Hi there, I've got a DT85G series3 and a external 3G Modem onsite , it is logging data fine, but the communication is working temperamentally recently. There is 'SW exception' showing on LED. checked the event log, the logger is trying to send email which is not anticipated. below is part of the service data. many thanks for your help. Quan EVENT ,2023/12/15,12:19:40,0.542602,"EMAIL: SMTP server not set - will retry" EVENT ,2023/12/15,12:24:45,0.199584,"EMAIL: SMTP server not set - will retry" EVENT ,2023/12/15,12:29:50,0.020385,"EMAIL: SMTP server not set - will retry" [ETHERNET_SESSION] SMTP_SERVER = SMTP_ACCOUNT = SMTP_PASSWORD = *SMTP_PORT = 0 *RETURN_ADDRESS = SENDER_NAME = *RETRY_DELAY_S = 300 program: BEGIN"A14" /M CATTN 'Spans and polynomial declarations S1=-52.3599,52.3599,0,100"mm/m" S2=-7.5,7.5,0,100"mm(7.5)" S3=-50.0,50.0,0,100"mm(50)" Y4=0,1"ms" Y5=0,1"mm(7.5)" Y6=0,1"mm(50)" Y7=0,1"mm/m" Y8=0,1"degC" Y9=0,1"Volts" 'Thermistor declarations 'Switches declarations /e /H /R 'Parameter declarations 'Global declarations RS10M 'schedule definition 1..42CV(W)=0 50..90CV(W)=0 91..113CV(W)=0 ' Strain Gage offsets 501CV(W)=665.812 502CV(W)=781.613 503CV(W)=664.083 504CV(W)=699.975 505CV(W)=754.155 506CV(W)=693.702 507CV(W)=661.935 508CV(W)=648.606 509CV(W)=701.068 510CV(W)=662.501 511CV(W)=678.045 512CV(W)=702.57 513CV(W)=773.47 514CV(W)=721.19 515CV(W)=671.62 516CV(W)=742.36 517CV(W)=635.19 518CV(W)=826.62 519CV(W)=708.22 520CV(W)=650.68 521CV(W)=710.00 522CV(W)=774.46 523CV(W)=783.69 524CV(W)=696.90 525CV(W)=816.04 526CV(W)=719.99 527CV(W)=805.34 528CV(W)=680.12 529CV(W)=794.42 530CV(W)=712.539 531CV(W)=702.811 532CV(W)=802.844 537CV(W)=722.705 538CV(W)=801.79 539CV(W)=624.29 540CV(W)=631.28 541CV(W)=723.34 542CV(W)=739.9328 ' Offsets for the 4..20ma sensors 150CV(W)=-0.108482 151CV(W)=-0.524826 152CV(W)=0.692457 153CV(W)=-1.534958 154CV(W)=-0.121273 155CV(W)=3.321888 156CV(W)=-18.654902 157CV(W)=-18.989484 158CV(W)=-17.419208 159CV(W)=1.388417 160CV(W)=0.689089 161CV(W)=-8.938808 162CV(W)=-5.608074 163CV(W)=0.558583 164CV(W)=-7.554672 165CV(W)=-2.064621 166CV(W)=1.476198 167CV(W)=-1.978195 168CV(W)=-1.420368 169CV(W)=0.197692 170CV(W)=1.891129 171CV(W)=3.062992 172CV(W)=2.112468 173CV(W)=-2.138172 174CV(W)=-0.824375 