Yokogawa DO202 2-Wire Dissolved Oxygen Analyzer - Manual (Page 41)

IM 12A00A01-61E
3-36 Foundation Fieldbus
Index Parameter name Factory Valid Description
Default Range
2034 REFERENCE_ 25 0 to 100 ºC, Conductivity can be process compensated to a standard
TEMPERATURE 32 to 212 ºF reference temperature. Mostly 20ºC or 25ºC is used
2035 COMP_METHOD NaCl NaCl, TC, matrix Method of process temp. compensation for the primary value
2036 COMP_MATRIX_SEL HCl HCl cation (0-80 °C) When matrix compensation is required one can make a
Ammonia, (0-80 °C) selection out of 5 predefined matrices and one user
Ammonia, (0-80 °C) definable matrix
HCl (0-5%, 0-60 °C)
NaOH (0-5%, 0-100 °C),
User defined
2037 TERTIARY_COMP_METHOD NaCl NaCl, TC, matrix Method of process temperature compensation for the
second conductivity value
2038 TERT_TEMPERATURE 2.1 0 to 3.5%/ºC Process temperature compensation factor for the
_COEFF second conductivity value
2039 ALARM_SUM -
2040 DEV_ALARM - Device Alarm is used to give the status of the
analyser. See separate table for error messages
2041 LOGBOOK1_RESET Idle Idle, Reset Reset the pointer to the first (oldest) event in logbook 1
2042 LOGBOOK1_EVENT - Event whereto the pointer is referenced. When parameter is
read, the pointer is increased by one.
2043 LOGBOOK2_RESET Idle Idle, Reset Reset the pointer to the first (oldest) event in logbook 2
2044 LOGBOOK2_EVENT - Event whereto the pointer is referenced. When parameter is
read, the pointer is increased by one
2045 LOGBOOK_CONFIG[16] - Per event one can decide whether it should be logged and
in which logbook (1 or 2) it should be logged
2046 TEST_1 -
.... - 2047 to 2057 are, like 2046 and 2058, service parameters
2058 TEST_13 -
2059 CALIB_SENSOR_CONST 0.1 0.005~50 The calibrated cell constant [1/cm].
2060 MATRIX_TEMP_RANGE -20~250, 0~500 The temperature values of the user defined matrix.
2061 SOLUTION_1 0~1.999S/cm, 0~999MΩ•cm The conductivity/resistivity values of solution 1.
2062 SOLUTION_2 0~1.999S/cm, 0~999MΩ•cm The conductivity/resistivity values of solution 2.
2063 SOLUTION_3 0~1.999S/cm, 0~999MΩ•cm The conductivity/resistivity values of solution 3.
2064 SOLUTION_4 0~1.999S/cm, 0~999MΩ•cm The conductivity/resistivity values of solution 4.
2065 SOLUTION_5 0~1.999S/cm, 0~999MΩ•cm The conductivity/resistivity values of solution 5.
2066 CONCENTRATION_ disabled 0=Not initialized, Enabling/Disabling of concentration measurement.
MEASUREMENT 1=disabled, 2=enabled
2067 CONCENTRATION_0 0 0~100 The concentration [%] corresponding to the 0 percent table value
2068 CONCENTRATION_100 100 0~100 The concentration [%] corresponding to the 100 percent table value
2069 CONC._TABLE_LOW 0~1.999S/cm, 0~999MΩ•cm The first part of the concentration table (0 till 30 percent).
2070 CONC._TABLE_MID 0~1.999S/cm, 0~999MΩ•cm The second part of the concentration table (35 till 65 percent).
2071 CONC._TABLE_HIGH 0~1.999S/cm, 0~999MΩ•cm The third part of the concentration table (70 till 100 percent).
2072 E5_LIMIT 0.25, 4 0~0.5S, 0~10MΩ The upper range accuracy limit of the analyzer [S or Ohm].
2073 E6_LIMIT 1
μ, 1M 0~0.5S, 0~10MΩ The lower range accuracy limit of the analyzer [S or Ohm].
2074 DISPLAY_RESOLUTION 1 0 to 8 Display resolution, 0, Not initialized (can not change)
1,Auto Ranging, 2, x.xxx μS/cm, MΩ•cm,
3, xx.xx
μS/cm, MΩ•cm, 4, xxx.x μS/cm, MΩ•cm,
5, x.xxx mS/cm, kΩ•cm, 6, xx.xx mS/cm, kΩ•cm,
7, xxx.x mS/cm, kΩ•cm, 8, xxxx mS/cm, kΩ•cm
2075 PASSCODE_MAINT 0 0, 111, 333, 777, 888, Passcode used to protect the maintenance menu
123, 957, 331, 546, 847
2076 PASSCODE_COMM 0 0, 111, 333, 777, 888, Passcode used to protect the commissioning menu.
123, 957, 331, 546, 847
2077 PASSCODE_SERVICE 0 0, 111, 333, 777, 888, Passcode used to protect the service menu.
123, 957, 331, 546, 847
2078 ERROR_CONFIG* 0=soft, 1=hard Soft/Hard fail configuration (checked = hard unchecked = soft).
2079 CONFIGURATION* polarization on, Instrument specific configuration. See below for correct
USP off, bitnr. setting autoreturn on
2080 TRANSMITTER_TIME Transmitter time.”
2081 TEST_14 Service parameter.