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channeltable multible jobs

Hello i habe trouble with my Programm on my DT85M
Actually it is my first Project with a Datataker

I need to read 200 soil moisture sensors.
Each sensor has 4 variables to measure
175 of them are with modbus where i have to recalculate 2 of the values
25 are with SDI12
The Sensors work and i can communicate with all of them.
So i have 1150 values to measure with this sensors . There are some digital and analog inputs comming too later.
I need to expand my channeltable.
At first i tried with multible shedules, but it didn't work out.
My next try was with more jobs but i couldn't figure out how it works. Can somebody please help me or give me an example.

Here is my example without all the sensor commands

BEGIN"config"
 'Generated by new dEX-2
  password=""




  RS1S

  RA"P1_1-7slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)5M
    LOGONA
DO{RUNJOB"p1"}

END

BEGIN"p1"



RB"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)1CV:1~CV
    LOGONB

'Manual "P1.01"{

'Manual} 


'Manual "P1.02"{

'Manual} 


'Manual "P1.03"{

'Manual} 


'Manual "P1.04"{



'Manual} 


'Manual "P1.05"{

'Manual} 


'Manual "P1.06"{

'Manual} 


'Manual "P1.07"{

'Manual} 

'Manual "Trigger"{

1CV=1;

'Manual}
DO{RUNJOB"p10708"}

END

Begin"p108014" 

'Manual "Trigger"{

        2CV=0;

  RC"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)2CV:2~CV
    LOGONBC


'Manual "P1.08"{

'Manual} 


'Manual "P1.09"{

'Manual} 


'Manual "P1.10"{

'Manual} 


'Manual "P1.11"{

'Manual} 


'Manual "P1.12"{

'Manual} 


'Manual "P1.13"{



'Manual} 


'Manual "P1.14"{

'Manual} 


'Manual "Trigger"{

        2CV=1        

'Manual} 

DO{RUNJOB"p2"}

END

BEGIN"p02"

  3CV=0


  RD"P2_1-7slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)3CV:3~CV
    LOGOND


'Manual "P2.01"{

'Manual} 


'Manual "P2.02"{

'Manual} 


'Manual "P2.03"{

'Manual} 


'Manual "P2.04"{


'Manual} 


'Manual "P2.05"{

'Manual} 


'Manual "P2.06"{

'Manual} 


'Manual "P2.07"{

'Manual} 


'Manual "Trigger"{
        3CV=1        
'Manual}
DO{RUNJOB"p208014"}

END

BEGIN"p208014"

  4CV=0


  RE"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)4CV:4~CV
    LOGONE


'Manual "P2.08"{

'Manual} 


'Manual "P2.10"{

'Manual} 


'Manual "P2.11"{

'Manual} 


'Manual "P2.12"{

'Manual} 


'Manual "P2.13"{

'Manual} 


'Manual "P2.14"{

'Manual} 


'Manual "Trigger"{
        4CV=1;        
'Manual} 
DO{RUNJOB"p2015016"}

END

BEGIN"p2015016"


5CV=0;


  RF"P1_15-16slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)5CV:5~CV
    LOGONF


'Manual "P2.15"{

'Manual} 


'Manual "P2.16"{

'Manual} 


'Manual "Trigger"{
5CV=1;
'Manual} 
DO{RUNJOB"p3"}

END

BEGIN"p3"


6CV=0;


  RG"P3_slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)6CV:6~CV
    LOGONG


'Manual "P3.01"{

'Manual} 


'Manual "P3.02"{

'Manual} 


'Manual "P3.03"{

'Manual} 


'Manual "P3.04"{

'Manual} 


'Manual "P3.05"{

'Manual} 


'Manual "Trigger"{
        6CV=1;


'Manual} 
DO{RUNJOB"p4"}
END

BEGIN"p4"


7CV=0;

  RH"P4_slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)7CV:7~CV
    LOGONH


'Manual "P4.01"{

'Manual} 


'Manual "P4.02"{

'Manual} 


'Manual "P4.03"{


'Manual} 


'Manual "P4.04"{

'Manual} 


'Manual "P4.05"{

'Manual} 


'Manual "Trigger"{
        7CV=1;
'Manual}
DO{RUNJOB"config"} 
END

Here is a example of one manual sensorcommands:
It includes 5 Sensors

        1MODBUS(AD1,R4:1,1,MBU,TO1,RT1,=100CV,LM);

101CV=100CV/100-100;

1MODBUS(AD1,R4:2,1,MBU,TO1,RT1,=102CV,LM);

