Hi,
I have a radio network type RF416 with :
- Six CR216 in RF protocol transparent.
- One CR6 master with RF416 in RF protocol transparent and modem LS300G
Programm of one of the CR216
'--------------------Variables de mesure--------------------------------
Public V_Batt_CS
Public Niv_BAB_CS
Public ES2_CS (2)
Alias ES2_CS (1) = Cond_ES2_CS
Alias ES2_CS (2) = Temp_ES2_CS
'--------------------Variables pour fonctionnement programme------------
Public Dummy
'--------------------Constante de programation--------------------------
Const offsetBAB = 33
'----------Table d'enregistrement des mesures dans le canal-------------
DataTable (CS_Canal,True,-1)
DataInterval (0,1,min)
Sample (1,Dummy)
Sample (1,Niv_BAB_CS)
Sample (1,Cond_ES2_CS)
Sample (1,Temp_ES2_CS)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (CS_Surv,True,170)
DataInterval (0,1,hr)
Sample (1,Dummy)
Average (1,V_Batt_CS,False)
EndTable
BeginProg
Dummy = 0
Scan (1 ,min)
VoltSe (Niv_BAB_CS,1,1,0.625,-250) 'Mesure en millimetre
Niv_BAB_CS = Niv_BAB_CS - offsetBAB
Battery (V_Batt_CS)
SDI12Recorder (ES2_CS(),"0M!",1.0,0)
CallTable CS_Canal
CallTable CS_Surv
Next Scan
EndProg
Programm CR6
'--------------------Surveillance et gestion prog-----------------------
Public V_Batt_Exu
Public Temp_CR6_Exu
'--------------------Piezometre-----------------------------------------
'Sonde decagon CTD10
Public CTD_Piez(3)
Alias CTD_Piez(1) = Niv_CTD_Piez
Alias CTD_Piez(2) = Temp_CTD_Piez
Alias CTD_Piez(3) = Cond_CTD_Piez
'--------------------Variables fonctionnement radio Exu------------------
' Variables fonction GetDataReccord
Public R_Exu_TCS_Canal, R_Exu_TCS_Surv
Public R_Exu_TCC_Canal, R_Exu_TCC_Surv
Public R_Exu_TCN_Canal, R_Exu_TCN_Surv, R_Exu_TCN_Prelv
Public R_Exu_TAub_Canal, R_Exu_TAub_Surv
Public R_Exu_TPM_Canal, R_Exu_TPM_Surv
Public R_Exu_TFlux_Surv
'--------------------Constante de programation--------------------------
Const Seuil_Piezo = 10
'--------------------Variables Coste Sud--------------------------------
'-----------------------------------------------------------------------
Public Niv_BAB_CS
Public Cond_ES2_CS
Public Temp_ES2_CS
Public V_Batt_CS
'--------------------Variables Coste Centre-----------------------------
'-----------------------------------------------------------------------
Public Niv_BAB_CC
Public Cond_ES2_CC
Public Temp_ES2_CC
Public V_Batt_CC)
'--------------------Variables Coste Nord-------------------------------
'-----------------------------------------------------------------------
Public Niv_CS451_CN
Public Temp_CS451_CN
Public Cond_ES2_CN
Public Temp_ES2_CN
Public V_Batt_CN
'--------------------Variables Aubertelle-------------------------------
'-----------------------------------------------------------------------
Public Niv_BAB_Aub
Public Niv_CS451_Aub
Public Temp_CS451_Aub
Public Cond_ES2_Aub
Public Temp_ES2_Aub
Public V_Batt_Aub
'--------------------Variables Puech Moule------------------------------
'-----------------------------------------------------------------------
Public Niv_BAB_PM
Public Niv_CS451_PM
Public Temp_CS451_PM
Public Cond_ES2_PM
Public Temp_ES2_PM
Public V_Batt_PM
'--------------------Variables Mat Flux---------------------------------
'-----------------------------------------------------------------------
Public V_Batt_Flux
Public V_12Ah_Flux
Public Nb_Yg_Flux
Public Nb_Li_Flux
'----------Table d'enregistrement surveillance station------------------
DataTable (Exu_Surv,True,7000)
DataInterval (0,10,Min,0)
Sample (1,V_Batt_Exu,FP2)
Sample (1,Temp_CR6_Exu,FP2)
EndTable
'----------Table d'enregistrement Piezometre----------------------------
DataTable (Exu_Piez,RecPiez,7000) ' Enregistrement une heure ou si variation de 10mm sur une heure
Sample (1,Niv_CTD_Piez,FP2)
Sample (1,Cond_CTD_Piez,FP2)
Sample (1,Temp_CTD_Piez,FP2)
EndTable
'----------Table Coste Sud (PackBus 1)-------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement des mesures dans le canal-------------
DataTable (CS_Canal,True,7000)
Sample (1,Niv_BAB_CS,IEEE4)
Sample (1,Cond_ES2_CS,IEEE4)
