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Text File  |  1991-05-10  |  10KB  |  163 lines
  1.  
  2.               ASEAM2 SYSTEMS INPUT FORM (ABBREVIATED)
  3.  
  4. Total number of systems   __
  5.  
  6. System #    System Label                              System Type
  7.     1    ________________________________________          __
  8.     2    ________________________________________          __
  9.     3    ________________________________________          __
  10.     4    ________________________________________          __
  11.     5    ________________________________________          __
  12.     6    ________________________________________          __
  13.     7    ________________________________________          __
  14.     8    ________________________________________          __
  15.     9    ________________________________________          __
  16.    10    ________________________________________          __
  17.  
  18.  
  19.                                 System Types
  20. 1=DDMZ    2=CVRH    3=VAVR    4=CBVAV    5=SZRH    6=FCU    7=WSHP    8=AAHP
  21. 9=BB     10=FURN   11=UH     12=HV                13=WAC
  22.  
  23.  
  24.  
  25.  
  26.  
  27.  
  28.  
  29.  Zone    Zone                                     Heating   Heating   Cooling
  30. Number   Label                                    Cooling     ONLY      ONLY
  31.                                                  System #   System #  System #
  32.  ┌──────────────────────────────────┐               __        __        __
  33.  │NOTE - THE ZONE NUMBERS AND LABELS│               __        __        __
  34.  │       (AS DEFINED IN LOADS INPUT)│               __        __        __
  35.  │       WILL BE PRINTED HERE       │               __        __        __
  36.  └──────────────────────────────────┘               __        __        __
  37.                                                     __        __        __
  38.                                                     __        __        __
  39.                                                     __        __        __
  40.                                                     __        __        __
  41.                                                     __        __        __
  42.  
  43.  
  44. ASEAM2 SYSTEMS INPUT FORM (ABBREVIATED)                      System #   ____
  45.  
  46. Heating coil plant type (Use Codes Below)                               _
  47.  0=None  1=Boiler  2=Elect Resist  3=Dist Heat  4=DB Chiller   5=Furn
  48. Outside temperature above which heating is off                          ___ °F
  49. Heating available beginning month #                                     __
  50. Heating available ending month #                                        __
  51. Design heating coil discharge temperature                               ___ °F
  52. Discriminator Control (Y/N)                         (DDMZ ONLY)         _
  53. Outside temperature at maximum hot deck temperature (DDMZ ONLY)         ___ °F
  54.   Maximum hot deck temperature                      (DDMZ ONLY)         ___ °F
  55. Outside temperature at minimum hot deck temperature (DDMZ ONLY)         ___ °F
  56.   Minimum hot deck temperature                      (DDMZ ONLY)         ___ °F
  57.  
  58. Cooling coil plant type (see codes below)                               _
  59.  0=None  1=DX  2=Centrifugal  3=Absorption  4=District Cooling
  60.  5=Double Bundle  6=Cooling Tower (WSHP only)  7=Reciprocating
  61. Outside temperature below which cooling is off                          ___ °F
  62. Cooling available beginning month #                                     __
  63. Cooling available ending month #                                        __
  64. Design cooling coil discharge temperature                               ___ °F
  65. Discriminator control (Y/N)                                             _
  66. Maximum cooling coil discharge temperature                              ___ °F
  67.  
  68. Preheat coil plant type (Use Heating Codes 0 - 3)                       _
  69. Outside temperature above which preheat is off                          ___ °F
  70. Preheat available beginning month #                                     __
  71. Preheat available ending month #                                        __
  72. Design preheat coil discharge temperature                               ___ °F
  73.  
  74. Humidification plant type (Use Heating Codes 0 - 3)                     _
  75. Outside temperature above which humidification is off                   ___ °F
  76. Humidification available beginning month #                              __
  77. Humidification available ending month #                                 __
  78. Humidification available during unoccupied cycle (Y/N)                  _
  79. Minimum relative humidity maintained                                    __  % RH
  80.  
  81. Baseboard plant type (Use Heating Codes 0 - 3)                          _
  82. Outside temperature above which baseboard is off                        ___ °F
  83. Baseboard available beginning month #                                   __
  84. Baseboard available ending month #                                      __
  85. Baseboard control type (1=thermostatic  2=OA reset)                     _
  86. Percent of design heating load satisfied at design winter               ___ %
  87. Percent of design heating load satisfied at balance temp                ___ %
  88.  