1MODBUS(AD1,R4:3,1,MBU,TO1,RT1,=103CV,LM);

104CV=103CV/100;

1MODBUS(AD1,R4:4,1,MBU,TO1,RT1,=105CV,LM);

1MODBUS(AD2,R4:1,1,MBU,TO1,RT1,=106CV,LM);

107CV=106CV/100-100;

1MODBUS(AD2,R4:2,1,MBU,TO1,RT1,=108CV,LM);

1MODBUS(AD2,R4:3,1,MBU,TO1,RT1,=109CV,LM);

110CV=109CV/100;

1MODBUS(AD2,R4:4,1,MBU,TO1,RT1,=111CV,LM);

1MODBUS(AD3,R4:1,1,MBU,TO1,RT1,=112CV,LM);

113CV=112CV/100-100;

1MODBUS(AD3,R4:2,1,MBU,TO1,RT1,=114CV,LM);

1MODBUS(AD3,R4:3,1,MBU,TO1,RT1,=115CV,LM);

116CV=115CV/100;

1MODBUS(AD3,R4:4,1,MBU,TO1,RT1,=117CV,LM);

1MODBUS(AD4,R4:1,1,MBU,TO1,RT1,=118CV,LM);

119CV=118CV/100-100;

1MODBUS(AD4,R4:2,1,MBU,TO1,RT1,=120CV,LM);

1MODBUS(AD4,R4:3,1,MBU,TO1,RT1,=121CV,LM);

122CV=121CV/100;

1MODBUS(AD4,R4:4,1,MBU,TO1,RT1,=123CV,LM);

1MODBUS(AD5,R4:1,1,MBU,TO1,RT1,=124CV,LM);

125CV=124CV/100-100;

1MODBUS(AD5,R4:2,1,MBU,TO1,RT1,=126CV,LM);

1MODBUS(AD5,R4:3,1,MBU,TO1,RT1,=127CV,LM);

128CV=127CV/100;

1MODBUS(AD5,R4:4,1,MBU,TO1,RT1,=129CV,LM);



100CV("P1.01.05_aTemp~a°C",FF6);

101CV("P1.01.05_Temp~°C",FF6);

102CV("P1.01.05_water~%",FF6);

103CV("P1.01.05_aRelP~a.rel.P",FF6);

104CV("P1.01.05_relP~rel.P",FF6);

105CV("P1.01.05_Counts~counts",FF6);

106CV("P1.01.10_aTemp~a°C",FF6);

107CV("P1.01.10_Temp~°C",FF6);

108CV("P1.01.10_water~%",FF6);

109CV("P1.01.10_aRelP~a.rel.P",FF6);

110CV("P1.01.10_relP~rel.P",FF6);

111CV("P1.01.10_Counts~counts",FF6);

112CV("P1.01.20_aTemp~a°C",FF6);

113CV("P1.01.20_Temp~°C",FF6);

114CV("P1.01.20_water~%",FF6);

115CV("P1.01.20_aRelP~a.rel.P",FF6);

116CV("P1.01.20_relP~rel.P",FF6);

117CV("P1.01.20_Counts~counts",FF6);

118CV("P1.01.40_aTemp~a°C",FF6);

119CV("P1.01.40_Temp~°C",FF6);

120CV("P1.01.40_water~%",FF6);

121CV("P1.01.40_aRelP~a.rel.P",FF6);

122CV("P1.01.40_relP~rel.P",FF6);

123CV("P1.01.40_Counts~counts",FF6);

124CV("P1.01.80_aTemp~a°C",FF6);

125CV("P1.01.80_Temp~°C",FF6);

126CV("P1.01.80_water~%",FF6);

127CV("P1.01.80_aRelP~a.rel.P",FF6);

128CV("P1.01.80_relP~rel.P",FF6);

