     75 - Effective coil surface temperature (same as 1st o/

 2     OUTPUTS:
        TEMPERATURE     75 - Effective coil surface temperature                
        TEMPERATURE     10 - Outlet dry bulb air temperature                   
        HUMIDITY         9 - Outlet air humidity ratio                         
        PRESSURE         0 - Inlet air pressure                                
        TEMPERATURE     69 - Outlet water temperature                          
        FLOW             0 - Primary circuit water mass flow rate              
        FLOW            46 - Water mass flow rate through coil                 
        TEMPERATURE      0 - Mixed return water temperature                    
        POWER            9 - Total heat transfer to the air                    
        CONTROL          0 - Sensible heat ratio                               
        CONTROL          0 - Coil effectiveness                                
        CONTROL          0 - Coil by-pass factor                               
        ENERGY           0 - Outlet air specific enthalpy                      
        CONTROL          0 - Outlet air relative humidity                      
        TEMPERATURE      0 - Outlet air wet-bulb temperature                   

 3     PARAMETERS:
           1.00000     Method : 0 = steady state, 1 = dynamic                 
           0.00000     Fault  : 0 for no faults, 1 = parallel flow (cooling co
           0.00000     Psycho : 0 = no psychrometric output calcs, 1 = calcs  
           1.00000     Number of rows of tubes                                
           8.00000     Number of tubes per row                                
           1.00000     Number of parallel water circuits                      
          0.275000E-01 Length of finned section in direction of flow (m)      
          0.254000     Height of finned section (m)                           
          0.305000     Width of finned section (m)                            
          0.127000E-01 Tube outside diameter (m)                              
          0.404000E-03 Tube wall thickness (m)                                
           2.00000     Tube material (Al=1,Cu=2,Fe=3,CaCO3=4)                 
          0.254000E-02 Fin spacing (pitch) (m)                                
          0.152000E-03 Fin thickness (m)                                      
           1.00000     Fin material (Al=1,Cu=2,Fe=3)                          
          0.346000     Flow resistance on air side (0.001 kg.m)               
           50.0000     Coil water flow resistance (0.001 kg.m)                
          0.100000E+07 By-pass water flow resistance (0.001 kg.m)             
           1.00000     Valve type: 0=lin/lin, 1=eq%(flow)/lin(byp), 2=lin/eq% 
          0.250000     Valve capacity (Kv) (m3/hr @ 1 bar)                    
           25.0300     Valve curvature parameter (0=linear) (-)               
           50.0000     Valve rangability (-)                                  
          0.200000E-03 Valve leakage (fractional flow) (-)                    