175CV(W)=2.111763 176CV(W)=1.687546 177CV(W)=1.369462 178CV(W)=0.72319 179CV(W)=3.937943 180CV(W)=0.514085 181CV(W)=-3.440048 182CV(W)=-2.340962 183CV(W)=0.816689 184CV(W)=5.025791 185CV(W)=5.080796 186CV(W)=0.008531 187CV(W)=-16.233414 188CV(W)=-9.59884 189CV(W)=-10.060226 190CV(W)=1.718371 191CV(W)=-3.450233 192CV(W)=-10.70549 193CV(W)=-10.81356 194CV(W)=0.343514 195CV(W)=1.462399 196CV(W)=-0.532097 197CV(W)=-0.911457 198CV(W)=-6.571133 199CV(W)=3.231625 200CV(W)=-2.807648 201CV(W)=0.953865 202CV(W)=-11.477188 203CV(W)=-7.987778 204CV(W)=-16.342984 205CV(W)=-6.231579 206CV(W)=-7.285137 207CV(W)=2.216541 208CV(W)=-3.816914 209CV(W)=-3.383465 210CV(W)=1.512886 211CV(W)=9.422658 212CV(W)=-1.818668 213CV(W)=-2.991387 214CV(W)=-1.503571 /E /H /R ' PROFILE FUNCTION F4_LABEL=Read-Now ' PROFILE FUNCTION F4_COMMAND=XA ' PROFILE FUNCTION F5_LABEL=Force-Alarms-Now ' PROFILE FUNCTION F5_COMMAND=XC ' Alarm triggers 601CV("L-LW(-2mm)",W)=-2.0 602CV("L-HI(+2mm)",W)=2.0 603CV("L-LW(-5mm)",W)=-5.0 604CV("L-HI(+5mm)",W)=5.0 605CV("L-LW(-20mm)",W)=-20.0 606CV("L-HI(+20mm)",W)=20.0 607CV("L-LW(-25mm)",W)=-25.0 608CV("L-HI(+25mm)",W)=25.0 609CV("L-LW(-35mm)",W)=-35.0 610CV("L-HI(+35mm)",W)=35.0 611CV("L-LW(-50mm)",W)=-50.0 612CV("L-HI(+50mm)",W)=50.0 613CV("I-LW(-1.5mm/m)",W)=-1.5 614CV("I-HI(+1.5mm/m)",W)=1.5 615CV("I-LW(-2mm/m)",W)=-2.0 616CV("I-HI(+2mm/m)",W)=2.0 617CV("WS-LW(ms)",W)=-1768.0 618CV("WS-HI(ms)",W)=1768.0 619CV("TC-LW(degC)",W)=-11.0 620CV("TC-HI(degC)",W)=34.0 621CV("TA-LW(degC)",W)=-18.0 622CV("TA-HI(degC)",W)=34.0 623CV("TWS-LW(degC)",W)=-18.0 624CV("TWS-HI(degC)",W)=34.0 1$(W)="Accolade Measurement Ltd 01707 377 448" 2$(W)="1092 A14 Hill House Viaduct" 3$(W)="microstrain" 'schedule definition RA("B:",ALARMS:OV:100KB,DATA:OV:5MB)1H LOGONA GA 'logger limited internal memory,changed from 50M to 5M 16/08/2022 '1RELAY(W)=1 removed by QY 02/07/18; wiring also modified to provide constant power supply to sensors. ' DELAY(W)=60000 1*L(S3,"P06S_L_L1a",W,=50CV) 250CV(Y6,"P06S_L_L1")=((50CV-150CV)+0.1795+0.651985+2.344635) ' done; 2.344635 applied 24/11/23 after MOT 1+L(S3,"P06S_L_L2a",W,=51CV) 251CV(Y6,"P06S_L_L2")=((51CV-151CV)+0.1286+0.133926-0.893009) ' done; -0.893009 applied 24/11/23 after MOT 1-L(S2,"P06S_L_T1a",W,=52CV) 