STRE 6 SGLB Misc/Class Reference CLAS 354773 /:Macro CMTL 1 Macro Code LIST ELST LIST ELST LIST ELST LIST ELST LIST ELST LIST ELST LIST ELST LIST ELST STRE SNST INPUT.2 /:MI STRE 668 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Armature Current EMSG CMNT 13 0,1746,-1 ELST ESBR ESTR CMNT 1 0,918,1224 CMNT 14 11A LOAD ESBR SNST INPUT.17 /:MI STRE 1237 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Ext Diameter EMSG CMNT 13 0,1746,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Ext Diameter EMSG CMNT 13 0,1125,-3,2511,-1 ELST ESBR ESTR CMNT 1 0,918,1872 CMNT 14 DIAMETER SP ESBR SNST INPUT.18 /:MI STRE 1239 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Feedback EMSG CMNT 13 0,1746,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Feedback EMSG CMNT 13 0,1143,-5,2502,-1 ELST ESBR ESTR CMNT 1 0,918,2016 CMNT 14 14FEEDBACK ESBR SNST INPUT.19 /:MI STRE 1240 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Ready EMSG CMNT 13 0,1746,-1 ELST ESBR ESTR CMNT 1 0,918,3456 CMNT 14 12A READY ESBR SNST INPUT.20 /:MI STRE 1241 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL INV.1 GSYM Logic/Input 1 EMSG CMNT 13 0,1161,-1 ELST ESBR ESTR CMNT 1 0,918,3600 CMNT 14 50LINE RUN ESBR SNST INV.1 STRE 1511 SGLB Misc/Class Reference CLAS 354492 Inverter ESBR SORD 2 LITO 0 LITO 21845 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,144,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Stall Enable EMSG CMNT 13 0,1917,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Stall Enable EMSG CMNT 13 0,1503,-13,2502,-1 ELST ESBR ESTR CMNT 1 0,1260,3564 ESBR SNST INPUT.21 /:MI STRE 1242 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Line Speed EMSG CMNT 13 0,1746,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Line Speed EMSG CMNT 13 0,1107,-9,2511,-1 ELST ESBR ESTR CMNT 1 0,918,2376 CMNT 14 50LINE SPEED ESBR SNST INPUT.22 /:MI STRE 1243 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Line Speed SP EMSG CMNT 13 0,1664,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Line Speed SP EMSG CMNT 13 0,1125,-10,2511,-1 ELST ESBR ESTR CMNT 1 0,918,2448 CMNT 14 50LINE SPEED SP ESBR SNST INPUT.24 /:MI STRE 1244 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.3 GSYM Logic/Input 1 EMSG CMNT 13 0,1125,-20,1503,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.7 GSYM Logic/Input 1 EMSG CMNT 13 0,1395,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Ext Dia Select EMSG CMNT 13 0,1125,-57,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Ext Dia Select EMSG CMNT 13 0,1125,-58,2610,-1 ELST ESBR ESTR CMNT 1 0,918,3096 CMNT 14 PRESET ESBR SNST INPUT.25 /:MI STRE 1245 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Rate EMSG CMNT 13 0,1664,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Rate EMSG CMNT 13 0,1125,-12,2511,-1 ELST ESBR ESTR CMNT 1 0,918,3312 CMNT 14 50RATE ESBR SNST INPUT.26 /:MI STRE 1248 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Winder Speed EMSG CMNT 13 0,1673,-1 ELST ESBR ESTR CMNT 1 0,936,4248 CMNT 14 13A SPEED ESBR SNST OUTPUT.9 /:MO STRE 669 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,1368 CMNT 14 DIAMETER ESBR SNST OUTPUT.11 /:MO STRE 1249 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,2088 CMNT 14 16A SPEED DEMAND ESBR SNST OUTPUT.12 /:MO STRE 1250 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,2160 CMNT 14 15A DRIVE P GAIN ESBR SNST OUTPUT.13 /:MO STRE 1252 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,2232 CMNT 14 12A DRIVE START ESBR SNST OUTPUT.14 /:MO STRE 1253 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,2952 CMNT 14 11A AUX I/T DEMAND ESBR SNST OUTPUT.15 /:MO STRE 1254 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,4464 CMNT 14 LOAD ESBR SNST INPUT.27 /:MI STRE 1256 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Tension SP EMSG CMNT 13 0,1664,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Tension SP EMSG CMNT 13 0,1125,-14,2511,-1 ELST ESBR ESTR CMNT 1 0,918,4176 CMNT 14 TENSION SP ESBR SNST INPUT.28 /:MI STRE 1258 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM SignalP/Integral Enable EMSG CMNT 13 0,1746,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM SignalP/Integral Enable EMSG CMNT 13 0,1125,-7,2691,-1 ELST ESBR ESTR CMNT 1 0,918,2160 CMNT 14 50INTEGRAL ENABLE ESBR SNST OUTPUT.16 /:MO STRE 1259 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,3744 CMNT 14 17DANCER LOADING ESBR SNST OUTPUT.17 /:MO STRE 1260 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,4140 CMNT 14 23B NEG I/T LIMIT ESBR SNST OUTPUT.24 /:MO STRE 1262 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,2988 CMNT 14 21B AUX I/T DEMAND ESBR SNST OUTPUT.26 /:MO STRE 1263 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,2268 CMNT 14 22B DRIVE START ESBR SNST OUTPUT.31 /:MO STRE 1271 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,2196 CMNT 14 25B DRIVE P GAIN ESBR SNST OUTPUT.32 /:MO STRE 1272 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,2124 CMNT 14 26B SPEED DEMAND ESBR SNST OUTPUT.33 /:MO STRE 1274 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,4068 CMNT 14 24B POS I/T LIMIT ESBR SNST INPUT.29 /:MI STRE 1275 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Winder Speed EMSG CMNT 13 1,2034,-1 ELST ESBR ESTR CMNT 1 1,1098,4284 