 UNIT  44      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE      5 - supply air dry bulb temperature                   
        HUMIDITY         4 - supply air humidity ratio                         
        FLOW             3 - supply dry air mass flow rate                     
        FLOW            19 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     41 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     47 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        101 - fractional occupancy                              
        CONTROL        102 - fractional lighting heat gain                     
        CONTROL        103 - fractional equipment heat gain                    
        POWER           10 - heat gain from supply duct                        
        POWER           11 - heat gain from extract duct                       
        TEMPERATURE     11 - room temperature                                  
        TEMPERATURE     17 - room structure temperature                        
        TEMPERATURE     23 - plenum temperature                                
        TEMPERATURE     29 - plenum structure temperature                      
        HUMIDITY        10 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     11 - room temperature                                  
        TEMPERATURE     17 - room structure temperature                        
        TEMPERATURE     23 - plenum temperature                                
        TEMPERATURE     29 - plenum structure temperature                      
        HUMIDITY        10 - room humidity ratio                               
        TEMPERATURE     35 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           4.64000     direct resistance room air node <-> ambient (K/kW)     
          0.994000E-01 resistance room air node <-> room mass node (K/kW)     
           2.53000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
          0.337000     resistance plenum air node <-> plenum mass node (K/kW) 
           4.13000     resistance ambient <-> plenum mass node (K/kW)         
           1.14000     resistance room air node <-> plenum air node (K/kW)    
           279000.     capacitance of room mass node (kJ/K)                   
           25800.0     capacitance of room air node (unmodified) (kJ/K)       
           125000.     capacitance of plenum mass node (kJ/K)                 
           6870.00     capacitance of plenum air node (kJ/K)                  
           1820.00     volume of room (m3)                                    
           396.000     volume of plenum (m3)                                  
           40.0000     number of occupants (-)                                
           6.25500     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
           6.45900     equipment heat gain (kW)                               
           3.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  45      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE      6 - supply air dry bulb temperature                   
        HUMIDITY         5 - supply air humidity ratio                         
        FLOW             5 - supply dry air mass flow rate                     
        FLOW            20 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     42 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     48 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        104 - fractional occupancy                              
        CONTROL        105 - fractional lighting heat gain                     
        CONTROL        106 - fractional equipment heat gain                    
        POWER           12 - heat gain from supply duct                        
        POWER           13 - heat gain from extract duct                       
        TEMPERATURE     12 - room temperature                                  
        TEMPERATURE     18 - room structure temperature                        
        TEMPERATURE     24 - plenum temperature                                
        TEMPERATURE     30 - plenum structure temperature                      
        HUMIDITY        11 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     12 - room temperature                                  
        TEMPERATURE     18 - room structure temperature                        
        TEMPERATURE     24 - plenum temperature                                
        TEMPERATURE     30 - plenum structure temperature                      
        HUMIDITY        11 - room humidity ratio                               
        TEMPERATURE     36 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           6.82000     direct resistance room air node <-> ambient (K/kW)     
          0.182000     resistance room air node <-> room mass node (K/kW)     
           5.35000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
          0.254000     resistance plenum air node <-> plenum mass node (K/kW) 
           11.4000     resistance ambient <-> plenum mass node (K/kW)         
           1.33000     resistance room air node <-> plenum air node (K/kW)    
           214000.     capacitance of room mass node (kJ/K)                   
           17800.0     capacitance of room air node (unmodified) (kJ/K)       
           152000.     capacitance of plenum mass node (kJ/K)                 
           5490.00     capacitance of plenum air node (kJ/K)                  
           1210.00     volume of room (m3)                                    
           330.000     volume of plenum (m3)                                  
           311.000     number of occupants (-)                                
           4.29300     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
           0.00000     equipment heat gain (kW)                               
           5.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  46      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE      7 - supply air dry bulb temperature                   
        HUMIDITY         6 - supply air humidity ratio                         
        FLOW             7 - supply dry air mass flow rate                     
        FLOW            21 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     43 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     49 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        107 - fractional occupancy                              
        CONTROL        108 - fractional lighting heat gain                     
        CONTROL        109 - fractional equipment heat gain                    
        POWER           14 - heat gain from supply duct                        
        POWER           15 - heat gain from extract duct                       
        TEMPERATURE     13 - room temperature                                  
        TEMPERATURE     19 - room structure temperature                        
        TEMPERATURE     25 - plenum temperature                                
        TEMPERATURE     31 - plenum structure temperature                      
        HUMIDITY        12 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     13 - room temperature                                  
        TEMPERATURE     19 - room structure temperature                        
        TEMPERATURE     25 - plenum temperature                                
        TEMPERATURE     31 - plenum structure temperature                      
        HUMIDITY        12 - room humidity ratio                               
        TEMPERATURE     37 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           32.7000     direct resistance room air node <-> ambient (K/kW)     
          0.236000     resistance room air node <-> room mass node (K/kW)     
           20.9000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
          0.649000     resistance plenum air node <-> plenum mass node (K/kW) 
           55.8000     resistance ambient <-> plenum mass node (K/kW)         
           3.26000     resistance room air node <-> plenum air node (K/kW)    
           58500.0     capacitance of room mass node (kJ/K)                   
           9410.00     capacitance of room air node (unmodified) (kJ/K)       
           48100.0     capacitance of plenum mass node (kJ/K)                 
           2450.00     capacitance of plenum air node (kJ/K)                  
           647.000     volume of room (m3)                                    
           125.000     volume of plenum (m3)                                  
           34.0000     number of occupants (-)                                
           2.17900     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
           2.25100     equipment heat gain (kW)                               
           1.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  47      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE      8 - supply air dry bulb temperature                   
        HUMIDITY         7 - supply air humidity ratio                         
        FLOW             9 - supply dry air mass flow rate                     
        FLOW            22 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     44 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     50 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        107 - fractional occupancy                              
        CONTROL        108 - fractional lighting heat gain                     
        CONTROL        109 - fractional equipment heat gain                    
        POWER           16 - heat gain from supply duct                        
        POWER           17 - heat gain from extract duct                       
        TEMPERATURE     14 - room temperature                                  
        TEMPERATURE     20 - room structure temperature                        
        TEMPERATURE     26 - plenum temperature                                
        TEMPERATURE     32 - plenum structure temperature                      
        HUMIDITY        13 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     14 - room temperature                                  
        TEMPERATURE     20 - room structure temperature                        
        TEMPERATURE     26 - plenum temperature                                
        TEMPERATURE     32 - plenum structure temperature                      
        HUMIDITY        13 - room humidity ratio                               
        TEMPERATURE     38 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           17.9000     direct resistance room air node <-> ambient (K/kW)     
          0.540000     resistance room air node <-> room mass node (K/kW)     
           8.70000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
          0.737000     resistance plenum air node <-> plenum mass node (K/kW) 
           25.3000     resistance ambient <-> plenum mass node (K/kW)         
           3.81000     resistance room air node <-> plenum air node (K/kW)    
           76000.0     capacitance of room mass node (kJ/K)                   
           7240.00     capacitance of room air node (unmodified) (kJ/K)       
           51800.0     capacitance of plenum mass node (kJ/K)                 
           2360.00     capacitance of plenum air node (kJ/K)                  
           385.000     volume of room (m3)                                    
           107.000     volume of plenum (m3)                                  
           22.0000     number of occupants (-)                                
           1.38900     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
          0.396000     equipment heat gain (kW)                               
           4.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  48      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE      9 - supply air dry bulb temperature                   
        HUMIDITY         8 - supply air humidity ratio                         
        FLOW            11 - supply dry air mass flow rate                     
        FLOW            23 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     45 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     51 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        101 - fractional occupancy                              
        CONTROL        102 - fractional lighting heat gain                     
        CONTROL        103 - fractional equipment heat gain                    
        POWER           18 - heat gain from supply duct                        
        POWER           19 - heat gain from extract duct                       
        TEMPERATURE     15 - room temperature                                  
        TEMPERATURE     21 - room structure temperature                        
        TEMPERATURE     27 - plenum temperature                                
        TEMPERATURE     33 - plenum structure temperature                      
        HUMIDITY        14 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     15 - room temperature                                  
        TEMPERATURE     21 - room structure temperature                        
        TEMPERATURE     27 - plenum temperature                                
        TEMPERATURE     33 - plenum structure temperature                      
        HUMIDITY        14 - room humidity ratio                               
        TEMPERATURE     39 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           50.0000     direct resistance room air node <-> ambient (K/kW)     
           3.89000     resistance room air node <-> room mass node (K/kW)     
           29.0000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
           5.58000     resistance plenum air node <-> plenum mass node (K/kW) 
           81.8000     resistance ambient <-> plenum mass node (K/kW)         
           30.6000     resistance room air node <-> plenum air node (K/kW)    
           20800.0     capacitance of room mass node (kJ/K)                   
           677.000     capacitance of room air node (unmodified) (kJ/K)       
           10800.0     capacitance of plenum mass node (kJ/K)                 
           232.000     capacitance of plenum air node (kJ/K)                  
           48.0000     volume of room (m3)                                    
           13.0000     volume of plenum (m3)                                  
           1.00000     number of occupants (-)                                
          0.173000     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
          0.179000     equipment heat gain (kW)                               
           6.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  49      TYPE 413
 Room with plenum and ducted return (no interzone flows)                 

 1     INPUTS:
        TEMPERATURE     10 - supply air dry bulb temperature                   
        HUMIDITY         9 - supply air humidity ratio                         
        FLOW            12 - supply dry air mass flow rate                     
        FLOW            24 - extract dry air mass flow rate                    
        TEMPERATURE      1 - ambient dry bulb temperature                      
        HUMIDITY         1 - ambient humidity ratio                            
        TEMPERATURE     46 - equivalent "sol-air" outdoor temperature for room 
        TEMPERATURE     52 - equivalent "sol-air" outdoor temperature for plenu
        CONTROL        116 - fractional occupancy                              
        CONTROL        117 - fractional lighting heat gain                     
        CONTROL        118 - fractional equipment heat gain                    
        POWER           20 - heat gain from supply duct                        
        POWER           21 - heat gain from extract duct                       
        TEMPERATURE     16 - room temperature                                  
        TEMPERATURE     22 - room structure temperature                        
        TEMPERATURE     28 - plenum temperature                                
        TEMPERATURE     34 - plenum structure temperature                      
        HUMIDITY        15 - room humidity ratio                               

 2     OUTPUTS:
        TEMPERATURE     16 - room temperature                                  
        TEMPERATURE     22 - room structure temperature                        
        TEMPERATURE     28 - plenum temperature                                
        TEMPERATURE     34 - plenum structure temperature                      
        HUMIDITY        15 - room humidity ratio                               
        TEMPERATURE     40 - return temperature                                
        POWER            0 - sensible heat gains of room                       
        POWER            0 - sensible heat gains of plenum                     
        FLOW             0 - water vapour gains of room                        