252CV(Y5,"P06S_L_T1")=((52CV-152CV)-0.2141-0.739593-0.742933) ' done; -0.742933 applied 24/11/23 after MOT 2*L(S1,"P06S_I_L1a",W,=92CV) 292CV(Y7,"P06S_I_L1")=((92CV-192CV)-9.1719+0.172314) ' done; 0.172314 applied 16/08/22 after MOT 2+L(S1,"P06S_I_T1a",W,=93CV) 293CV(Y7,"P06S_I_T1")=((93CV-193CV)-7.5260+0.090259) ' done; 0.090259 applied 16/08/22 after MOT 4-FW(F6,"P06S_S_Ws_3a",W,=1CV) 401CV(Y4,"P06S_S_Ws_3")=(3.77948*((1CV*0.001)-501CV)) 3*FW(F6,"P06S_S_Ws_2a",W,=2CV) 402CV(Y4,"P06S_S_Ws_2")=(3.77948*((2CV*0.001)-502CV)) 3+FW(F6,"P06S_S_Ws_1a",W,=3CV) 403CV(Y4,"P06S_S_Ws_1")=(3.77948*((3CV*0.001)-503CV)) 3-FW(F6,"P06S_S_Es_3a",W,=4CV) 404CV(Y4,"P06S_S_Es_3")=(3.77948*((4CV*0.001)-504CV)) 4*FW(F6,"P06S_S_Es_2a",W,=5CV) 405CV(Y4,"P06S_S_Es_2")=(3.77948*((5CV*0.001)-505CV)) 4+FW(F6,"P06S_S_Es_1a",W,=6CV) 406CV(Y4,"P06S_S_Es_1")=(3.77948*((6CV*0.001)-506CV)) 2-L(S3,"P06N_L_L1a",W,=53CV) 253CV(Y6,"P06N_L_L1")=((53CV-153CV)+0.3373-0.526554+0.537) ' done; 0.537 applied 24/11/23 after MOT 5*L(S3,"P06N_L_L2a",W,=54CV) 254CV(Y6,"P06N_L_L2")=((54CV-154CV)-0.1268-0.206803+2.495) ' done; 2.495 applied 24/11/23 after MOT 5+L(S2,"P06N_L_T1a",W,=55CV) 255CV(Y5,"P06N_L_T1")=(((55CV-155CV)*-1)-2.1257+0.465071+0.722964) ' done now; 0.722964 applied 24/11/23 after MOT 5-L(S1,"P06N_I_L1a",W,=94CV) 294CV(Y7,"P06N_I_L1")=((94CV-194CV)-17.1449+0.215438) ' done; 0.215438 applied 16/08/22 after MOT 12*L(S1,"P06N_I_T1a",W,=95CV) 295CV(Y7,"P06N_I_T1")=(((95CV-195CV)*-1)-2.9018+0.15538) ' done now; 0.15538 applied 16/08/22 after MOT 16*L(S1,"P06N_I_LC1a",W,=96CV) 296CV(Y7,"P06N_I_LC1")=(((96CV-196CV)*-1)+0.5456+0.184116) ' done now; 0.184116 applied 16/08/22 after MOT 16+L(S1,"P06N_I_TC1a",W,=97CV) 297CV(Y7,"P06N_I_TC1")=((97CV-197CV)-1.7006-0.13443) ' done; -0.13443 applied 16/08/22 after MOT 16-L(S1,"P06N_I_C1a",W,=98CV) 298CV(Y7,"P06N_I_C1")=(((98CV-198CV)*-1)+6.3467) ' done now 6+FW(F6,"P06N_S_Ws_3a",W,=7CV) 407CV(Y4,"P06N_S_Ws_3")=(3.77948*((7CV*0.001)-507CV)) 6-FW(F6,"P06N_S_Ws_2a",W,=8CV) 408CV(Y4,"P06N_S_Ws_2")=(3.77948*((8CV*0.001)-508CV)) 7*FW(F6,"P06N_S_Ws_1a",W,=9CV) 409CV(Y4,"P06N_S_Ws_1")=(3.77948*((9CV*0.001)-509CV)) 7+FW(F6,"P06N_S_Es_3a",W,=10CV) 410CV(Y4,"P06N_S_Es_3")=(3.77948*((10CV*0.001)-510CV)) 7-FW(F6,"P06N_S_Es_2a",W,=11CV) 