sensor_ID = 2
// Tx config
TX_PULSE_on_time_before_reading = 1600
TX_PULSE_off_time_after_reading = 1
// input stage
Lowgain_0NTU = 605
Lowgain_TOP_RAW = 960
Lowgain_SPN = 10.29
Lowgain_OFFSET = 606
Lowgain_Multiplier = 29
low_end_pressure = 14.69
Sample_Hold_ON/OFF = False
Sample_Hold_Pulse_Width = 100
Sample_Hold_Pulse_appear_delay_before_TX = 1600
RAW_AVG_Length = 400
Calculate_NTU_Every_number_of_Samples = 50
Slew_Rate_On-OFF = True
Slew_Rate = 1001
Slew_Rate_mid = 1001
Slew_Rate_low = 5
Slew_Rate_high_trg = 1001
Slew_Rate_mid_trg = 59395
Slew_Rate_low_trg = 1000
// Input Temperature Compensation
// NTU  Out
Output_Update_After_Number_Of_Readings = 200
Freeflow Digital = False
Analogue_Out_V = True
Polled_Digital = True
sdi_12 = False
Digital_Out_MODBUS = False
Freeflow_polledmode_comtype = RS422
Freeflow_data_interval = 1024
Freeflow_data_Communication_settings = 1200,8,N,1
Freeflow_data_Output_Sentence = #,Sensor_ID,Pressure,Temperature
Freeflow_data_Wiping_Options = 65535
polled_data_acquisition_period = 2
polled_data_Communication_settings = 9600,8,N,1
polled_data_Read_Output_Sentence = #,Sensor_ID,Pressure,Temperature
sdi12_Address = 0
sdi12_acquisition_period = 255
// Voltage output stage
Vout_bottom_value = 889
Vout_NTU_ROW_DATA_Multiplier = 1
Vout_NTU_ROW_DATA_Divider = 1
// Internal sensors
Input_Temperature_OFFSET = -1250
Input_Temperature_Gain = 0.03
Out_Temperature_OFFSET = -1250
Out_Temperature_Gain = 0.03
Analog_(-)_Voltage_OFFSET = 1
Analog_(-)_Voltage_Gain = 1
Analog_(+)_Voltage_OFFSET = 1
Analog_(+)_Voltage_Gain = 1
Sensors_update_rate = 1000
// Wiper settings
auto_analoge_power_reset_enable = True
auto_analoge_power_reset_time_period = 3600
// Input Stage Temperature Compensation
Enable_Linearity_Compensation = False
Enable_Temperature_Compensation = False
Linearization_HI = 3000
Linearization_HI_Step = 59
Input_Stage_Temp_Comp_LOW_RANGE_Table_length = 10
Input_Stage_Temp_Comp_LOW_RANGE_row_0=0,1
Input_Stage_Temp_Comp_LOW_RANGE_row_1=5,1
Input_Stage_Temp_Comp_LOW_RANGE_row_2=10,1
Input_Stage_Temp_Comp_LOW_RANGE_row_3=15,1
Input_Stage_Temp_Comp_LOW_RANGE_row_4=20,1
Input_Stage_Temp_Comp_LOW_RANGE_row_5=25,1
Input_Stage_Temp_Comp_LOW_RANGE_row_6=30,1
Input_Stage_Temp_Comp_LOW_RANGE_row_7=35,1
Input_Stage_Temp_Comp_LOW_RANGE_row_8=40,1
Input_Stage_Temp_Comp_LOW_RANGE_row_9=45,1
Input_Stage_Linearization_Comp_LOW_RANGE_Table_length = 52
Input_Stage_Linearization_Comp_LOW_RANGE_row_0=0,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_1=59,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_2=118,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_3=177,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_4=236,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_5=295,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_6=354,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_7=413,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_8=472,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_9=531,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_10=590,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_11=649,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_12=708,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_13=767,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_14=826,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_15=885,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_16=944,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_17=1003,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_18=1062,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_19=1121,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_20=1180,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_21=1239,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_22=1298,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_23=1357,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_24=1416,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_25=1475,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_26=1534,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_27=1593,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_28=1652,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_29=1711,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_30=1770,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_31=1829,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_32=1888,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_33=1947,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_34=2006,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_35=2065,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_36=2124,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_37=2183,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_38=2242,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_39=2301,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_40=2360,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_41=2419,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_42=2478,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_43=2537,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_44=2596,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_45=2655,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_46=2714,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_47=2773,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_48=2832,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_49=2891,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_50=2950,1
Input_Stage_Linearization_Comp_LOW_RANGE_row_51=3009,1