CMNT 14 33B SPEED ESBR SNST INPUT.30 /:MI STRE 1276 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Ready EMSG CMNT 13 1,1969,-1 ELST ESBR ESTR CMNT 1 1,1116,3492 CMNT 14 32B READY ESBR SNST INPUT.31 /:MI STRE 1277 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Armature Current EMSG CMNT 13 1,1944,-1 ELST ESBR ESTR CMNT 1 1,918,1260 CMNT 14 31B LOAD ESBR SNST SW.5 STRE 1772 SGLB Misc/Class Reference CLAS 350865 Switch ESBR SORD 2 PORD 0 /t,Input 1, Input 2;Initial state PVAL 0 /o,-100,100,-100,100;Input 1 preset (%) PVAL 0 /o,-100,100,-100,100;Input 2 preset (%) ESBR SGLB Output/#1 LCON /*+0,135,144,90;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.9 GSYM SignalP/Input EMSG CMNT 13 0,6534,-1 ELST ESBR ESTR CMNT 1 0,6246,1260 ESBR SNST SW.6 STRE 1773 SGLB Misc/Class Reference CLAS 350865 Switch ESBR SORD 2 PORD 0 /t,Input 1, Input 2;Initial state PVAL 0 /o,-100,100,-100,100;Input 1 preset (%) PVAL 0 /o,-100,100,-100,100;Input 2 preset (%) ESBR SGLB Output/#1 LCON /*+0,135,144,90;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.15 GSYM SignalP/Input EMSG CMNT 13 0,6552,-1 ELST ESBR ESTR CMNT 1 0,6282,4356 ESBR SNST OUTPUT.36 /:MO STRE 1280 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,4032 CMNT 14 14A POS I/T LIMIT ESBR SNST OUTPUT.43 /:MO STRE 1281 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,4104 CMNT 14 13A NEG I/T LIMIT ESBR SNST OR.3 STRE 1725 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Preset Enable EMSG CMNT 13 1,2290,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 1,1602,3132 ESBR SNST SPW3.3 STRE 1445 SGLB Misc/Class Reference CLAS 354823 SPW3 ESBR SORD 5 /e,,,,,,Main parameters;Diameter Calculator LVAL 0.100009 LVAL 0 PVAL 0.940001 /o,-1,1,0,1;Filter TC Max (0 - 1.0) PVAL 0.940001 /o,-1,1,0,1;Filter TC Mid (0 - 1.0) PVAL 0.940001 /o,-1,1,0,1;Filter TC Min (0 - 1.0) PVAL 0.416669 /o,-120,120,0,100;Filter Mid Sp (0 - 100%) LITO 0 PORD 0 /t,Track,Hold;Diameter Hold LVAL 0.100009 PORD 0 /t,Disabled,Enabled;Preset Enable LITO 1 PVAL 0.0416578 /o,-120,120,0,120;Min Speed (0 - 120%) LVAL 0 LVAL 0 PVAL 0.100009 /o,-100,100,0,100;Min. Diameter (% Full Roll) TIME 300.000 /o;Diameter Tick Time ESBR SORD 14 /e,,,,,,,,,,,,,,,Inertia Comp parameters;Diameter Calculator PORD 1 /t,Under,Over;Over-Under PVAL 0 /o,-100,100;Fixed Inertia (%) PVAL 0 /o,-100,100;Variable Inertia (%) PVAL 1 /o,-100,100;Width (%) LVAL 0.00100711 LVAL 0.100009 ESBR SORD 10 LVAL 1 PVAL 1 /o,-120,120;Base Speed (%) LVAL 1 PVAL 1 /o,-100,100;Rate Cal (%) LVAL 0 ESBR SORD 11 /e,,,,,,,,,,,,Core parameters;Diameter Calculator PVAL 1 /o,-100,100,0,100;Ext Diameter (% Full Roll) PORD 1 /t,Core,External;Ext Dia Select PVAL 1 /o,-100,100;Core 1 (% Full Roll) PVAL 0.199988 /o,-100,100;Core 2 (% Full Roll) PORD 0 /t,Core 1, Core 2;Core Select ESBR SORD 4 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SORD 7 /e,,,,,,,,Speed parameters;Speed Demand LVAL 0 PVAL 0.100009 /o,-120,120;Overspeed (%) PVAL 0.0166631 /o,-120,120,0,120;Speed Delta (%) LVAL 0 PVAL 0.0416578 /o,-120,120;Jog Speed (0 - 120%) LVAL 0 LITO 0 LITO 0 ESBR SORD 3 /e,,,,PID parameters;Speed Demand LVAL 0 PVAL 0.500015 /o,-100,100,-100,100;Setpoint (%) LIST LITO 0 LVAL 0 LVAL 0 ELST PORD 0 /t,Disabled,Enabled;PID Enable PORD 1 /t,Disabled,Enabled;PID Integral Enable LVAL 0.166662 LVAL 0 LVAL 1 LVAL 1 LVAL -1 PVAL 0.666677 /o/-15,15,0.1,15;Integral (0.1 to 15) ESBR SORD 6 /e,,,,,,,Profile parameters;Speed Demand PVAL 0.100009 /o,-200,200,0,200;590 Drive Max Gain (0 to 200) PVAL 1 /o,-100,100,0,100;590 Drive Min Gain (% of Max) PORD 1 /o,1,10;590 Drive Exponent PVAL 0.400006 /o,-5,5,0,5;D Max Gain (0 to 5) PVAL 0 /o,-100,100,0,100;D Min Gain (% of Max) PORD 2 /o,1,10;D Exponent PVAL 0.0666524 /o,-30,30,0,30;P Max Gain (0 to 30) PVAL 1 /o,-100,100,0,100;P Min Gain (% of Max) PORD 1 /o,1,10;P Exponent ESBR SORD 13 /e,,,,,,,,,,,,,,Web Break parameters;Speed Demand LITO 1 PVAL 0.00167852 /o,-3000,3000,0,3000;WB Delay (seconds) LITO 1 LITO 0 PVAL 0.100009 /o,-100,100;WB Threshold (%) ESBR SORD 8 /e,,,,,,,,,Main parameters;Tension Demand PVAL 0.500015 /o,-100,100;Stall Tension (%) PORD 1 /e,Fixed,Proportional;Stall Select PORD 0 /t,Disabled,Enabled;Stall Enable PVAL 0 /o,-100,100;Boost (%) PORD 1 /e,Fixed,Proportional;Boost Select PORD 0 /t,Disabled,Enabled;Boost Enable PVAL 0 /o,-100,100;Tension SP (%) PVAL 0 /o,-100,100;Taper SP (%) LVAL 0.100009 LVAL 0.400006 PORD 1 /e,Linear,Hyperbolic;Taper Select TIME 300.000 /o;Tension Tick Time ESBR SORD 9 /e,,,,,,,,,,Output parameters;Tension Demand PVAL 1 /o,-100,100;Dancer Cal (%) LITO 0 PVAL 0.333323 /o,-100,100,0,100;Tension Delta (%) LVAL 0 ESBR SORD 2 /e,,,Main parameters;Current Memory LITO 0 PORD 0 /t,Unwind,Rewind;Rewind-Unwind PVAL 0 /o,-200,200;CM Boost (%) PORD 1 /e,Fixed,Proportional;CM Boost Select PORD 0 /e,Disabled,Enabled;CM Boost Enable PORD 0 /t,Disabled,Enabled;Memory Enable LVAL 0 PORD 0 /t,Track,Hold;Memory Hold PVAL 0.740013 /o,-1,1,0,1;Memory Filter (0 - 1.0) LVAL 0 ESBR SORD 12 PVAL 0.0416578 /o,-120,120;UTS Threshold (%) LVAL 0 LVAL 0.0100101 LVAL 0.100009 ESBR SORD 15 LVAL 1 LVAL 0 LVAL 0 PORD 0 /t,Disabled,Enabled;Tension Enable LVAL 0 LVAL 0 LVAL 0 PVAL 0.083346 /o,-120,120;Range Non-Extn (%) PVAL 0.125004 /o,-120,120;Range Extn (%) PORD 0 /t,Disabled,Enabled;Extensible Web PORD 0 /t,Disabled,Enabled;Other Enable TIME 0.000 LVAL 0 LVAL 0 LVAL 0 ESBR SORD 41 LVAL 0.500015 LVAL 0.500015 LVAL 1 ESBR SGLB Output/#1 LCON /*+2504,2520,2988,405,POSITIVE CLAMP;Positive Clamp LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.36 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#15 LCON /*+2504,2520,3060,405,NEGATIVE CLAMP;Negative Clamp LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.43 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#2 LCON /*+2504,2520,1908,405,AUX I DEMAND;Aux I Demand LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.14 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#14 LCON /*+2504,2520,3132,405,FILTERED CURRENT;Filtered Current LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.6 GSYM SignalP/Input 2 EMSG CMNT 13 0,5787,-1 ELST ESBR SGLB Output/#3 LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.3 /i;Filled in instance name GSYM Winders/Profiles EMSG ELST LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.3 /i;Filled in instance name GSYM Winders/Dia Extras EMSG ELST LCON /*+2504,2520,324,405,DIAMETER;Diameter LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.5 GSYM SignalP/Input 2 EMSG CMNT 13 0,5778,-1 ELST ESBR SGLB Output/#10 LCON /*+2504,2744,756,181,WEB BREAK;Web Break ESBR SGLB Output/#4 LCON /*+2504,2520,1044,405,SPEED DEMAND;Speed Demand LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.11 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#12 LCON /*+2504,2520,1116,405,590 DRIVE P GAIN;Drive P Gain LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.12 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#13 LCON /*+2504,2744,1188,181,DRIVE START;Drive Start LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.13 GSYM SignalP/Input EMSG CMNT 13 0,5976,-1 ELST ESBR SGLB Output/#16 LCON /*+2504,2744,1260,181,START LATCH;Start Latch LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.45 GSYM SignalP/Input EMSG CMNT 13 0,5985,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.6 GSYM Logic/Input 1 EMSG CMNT 13 0,5373,-6,3546,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL INV.4 GSYM Logic/Input 1 EMSG CMNT 13 0,5391,-8,3906,-1 ELST ESBR SGLB Output/#5 LCON /*+2504,2520,2628,405,TENSION DEMAND;Tension Demand ESBR SGLB Output/#6 LCON /*+2504,2520,2700,405,DANCER LOADING;Dancer Loading LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL VS.1 GSYM Utility/Input EMSG CMNT 13 0,5868,-1 ELST ESBR SGLB Output/#7 LCON /*+2504,2744,2772,181,IN TENSION;In Tension LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.5 GSYM SignalP/Select EMSG CMNT 13 0,5594,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.6 GSYM SignalP/Select EMSG CMNT 13 0,5594,-1 ELST ESBR SGLB Output/#8 LCON /*+2504,2744,2412,181,UP TO SPEED;Up To Speed ESBR SGLB Output/#11 LCON /*+2504,2520,396,405,FILTER TC;filter TC ESBR SGLB Output/#9 LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.3 /i;Filled in instance name GSYM Winders/Tension Demand EMSG ELST ESBR ESTR CMNT 1 0,2430,1080 ESBR SNST OR.7 STRE 1726 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Preset Enable EMSG CMNT 13 0,2069,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 0,1710,3096 ESBR SNST SPW3.4 STRE 1446 SGLB Misc/Class Reference CLAS 354823 SPW3 ESBR SORD 5 /e,,,,,,Main parameters;Diameter Calculator LVAL 0.100009 LVAL 0 PVAL 0.940001 /o,-1,1,0,1;Filter TC Max (0 - 1.0) PVAL 0.940001 /o,-1,1,0,1;Filter TC Mid (0 - 1.0) PVAL 0.940001 /o,-1,1,0,1;Filter TC Min (0 - 1.0) PVAL 0.416669 /o,-120,120,0,100;Filter Mid Sp (0 - 100%) LITO 0 PORD 0 /t,Track,Hold;Diameter Hold LVAL 0.100009 PORD 0 /t,Disabled,Enabled;Preset Enable LITO 1 PVAL 0.0416578 /o,-120,120,0,120;Min Speed (0 - 120%) LVAL 0 LVAL 0 PVAL 0.100009 /o,-100,100,0,100;Min. Diameter (% Full Roll) TIME 300.000 /o;Diameter Tick Time ESBR SORD 14 /e,,,,,,,,,,,,,,,Inertia Comp parameters;Diameter Calculator PORD 1 /t,Under,Over;Over-Under PVAL 0 /o,-100,100;Fixed Inertia (%) PVAL 0 /o,-100,100;Variable Inertia (%) PVAL 1 /o,-100,100;Width (%) LVAL 0.00100711 LVAL 0.100009 ESBR SORD 10 LVAL 1 PVAL 1 /o,-120,120;Base Speed (%) LVAL 1 PVAL 1 /o,-100,100;Rate Cal (%) LVAL 0 ESBR SORD 11 /e,,,,,,,,,,,,Core parameters;Diameter Calculator PVAL 1 /o,-100,100,0,100;Ext Diameter (% Full Roll) PORD 1 /t,Core,External;Ext Dia Select PVAL 1 /o,-100,100;Core 1 (% Full Roll) PVAL 0.199988 /o,-100,100;Core 2 (% Full Roll) PORD 0 /t,Core 1, Core 2;Core Select ESBR SORD 4 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SORD 7 /e,,,,,,,,Speed parameters;Speed Demand LVAL 0 PVAL 0.100009 /o,-120,120;Overspeed (%) PVAL 0.0166631 /o,-120,120,0,120;Speed Delta (%) LVAL 0 PVAL 0.0416578 /o,-120,120;Jog Speed (0 - 120%) LVAL 0 LITO 0 LITO 0 ESBR SORD 3 /e,,,,PID parameters;Speed Demand LVAL 0 PVAL 0.500015 /o,-100,100,-100,100;Setpoint (%) LIST LITO 0 LVAL 0 LVAL 0 ELST PORD 0 /t,Disabled,Enabled;PID Enable PORD 1 /t,Disabled,Enabled;PID Integral Enable LVAL 0.166662 LVAL 0 LVAL 1 LVAL 1 LVAL -1 PVAL 0.666677 /o/-15,15,0.1,15;Integral (0.1 to 15) ESBR SORD 6 /e,,,,,,,Profile parameters;Speed Demand PVAL 0.100009 /o,-200,200,0,200;590 Drive Max Gain (0 to 200) PVAL 1 /o,-100,100,0,100;590 Drive Min Gain (% of Max) PORD 1 /o,1,10;590 Drive Exponent PVAL 