411CV(Y4,"P06N_S_Es_2")=(3.77948*((11CV*0.001)-511CV)) 8*FW(F6,"P06N_S_Es_1a",W,=12CV) 412CV(Y4,"P06N_S_Es_1")=(3.77948*((12CV*0.001)-512CV)) 9*YS05("P06N_S_Et_1",10000) ' Swapped with channel #13 8+FW(F6,"P07S_S_Es_2a",W,=13CV) 413CV(Y4,"P07S_S_Es_2")=(3.77948*((13CV*0.001)-513CV)) 13YS05(3W,"P06_T_A1",10000,=562CV) ' Swapped with channel #9 10YS05(3W,"P06_T_C1",10000,=550CV) 11*FW(F6,"P07S_S_Es_1a",W,=14CV) 414CV(Y4,"P07S_S_Es_1")=(3.77948*((14CV*0.001)-514CV)) 11+FW(F6,"P07N_S_Es_2a",W,=15CV) 415CV(Y4,"P07N_S_Es_2")=(3.77948*((15CV*0.001)-515CV)) 11-FW(F6,"P07N_S_Es_1a",W,=16CV) 416CV(Y4,"P07N_S_Es_1")=(3.77948*((16CV*0.001)-516CV)) 1501YS05(3W,"P02N_T_C1",10000,=561CV) 1502YS05(3W,"P02S_T_C1",10000,=551CV) 1503*L(S3,"WA_L_L3a",W,=56CV) 256CV(Y6,"WA_L_L3")=((56CV-156CV)-0.4229-1.883766) ' done, -1.883766 applied on 16/08/2022 after MOT 1503+L(S3,"WA_L_L2a",W,=57CV) 257CV(Y6,"WA_L_L2")=((57CV-157CV)-0.4689-0.754058) ' done, -0.754058 applied on 16/08/2022 after MOT 1503-L(S3,"WA_L_L1a",W,=58CV) 258CV(Y6,"WA_L_L1")=((58CV-158CV)-0.189026) '-0.180926 applied on 16/08/2022 after MOT 1504*L(S2,"WA_L_T2a",W,=59CV) 259CV(Y5,"WA_L_T2")=((59CV-159CV)-1.8017-0.476115+3.565) ' done, 3.565 applied on 24/11/23 after MOT 1504+L(S2,"WA_L_T1a",W,=60CV) 260CV(Y5,"WA_L_T1")=(((60CV-160CV)*-1)+0.3538-1.29+0.248276+1.624) ' -1.29mm applied after 07/06/2019 MOT,1.624 applied on 24/11/23 after MOT 1513-FW(F6,"P01N_S_Ws_2a",W,=17CV) 417CV(Y4,"P01N_S_Ws_2")=(3.77948*((17CV*0.001)-517CV)+4.2339) ' done now 1505*FW(F6,"P01N_S_Ws_1a",W,=18CV) 418CV(Y4,"P01N_S_Ws_1")=(3.77948*((18CV*0.001)-518CV)) 1505+FW(F6,"P01N_S_Es_2a",W,=19CV) 419CV(Y4,"P01N_S_Es_2")=(3.77948*((19CV*0.001)-519CV)) 1505-FW(F6,"P01N_S_Es_1a",W,=20CV) 420CV(Y4,"P01N_S_Es_1")=(3.77948*((20CV*0.001)-520CV)) 1416*YS05("P08S_S_Et_1",10000) 1506*L(S3,"P02S_L_L1a",W,=61CV) 261CV(Y6,"P02S_L_L1")=((61CV-161CV)-1.7102+0.272064) ' done; 0.272064 applied 16/08/22 after MOT 1506+L(S3,"P02S_L_L2a",W,=62CV) 262CV(Y6,"P02S_L_L2")=((62CV-162CV)-0.3953+1.131524) ' done; 1.131524 applied 16/08/22 after MOT 1506-L(S2,"P02S_L_T1a",W,=63CV) 263CV(Y5,"P02S_L_T1")=((63CV-163CV)-0.7924-0.47202+2.496305) ' done; 2.496305 applied 24/11/23 after MOT 1507*L(S1,"P02S_I_T1a",W,=99CV) 