Yamatake HGC303, User Manual

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Operation Yamatake Corporation
3-34 Model HGC303 - Heat Value Gas Chromatograph
(2) PV12 - 20 configuration
PV12 to 15, 19 and 20 can be configured to set which outputs are transmitted to the
host control system.
Possible configurations of each PV are as follows.
Table 3-17 Possible configurations of PV12-20
PV12 SCV (real) (MJ/m3) [default]
or SCV (ideal) (MJ/m3)
or ICV (real) (MJ/m3)
or ICV (real) (MJ/m3)
Following setting is available for application of HGC (version 3.1 or
later), HGM (version 4.70 or later) and HDM (version 2.40 or later)
combination.or SCV(real)(kJ/m3)or SCV(ideal)(kJ/m3) or
ICV(real)(kJ/m3)or ICV(ideal)(kJ/m3)or SCV(real)(kWh/m3) or
SCV(ideal)(kWh/m3)or ICV(real)(kWh/m3)or ICV(ideal)(kWh/m3)
PV13 Density (real) (kg/m3) [default]
or Density (ideal) (kg/m3)
or Relative density (real)
or Relative density (ideal)
PV14 Wobbe index (real) (MJ/m3) [default]
or Wobbe index (ideal) (MJ/m3)
Following setting is available for application of HGC (version 3.1 or
later), HGM (version 4.70 or later) and HDM (version 2.40 or later)
combination.or Wobbe index (real)(kJ/m3)or Wobbe
index(ideal)(kJ/m3)or Wobbe index(real)(kWh/m3) or Wobbe
index(ideal)(kWh/m3)
PV15 Compression factor Zmix
PV16 Total of raw concentrations
PV17 Oven temperature
PV18 Carrier gas pressure
PV19 ICV (real) (MJ/m3) [default]
or ICV (ideal) (MJ/m3)
Following setting is available for application of HGC (version 3.1 or
later), HGM (version 4.70 or later) and HDM (version 2.40 or later)
combination.or ICV(real)(kJ/m3)or ICV(ideal)(kJ/m3)or
ICV(real)(kWh/m3)or ICV(ideal)(kWh/m3)