0.400006 /o,-5,5,0,5;D Max Gain (0 to 5) PVAL 0 /o,-100,100,0,100;D Min Gain (% of Max) PORD 2 /o,1,10;D Exponent PVAL 0.0666524 /o,-30,30,0,30;P Max Gain (0 to 30) PVAL 1 /o,-100,100,0,100;P Min Gain (% of Max) PORD 1 /o,1,10;P Exponent ESBR SORD 13 /e,,,,,,,,,,,,,,Web Break parameters;Speed Demand LITO 1 PVAL 0.00167852 /o,-3000,3000,0,3000;WB Delay (seconds) LITO 1 LITO 0 PVAL 0.100009 /o,-100,100;WB Threshold (%) ESBR SORD 8 /e,,,,,,,,,Main parameters;Tension Demand PVAL 0.500015 /o,-100,100;Stall Tension (%) PORD 1 /e,Fixed,Proportional;Stall Select PORD 0 /t,Disabled,Enabled;Stall Enable PVAL 0 /o,-100,100;Boost (%) PORD 1 /e,Fixed,Proportional;Boost Select PORD 0 /t,Disabled,Enabled;Boost Enable PVAL 0 /o,-100,100;Tension SP (%) PVAL 0 /o,-100,100;Taper SP (%) LVAL 0.100009 LVAL 0.400006 PORD 1 /e,Linear,Hyperbolic;Taper Select TIME 300.000 /o;Tension Tick Time ESBR SORD 9 /e,,,,,,,,,,Output parameters;Tension Demand PVAL 1 /o,-100,100;Dancer Cal (%) LITO 0 PVAL 0.333323 /o,-100,100,0,100;Tension Delta (%) LVAL 0 ESBR SORD 2 /e,,,Main parameters;Current Memory LITO 0 PORD 0 /t,Unwind,Rewind;Rewind-Unwind PVAL 0 /o,-200,200;CM Boost (%) PORD 1 /e,Fixed,Proportional;CM Boost Select PORD 0 /e,Disabled,Enabled;CM Boost Enable PORD 0 /t,Disabled,Enabled;Memory Enable LVAL 0 PORD 0 /t,Track,Hold;Memory Hold PVAL 0.740013 /o,-1,1,0,1;Memory Filter (0 - 1.0) LVAL 0 ESBR SORD 12 PVAL 0.0416578 /o,-120,120;UTS Threshold (%) LVAL 0 LVAL 0.0100101 LVAL 0.100009 ESBR SORD 15 LVAL 1 LVAL 0 LVAL 0 PORD 0 /t,Disabled,Enabled;Tension Enable LVAL 0 LVAL 0 LVAL 0 PVAL 0.083346 /o,-120,120;Range Non-Extn (%) PVAL 0.125004 /o,-120,120;Range Extn (%) PORD 0 /t,Disabled,Enabled;Extensible Web PORD 0 /t,Disabled,Enabled;Other Enable TIME 0.000 LVAL 0 LVAL 0 LVAL 0 ESBR SORD 41 LVAL 0.500015 LVAL 0.500015 LVAL 1 ESBR SGLB Output/#1 LCON /*+2504,2520,2988,405,POSITIVE CLAMP;Positive Clamp LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.33 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST ESBR SGLB Output/#15 LCON /*+2504,2520,3060,405,NEGATIVE CLAMP;Negative Clamp LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.17 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST ESBR SGLB Output/#2 LCON /*+2504,2520,1908,405,AUX I DEMAND;Aux I Demand LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.24 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST ESBR SGLB Output/#14 LCON /*+2504,2520,3132,405,FILTERED CURRENT;Filtered Current LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.6 GSYM SignalP/Input 1 EMSG CMNT 13 1,5787,-4,5985,-1 ELST ESBR SGLB Output/#3 LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.4 /i;Filled in instance name GSYM Winders/Profiles EMSG ELST LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.4 /i;Filled in instance name GSYM Winders/Dia Extras EMSG ELST LCON /*+2504,2520,324,405,DIAMETER;Diameter LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SW.5 GSYM SignalP/Input 1 EMSG CMNT 13 1,5787,-2,5940,-1 ELST ESBR SGLB Output/#10 LCON /*+2504,2744,756,181,WEB BREAK;Web Break ESBR SGLB Output/#4 LCON /*+2504,2520,1044,405,SPEED DEMAND;Speed Demand LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.32 GSYM SignalP/Input EMSG CMNT 13 1,6138,-1 ELST ESBR SGLB Output/#12 LCON /*+2504,2520,1116,405,590 DRIVE P GAIN;Drive P Gain LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.31 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST ESBR SGLB Output/#13 LCON /*+2504,2744,1188,181,DRIVE START;Drive Start LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.26 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST ESBR SGLB Output/#16 LCON /*+2504,2744,1260,181,START LATCH;Start Latch LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.44 GSYM SignalP/Input EMSG CMNT 13 1,6147,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.10 GSYM Logic/Input 2 EMSG CMNT 13 1,5769,-15,3753,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL INV.5 GSYM Logic/Input 1 EMSG CMNT 13 1,5787,-16,4131,-1 ELST ESBR SGLB Output/#5 LCON /*+2504,2520,2628,405,TENSION DEMAND;Tension Demand ESBR SGLB Output/#6 LCON /*+2504,2520,2700,405,DANCER LOADING;Dancer Loading LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL VS.1 GSYM Utility/Input EMSG CMNT 13 1,5787,-63,6350,-1 ELST ESBR SGLB Output/#7 LCON /*+2504,2744,2772,181,IN TENSION;In Tension ESBR SGLB Output/#8 LCON /*+2504,2744,2412,181,UP TO SPEED;Up To Speed ESBR SGLB Output/#11 LCON /*+2504,2520,396,405,FILTER TC;filter TC ESBR SGLB Output/#9 LIST GSYM Conns/Update[attach] LNOD MSGE ISYM SPW3.4 /i;Filled in instance name GSYM Winders/Tension Demand EMSG ELST ESBR ESTR CMNT 1 1,2826,1116 ESBR SNST INPUT.38 /:MI STRE 1282 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Drive Max Gain EMSG CMNT 13 0,1125,-26,3294,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Drive Max Gain EMSG CMNT 13 0,1125,-31,3690,-1 ELST ESBR ESTR CMNT 1 0,900,720 CMNT 14 26Drive P gain ESBR SNST INPUT.41 /:MI STRE 1284 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM SignalP/Integral EMSG CMNT 13 0,1125,-24,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM SignalP/Integral EMSG CMNT 13 0,1125,-29,2610,-1 ELST ESBR ESTR CMNT 1 0,900,576 CMNT 14 24Integral ESBR SNST INPUT.53 /:MI STRE 1285 