299CV(Y7,"P02S_I_T1")=((99CV-199CV)+3.5660-0.039402) ' done; -0.039402 applied 16/08/22 after MOT 1507+L(S1,"P02S_I_L1a",W,=100CV) 300CV(Y7,"P02S_I_L1")=((100CV-200CV)-4.3524+0.659633) ' done; 0.659633 applied 16/08/22 after MOT 1515*FW(F6,"P02S_S_Ws_2a",W,=21CV) 421CV(Y4,"P02S_S_Ws_2")=(3.77948*((21CV*0.001)-521CV)) 1516-FW(F6,"P02S_S_Ws_1a",W,=22CV) 422CV(Y4,"P02S_S_Ws_1")=(3.77948*((22CV*0.001)-522CV)) 1508+L(S3,"P02N_L_L1a",W,=64CV) 264CV(Y6,"P02N_L_L1")=((64CV-164CV)+0.4343+0.11264) ' done, 0.11264 applied 16/08/2022 after MOT 1508-L(S3,"P02N_L_L2a",W,=65CV) 265CV(Y6,"P02N_L_L2")=((65CV-165CV)-0.1708-1.030326) ' done,-1.030326 applied 16/08/2022 after MOT 1509*L(S2,"P02N_L_T1a",W,=66CV) 266CV(Y5,"P02N_L_T1")=(((66CV-166CV)*-1)+0.0889-0.3+0.302229) ' -0.3mm applied after 07/06/2019 MOT;0.302229 applied on 16/08/22 after MOT 1509+L(S1,"P02N_I_L1a",W,=101CV) 301CV(Y7,"P02N_I_L1")=((101CV-201CV)+6.1773-0.159512) ' done; -0.159512 applied on 16/08/22 after MOT 1509-L(S1,"P02N_I_T1a",W,=102CV) 302CV(Y7,"P02N_I_T1")=(((102CV-202CV)*-1)+7.6597+0.081135) ' done now; 0.081135 applied 16/08/22 after MOT 1510*FW(F6,"P03N_S_Ws_2a",W,=23CV) 423CV(Y4,"P03N_S_Ws_2")=(3.77948*((23CV*0.001)-523CV)) 1510+FW(F6,"P03N_S_Ws_1a",W,=24CV) 424CV(Y4,"P03N_S_Ws_1")=(3.77948*((24CV*0.001)-524CV)) 1510-FW(F6,"P03N_S_Es_2a",W,=25CV) 425CV(Y4,"P03N_S_Es_2")=(3.77948*((25CV*0.001)-525CV)) 1517*FW(F6,"P03N_S_Es_1a",W,=26CV) 426CV(Y4,"P03N_S_Es_1")=(3.77948*((26CV*0.001)-526CV)) 1511+L(S3,"P04S_L_L1a",W,=67CV) 267CV(Y6,"P04S_L_L1")=((67CV-167CV)-0.1428-0.672204+1.574563) ' done; 1.574563 applied 24/11/23 after MOT 1511-L(S3,"P04S_L_L2a",W,=68CV) 268CV(Y6,"P04S_L_L2")=((68CV-168CV)-0.6825-0.371728+2.141484) ' done; 2.141484 applied 24/11/23 after MOT 1512*L(S2,"P04S_L_T1a",W,=69CV) 269CV(Y5,"P04S_L_T1")=((69CV-169CV)+0.1729+0.836689) ' done; 0.836689 applied 16/08/22 after MOT 1512+L(S1,"P04S_I_L1a",W,=103CV) 303CV(Y7,"P04S_I_L1")=((103CV-203CV)-7.5399+0.128773) ' done; 0.128773 applied 16/08/22 after MOT 1512-L(S1,"P04S_I_T1a",W,=104CV) 304CV(Y7,"P04S_I_T1")=((104CV-204CV)-15.5657) ' done 1513*FW(F6,"P04S_S_Ws_2a",W,=27CV) 427CV(Y4,"P04S_S_Ws_2")=(3.77948*((27CV*0.001)-527CV)) 1513+FW(F6,"P04S_S_Ws_1a",W,=28CV) 428CV(Y4,"P04S_S_Ws_1")=(3.77948*((28CV*0.001)-528CV)) 