 3     PARAMETERS:
           1.00000     room air capacity multiplier (-)                       
           137.000     direct resistance room air node <-> ambient (K/kW)     
           1.14000     resistance room air node <-> room mass node (K/kW)     
           70.6000     resistance ambient <-> room mass node (K/kW)           
          0.100000E+12 direct resistance plenum air node <-> ambient (K/kW)   
           1.27000     resistance plenum air node <-> plenum mass node (K/kW) 
           200.000     resistance ambient <-> plenum mass node (K/kW)         
           9.47000     resistance room air node <-> plenum air node (K/kW)    
           10700.0     capacitance of room mass node (kJ/K)                   
           2030.00     capacitance of room air node (unmodified) (kJ/K)       
           16300.0     capacitance of plenum mass node (kJ/K)                 
           7030.00     capacitance of plenum air node (kJ/K)                  
           155.000     volume of room (m3)                                    
           43.0000     volume of plenum (m3)                                  
           15.0000     number of occupants (-)                                
          0.558000     lighting heat gain (kW)                                
           0.00000     fraction of lighting heat gain to extract air (-)      
           1.70000     equipment heat gain (kW)                               
           2.00000     zone number (parameter file=zoneN.par, n > 0) (-)      

 UNIT  50      TYPE 368
 Mixing of six moist air streams                                         

 1     INPUTS:
        TEMPERATURE     35 - Stream 1 dry bulb temperature                     
        HUMIDITY        10 - Stream 1 humidity ratio                           
        FLOW            19 - Stream 1 mass flow rate                           
        TEMPERATURE     36 - Stream 2 dry bulb temperature                     
        HUMIDITY        11 - Stream 2 humidity ratio                           
        FLOW            20 - Stream 2 mass flow rate                           
        TEMPERATURE     37 - Stream 3 dry bulb temperature                     
        HUMIDITY        12 - Stream 3 humidity ratio                           
        FLOW            21 - Stream 3 mass flow rate                           
        TEMPERATURE     38 - Stream 4 dry bulb temperature                     
        HUMIDITY        13 - Stream 4 humidity ratio                           
        FLOW            22 - Stream 4 mass flow rate                           
        TEMPERATURE     39 - Stream 5 dry bulb temperature                     
        HUMIDITY        14 - Stream 5 humidity ratio                           
        FLOW            23 - Stream 5 mass flow rate                           
        TEMPERATURE     40 - Stream 6 dry bulb temperature                     
        HUMIDITY        15 - Stream 6 humidity ratio                           
        FLOW            24 - Stream 6 mass flow rate                           

 2     OUTPUTS:
        TEMPERATURE     53 - Mixed air dry bulb temperature                    
        HUMIDITY        16 - Mixed air humidity ratio                          
        FLOW             0 - Mixed air mass flow rate                          

 3     PARAMETERS:
           0.00000     (dummy)                                                

 UNIT  51      TYPE 366
 Ideal heating of fluid stream                                           

 1     INPUTS:
        FLOW            29 - mass flow rate                                    
        TEMPERATURE     53 - inlet temperature                                 
        POWER            2 - rate of heat addition                             

 2     OUTPUTS:
        TEMPERATURE     54 - outlet temperature                                

 3     PARAMETERS:
           1.00000     fluid: 1 = air, any other value + water (-)            
           30.0000     time constant (s)                                      

 UNIT  52      TYPE  26
 CONTROL SIGNAL INVERTER                                                 

 1     INPUTS:
        CONTROL          1 - INPUT CONTROL SIGNAL                              

 2     OUTPUTS:
        CONTROL          0 - OUTPUT CONTROL SIGNAL                             

 3     PARAMETERS:
           0.00000     MULTIPLIER [DIMENSIONLESS]                             

 UNIT  53      TYPE  26
 CONTROL SIGNAL INVERTER                                                 

 1     INPUTS:
        CONTROL          1 - INPUT CONTROL SIGNAL                              

 2     OUTPUTS:
        CONTROL          0 - OUTPUT CONTROL SIGNAL                             

 3     PARAMETERS:
           0.00000     MULTIPLIER [DIMENSIONLESS]                             

 UNIT  54      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE      1 - temperature                                       

 2     OUTPUTS:
        CONTROL         60 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  55      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE      4 - temperature                                       

 2     OUTPUTS:
        CONTROL         61 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           30.0000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  56      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     54 - temperature                                       

 2     OUTPUTS:
        CONTROL         62 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           30.0000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  57      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE      2 - temperature                                       

 2     OUTPUTS:
        CONTROL         68 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           30.0000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  58      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     11 - temperature                                       

 2     OUTPUTS:
        CONTROL         70 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  59      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     12 - temperature                                       

 2     OUTPUTS:
        CONTROL         71 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  60      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     13 - temperature                                       

 2     OUTPUTS:
        CONTROL         72 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  61      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     14 - temperature                                       

 2     OUTPUTS:
        CONTROL         73 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  62      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     15 - temperature                                       

 2     OUTPUTS:
        CONTROL         74 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           300.000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  63      TYPE 301
 Temperature sensor                                                      

 1     INPUTS:
        TEMPERATURE     16 - temperature                                       

 2     OUTPUTS:
        CONTROL         75 - sensor output                                     

 3     PARAMETERS:
           0.00000     offset: input for zero output (C)                      
           1.00000     gain: change in input for 0->1 output (K)              
           30.0000     time constant (s)                                      
           40.0000     upper limit of output range (-)                        
          -10.0000     lower limit of output range (-)                        

 UNIT  64      TYPE 302
 Humidity sensor                                                         

 1     INPUTS:
        HUMIDITY         1 - humidity ratio                                    
        TEMPERATURE      1 - temperature                                       

 2     OUTPUTS:
        CONTROL         66 - sensor output                                     

 3     PARAMETERS:
           1.00000     HR=1, RH=2, DP=3, WB=4, deg sat=5, spec enthalpy=6 (-) 
           0.00000     offset: input for zero output (sensed quantity)        
           1.00000     gain: change in input for 0->1 output (sensed quantity)
           30.0000     time constant (s)                                      
           1.00000     upper limit of output range (-)                        
           0.00000     lower limit of output range (-)                        

 UNIT  65      TYPE 302
 Humidity sensor                                                         

 1     INPUTS:
        HUMIDITY        16 - humidity ratio                                    
        TEMPERATURE     54 - temperature                                       