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/P Max Gain EMSG CMNT 13 0,1125,-23,3294,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/P Max Gain EMSG CMNT 13 0,1125,-28,3690,-1 ELST ESBR ESTR CMNT 1 0,900,504 CMNT 14 23Proportional ESBR SNST INPUT.60 /:MI STRE 1286 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Min Diameter EMSG CMNT 13 0,1134,-22,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Min Diameter EMSG CMNT 13 0,1125,-27,2610,-1 ELST ESBR ESTR CMNT 1 0,900,432 CMNT 14 22Min diameter ESBR SNST INPUT.62 /:MI STRE 1287 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Jog Speed EMSG CMNT 13 0,1134,-19,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Jog Speed EMSG CMNT 13 0,1143,-21,2610,-1 ELST ESBR ESTR CMNT 1 0,900,252 CMNT 14 21Jog speed ESBR SNST INPUT.63 /:MI STRE 1289 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/D Max Gain EMSG CMNT 13 0,1107,-25,3294,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/D Max Gain EMSG CMNT 13 0,1107,-30,3690,-1 ELST ESBR ESTR CMNT 1 0,882,648 CMNT 14 25Derivative ESBR SNST OUTPUT.44 /:MO STRE 1290 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 1,6570,2340 CMNT 14 B STARTED ESBR SNST OUTPUT.45 /:MO STRE 1291 SGLB Misc/Class Reference CLAS 354775 /:MO ESBR ESTR CMNT 1 0,6642,2304 CMNT 14 A STARTED ESBR SNST L.2 STRE 770 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Tension Enable EMSG CMNT 13 2,6127,-43,2223,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM SignalP/PID Enable EMSG CMNT 13 2,6127,-44,2232,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Other Enable EMSG CMNT 13 2,6127,-45,2610,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.20 GSYM Logic/Input 1 EMSG CMNT 13 2,6127,-36,2736,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.10 GSYM Logic/Input 1 EMSG CMNT 13 2,6118,-35,3753,-1 ELST ESBR ESTR CMNT 1 2,5886,1476 ESBR SNST L.3 STRE 771 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Tension Enable EMSG CMNT 13 2,6127,-46,2610,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM SignalP/PID Enable EMSG CMNT 13 2,6127,-47,2610,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Other Enable EMSG CMNT 13 2,6127,-48,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.25 GSYM Logic/Input 2 EMSG CMNT 13 2,6127,-37,2772,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.6 GSYM Logic/Input 2 EMSG CMNT 13 2,6118,-33,3546,-1 ELST ESBR ESTR CMNT 1 2,5886,2448 ESBR SNST L.4 STRE 772 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.8 GSYM Logic/Input 2 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.9 GSYM Logic/Input 2 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.14 GSYM Logic/Input 1 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.15 GSYM Logic/Input 1 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.17 GSYM Logic/Input 1 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.26 GSYM Logic/Input 2 EMSG CMNT 13 2,3627,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.12 GSYM Logic/Input 1 EMSG CMNT 13 2,3617,-38,1764,-1 ELST ESBR ESTR CMNT 1 2,3312,1980 ESBR SNST OR.8 STRE 1727 SGLB Misc/Class Reference CLAS 354205 OR-3 ESBR SORD 2 LITO 0 LITO 65278 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,72,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.2 GSYM Logic/Set EMSG CMNT 13 2,5548,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,144,28;Inverted Output ESBR ESTR CMNT 1 2,5076,1476 ESBR SNST OR.9 STRE 1732 SGLB Misc/Class Reference CLAS 354205 OR-3 ESBR SORD 2 LITO 0 LITO 65278 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,72,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.3 GSYM Logic/Set EMSG CMNT 13 2,5557,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,144,28;Inverted Output ESBR ESTR CMNT 1 2,5094,2448 ESBR SNST AND.5 STRE 1315 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.8 GSYM Logic/Input 2 EMSG CMNT 13 2,4771,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,1548 ESBR SNST AND.6 STRE 1316 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.8 GSYM Logic/Input 1 EMSG CMNT 13 2,4788,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,1296 ESBR SNST AND.7 STRE 1317 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.8 GSYM Logic/Input 3 EMSG CMNT 13 2,4788,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,1764 ESBR SNST AND.8 STRE 1319 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.9 GSYM Logic/Input 1 EMSG CMNT 13 2,4806,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4356,2304 ESBR SNST AND.9 STRE 1320 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.9 GSYM Logic/Input 2 EMSG CMNT 13 2,4798,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4374,2520 ESBR SNST AND.10 STRE 675 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.9 GSYM Logic/Input 3 EMSG CMNT 13 2,4815,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4374,2772 ESBR SNST INPUT.79 /:MI STRE 1292 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.6 GSYM Logic/Reset EMSG CMNT 13 2,1197,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.28 GSYM Logic/Input 1 EMSG CMNT 13 2,1368,-1 ELST ESBR ESTR CMNT 1 2,936,1620 CMNT 14 17TRANSFER ESBR SNST INPUT.80 /:MI STRE 1293 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.6 GSYM Logic/Set EMSG CMNT 13 2,1206,-1 ELST ESBR ESTR CMNT 1 