Emerson Rosemount 8800D Series Reference Manual page 57

Reference Manual
00809-0100-4772, Rev FA
Table 4-1. Transducer Block Parameters
Parameter
ELEC_TEMP_RANGE
ELECTRON_TEMP
ELECTRON_TEMP_UNITS
ELECTRONICS_STATUS
FACTORY_INFO_FLOAT
FACTORY_INFO_INDEX
FACTORY_INFO_U16
FACTORY_INFO_U32
FACTORY_INFO_U8
FILTER_AUTO_ADJUST
LOW_PASS_CODE
FILTER_RESTORE
FIXED_PROC_DENSITY
FIXED_PROC_DENSITY_UNITS
FIXED_PROC_TEMP_UNITS
FIXED_PROC_TEMPERATURE
FLANGE_TYPE
INSTALLATION_EFFECTS
K_FACTOR
K_FACTOR_UNITS
LFC_IN_ENG_UNITS
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Index
number Definition
108 This parameter reports the measurement range of the electronics
temperature sensor (MTA model).
Upper sensor range = 90 °C
Lower sensor range = -55 °C
107 In an MTA model transmitter the electronics temperature is available.
This parameter will report the current temperature of the electronics in
engineering units configured in ELECTRON_TEMP_UNITS
93 In an MTA model transmitter the electronics temperature is available.
This parameter is used to configure the engineering units of the
electronics temperature.
70 This parameter represents the transducer block electronics status. See
4.2.2: Diagnostics.
80 For factory use only.
79 For factory use only.
82 For factory use only.
83 For factory use only.
81 For factory use only.
42 Selecting a fluid density close to the process density will adjust the
Trigger Level, Low Flow Cutoff, and Low Pass Filter to values that will work
well for most applications.
43 This parameter will restore the Low Flow Cutoff, Low Pass Filter, and
Trigger Level to default configurations base on the mass of air for gas
process fluids or the mass of water for liquid process fluids.
1 = Normal state, 2 = Restore filters to defaults.
50 The configured density of the process fluid is used to calculate flow when
mass units are selected.
51 The engineering units of PROCESS_DENSITY:
1097 = kilograms per cubic meter
1107 = pounds per cubic foot
53 The engineering units of process temperature:
1001 = °C
1002 = °F
52 Process temperature is the configured temperature of the process fluid,
in units of °C or °F. This parameter is used to compensate the K-factor for
meter body expansion due to temperature. It is also used to calculate the
PROCESS_DENSITY_RATIO.
36 Flange type specifies the wafer or the flange construction material (i.e.
ASME 150, ASME 300, ASME 600, PN64, JIS 10K, etc.). Flange type is
used as an input to the compensated K-factor calculation.
32 An adjustment to the Compensated K-Factor to account for less than
ideal upstream piping effects.
31 The K-factor is the meter body calibration number. Units are reflected in
K_FACTOR_UNITS.
34 K-factor units are the engineering units to be applied to the K_FACTOR
and COMPD_K_FACTOR.
0 = Pulses per gallon
45 This read-only parameter will indicate Low Flow Cutoff in currently
configured engineering units.
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