 2     OUTPUTS:
        CONTROL         67 - sensor output                                     

 3     PARAMETERS:
           1.00000     HR=1, RH=2, DP=3, WB=4, deg sat=5, spec enthalpy=6 (-) 
           0.00000     offset: input for zero output (sensed quantity)        
           1.00000     gain: change in input for 0->1 output (sensed quantity)
           30.0000     time constant (s)                                      
           1.00000     upper limit of output range (-)                        
           0.00000     lower limit of output range (-)                        

 UNIT  66      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     11 - dry bulb temperature                              
        TEMPERATURE     11 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        10 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        120 - Predicted Mean Vote (PMV)                         
        CONTROL        126 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  67      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     12 - dry bulb temperature                              
        TEMPERATURE     12 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        11 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        121 - Predicted Mean Vote (PMV)                         
        CONTROL        127 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  68      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     13 - dry bulb temperature                              
        TEMPERATURE     13 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        12 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        122 - Predicted Mean Vote (PMV)                         
        CONTROL        128 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  69      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     14 - dry bulb temperature                              
        TEMPERATURE     14 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        13 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        123 - Predicted Mean Vote (PMV)                         
        CONTROL        129 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  70      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     15 - dry bulb temperature                              
        TEMPERATURE     15 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        14 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        124 - Predicted Mean Vote (PMV)                         
        CONTROL        130 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  71      TYPE 461
 Fanger PMV and PPD                                                      

 1     INPUTS:
        TEMPERATURE     16 - dry bulb temperature                              
        TEMPERATURE     16 - mean radiant temperature                          
        OTHER            5 - air speed                                         
        HUMIDITY        15 - humidity ratio                                    
        PRESSURE         1 - atmospheric pressure (relative to Standard Pressur

 2     OUTPUTS:
        CONTROL        125 - Predicted Mean Vote (PMV)                         
        CONTROL        131 - Predicted Percent Dissatisfied (PPD)              

 3     PARAMETERS:
           1.00000     metabolic rate (met = 58.2 W/m2)                       
          0.800000     clothing resistance (clo = 0.155 m2.C/W)               

 UNIT  72      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            40 - mass flow rate                                    
        TEMPERATURE     55 - inlet temperature                                 
        TEMPERATURE     56 - outlet temperature                                

 2     OUTPUTS:
        POWER           22 - power                                             
        ENERGY           1 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  73      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            41 - mass flow rate                                    
        TEMPERATURE     58 - inlet temperature                                 
        TEMPERATURE     64 - outlet temperature                                

 2     OUTPUTS:
        POWER           23 - power                                             
        ENERGY           2 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  74      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            42 - mass flow rate                                    
        TEMPERATURE     59 - inlet temperature                                 
        TEMPERATURE     65 - outlet temperature                                

 2     OUTPUTS:
        POWER           24 - power                                             
        ENERGY           3 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  75      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            43 - mass flow rate                                    
        TEMPERATURE     60 - inlet temperature                                 
        TEMPERATURE     66 - outlet temperature                                

 2     OUTPUTS:
        POWER           25 - power                                             
        ENERGY           4 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  76      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            44 - mass flow rate                                    
        TEMPERATURE     61 - inlet temperature                                 
        TEMPERATURE     67 - outlet temperature                                

 2     OUTPUTS:
        POWER           26 - power                                             
        ENERGY           5 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  77      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            45 - mass flow rate                                    
        TEMPERATURE     62 - inlet temperature                                 
        TEMPERATURE     68 - outlet temperature                                

 2     OUTPUTS:
        POWER           27 - power                                             
        ENERGY           6 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  78      TYPE 462
 Heat Meter                                                              

 1     INPUTS:
        FLOW            46 - mass flow rate                                    
        TEMPERATURE     63 - inlet temperature                                 
        TEMPERATURE     69 - outlet temperature                                

 2     OUTPUTS:
        POWER           28 - power                                             
        ENERGY           7 - energy                                            

 3     PARAMETERS:
           2.00000     fluid (air = 1, water = 2)                             

 UNIT  79      TYPE 463
 Energy Meter                                                            

 1     INPUTS:
        POWER           29 - power                                             

 2     OUTPUTS:
        ENERGY           8 - energy                                            

 3     PARAMETERS:
           0.00000     (dummy)                                                

 UNIT  80      TYPE 463
 Energy Meter                                                            

 1     INPUTS:
        POWER           30 - power                                             

 2     OUTPUTS:
        ENERGY           9 - energy                                            

 3     PARAMETERS:
           0.00000     (dummy)                                                

 UNIT  81      TYPE  26
 CONTROL SIGNAL INVERTER                                                 

 1     INPUTS:
        CONTROL          1 - INPUT CONTROL SIGNAL                              

 2     OUTPUTS:
        CONTROL          0 - OUTPUT CONTROL SIGNAL                             

 3     PARAMETERS:
           0.00000     MULTIPLIER [DIMENSIONLESS]                             
 Initial Variable Values:

 PRESSURE         1 ->     0.00000    (kPa)               
 PRESSURE         2 ->     0.00000    (kPa)               
 PRESSURE         3 ->     0.00000    (kPa)               
 PRESSURE         4 ->     0.00000    (kPa)               
 PRESSURE         5 ->     0.00000    (kPa)               
 PRESSURE         6 ->     0.00000    (kPa)               
 PRESSURE         7 ->     0.00000    (kPa)               
 PRESSURE         8 ->     0.00000    (kPa)               
 PRESSURE         9 ->     0.00000    (kPa)               
 PRESSURE        10 ->     0.00000    (kPa)               
 PRESSURE        11 ->     0.00000    (kPa)               
 PRESSURE        12 ->     0.00000    (kPa)               
 PRESSURE        13 ->     0.00000    (kPa)               
 PRESSURE        14 ->     0.00000    (kPa)               
 PRESSURE        15 ->     0.00000    (kPa)               
 PRESSURE        16 ->     0.00000    (kPa)               
 PRESSURE        17 ->     0.00000    (kPa)               
 PRESSURE        18 ->     0.00000    (kPa)               
 PRESSURE        19 ->     0.00000    (kPa)               
 PRESSURE        20 ->     0.00000    (kPa)               
 PRESSURE        21 ->     0.00000    (kPa)               
 PRESSURE        22 ->     0.00000    (kPa)               
 PRESSURE        23 ->     0.00000    (kPa)               
 PRESSURE        24 ->     0.00000    (kPa)               
 PRESSURE        25 ->     0.00000    (kPa)               
 PRESSURE        26 ->     0.00000    (kPa)               
 PRESSURE        27 ->     0.00000    (kPa)               
 PRESSURE        28 ->     0.00000    (kPa)               
 PRESSURE        29 ->     0.00000    (kPa)               
 PRESSURE        30 ->     0.00000    (kPa)               
 PRESSURE        31 ->     0.00000    (kPa)               
 PRESSURE        32 ->     39.0300    (kPa)               
 PRESSURE        33 ->     0.00000    (kPa)               
 PRESSURE        34 ->     38.1000    (kPa)               
 PRESSURE        35 ->     0.00000    (kPa)               
 PRESSURE        36 ->     26.8000    (kPa)               
 PRESSURE        37 ->     0.00000    (kPa)               
 PRESSURE        38 ->     57.0000    (kPa)               
 PRESSURE        39 ->     0.00000    (kPa)               
 PRESSURE        40 ->     42.5000    (kPa)               
 PRESSURE        41 ->     0.00000    (kPa)               
 PRESSURE        42 ->     15.6800    (kPa)               
 PRESSURE        43 ->     0.00000    (kPa)               
 PRESSURE        44 ->     3.29000    (kPa)               
 PRESSURE        45 ->     0.00000    (kPa)               
 PRESSURE        46 ->     0.00000    (kPa)               
 PRESSURE        47 ->     0.00000    (kPa)               
 PRESSURE        48 ->     0.00000    (kPa)               
 PRESSURE        49 ->     0.00000    (kPa)               
 PRESSURE        50 ->     0.00000    (kPa)               
 PRESSURE        51 ->     0.00000    (kPa)               
 FLOW             1 ->     0.00000    (kg/s)              
 FLOW             2 ->     0.00000    (kg/s)              
 FLOW             3 ->     0.00000    (kg/s)              
 FLOW             4 ->     0.00000    (kg/s)              
 FLOW             5 ->     0.00000    (kg/s)              
 FLOW             6 ->     0.00000    (kg/s)              
 FLOW             7 ->     0.00000    (kg/s)              
 FLOW             8 ->     0.00000    (kg/s)              
 FLOW             9 ->     0.00000    (kg/s)              
 FLOW            10 ->     0.00000    (kg/s)              
 FLOW            11 ->     0.00000    (kg/s)              
 FLOW            12 ->     0.00000    (kg/s)              
 FLOW            13 ->     0.00000    (kg/s)              
 FLOW            14 ->     0.00000    (kg/s)              
 FLOW            15 ->     0.00000    (kg/s)              
 FLOW            16 ->     0.00000    (kg/s)              
 FLOW            17 ->     0.00000    (kg/s)              
 FLOW            18 ->     0.00000    (kg/s)              
 FLOW            19 ->     0.00000    (kg/s)              
 FLOW            20 ->     0.00000    (kg/s)              
 FLOW            21 ->     0.00000    (kg/s)              
 FLOW            22 ->     0.00000    (kg/s)              
 FLOW            23 ->     0.00000    (kg/s)              
 FLOW            24 ->     0.00000    (kg/s)              
 FLOW            25 ->     0.00000    (kg/s)              
 FLOW            26 ->     0.00000    (kg/s)              
 FLOW            27 ->     0.00000    (kg/s)              
 FLOW            28 ->     0.00000    (kg/s)              
 FLOW            29 ->     0.00000    (kg/s)              
 FLOW            30 ->     0.00000    (kg/s)              
 FLOW            31 ->     0.00000    (kg/s)              
 FLOW            32 ->     0.00000    (kg/s)              
 FLOW            33 ->     0.00000    (kg/s)              
 FLOW            34 ->     0.00000    (kg/s)              
 FLOW            35 ->     0.00000    (kg/s)              
 FLOW            36 ->     0.00000    (kg/s)              
 FLOW            37 ->     0.00000    (kg/s)              
 FLOW            38 ->     0.00000    (kg/s)              
 FLOW            39 ->     0.00000    (kg/s)              
 FLOW            40 ->     0.00000    (kg/s)              
 FLOW            41 ->     0.00000    (kg/s)              
 FLOW            42 ->     0.00000    (kg/s)              
 FLOW            43 ->     0.00000    (kg/s)              
 FLOW            44 ->     0.00000    (kg/s)              
 FLOW            45 ->     0.00000    (kg/s)              
 FLOW            46 ->     0.00000    (kg/s)              
 TEMPERATURE      1 ->     30.0000    (C)                 
 TEMPERATURE      2 ->     20.0000    (C)                 
 TEMPERATURE      3 ->     20.0000    (C)                 
 TEMPERATURE      4 ->     20.0000    (C)                 
 TEMPERATURE      5 ->     20.0000    (C)                 
 TEMPERATURE      6 ->     20.0000    (C)                 
 TEMPERATURE      7 ->     20.0000    (C)                 
 TEMPERATURE      8 ->     20.0000    (C)                 
 TEMPERATURE      9 ->     20.0000    (C)                 
 TEMPERATURE     10 ->     20.0000    (C)                 
 TEMPERATURE     11 ->     20.0000    (C)                 
 TEMPERATURE     12 ->     20.0000    (C)                 
 TEMPERATURE     13 ->     20.0000    (C)                 
 TEMPERATURE     14 ->     20.0000    (C)                 
 TEMPERATURE     15 ->     20.0000    (C)                 
 TEMPERATURE     16 ->     20.0000    (C)                 
 TEMPERATURE     17 ->     20.0000    (C)                 
 TEMPERATURE     18 ->     20.0000    (C)                 
 TEMPERATURE     19 ->     20.0000    (C)                 
 TEMPERATURE     20 ->     20.0000    (C)                 
 TEMPERATURE     21 ->     20.0000    (C)                 
 TEMPERATURE     22 ->     20.0000    (C)                 
 TEMPERATURE     23 ->     20.0000    (C)                 
 TEMPERATURE     24 ->     20.0000    (C)                 
 TEMPERATURE     25 ->     20.0000    (C)                 
 TEMPERATURE     26 ->     20.0000    (C)                 
 TEMPERATURE     27 ->     20.0000    (C)                 
 TEMPERATURE     28 ->     20.0000    (C)                 
 TEMPERATURE     29 ->     20.0000    (C)                 
 TEMPERATURE     30 ->     20.0000    (C)                 
