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Name ID Label Description Type Access Class
usl_value 400C USL Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value. R Float 32
lsl_value 400D LSL Lower Sensor Limit Value- Defines the minimum usable value for the Lower Range Value. R Float 32
dummy_float 400E dummy float R Float 32
dummy_3integer_value 400F dummy_3integer_value R Unsigned 2048
dummy_alarm_select 4010 AO Alrm typ Analog Output Alarm Type- Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate. R Enum 64
dummy_transfer_func 4011 dummy_transfer_func R Enum 2048
pv_value_a 4002 PV The conductivity value that changes magnitude with respect to time with no user intervention. R Float 34
sv_value_a 4004 SV The conductivity value that changes magnitude with respect to time with no user intervention. R Float 34
pv_uncomp_a 4006 Uncomp. Conductivity value without temperature compensation. R Float 34
pv_value 4001 PV The conductivity value that changes magnitude with respect to time with no user intervention. R Float 34
sv_value 4003 SV The conductivity value that changes magnitude with respect to time with no user intervention. R Float 34
temp_value 4013 Temp Field Device Variable Value- Digital value that changes magnitude with respect to time with no user intervention R/W Float 34
temp_ref 4017 Ref.Temp. Reference temperature used for temp. compensation R/W Float 34
ma_output 400A AO1 Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes R/W Float 66
ma_perc 400B PV % rnge Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent. R Float 66
tc1_perc 4019 TC1 perc Temperature compensation percentage 1 R/W Float 2050
tc2_perc 401A TC2 perc Temperature compensation percentage 2 R/W Float 2050
perc_conc 401B Conc. % Concentration percentage R Float 2050
if_value 401D CC Cell constant R/W Float 2050
sensor_offset 401E Sens.off. Sensor offset (value measured during AIRCAL) R/W Float 2050
lower_range_val 401F LRV Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. R/W Float 64
upper_range_val 4020 URV Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. R/W Float 64
ma_fixed 4021 Hold fix mA-output value when Hold-Fixed selected R/W Float 64
sc_err5_hs 4024 Err.5 Error message configuration. Soft fail will give a flashing FAIL flag. Hard fail will give a steady FAIL flag and, when enabled an updated mA-output value R/W Enum 1024
sc_err6_hs 4025 Err.6 Error message configuration. Soft fail will give a flashing FAIL flag. Hard fail will give a steady FAIL flag and, when enabled an updated mA-output value R/W Enum 1024
sc_err7_hs 4026 Err.7 Error message configuration. Soft fail will give a flashing FAIL flag. Hard fail will give a steady FAIL flag and, when enabled an updated mA-output value R/W Enum 1024
sc_err8_hs 4027 Err.8 Error message configuration. Soft fail will give a flashing FAIL flag. Hard fail will give a steady FAIL flag and, when enabled an updated mA-output value R/W Enum 1024
table_0 4028 0% mA-output table 0% value (4.0 mA) R/W Float 64
table_5 4029 5% mA-output table 5% value (4.8 mA) R/W Float 64
table_10 402A 10% mA-output table 10% value (5.6 mA) R/W Float 64
table_15 402B 15% mA-output table 15% value (6.4 mA) R/W Float 64
table_20 402C 20% mA-output table 20% value (7.2 mA) R/W Float 64
table_25 402D 25% mA-output table 25% value (8.0 mA) R/W Float 64
table_30 402E 30% mA-output table 30% value (8.8 mA) R/W Float 64
table_35 402F 35% mA-output table 35% value (9.6 mA) R/W Float 64
table_40 4030 40% mA-output table 40% value (10.4 mA) R/W Float 64
table_45 4031 45% mA-output table 45% value (11.2 mA) R/W Float 64
table_50 4032 50% mA-output table 50% value (12.0 mA) R/W Float 64
table_55 4033 55% mA-output table 55% value (12.8 mA) R/W Float 64
table_60 4034 60% mA-output table 60% value (13.6 mA) R/W Float 64
table_65 4035 65% mA-output table 65% value (14.4 mA) R/W Float 64
table_70 4036 70% mA-output table 70% value (15.2 mA) R/W Float 64
table_75 4037 75% mA-output table 75% value (16.0 mA) R/W Float 64
table_80 4038 80% mA-output table 80% value (16.8 mA) R/W Float 64
table_85 4039 85% mA-output table 85% value (17.6 mA) R/W Float 64
table_90 403A 90% mA-output table 90% value (18.4 mA) R/W Float 64
table_95 403B 95% mA-output table 95% value (19.2 mA) R/W Float 64
table_100 403C 100% mA-output table 100% value (20.0 mA) R/W Float 64
matrix_t1 403D Matrix T1 Matrix 1st temperature R/W Float 2050
matrix_t2 403F Matrix T2 Matrix 2nd temperature R/W Float 2050
Name ID Label Description Type Access Class