home *** CD-ROM | disk | FTP | other *** search
/ The World of Computer Software / World_Of_Computer_Software-02-387-Vol-3of3.iso / a / aseam3_1.zip / AS3DISK2.EXE / PLTINPUT.FRM < prev    next >
Text File  |  1991-05-10  |  9KB  |  140 lines
  1.  
  2.                        ASEAM2 PLANT INPUT FORMS (ABBREVIATED)
  3.  
  4. Fuel Type         Energy      Unit Cost      Conversion Factors (BTU/Unit)
  5.                    Units      $ / Unit           Site            Source
  6. Electricity         KWH         _____           _____            _____
  7. Natural Gas      Therms         _____           _____            _____
  8. #2 Oil          Gallons         _____           _____            _____
  9. #4 Oil          Gallons         _____           _____            _____
  10. #6 Oil          Gallons         _____           _____            _____
  11. Dist Heating       MBTU         _____           _____            _____
  12. Dist Cooling       MBTU         _____           _____            _____
  13.  
  14.  
  15.  
  16. Label for Miscellaneous              Fuel Units         Annual Consumption
  17. Energy Consumption                (See Codes Below)       in Energy Units
  18.  _______________________________          _                ____________
  19.  _______________________________          _                ____________
  20.  _______________________________          _                ____________
  21.  _______________________________          _                ____________
  22.  _______________________________          _                ____________
  23.  
  24.                    Fuel Code       Fuel Type      Energy Units
  25.                        1           Natural Gas       therms
  26.                        2           Oil               gallons
  27.                        3           Electricity       KWH
  28.                        4           Dist Heating      MBTU
  29.                        5           Dist Cooling      MBTU
  30.  
  31.                        ASEAM2 PLANT INPUT FORMS (ABBREVIATED)
  32.  
  33.                                                         Type 1    Type 2
  34.  
  35. Centrifugal chiller cooling capacity (per chiller)      ______    ______  tons
  36.  (or) Percent design load satisfied per chiller         ___       ___     %
  37. Number of chillers of this capacity                     _         _
  38. Design coefficient of performance                       ____      ____
  39. Minimum unloading ratio (% of capacity)                 __        __      %
  40. Minimum part load ratio (% of capacity)                 __        __      %
  41. Load management/operation (1=always on  2=as needed)    _         _
  42. Chilled water temperature at design load                ___       ___     °F
  43. Chilled water temperature at minimum load               ____      ____    °F
  44. Chilled water flow (blank=autosized)                    ____      ____    gpm
  45. Chilled water pump KW (blank=autosized)                 ____      ____    KW
  46.  
  47.                                                         Type 1    Type 2
  48.  
  49. Absorption chiller cooling capacity (per chiller)       ______    ______  tons
  50.  (or) Percent design load satisfied per chiller         ___       ___     %
  51. Number of chillers of this capacity                     _         _
  52. Heat input energy source (1=Boiler  2=Dist Heat)        _         _
  53. Design coefficient of performance                       ____      ____
  54. Minimum part load ratio (% of capacity)                 __        __      %
  55. Number of absorption stages                             _         _
  56. Load management/operation (1=always on  2=as needed)    _         _
  57. Chilled water temperature at design load                ___       ___     °F
  58. Chilled water temperature at minimum load               ____      ____    °F
  59. Chilled water flow (blank=autosized)                    ____      ____    gpm
  60. Chilled water pump KW (blank=autosized)                 ____      ____    KW
  61.  
  62.                                                         Type 1    Type 2
  63.  
  64. Double Bundle chiller cooling capacity (per chiller)    ______    ______  tons
  65.  (or) Percent design load satisfied per chiller         ___       ___     %
  66. Number of chillers of this capacity                     _         _
  67. Design coefficient of performance                       ____      ____
  68. Minimum unloading ratio (% of cap - clg mode)           __        __      %
  69. Minimum unloading ratio (% of cap - htg mode)           __        __      %
  70. Minimum part load ratio (% of capacity)                 __        __      %
  71. Load management/operation (1=always on  2=as needed)    _         _
  72. Chilled water temperature at design load                ____      ____    °F
  73. Chilled water temperature at minimum load               ____      ____    °F
  74. Chilled water flow (blank=autosized)                    ____      ____    gpm
  75. Chilled water pump KW (blank=autosized)                 ___       ___     KW
  76. Design heat recovery temperature                        ___       ___     °F
  77. Heat recovery backup (1=Boiler   2=Dist Htg)            _         _
  78.  