1504-L(S3,"P04N_L_L1a",W,=70CV) 270CV(Y6,"P04N_L_L1")=((70CV-170CV)+0.2660-2.144989-0.357437) ' done;-0.357437 applied 24/11/23 after MOT 1514*L(S3,"P04N_L_L2a",W,=71CV) 271CV(Y6,"P04N_L_L2")=((71CV-171CV)+0.4876+0.190785) ' done;0.190785 applied 16/08/22 after MOT 1514+L(S2,"P04N_L_T1a",W,=72CV) 272CV(Y5,"P04N_L_T1")=(((72CV-172CV)*-1)-0.5426+0.879813) ' done now; 0.879813 applied 24/11/23 after MOT 1415*L(S3,"P08N_L_LC1a",W,=73CV) 273CV(Y6,"P08N_L_LC1")=((73CV-173CV)-0.1815) ' done 1415+L(S2,"P08N_L_TC1a",W,=74CV) 274CV(Y5,"P08N_L_TC1")=((74CV-174CV)+0.1608) ' done now 1514-L(S1,"P04N_I_L1a",W,=105CV) 305CV(Y7,"P04N_I_L1")=((105CV-205CV)-19.1536-0.03196) ' done; -0.03196 applied 16/08/22 after MOT 1507-L(S1,"P04N_I_T1a",W,=106CV) 306CV(Y7,"P04N_I_T1")=(((106CV-206CV)*-1)-3.0928-0.27187) ' done now; -0.27187 applied 16/08/22 after MOT 1515+FW(F6,"P04N_S_Ws_2a",W,=29CV) 429CV(Y4,"P04N_S_Ws_2")=(3.77948*((29CV*0.001)-529CV)) 1515-FW(F6,"P04N_S_Ws_1a",W,=30CV) 430CV(Y4,"P04N_S_Ws_1")=(3.77948*((30CV*0.001)-530CV)-23.7551) ' done now 1516*FW(F6,"P04N_S_Es_2a",W,=31CV) 431CV(Y4,"P04N_S_Es_2")=(3.77948*((31CV*0.001)-531CV)) 1516+FW(F6,"P04N_S_Es_1a",W,=32CV) 432CV(Y4,"P04N_S_Es_1")=(3.77948*((32CV*0.001)-532CV)) 1518*YS05("P01N_S_Wt_1",10000,=555CV) 1519*YS05("P02N_S_Wt_1",10000,=556CV) 1520*YS05("P04N_S_Wt_1",10000,=557CV) 1418*YS05("P08S_S_Et_2",10000,=558CV) 1419*YS05("P09S_S_Wt_2",10000,=559CV) 1420*YS05("P09N_S_Wt_2",10000,=560CV) 1402*L(S3,"P08S_L_L1a",W,=75CV) 275CV(Y6,"P08S_L_L1")=(((75CV-175CV)*-1)-1.2994+0.033805-2.01284) ' done now; -2.01284 applied 24/11/23 after MOT 1402+L(S3,"P08S_L_L2a",W,=76CV) 276CV(Y6,"P08S_L_L2")=(((76CV-176CV)*-1)-0.1447+0.483776-2.792496) ' done now; -2.792496 applied 24/11/23 after MOT 1402-L(S2,"P08S_L_T1a",W,=77CV) 277CV(Y5,"P08S_L_T1")=((77CV-177CV)-0.9219+3.107289-0.130666) ' done; -0.130666 applied 24/11/23 after MOT 1403*L(S1,"P08S_I_L1a",W,=107CV) 307CV(Y7,"P08S_I_L1")=((((107CV-207CV)*-1)+0.1189-3.459342)*-1) ' done now; -3.459342 applied 16/08/22 after MOT; sign convention changed 16/08/22 1403+L(S1,"P08S_I_T1a",W,=108CV) 308CV(Y7,"P08S_I_T1")=((108CV-208CV)-4.4697+0.056964) ' done;0.056964 applied 16/08/22 after MOT 1401*FW(F6,"P08S_S_Es_1a",W,=37CV) 