2,954,1836 CMNT 14 17CURRENT MEMORY ESBR SNST INV.4 STRE 1512 SGLB Misc/Class Reference CLAS 354492 Inverter ESBR SORD 2 LITO 0 LITO 21845 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,144,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.2 GSYM Logic/Reset EMSG CMNT 13 2,5553,-1 ELST ESBR ESTR CMNT 1 2,5058,1116 ESBR SNST INV.5 STRE 1514 SGLB Misc/Class Reference CLAS 354492 Inverter ESBR SORD 2 LITO 0 LITO 21845 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,144,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.3 GSYM Logic/Reset EMSG CMNT 13 2,5580,-1 ELST ESBR ESTR CMNT 1 2,5112,2916 ESBR SNST AND.11 STRE 676 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Memory Enable EMSG CMNT 13 2,5356,-41,2610,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4374,3528 ESBR SNST INPUT.81 /:MI STRE 1294 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.10 GSYM Logic/Input 1 EMSG CMNT 13 2,3258,-1 ELST ESBR ESTR CMNT 1 2,882,396 CMNT 14 A START ESBR SNST INPUT.82 /:MI STRE 1297 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.12 GSYM Logic/Input 1 EMSG CMNT 13 2,2682,-1 ELST ESBR ESTR CMNT 1 2,882,216 CMNT 14 A STOP ESBR SNST INPUT.83 /:MI STRE 1298 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.11 GSYM Logic/Input 1 EMSG CMNT 13 2,3285,-1 ELST ESBR ESTR CMNT 1 2,882,684 CMNT 14 B START ESBR SNST INPUT.84 /:MI STRE 1299 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.13 GSYM Logic/Input 1 EMSG CMNT 13 2,2709,-1 ELST ESBR ESTR CMNT 1 2,936,972 CMNT 14 B STOP ESBR SNST OR.10 STRE 1483 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Start EMSG CMNT 13 2,6061,-17,2241,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 2,5490,396 ESBR SNST INPUT.85 /:MI STRE 1300 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.8 GSYM Logic/Set EMSG CMNT 13 2,1179,-1 ELST ESBR ESTR CMNT 1 2,882,2304 CMNT 14 17SPEED MATCH ESBR SNST XOR.3 STRE 1743 SGLB Misc/Class Reference CLAS 354207 XOR-2 ESBR SORD 2 LITO 1 LITO 26214 LITO 1 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,148,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.5 GSYM Logic/Input 2 EMSG CMNT 13 2,5589,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,108,28;Inverted Output ESBR ESTR CMNT 1 2,5184,3960 ESBR SNST XOR.4 STRE 1744 SGLB Misc/Class Reference CLAS 354207 XOR-2 ESBR SORD 2 LITO 1 LITO 26214 LITO 1 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,148,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.6 GSYM Logic/Input 1 EMSG CMNT 13 2,5598,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,108,28;Inverted Output ESBR ESTR CMNT 1 2,5202,4212 ESBR SNST OR.11 STRE 1485 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Start EMSG CMNT 13 2,6088,-18,2610,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 2,5544,684 ESBR SNST T.1 STRE 784 SGLB Misc/Class Reference CLAS 354238 Delay-Off Timer ESBR SORD 2 LITO 2 TIME 2000.000 /o;Time Range (ms) PVAL 1 /o,-100,100,0,100;Delay time (% of Time Range) ESBR SORD 3 LITO 0 TIME 0.000 ESBR SGLB Output/#2 LCON /*+0,400,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.12 GSYM Logic/Input 2 EMSG CMNT 13 2,2875,-49,2241,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL T.2 GSYM Logic/Input EMSG CMNT 13 2,2907,-51,1242,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.13 GSYM Logic/Input 2 EMSG CMNT 13 2,2875,-39,1764,-1 ELST ESBR SGLB Output/#1 LCON /*+0,436,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.19 GSYM Logic/Input 1 EMSG CMNT 13 2,2862,-1 ELST ESBR ESTR CMNT 1 2,2394,4248 ESBR SNST AND.12 STRE 804 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Stop EMSG CMNT 13 2,5482,-32,2241,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,216 ESBR SNST AND.13 STRE 806 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Stop EMSG CMNT 13 2,5491,-34,2610,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,972 ESBR SNST OR.12 STRE 1486 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.12 GSYM Logic/Input 2 EMSG CMNT 13 2,2268,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 2,1980,504 ESBR SNST OR.13 STRE 1516 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.13 GSYM Logic/Input 2 EMSG CMNT 13 2,2259,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 2,1980,792 ESBR SNST AND.14 STRE 816 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Memory Enable EMSG CMNT 13 2,5356,-40,2214,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4374,3168 ESBR SNST AND.15 STRE 837 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.3 GSYM Logic/Input 2 EMSG CMNT 13 2,5121,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4392,4068 ESBR SNST AND.16 STRE 838 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.4 GSYM Logic/Input 2 EMSG CMNT 13 2,5103,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4410,4356 ESBR SNST INPUT.86 /:MI STRE 1301 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.3 GSYM Logic/Input 1 EMSG CMNT 13 2,3087,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.4 GSYM Logic/Input 1 EMSG CMNT 13 2,5031,-1 ELST ESBR ESTR CMNT 1 2,846,3960 CMNT 14 OVER-UNDER ESBR SNST L.5 STRE 839 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.15 GSYM Logic/Input 2 EMSG CMNT 13 2,3257,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.16 GSYM Logic/Input 1 EMSG CMNT 13 