Sample (1,Temp_ES2_CS,IEEE4)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (CS_Surv,True,2000)
Sample (1,V_Batt_CS,IEEE4)
EndTable
'----------Table Coste Centre(PackBus 2)------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement des mesures dans le canal-------------
DataTable (CC_Canal,True,7000)
Sample (1,Niv_BAB_CC,IEEE4)
Sample (1,Cond_ES2_CC,IEEE4)
Sample (1,Temp_ES2_CC,IEEE4)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (CC_Surv,True,2000)
Sample (1,V_Batt_CC,IEEE4)
EndTable
'----------Table Coste Nord(PackBus 3)---------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement des mesures dans le canal-------------
DataTable (CN_Canal,True,7000)
Sample (1,Niv_CS451_CN,IEEE4)
Sample (1,Temp_CS451_CN,IEEE4)
Sample (1,Cond_ES2_CN,IEEE4)
Sample (1,Temp_ES2_CN,IEEE4)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (CN_Surv,True,2000)
Sample (1,V_Batt_CN,IEEE4)
EndTable
'----------Table Aubertelle(PackBus 5)---------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement des mesures dans les canaux-----------
DataTable (Aub_Canal,True,7000)
Sample (1,Niv_BAB_Aub,IEEE4)
Sample (1,Niv_CS451_Aub,IEEE4)
Sample (1,Temp_CS451_Aub,IEEE4)
Sample (1,Cond_ES2_Aub,IEEE4)
Sample (1,Temp_ES2_Aub,IEEE4)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (Aub_Surv,True,2000)
Sample (1,V_Batt_Aub,IEEE4)
EndTable
'----------Table Puech Moule(PackBus 6)--------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement des mesures dans les canaux-----------
DataTable (PM_Canal,True,7000)
Sample (1,Niv_BAB_PM,IEEE4)
Sample (1,Niv_CS451_PM,IEEE4)
Sample (1,Temp_CS451_PM,IEEE4)
Sample (1,Cond_ES2_PM,IEEE4)
Sample (1,Temp_ES2_PM,IEEE4)
EndTable
'----------Table d'enregistrement surveillance station------------------
DataTable (PM_Surv,True,2000)
Sample (1,V_Batt_PM,IEEE4)
EndTable
'----------Table Mat Flux(PackBus 7)-----------------------------------------------
'-----------------------------------------------------------------------
'----------Table d'enregistrement 15 minutes----------------------------
DataTable(Flux_Surv, True,5000)
Sample (1,V_Batt_Flux,IEEE4)
Sample (1,V_12Ah_Flux,IEEE4)
Sample (1,Nb_Yg_Flux,IEEE4)
Sample (1,Nb_Li_Flux,IEEE4)
EndTable
BeginProg
Scan (1,Min,100,0)
Battery (V_Batt_Exu)
PanelTemp (Temp_CR6_Exu,250)
SDI12Recorder (CTD_Piez(),U1,3,"M!",1.0,0)
Niv_CTD_Piez = Niv_CTD_Piez - offsetCTD10P
DiffNivPiez = ABS (OldNivPiez - Niv_CTD_Piez)
If NOT IfTime (0,1,Hr) AND DiffNivPiez > Seuil_Piezo Then
RecPiez = 1
CallTable Exu_Piez
RecPiez = 0
OldNivPiez = Niv_CTD_Piez
EndIf
If IfTime (0,1,Hr) Then
RecPiez = 1
CallTable Exu_Piez
RecPiez = 0
OldNivPiez = Niv_CTD_Piez
EndIf
CallTable Exu_Surv
NextScan
SlowSequence
Scan (10,Min,100,0)
GetDataRecord (R_Exu_TCS_Canal,ComSDC7,0,1,0000,1000,2,32768+1,CS_Canal,420)
GetDataRecord (R_Exu_TCS_Surv,ComSDC7,0,1,0000,1000,2,32768+2,CS_Surv,420)
GetDataRecord (R_Exu_TCC_Canal,ComSDC7,0,2,0000,1000,2,32768+1,CC_Canal,420)
GetDataRecord (R_Exu_TCC_Surv,ComSDC7,0,2,0000,1000,2,32768+2,CC_Surv,420)
GetDataRecord (R_Exu_TCN_Canal,ComSDC7,0,3,0000,1000,2,32768+1,CN_Canal,420)
GetDataRecord (R_Exu_TCN_Surv,ComSDC7,0,3,0000,1000,2,32768+2,CN_Surv,420)
GetDataRecord (R_Exu_TAub_Canal,ComSDC7,0,5,0000,1000,2,32768+1,AUB_Canal,420)
GetDataRecord (R_Exu_TAub_Surv,ComSDC7,0,5,0000,1000,2,32768+2,AUB_Surv,420)
GetDataRecord (R_Exu_TPM_Canal,ComSDC7,0,6,0000,1000,2,32768+1,PM_Canal,420)
GetDataRecord (R_Exu_TPM_Surv,ComSDC7,0,6,0000,1000,2,32768+2,PM_Surv,420)
GetDataRecord (R_Exu_TFlux_Surv,ComSDC7,0,7,0000,1000,2,32768+1,Flux_Surv,420)
NextScan
EndProg
I used GetDataRecord to repatriate the tables on the CR6.
I collect with loggernet that is configured to connect with the LS300G.
I use the maxreccord option in the getdatarecord functuin to collect the missing data in the event of a communication failure the last time.
But, when the CR6 restarts, I have several duplicates (420 duplicate rows that match the maxoption value).
These duplicates, take place only when the CR6 restarts.
Do you have a solution to avoid duplication?
Thanks
Try using -420.
Thanks for your answers