 TEMPERATURE     31 ->     20.0000    (C)                 
 TEMPERATURE     32 ->     20.0000    (C)                 
 TEMPERATURE     33 ->     20.0000    (C)                 
 TEMPERATURE     34 ->     20.0000    (C)                 
 TEMPERATURE     35 ->     20.0000    (C)                 
 TEMPERATURE     36 ->     20.0000    (C)                 
 TEMPERATURE     37 ->     20.0000    (C)                 
 TEMPERATURE     38 ->     20.0000    (C)                 
 TEMPERATURE     39 ->     20.0000    (C)                 
 TEMPERATURE     40 ->     20.0000    (C)                 
 TEMPERATURE     41 ->     20.0000    (C)                 
 TEMPERATURE     42 ->     20.0000    (C)                 
 TEMPERATURE     43 ->     20.0000    (C)                 
 TEMPERATURE     44 ->     20.0000    (C)                 
 TEMPERATURE     45 ->     20.0000    (C)                 
 TEMPERATURE     46 ->     20.0000    (C)                 
 TEMPERATURE     47 ->     20.0000    (C)                 
 TEMPERATURE     48 ->     20.0000    (C)                 
 TEMPERATURE     49 ->     20.0000    (C)                 
 TEMPERATURE     50 ->     20.0000    (C)                 
 TEMPERATURE     51 ->     20.0000    (C)                 
 TEMPERATURE     52 ->     20.0000    (C)                 
 TEMPERATURE     53 ->     20.0000    (C)                 
 TEMPERATURE     54 ->     20.0000    (C)                 
 TEMPERATURE     55 ->     6.00000    (C)                 
 TEMPERATURE     56 ->     20.0000    (C)                 
 TEMPERATURE     57 ->     20.0000    (C)                 
 TEMPERATURE     58 ->     80.0000    (C)                 
 TEMPERATURE     59 ->     80.0000    (C)                 
 TEMPERATURE     60 ->     80.0000    (C)                 
 TEMPERATURE     61 ->     80.0000    (C)                 
 TEMPERATURE     62 ->     80.0000    (C)                 
 TEMPERATURE     63 ->     80.0000    (C)                 
 TEMPERATURE     64 ->     20.0000    (C)                 
 TEMPERATURE     65 ->     20.0000    (C)                 
 TEMPERATURE     66 ->     20.0000    (C)                 
 TEMPERATURE     67 ->     20.0000    (C)                 
 TEMPERATURE     68 ->     20.0000    (C)                 
 TEMPERATURE     69 ->     20.0000    (C)                 
 TEMPERATURE     70 ->     20.0000    (C)                 
 TEMPERATURE     71 ->     20.0000    (C)                 
 TEMPERATURE     72 ->     20.0000    (C)                 
 TEMPERATURE     73 ->     20.0000    (C)                 
 TEMPERATURE     74 ->     20.0000    (C)                 
 TEMPERATURE     75 ->     20.0000    (C)                 
 CONTROL          1 ->     0.00000    (-)                 
 CONTROL          2 ->     0.00000    (-)                 
 CONTROL          3 ->    0.312000    (-)                 
 CONTROL          4 ->     0.00000    (-)                 
 CONTROL          5 ->     0.00000    (-)                 
 CONTROL          6 ->     0.00000    (-)                 
 CONTROL          7 ->     0.00000    (-)                 
 CONTROL          8 ->     0.00000    (-)                 
 CONTROL          9 ->     0.00000    (-)                 
 CONTROL         10 ->     0.00000    (-)                 
 CONTROL         11 ->     0.00000    (-)                 
 CONTROL         12 ->     0.00000    (-)                 
 CONTROL         13 ->     0.00000    (-)                 
 CONTROL         14 ->     0.00000    (-)                 
 CONTROL         15 ->     0.00000    (-)                 
 CONTROL         16 ->     0.00000    (-)                 
 CONTROL         17 ->    0.472000    (-)                 
 CONTROL         18 ->     1.00000    (-)                 
 CONTROL         19 ->     0.00000    (-)                 
 CONTROL         20 ->     0.00000    (-)                 
 CONTROL         21 ->     15.5000    (-)                 
 CONTROL         22 ->     0.00000    (-)                 
 CONTROL         23 ->     0.00000    (-)                 
 CONTROL         24 ->     0.00000    (-)                 
 CONTROL         25 ->     0.00000    (-)                 
 CONTROL         26 ->     0.00000    (-)                 
 CONTROL         27 ->     0.00000    (-)                 
 CONTROL         28 ->     0.00000    (-)                 
 CONTROL         29 ->     0.00000    (-)                 
 CONTROL         30 ->     0.00000    (-)                 
 CONTROL         31 ->     0.00000    (-)                 
 CONTROL         32 ->     0.00000    (-)                 
 CONTROL         33 ->     0.00000    (-)                 
 CONTROL         34 ->     0.00000    (-)                 
 CONTROL         35 ->     0.00000    (-)                 
 CONTROL         36 ->     0.00000    (-)                 
 CONTROL         37 ->     0.00000    (-)                 
 CONTROL         38 ->     0.00000    (-)                 
 CONTROL         39 ->     0.00000    (-)                 
 CONTROL         40 ->     0.00000    (-)                 
 CONTROL         41 ->     0.00000    (-)                 
 CONTROL         42 ->     0.00000    (-)                 
 CONTROL         43 ->     0.00000    (-)                 
 CONTROL         44 ->     0.00000    (-)                 
 CONTROL         45 ->     0.00000    (-)                 
 CONTROL         46 ->     0.00000    (-)                 
 CONTROL         47 ->     0.00000    (-)                 
 CONTROL         48 ->     0.00000    (-)                 
 CONTROL         49 ->     0.00000    (-)                 
 CONTROL         50 ->     0.00000    (-)                 
 CONTROL         51 ->     0.00000    (-)                 
 CONTROL         52 ->     0.00000    (-)                 
 CONTROL         53 ->     0.00000    (-)                 
 CONTROL         54 ->     0.00000    (-)                 
 CONTROL         55 ->     0.00000    (-)                 
 CONTROL         56 ->     0.00000    (-)                 
 CONTROL         57 ->     0.00000    (-)                 
 CONTROL         58 ->     0.00000    (-)                 
 CONTROL         59 ->     0.00000    (-)                 
 CONTROL         60 ->     30.0000    (-)                 
 CONTROL         61 ->     15.5000    (-)                 
 CONTROL         62 ->     20.0000    (-)                 
 CONTROL         63 ->     0.00000    (-)                 
 CONTROL         64 ->     0.00000    (-)                 
 CONTROL         65 ->    0.312000    (-)                 
 CONTROL         66 ->    0.400000E-02(-)                 
 CONTROL         67 ->    0.400000E-02(-)                 
 CONTROL         68 ->     30.0000    (-)                 
 CONTROL         69 ->     0.00000    (-)                 
 CONTROL         70 ->     22.2200    (-)                 
 CONTROL         71 ->     22.2200    (-)                 
 CONTROL         72 ->     22.2200    (-)                 
 CONTROL         73 ->     22.2200    (-)                 
 CONTROL         74 ->     22.2200    (-)                 
 CONTROL         75 ->     22.2200    (-)                 
 CONTROL         76 ->     0.00000    (-)                 
 CONTROL         77 ->     0.00000    (-)                 
 CONTROL         78 ->     0.00000    (-)                 
 CONTROL         79 ->     0.00000    (-)                 
 CONTROL         80 ->     0.00000    (-)                 
 CONTROL         81 ->     0.00000    (-)                 
 CONTROL         82 ->     0.00000    (-)                 