129CV("P1.01.80_Counts~counts",FF6);
Hello i habe trouble with my Programm on my DT85M Actually it is my first Project with a Datataker I need to read 200 soil moisture sensors. Each sensor has 4 variables to measure 175 of them are with modbus where i have to recalculate 2 of the values 25 are with SDI12 The Sensors work and i can communicate with all of them. So i have 1150 values to measure with this sensors . There are some digital and analog inputs comming too later. I need to expand my channeltable. At first i tried with multible shedules, but it didn't work out. My next try was with more jobs but i couldn't figure out how it works. Can somebody please help me or give me an example. Here is my example without all the sensor commands ```` BEGIN"config" 'Generated by new dEX-2 password="" RS1S RA"P1_1-7slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)5M LOGONA DO{RUNJOB"p1"} END BEGIN"p1" RB"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)1CV:1~CV LOGONB 'Manual "P1.01"{ 'Manual} 'Manual "P1.02"{ 'Manual} 'Manual "P1.03"{ 'Manual} 'Manual "P1.04"{ 'Manual} 'Manual "P1.05"{ 'Manual} 'Manual "P1.06"{ 'Manual} 'Manual "P1.07"{ 'Manual} 'Manual "Trigger"{ 1CV=1; 'Manual} DO{RUNJOB"p10708"} END Begin"p108014" 'Manual "Trigger"{ 2CV=0; RC"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)2CV:2~CV LOGONBC 'Manual "P1.08"{ 'Manual} 'Manual "P1.09"{ 'Manual} 'Manual "P1.10"{ 'Manual} 'Manual "P1.11"{ 'Manual} 'Manual "P1.12"{ 'Manual} 'Manual "P1.13"{ 'Manual} 'Manual "P1.14"{ 'Manual} 'Manual "Trigger"{ 2CV=1 'Manual} DO{RUNJOB"p2"} END BEGIN"p02" 3CV=0 RD"P2_1-7slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)3CV:3~CV LOGOND 'Manual "P2.01"{ 'Manual} 'Manual "P2.02"{ 'Manual} 'Manual "P2.03"{ 'Manual} 'Manual "P2.04"{ 'Manual} 'Manual "P2.05"{ 'Manual} 'Manual "P2.06"{ 'Manual} 'Manual "P2.07"{ 'Manual} 'Manual "Trigger"{ 3CV=1 'Manual} DO{RUNJOB"p208014"} END BEGIN"p208014" 4CV=0 RE"P1_8-14slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)4CV:4~CV LOGONE 'Manual "P2.08"{ 'Manual} 'Manual "P2.10"{ 'Manual} 'Manual "P2.11"{ 'Manual} 'Manual "P2.12"{ 'Manual} 'Manual "P2.13"{ 'Manual} 'Manual "P2.14"{ 'Manual} 'Manual "Trigger"{ 4CV=1; 'Manual} DO{RUNJOB"p2015016"} END BEGIN"p2015016" 5CV=0; RF"P1_15-16slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)5CV:5~CV LOGONF 'Manual "P2.15"{ 'Manual} 'Manual "P2.16"{ 'Manual} 'Manual "Trigger"{ 5CV=1; 'Manual} DO{RUNJOB"p3"} END BEGIN"p3" 6CV=0; RG"P3_slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)6CV:6~CV LOGONG 'Manual "P3.01"{ 'Manual} 'Manual "P3.02"{ 'Manual} 'Manual "P3.03"{ 'Manual} 'Manual "P3.04"{ 'Manual} 'Manual "P3.05"{ 'Manual} 'Manual "Trigger"{ 6CV=1; 'Manual} DO{RUNJOB"p4"} END BEGIN"p4" 7CV=0; RH"P4_slow"("b:",ALARMS:OV:100KB:W60,DATA:OV:1MB)7CV:7~CV LOGONH 'Manual "P4.01"{ 'Manual} 'Manual "P4.02"{ 'Manual} 'Manual "P4.03"{ 'Manual} 'Manual "P4.04"{ 'Manual} 'Manual "P4.05"{ 'Manual} 'Manual "Trigger"{ 7CV=1; 'Manual} DO{RUNJOB"config"} END ```` Here is a example of one manual sensorcommands: It includes 5 Sensors ```` 1MODBUS(AD1,R4:1,1,MBU,TO1,RT1,=100CV,LM); 101CV=100CV/100-100; 1MODBUS(AD1,R4:2,1,MBU,TO1,RT1,=102CV,LM); 1MODBUS(AD1,R4:3,1,MBU,TO1,RT1,=103CV,LM); 104CV=103CV/100; 1MODBUS(AD1,R4:4,1,MBU,TO1,RT1,=105CV,LM); 1MODBUS(AD2,R4:1,1,MBU,TO1,RT1,=106CV,LM); 107CV=106CV/100-100; 1MODBUS(AD2,R4:2,1,MBU,TO1,RT1,=108CV,LM); 1MODBUS(AD2,R4:3,1,MBU,TO1,RT1,=109CV,LM); 110CV=109CV/100; 1MODBUS(AD2,R4:4,1,MBU,TO1,RT1,=111CV,LM); 1MODBUS(AD3,R4:1,1,MBU,TO1,RT1,=112CV,LM); 113CV=112CV/100-100; 1MODBUS(AD3,R4:2,1,MBU,TO1,RT1,=114CV,LM); 1MODBUS(AD3,R4:3,1,MBU,TO1,RT1,=115CV,LM); 116CV=115CV/100; 1MODBUS(AD3,R4:4,1,MBU,TO1,RT1,=117CV,LM); 1MODBUS(AD4,R4:1,1,MBU,TO1,RT1,=118CV,LM); 119CV=118CV/100-100; 1MODBUS(AD4,R4:2,1,MBU,TO1,RT1,=120CV,LM); 1MODBUS(AD4,R4:3,1,MBU,TO1,RT1,=121CV,LM); 122CV=121CV/100; 1MODBUS(AD4,R4:4,1,MBU,TO1,RT1,=123CV,LM); 1MODBUS(AD5,R4:1,1,MBU,TO1,RT1,=124CV,LM); 125CV=124CV/100-100; 1MODBUS(AD5,R4:2,1,MBU,TO1,RT1,=126CV,LM); 1MODBUS(AD5,R4:3,1,MBU,TO1,RT1,=127CV,LM); 128CV=127CV/100; 1MODBUS(AD5,R4:4,1,MBU,TO1,RT1,=129CV,LM); 100CV("P1.01.05_aTemp~a°C",FF6); 101CV("P1.01.05_Temp~°C",FF6); 102CV("P1.01.05_water~%",FF6); 103CV("P1.01.05_aRelP~a.rel.P",FF6); 104CV("P1.01.05_relP~rel.P",FF6); 105CV("P1.01.05_Counts~counts",FF6); 106CV("P1.01.10_aTemp~a°C",FF6); 107CV("P1.01.10_Temp~°C",FF6); 108CV("P1.01.10_water~%",FF6); 109CV("P1.01.10_aRelP~a.rel.P",FF6); 110CV("P1.01.10_relP~rel.P",FF6); 111CV("P1.01.10_Counts~counts",FF6); 112CV("P1.01.20_aTemp~a°C",FF6); 113CV("P1.01.20_Temp~°C",FF6); 114CV("P1.01.20_water~%",FF6); 115CV("P1.01.20_aRelP~a.rel.P",FF6); 116CV("P1.01.20_relP~rel.P",FF6); 117CV("P1.01.20_Counts~counts",FF6); 118CV("P1.01.40_aTemp~a°C",FF6); 119CV("P1.01.40_Temp~°C",FF6); 120CV("P1.01.40_water~%",FF6); 121CV("P1.01.40_aRelP~a.rel.P",FF6); 122CV("P1.01.40_relP~rel.P",FF6); 123CV("P1.01.40_Counts~counts",FF6); 124CV("P1.01.80_aTemp~a°C",FF6); 125CV("P1.01.80_Temp~°C",FF6); 126CV("P1.01.80_water~%",FF6); 127CV("P1.01.80_aRelP~a.rel.P",FF6); 128CV("P1.01.80_relP~rel.P",FF6); 129CV("P1.01.80_Counts~counts",FF6); ````