2,4266,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL T.1 GSYM Logic/Input EMSG CMNT 13 2,2227,-1 ELST ESBR ESTR CMNT 1 2,1962,4104 ESBR SNST AND.17 STRE 841 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.7 GSYM Logic/Input 2 EMSG CMNT 13 2,5383,-53,1494,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4428,4644 ESBR SNST AND.18 STRE 843 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.3 GSYM Logic/Input 2 EMSG CMNT 13 2,5392,-54,1503,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4446,4896 ESBR SNST OSH.1 STRE 1630 SGLB Misc/Class Reference CLAS 354156 One Shot ESBR SORD 2 LITO 0 LITO 0 /e,false-to-true,true-to-false,both;Which edge ESBR SGLB Output/#1 LCON /*+0,150,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL T.3 GSYM Logic/Input EMSG CMNT 13 2,2217,-1 ELST ESBR SGLB Output/#2 LCON /*+0,186,108,9;Inverted Output ESBR ESTR CMNT 1 2,1944,2268 ESBR SNST L.6 STRE 844 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.7 GSYM Logic/Input 2 EMSG CMNT 13 2,2907,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.8 GSYM Logic/Input 1 EMSG CMNT 13 2,4248,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.14 GSYM Logic/Input 2 EMSG CMNT 13 2,1791,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.11 GSYM Logic/Input 1 EMSG CMNT 13 2,1791,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output ESBR ESTR CMNT 1 2,1296,1800 ESBR SNST T.2 STRE 845 SGLB Misc/Class Reference CLAS 354238 Delay-Off Timer ESBR SORD 2 LITO 2 TIME 2000.000 /o;Time Range (ms) PVAL 1 /o,-100,100,0,100;Delay time (% of Time Range) ESBR SORD 3 LITO 0 TIME 0.000 ESBR SGLB Output/#2 LCON /*+0,400,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.19 GSYM Logic/Input 2 EMSG CMNT 13 2,2315,-1 ELST ESBR SGLB Output/#1 LCON /*+0,436,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL DLY.1 GSYM Utility/Input EMSG CMNT 13 2,1611,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.5 GSYM Logic/Reset EMSG CMNT 13 2,1602,-1 ELST ESBR ESTR CMNT 1 2,1026,4752 ESBR SNST AND.19 STRE 847 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.17 GSYM Logic/Input 2 EMSG CMNT 13 2,3889,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.18 GSYM Logic/Input 1 EMSG CMNT 13 2,4293,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,3204,4716 ESBR SNST L.7 STRE 848 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.27 GSYM Logic/Input 2 EMSG CMNT 13 2,3735,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.11 GSYM Logic/Input 2 EMSG CMNT 13 2,3735,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.16 GSYM Logic/Input 2 EMSG CMNT 13 2,3735,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.18 GSYM Logic/Input 2 EMSG CMNT 13 2,3735,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.5 GSYM Logic/Input 1 EMSG CMNT 13 2,3627,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.7 GSYM Logic/Input 1 EMSG CMNT 13 2,3627,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.13 GSYM Logic/Input 1 EMSG CMNT 13 2,3626,-50,1764,-1 ELST ESBR ESTR CMNT 1 2,3312,2412 ESBR SNST T.3 STRE 849 SGLB Misc/Class Reference CLAS 354238 Delay-Off Timer ESBR SORD 2 LITO 2 TIME 2000.000 /o;Time Range (ms) PVAL 1 /o,-100,100,0,100;Delay time (% of Time Range) ESBR SORD 3 LITO 0 TIME 0.000 ESBR SGLB Output/#2 LCON /*+0,400,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.20 GSYM Logic/Input 2 EMSG CMNT 13 2,2880,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.25 GSYM Logic/Input 1 EMSG CMNT 13 2,2898,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.27 GSYM Logic/Input 1 EMSG CMNT 13 2,2880,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.26 GSYM Logic/Input 1 EMSG CMNT 13 2,2880,-1 ELST ESBR SGLB Output/#1 LCON /*+0,436,144,9;Inverted Output ESBR ESTR CMNT 1 2,2340,2232 ESBR SNST AND.20 STRE 850 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.4 GSYM Logic/Set EMSG CMNT 13 2,3213,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,2952,2016 ESBR SNST AND.25 STRE 851 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.7 GSYM Logic/Set EMSG CMNT 13 2,3231,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,2988,2448 ESBR SNST AND.26 STRE 852 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.11 GSYM Logic/Input 2 EMSG CMNT 13 2,5014,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,756 ESBR SNST AND.27 STRE 853 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.10 GSYM Logic/Input 2 EMSG CMNT 13 2,4995,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,4338,468 ESBR SNST INPUT.87 /:MI STRE 1302 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.6 GSYM Logic/Reset EMSG CMNT 13 2,1152,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.4 GSYM Logic/Reset EMSG CMNT 13 2,3222,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.7 GSYM Logic/Reset EMSG CMNT 13 2,2178,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.5 GSYM Logic/Reset EMSG CMNT 13 2,1683,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.8 GSYM Logic/Reset EMSG CMNT 13 2,1152,-1 ELST ESBR ESTR CMNT 1 2,900,2592 CMNT 14 17RESET ESBR SNST DLY.1 STRE 1463 SGLB Misc/Class Reference CLAS 354227 Delay ESBR SORD 2 LITO 5 /o,1,10;Delay (1-10) ESBR SGLB Output/#1 LCON /*+0,400,72,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.4 GSYM Logic/Reset EMSG CMNT 13 