437CV(Y4,"P08S_S_Es_1")=(3.77948*((37CV*0.001)-537CV)) 1401+FW(F6,"P08S_S_Es_2a",W,=38CV) 438CV(Y4,"P08S_S_Es_2")=(3.77948*((38CV*0.001)-538CV)) 1404+L(S3,"P08N_L_L1a",W,=78CV) 278CV(Y6,"P08N_L_L1")=(((78CV-178CV)*-1)+0.3675+0.739998) ' done now; 0.739998 applied 16/08/22 after MOT 1404-L(S3,"P08N_L_L2a",W,=79CV) 279CV(Y6,"P08N_L_L2")=(((79CV-179CV)*-1)-0.5042+0.584541-0.227188) ' done now; -0.227188 applied 24/11/23 after MOT 1405*L(S2,"P08N_L_T1a",W,=80CV) 280CV(Y5,"P08N_L_T1")=((80CV-180CV)-0.0796+0.487982+2.159442) ' done now; 2.159442 applied 24/11/23 after MOT 1405+L(S1,"P08N_I_L1a",W,=109CV) 309CV(Y7,"P08N_I_L1")=(((109CV-209CV)*-1)+5.6347-0.317661) ' done now; -0.317661 applied 16/08/22 after MOT 1405-L(S1,"P08N_I_T1a",W,=110CV) 310CV(Y7,"P08N_I_T1")=(((110CV-210CV)*-1)+0.4485+0.003739) ' done now; 0.0037739 applied 16/08/22 after MOT 1406*FW(F6,"P09S_S_Ws_1a",W,=39CV) 439CV(Y4,"P09S_S_Ws_1")=(3.77948*((39CV*0.001)-539CV)) 1406+FW(F6,"P09S_S_Ws_2a",W,=40CV) 440CV(Y4,"P09S_S_Ws_2")=(3.77948*((40CV*0.001)-540CV)) 1406-FW(F6,"P09N_S_Ws_1a",W,=41CV) 441CV(Y4,"P09N_S_Ws_1")=(3.77948*((41CV*0.001)-541CV)) 1417*YS05("P09N_S_Wt_1",10000) 1401-FW(F6,"P09N_S_Ws_2a",W,=42CV) 442CV(Y4,"P09N_S_Ws_2")=(3.77948*((42CV*0.001)-542CV)) 1407+L(S3,"P09S_L_L1a",W,=81CV) 281CV(Y6,"P09S_L_L1")=(((81CV-181CV)*-1)+0.5901) ' done now 1407-L(S3,"P09S_L_L2a",W,=82CV) 282CV(Y6,"P09S_L_L2")=(((82CV-182CV)*-1)-0.1418-0.830372) ' done now; -0.830372 applied 16/08/22 after MOT 1408*L(S2,"P09S_L_T1a",W,=83CV) 283CV(Y5,"P09S_L_T1")=(((83CV-183CV)*-1)-1.1076+0.581232-0.257) ' done now; -0.257 applied 24/11/23 after MOT 1408+L(S1,"P09S_I_L1a",W,=111CV) 311CV(Y7,"P09S_I_L1")=((((111CV-211CV)*-1)-9.9124)*-1) ' does this one need the *-1 ? no, it doesn't, sign convention changed back on 16/08/22 and -9.9124 applied after MOT 1408-L(S1,"P09S_I_T1a",W,=112CV) 312CV(Y7,"P09S_I_T1")=((112CV-212CV)-0.69477) ' -0.69477 applied 16/08/22 after MOT 1409*L(S3,"P10N_L_L1a",W,=84CV) 284CV(Y6,"P10N_L_L1")=(((84CV-184CV)*-1)-0.9013-0.202862-5.846142) ' done now; -5.846142 applied 24/11/23 after MOT 1409+L(S3,"P10N_L_L2a",W,=85CV) 285CV(Y6,"P10N_L_L2")=(((85CV-185CV)*-1)+0.7409-2.129814+0.60294) ' done now; 0.60294 applied 24/11/23 after MOT 1409-L(S2,"P10N_L_T1a",W,=86CV) 