Florian Birkner BSc University of Innsbruck Department of Civil Engineering Sciences Institute for Infrastructure Engineering - Unit of Hydraulic Engineering 6020 Innsbruck, Technikerstraße 13a Austria t +43 512 507 62219 f +43 512 507 9496

edited Dec 3 '20 at 8:22 am

Hi Florian,

dataTaker can only have 1000 channel table either in direct reading or indirect declaration such as in calculation.
Example: 1V channel will use 1 channel table entry but if you declare it like 1V(=1CV) then it uses 2 channel table entries. 3CV=1CV+2CV uses 3 channel table entries.

So if you have 200 sensors and 4 values per sensors plus other sensors you need to carefully plan your declaration. May I know the calculation process of 175 sensors?

You can email me directly your program for review.

Best regards,
Rudy Gunawan

Hi Florian, dataTaker can only have 1000 channel table either in direct reading or indirect declaration such as in calculation. Example: 1V channel will use 1 channel table entry but if you declare it like 1V(=1CV) then it uses 2 channel table entries. 3CV=1CV+2CV uses 3 channel table entries. So if you have 200 sensors and 4 values per sensors plus other sensors you need to carefully plan your declaration. May I know the calculation process of 175 sensors? You can email me directly your program for review. Best regards, Rudy Gunawan
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