  79.                                                         Type 1    Type 2
  80.  
  81. Reciprocating chiller cooling capacity (per chiller)    ____      ____    tons
  82.  (or) Percent design load satisfied per chiller         ___       ___     %
  83. Number of chillers of this capacity                     _         _
  84. Design coefficient of performance                       ____      ____
  85. Minimum unloading ratio (% of capacity)                 __        __      %
  86. Minimum part load ratio (% of capacity)                 __        __      %
  87. Load management/operation (1=always on  2=as needed)    _         _
  88. Chilled water temperature at design load                ____      ____    °F
  89. Chilled water temperature at minimum load               ____      ____    °F
  90. Chilled water flow (blank=autosized)                    ____      ____    gpm
  91. Chilled water pump KW (blank=autosized)                 ___       ___     KW
  92.  
  93.                        ASEAM2 PLANT INPUT FORMS (ABBREVIATED)
  94.  
  95. Cooling tower total heat rejection capacity                       _____   tons
  96.  (or) Percent of design heat rejection load satisfied             ___     %
  97. Number of tower cells (blank=autosized)                           _
  98. Fan KW per cell (blank=autosized)                                 ___     KW
  99. Number of fan speeds (1 or 2)                                     _
  100. Approach temperature                                              __      °F
  101. Condenser water temperature at design load                        ___     °F
  102. Condenser water temperature at minimum load                       ___     °F
  103. Condenser water flow rate (blank=autosized)                       ___     gpm
  104. Condenser water pump KW (blank=autosized)                         ___     KW
  105.  
  106. DHW Energy Source (0=None  1=Elec  2=Gas  3=Oil  4=Blr  5=Dist)   _
  107.  (if oil)  Oil Type (2 or 4 or 6)                                 _
  108.  (if gas)  Annual pilot consumption                               ___  therms
  109. Domestic Hot Water Heating Capacity (blank=autosized)             ____ KBTUH
  110.  (if autosized) Peak hourly DHW usage                             ____ gal/hour
  111. Average hourly DHW usage - occupied cycle                         ____ gal/hour
  112. Average hourly DHW usage - unoccupied cycle                       ____ gal/hour
  113. Domestic hot water supply temperature                             ___  °F
  114. DHW inlet temperature - design summer                             __   °F
  115. DHW inlet temperature - design winter                             __   °F
  116. Circulating pump KW - occupied cycle                              ___  KW
  117. Circulating pump KW - unoccupied cycle                            ___  KW
  118. Design DHW heating efficiency                                     ___   %
  119. DHW losses - occupied cycle                                       _____  BTUH
  120. DHW losses - unoccupied cycle                                     _____  BTUH
  121.  
  122.                                                         Type 1    Type 2
  123. Boiler Energy Source (1=Elect  2=Nat Gas  3=Oil)        _         _
  124.   (if oil)  Oil type (2 or 4 or 6)                      _         _
  125.   (if gas)  Annual pilot consumption                    ____      ____   therms
  126. Boiler heating capacity (per boiler)                    ______    ______ KBTUH
  127.   (or) % max heating load satisfied (per boiler)        ___       ___    %
  128. Number of boilers with this capacity                    _         _
  129. Load management/operation (1=always on  2=as needed)    _         _
  130. Boiler efficiency method (1=user entered   2=calc)      _         _
  131. Design boiler efficiency (if user entered)              ____      ____   %
  132.  (if calc) Combustion air temperature                   ___       ___    °F
  133.  (if calc) Stack temperature                            ___       ___    °F
  134.  (if calc) Air-Fuel ratio                               ____      ____   Lb/Lb
  135. Minimum part load operating ratio (% of capacity)       __        __     %
  136. Boiler pump KW (blank=autosized)                        ___       ___    KW
  137. Boiler losses - percent of capacity                     __        __     %
  138. Boiler losses - percent of load                         __        __     %
  139.  
  140.