286CV(Y5,"P10N_L_T1")=(((86CV-186CV)*-1)+0.2067-0.43098+0.482975) ' done now; 0.482975 applied 24/11/23 after MOT 1410*L(S1,"P10N_I_L1a",W,=113CV) 313CV(Y7,"P10N_I_L1")=(((113CV-213CV)*-1)+3.5879+0.1064) ' done now; 0.1064 applied 16/08/22 after MOT 1410+L(S1,"P10N_I_T1a",W,=114CV) 314CV(Y7,"P10N_I_T1")=(((114CV-214CV)*-1)+3.5203-3.300041+5.84051) ' done now; 5.84051 applied 24/11/23 after MOT 1410-L(S3,"EA_L_L1a",W,=87CV) 287CV(Y6,"EA_L_L1")=((87CV-187CV)+0.4969-0.094282-2.499012) ' done; -2.499012 applied 24/11/23 after MOT 1411*L(S3,"EA_L_L2a",W,=88CV) 288CV(Y6,"EA_L_L2")=((88CV-188CV)+0.7349+0.198067) ' done; 0.198067 applied 16/08/22 after MOT 1411+L(S3,"EA_L_L3a",W,=89CV) 289CV(Y6,"EA_L_L3")=((89CV-189CV)+0.3268+0.122136-0.878218) ' done; -0.878218 applied 24/11/23 after MOT 1411-L(S2,"EA_L_T1a",W,=90CV) 290CV(Y5,"EA_L_T1")=(((90CV-190CV)*-1)-0.1178-0.43+0.114803-1.07679) ' -0.43mm applied after 07/06/2019 MOT;-1.07679 applied 24/11/23 after MOT 1412*L(S2,"EA_L_T2a",W,=91CV) 291CV(Y5,"EA_L_T2")=((91CV-191CV)-0.3934-0.49-9.714419-2.650964) ' -0.49mm applied after 07/06/2019 MOT; -2.650964 applied 24/11/23 after MOT 1413YS05(3W,"P10S_T_C1",10000,=563CV) 1414YS05(3W,"P10N_T_C1",10000,=552CV) ' 1RELAY(W)=0 553CV(Y8,"Ave_Conc_Temp")=((550CV+551CV+552CV+561CV+563CV)/5) VEXT("Battery",=565CV,Y9) 'schedule definition RB("B:",ALARMS:OV:100KB,DATA:OV:1MB)5M LOGONB GB REFT("WDOG",NL,ND) END

Hi Quan, We apologize for the late response since this channel has not been attended to in the last three months. You can email your question directly to datataker.support@thermofisher.com if you haven't received any response in this forum. The dataTaker program and communication session are not directly related; deleting and changing the program will not clear the communication session. We assume you have email/ FTP transfer as part of the old program, and due to some errors, transfer sessions remain in the process list. The session will stay even after you delete and replace the old program with a new one. If you want to remove all sessions, you can send SESSION CLEAR from the command interface. Please check the remaining session using SESSION LIST, and repeat the clearing if you still see an entry. Best regards, dataTaker Expert