 CONTROL         83 ->     0.00000    (-)                 
 CONTROL         84 ->     0.00000    (-)                 
 CONTROL         85 ->     0.00000    (-)                 
 CONTROL         86 ->     0.00000    (-)                 
 CONTROL         87 ->     0.00000    (-)                 
 CONTROL         88 ->     0.00000    (-)                 
 CONTROL         89 ->     0.00000    (-)                 
 CONTROL         90 ->     0.00000    (-)                 
 CONTROL         91 ->     0.00000    (-)                 
 CONTROL         92 ->     0.00000    (-)                 
 CONTROL         93 ->     0.00000    (-)                 
 CONTROL         94 ->     0.00000    (-)                 
 CONTROL         95 ->     0.00000    (-)                 
 CONTROL         96 ->     0.00000    (-)                 
 CONTROL         97 ->     0.00000    (-)                 
 CONTROL         98 ->     0.00000    (-)                 
 CONTROL         99 ->     0.00000    (-)                 
 CONTROL        100 ->     0.00000    (-)                 
 CONTROL        101 ->     0.00000    (-)                 
 CONTROL        102 ->     0.00000    (-)                 
 CONTROL        103 ->     0.00000    (-)                 
 CONTROL        104 ->     0.00000    (-)                 
 CONTROL        105 ->     0.00000    (-)                 
 CONTROL        106 ->     0.00000    (-)                 
 CONTROL        107 ->     0.00000    (-)                 
 CONTROL        108 ->     0.00000    (-)                 
 CONTROL        109 ->     0.00000    (-)                 
 CONTROL        110 ->     0.00000    (-)                 
 CONTROL        111 ->     0.00000    (-)                 
 CONTROL        112 ->     0.00000    (-)                 
 CONTROL        113 ->     0.00000    (-)                 
 CONTROL        114 ->     0.00000    (-)                 
 CONTROL        115 ->     0.00000    (-)                 
 CONTROL        116 ->     0.00000    (-)                 
 CONTROL        117 ->     0.00000    (-)                 
 CONTROL        118 ->     0.00000    (-)                 
 CONTROL        119 ->     0.00000    (-)                 
 CONTROL        120 ->     0.00000    (-)                 
 CONTROL        121 ->     0.00000    (-)                 
 CONTROL        122 ->     0.00000    (-)                 
 CONTROL        123 ->     0.00000    (-)                 
 CONTROL        124 ->     0.00000    (-)                 
 CONTROL        125 ->     0.00000    (-)                 
 CONTROL        126 ->     0.00000    (-)                 
 CONTROL        127 ->     0.00000    (-)                 
 CONTROL        128 ->     0.00000    (-)                 
 CONTROL        129 ->     0.00000    (-)                 
 CONTROL        130 ->     0.00000    (-)                 
 CONTROL        131 ->     0.00000    (-)                 
 CONTROL        132 ->     0.00000    (-)                 
 CONTROL        133 ->     0.00000    (-)                 
 CONTROL        134 ->     0.00000    (-)                 
 CONTROL        135 ->     0.00000    (-)                 
 CONTROL        136 ->     0.00000    (-)                 
 CONTROL        137 ->     0.00000    (-)                 
 CONTROL        138 ->     0.00000    (-)                 
 CONTROL        139 ->     0.00000    (-)                 
 CONTROL        140 ->     0.00000    (-)                 
 CONTROL        141 ->     0.00000    (-)                 
 CONTROL        142 ->     0.00000    (-)                 
 CONTROL        143 ->     0.00000    (-)                 
 CONTROL        144 ->     0.00000    (-)                 
 CONTROL        145 ->     0.00000    (-)                 
 CONTROL        146 ->     0.00000    (-)                 
 CONTROL        147 ->     0.00000    (-)                 
 CONTROL        148 ->     0.00000    (-)                 
 OTHER            1 ->     0.00000    (-)                 
 OTHER            2 ->     0.00000    (-)                 
 OTHER            3 ->     0.00000    (-)                 
 OTHER            4 ->     0.00000    (-)                 
 OTHER            5 ->     0.00000    (-)                 
 ENERGY           1 ->     0.00000    (kJ)                
 ENERGY           2 ->     0.00000    (kJ)                
 ENERGY           3 ->     0.00000    (kJ)                
 ENERGY           4 ->     0.00000    (kJ)                
 ENERGY           5 ->     0.00000    (kJ)                
 ENERGY           6 ->     0.00000    (kJ)                
 ENERGY           7 ->     0.00000    (kJ)                
 ENERGY           8 ->     0.00000    (kJ)                
 ENERGY           9 ->     0.00000    (kJ)                
 POWER            1 ->     0.00000    (kW)                
 POWER            2 ->     0.00000    (kW)                
 POWER            3 ->     0.00000    (kW)                
 POWER            4 ->     0.00000    (kW)                
 POWER            5 ->     0.00000    (kW)                
 POWER            6 ->     0.00000    (kW)                
 POWER            7 ->     0.00000    (kW)                
 POWER            8 ->     0.00000    (kW)                
 POWER            9 ->     0.00000    (kW)                
 POWER           10 ->     0.00000    (kW)                
 POWER           11 ->     0.00000    (kW)                
 POWER           12 ->     0.00000    (kW)                
 POWER           13 ->     0.00000    (kW)                
 POWER           14 ->     0.00000    (kW)                
 POWER           15 ->     0.00000    (kW)                
 POWER           16 ->     0.00000    (kW)                
 POWER           17 ->     0.00000    (kW)                
 POWER           18 ->     0.00000    (kW)                
 POWER           19 ->     0.00000    (kW)                
 POWER           20 ->     0.00000    (kW)                
 POWER           21 ->     0.00000    (kW)                
 POWER           22 ->     0.00000    (kW)                
 POWER           23 ->     0.00000    (kW)                
 POWER           24 ->     0.00000    (kW)                
 POWER           25 ->     0.00000    (kW)                
 POWER           26 ->     0.00000    (kW)                
 POWER           27 ->     0.00000    (kW)                
 POWER           28 ->     0.00000    (kW)                
 POWER           29 ->     0.00000    (kW)                
 POWER           30 ->     0.00000    (kW)                
 HUMIDITY         1 ->    0.400000E-02(kg/kg)             
 HUMIDITY         2 ->    0.400000E-02(kg/kg)             
 HUMIDITY         3 ->    0.400000E-02(kg/kg)             
 HUMIDITY         4 ->    0.400000E-02(kg/kg)             
 HUMIDITY         5 ->    0.400000E-02(kg/kg)             
 HUMIDITY         6 ->    0.400000E-02(kg/kg)             
 HUMIDITY         7 ->    0.400000E-02(kg/kg)             
 HUMIDITY         8 ->    0.400000E-02(kg/kg)             
 HUMIDITY         9 ->    0.400000E-02(kg/kg)             
 HUMIDITY        10 ->    0.400000E-02(kg/kg)             
 HUMIDITY        11 ->    0.400000E-02(kg/kg)             
 HUMIDITY        12 ->    0.400000E-02(kg/kg)             
 HUMIDITY        13 ->    0.400000E-02(kg/kg)             
 HUMIDITY        14 ->    0.400000E-02(kg/kg)             
 HUMIDITY        15 ->    0.400000E-02(kg/kg)             
 HUMIDITY        16 ->    0.400000E-02(kg/kg)             
 Simulation Error Tolerances:

 1      RTOLX=   0.100000E-03      ATOLX=   0.100000E-04
        XTOL=    0.200000E-03      TTIME=    1.00000    

 SUPERBLOCK 1
 2      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 2
 3      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 3
 4      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 4
 5      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 5
 6      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 6
 7      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 7
 8      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 8
 9      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK 9
10      FREEZE OPTION 0      SCAN OPTION 0

 SUPERBLOCK10
11      FREEZE OPTION 0      SCAN OPTION 0
 The following are Boundary Variables in the simulation:

 TEMPERATURE     1
 TEMPERATURE    41
 TEMPERATURE    42
 TEMPERATURE    43
 TEMPERATURE    44
 TEMPERATURE    45
 TEMPERATURE    46
 TEMPERATURE    47
 TEMPERATURE    48
 TEMPERATURE    49
 TEMPERATURE    50
 TEMPERATURE    51
 TEMPERATURE    52
 CONTROL       101
 CONTROL       104
 CONTROL       107
 CONTROL       116
 CONTROL       102
 CONTROL       105
 CONTROL       108
 CONTROL       117
 CONTROL       103
 CONTROL       106
 CONTROL       109
 CONTROL       118
 HUMIDITY        1

 SUPERBLOCK 1      REPORTING INTERVAL    360.000    
 CONTROL          1

 SUPERBLOCK 2      REPORTING INTERVAL    60.0000    
 CONTROL          1
 CONTROL          2
 CONTROL          3
 CONTROL         17
 CONTROL         18
 CONTROL         19
 CONTROL         20
 CONTROL         21
 CONTROL         22
 CONTROL         23
 CONTROL         24
 CONTROL         25
 CONTROL         26
 CONTROL         27
 CONTROL         28
 CONTROL         48
 CONTROL         77

 SUPERBLOCK 3      REPORTING INTERVAL    60.0000    
 OTHER            1
 OTHER            2

 SUPERBLOCK 4      REPORTING INTERVAL    60.0000    
 PRESSURE         1
 PRESSURE         2
 PRESSURE         3
 PRESSURE         4
 PRESSURE         5
 PRESSURE         6
 PRESSURE         7
 PRESSURE         8
 PRESSURE         9
 PRESSURE        10
 PRESSURE        11
 PRESSURE        12
 PRESSURE        13
 PRESSURE        14
 PRESSURE        15
 PRESSURE        16
 PRESSURE        17
 PRESSURE        18
 PRESSURE        19
 PRESSURE        20
 PRESSURE        21
 PRESSURE        22
 PRESSURE        23
 PRESSURE        24
 PRESSURE        25
 PRESSURE        26
 PRESSURE        27
 PRESSURE        28
 PRESSURE        29
 PRESSURE        30

 SUPERBLOCK 5      REPORTING INTERVAL    60.0000    
 FLOW             1
 FLOW             2
 FLOW             3
 FLOW             4
 FLOW             5
 FLOW             6
 FLOW             7
 FLOW             8
 FLOW             9
 FLOW            10
 FLOW            11
 FLOW            12
 FLOW            13
 FLOW            14
 FLOW            15
 FLOW            16
 FLOW            17
 FLOW            18
 FLOW            19
 FLOW            20
 FLOW            21
 FLOW            22
 FLOW            23
 FLOW            24
 FLOW            25
 FLOW            26
 FLOW            27
 FLOW            28
 FLOW            29
 FLOW            30

 SUPERBLOCK 6      REPORTING INTERVAL    60.0000    
 TEMPERATURE      1
 TEMPERATURE      2
 TEMPERATURE      3
 TEMPERATURE      4
 TEMPERATURE      5
 TEMPERATURE      6
 TEMPERATURE      7
 TEMPERATURE      8
 TEMPERATURE      9
 TEMPERATURE     10
 TEMPERATURE     11
 TEMPERATURE     12
 TEMPERATURE     13
 TEMPERATURE     14
 TEMPERATURE     15
 TEMPERATURE     16
 TEMPERATURE     35
 TEMPERATURE     36
 TEMPERATURE     37
 TEMPERATURE     38
 TEMPERATURE     39
 TEMPERATURE     40
 TEMPERATURE     17
 TEMPERATURE     54

 SUPERBLOCK 7      REPORTING INTERVAL    60.0000    
 HUMIDITY         1
 HUMIDITY         2
 HUMIDITY         3
 HUMIDITY         4
 HUMIDITY         5
 HUMIDITY         6
 HUMIDITY         7
 HUMIDITY         8
 HUMIDITY         9
 HUMIDITY        10
 HUMIDITY        11
 HUMIDITY        12
 HUMIDITY        13
 HUMIDITY        14
 HUMIDITY        15
 HUMIDITY        16

 SUPERBLOCK 8      REPORTING INTERVAL    60.0000    
 FLOW            40
 FLOW            41
 CONTROL         41

 SUPERBLOCK 9      REPORTING INTERVAL    60.0000    
 CONTROL        120
 CONTROL        121
 CONTROL        122
 CONTROL        123
 CONTROL        124
 CONTROL        125
 CONTROL        126
 CONTROL        127
 CONTROL        128
 CONTROL        129
 CONTROL        130
 CONTROL        131
 ENERGY           1
 ENERGY           2
 ENERGY           3
 ENERGY           4
 ENERGY           5
 ENERGY           6
 ENERGY           7
 ENERGY           8
 ENERGY           9

 SUPERBLOCK10      REPORTING INTERVAL    60.0000    
 CONTROL        132
 CONTROL        133
 CONTROL        134
 CONTROL        135
 CONTROL        136
 CONTROL        137
 CONTROL        138
 CONTROL        139
 CONTROL        140
 CONTROL        141
 CONTROL        142
 CONTROL        143
 CONTROL        144
 CONTROL        145
 CONTROL        146
 CONTROL        147
 CONTROL        148