  89. Total supply fan power required (blank=default)                         ___  KW
  90.   (or) Supply fan power per 1000 CFM                                    ____ KW/KCFM
  91. Supply fan temperature rise (blank=default)                             ____ °F
  92. Total return fan power required (blank=default)                         ___  KW
  93.   (or) Return fan power per 1000 CFM                                    ____ KW/KCFM
  94. Return fan temperature rise (blank=default)                             ____ °F
  95. (VAV) Minimum percent of design air volume when heating                 ___  %
  96. (VAV) Air volume control method (1=Speed  2=Discharge  3=Inlet)         _
  97. Occupied cycle fan control method (1=On Continuously  2=Cycles)         _
  98. Unoccupied cycle fan control method (1=On Continuously  2=Cycles)       _
  99.  
  100.                                                                Occup    Unocc
  101. Outside air damper control method (see codes below)            _        _
  102.  1=No Outside Air  2=Fixed Dampers  3=Dry Bulb  4=Enthalpy
  103. Minimum percent outside air intake                             ___ %    ___ %
  104. Dry bulb switchover temperature                                ___ °F   ___ °F
  105.  
  106. ASEAM2 SYSTEMS INPUT FORM (ABBREVIATED)                      System #   ____
  107.  
  108. (Heat Pump and Window Air Conditioner only)
  109. Zonal total cooling capacity method (1=User Entered  2=Autosized)       _
  110.   (if autosized)  Percent of design total load satisfied                ___  %
  111. Zonal sensible cooling capacity method (1=User Entered  2=Autosized)    _
  112.   (if autosized)  Percent of design sensible load satisfied             ___  %
  113. Design coefficient of performance                                       ____
  114. Outside temperature at minimum fluid loop temperature                   ___  °F
  115.  Minimum fluid loop temperature                                         ___  °F
  116. Outside temperature at maximum fluid loop temperature                   ___  °F
  117.  Maximum fluid loop temperature                                         ___  °F
  118.  
  119. Zonal heating capacity method (1=User Entered  2=Autosized)             _
  120.   (if autosized)  Percent of max heat pump load satisfied               ___  %
  121. AAHP backup heating source (1=Furnace  2=Electric Resistance)           _
  122. Outside temperature below which backup heating is on                    ___  °F
  123. Zonal electric resistance backup heating capacity method                _
  124.   (1=Capacities Entered by Zone  2=Autosized)
  125.   (if autosized)  Percent of design heating load satisfied              ___  %
  126. Design heating coefficient of performance                               ____
  127.  
  128. Furnace fuel source (see codes below)                                   _
  129.  1=Electric  2=Natural Gas  3=#2 Oil  4=#4 Oil  5=#6 Oil
  130. Furnace capacity (blank=autosize)                                       _____ KBTUH
  131.   (if autosized) Percent of design load satisfied                       ___  %
  132. Furnace efficiency at design load                                       ___  %
  133. Losses as percent of design load (at design load)                       ___  %
  134. Losses as percent of design load (at no load)                           ___  %
  135. Pilot gas annual consumption                                            ___  therms
  136.  
  137. Zonal air volume method (1=User Entered  2=Autosized)                   _
  138.   (if autosized)  Percent of design default air flow                    ___ %
  139. Zonal fan power method (1=User Entered  2=Autosized)                    _
  140.   (if autosized)  Percent of design default fan KW                      ___ %
  141.  
  142. DX total cooling capacity (blank=autosized)                             ______ tons
  143.   (if autosized)  Percent of design total load satisfied                ___    %
  144. Design coefficient of performance                                       ____
  145. Minimum unloading ratio (% of capacity)                                 ___    %
  146. Minimum hot gas bypass ratio (% of capacity)                            ___    %
  147. Condenser fan KW (blank=default)                                        ___    KW
  148. Outside temperature below which condenser fan is off                    ___    °F
  149.  
  150.                                             Zone Tot Zone Sen Zone HP   Zone HP
  151. Loads      Zone Name          Zone    Zone   Clg Cap  Clg Cap Htg Cap  Bkup Htg
  152. Zone #      or Label          CFM    Fan KW   (Tons)   (Tons)  (Tons)  Cap (KW)
  153. ┌─────────────────────────┐ ______  _______  _______  _______  ______  ________
  154. │ NOTE - THE ZONE NUMBER  │ ______  _______  _______  _______  ______  ________
  155. │ AND LABEL FOR EACH ZONE │ ______  _______  _______  _______  ______  ________
  156. │ ASSIGNED TO THIS SYSTEM │ ______  _______  _______  _______  ______  ________
  157. │ IS PRINTED HERE         │ ______  _______  _______  _______  ______  ________
  158. └─────────────────────────┘ ______  _______  _______  _______  ______  ________
  159.                             ______  _______  _______  _______  ______  ________
  160.                             ______  _______  _______  _______  ______  ________
  161.                             ______  _______  _______  _______  ______  ________
  162.                             ______  _______  _______  _______  ______  ________
  163.