2,2232,-55,3096,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.7 GSYM Logic/Reset EMSG CMNT 13 2,2261,-52,3254,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.8 GSYM Logic/Reset EMSG CMNT 13 2,2232,-56,1098,-1 ELST ESBR ESTR CMNT 1 2,1746,4932 ESBR SNST L.8 STRE 854 SGLB Misc/Class Reference CLAS 354403 Latch ESBR SORD 2 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,160,72,45;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OSH.1 GSYM Logic/Input EMSG CMNT 13 2,1719,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.28 GSYM Logic/Input 2 EMSG CMNT 13 2,1584,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,144,9;Inverted Output ESBR ESTR CMNT 1 2,1314,2268 ESBR SNST AND.28 STRE 856 SGLB Misc/Class Reference CLAS 354201 AND-2 ESBR SORD 2 LITO 0 LITO 34952 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,122,36,70;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL L.5 GSYM Logic/Set EMSG CMNT 13 2,1890,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.5 GSYM Logic/Input 2 EMSG CMNT 13 2,3078,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL AND.9 GSYM Logic/Input 1 EMSG CMNT 13 2,4203,-1 ELST ESBR SGLB Output/#2 LCON /*+0,162,108,30;Inverted Output ESBR ESTR CMNT 1 2,1656,1620 ESBR SNST INPUT.88 /:MI STRE 1304 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Range Non-Extn EMSG CMNT 13 0,2385,-59,2214,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Range Non-Extn EMSG CMNT 13 0,2385,-60,2610,-1 ELST ESBR ESTR CMNT 1 0,2160,288 CMNT 14 27Range ESBR SNST INPUT.89 /:MI STRE 1305 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.14 GSYM Logic/Input 1 EMSG CMNT 13 0,1449,-1 ELST ESBR ESTR CMNT 1 0,918,2232 CMNT 14 A JOG ESBR SNST OR.14 STRE 1519 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Jog EMSG CMNT 13 0,2209,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 0,1836,2232 ESBR SNST INPUT.90 /:MI STRE 1321 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.14 GSYM Logic/Input 2 EMSG CMNT 13 0,1449,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.5 GSYM Logic/Input 1 EMSG CMNT 13 0,1125,-62,5738,-1 ELST ESBR ESTR CMNT 1 0,918,2304 CMNT 14 A JOG REV ESBR SNST INPUT.91 /:MI STRE 1322 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.15 GSYM Logic/Input 1 EMSG CMNT 13 1,1260,-1 ELST ESBR ESTR CMNT 1 1,918,2268 CMNT 14 B JOG ESBR SNST INPUT.92 /:MI STRE 1323 SGLB Misc/Class Reference CLAS 354774 /:MI ESBR SGLB Output/#1 LCON /*+0,144,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OR.15 GSYM Logic/Input 2 EMSG CMNT 13 1,1260,-1 ELST LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL XOR.6 GSYM Logic/Input 2 EMSG CMNT 13 1,1125,-61,5738,-1 ELST ESBR ESTR CMNT 1 1,918,2340 CMNT 14 B JOG REV ESBR SNST OR.15 STRE 1520 SGLB Misc/Class Reference CLAS 354204 OR-2 ESBR SORD 2 LITO 0 LITO 61166 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,121,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Jog EMSG CMNT 13 1,2218,-1 ELST ESBR SGLB Output/#2 LCON /*+0,169,108,28;Inverted Output ESBR ESTR CMNT 1 1,1458,2268 ESBR SNST XOR.5 STRE 1745 SGLB Misc/Class Reference CLAS 354207 XOR-2 ESBR SORD 2 LITO 0 LITO 26214 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,148,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.3 GSYM Winders/Over-Under EMSG CMNT 13 2,6083,-11,2214,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,108,28;Inverted Output ESBR ESTR CMNT 1 2,5796,3888 ESBR SNST XOR.6 STRE 1746 SGLB Misc/Class Reference CLAS 354207 XOR-2 ESBR SORD 2 LITO 0 LITO 26214 LITO 0 LITO 0 LITO 0 LITO 0 ESBR SGLB Output/#1 LCON /*+0,148,36,76;Non-inverted Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL SPW3.4 GSYM Winders/Over-Under EMSG CMNT 13 2,6083,-42,2610,-1 ELST ESBR SGLB Output/#2 LCON /*+0,196,108,28;Inverted Output ESBR ESTR CMNT 1 2,5796,4212 ESBR SNST VS.1 STRE 1775 SGLB Misc/Class Reference CLAS 354109 Value Sender ESBR SGLB Output/#1 LCON /*+0,54,36,45;Output LIST /l GSYM Conns/Update[attach] LNOD MSGE ICAL OUTPUT.16 GSYM SignalP/Input EMSG CMNT 13 0,6561,-1 ELST ESBR ESTR CMNT 1 0,6408,3744 ESBR ESTR CMNT 64 -1,6,6,47,446,9750,9483,0,14,0,0,0 CMTL 33 3,0,0,0 CMTL 21 3,972,1375,0 CMNT 4 972,1375,3730,1447,0 CMNT 14 0,57,0,CURRENT MEMORY IS ONLY AVAILABLE AFTER SPEED MATCH STARTS THE TRANSFER SEQUENCE. ECMT CMTL 21 3,886,1699,0 CMNT 4 886,1699,4112,1770,0 CMNT 14 0,57,0,5. IF CURRENT MEMORY ISN'T USED THE NEW SPINDLE WILL BE SWITCHED TO TENSION CONTROL AT "TRANSFER". ECMT CMTL 21 3,886,1483,0 CMNT 4 886,1483,4868,1554,0 CMNT 14 0,57,0,4. "TRANSFER"(AFTER THE KNIFE CUT) REVERSES THE OLD SPINDLE TO WIND UP THE TAIL, STOPS AND RESETS THE DIAMETER TO FULL ROLL. ECMT CMTL 21 3,886,1267,0 CMNT 4 886,1267,4752,1338,0 CMNT 14 0,57,0,3. "CURRENT MEMORY" SWITCHES THE UNWINDING SPINDLE INTO CURRENT CONTROL AND THE NEW SPINDLE INTO TENSION CONTROL. ECMT CMTL 21 3,878,1051,0 CMNT 4 878,1051,3888,1122,0 CMNT 14 0,57,0,2. "SPEEDMATCH" BEGINS THE TRANSFER SEQUENCE BY STARTING THE NEW SPINDLE IN SPEED CONTROL ECMT CMTL 21 3,893,835,0 CMNT 4 893,835,3118,906,0 CMNT 14 0,57,0,1. START ONE SPINDLE MANUALLY, THIS SPINDLE WILL BE IN TENSION CONTROL ECMT CMTL 21 3,893,583,0 CMNT 4 893,583,1649,654,0 CMNT 14 0,57,0,SEQUENCE OF OPERATION ECMT ECMT CMTL 33 2,0,0,0 CMTL 21 2,832,5083,0 CMNT 4 832,5083,1559,5155,0 CMNT 14 0,57,0,DIAMETER PRESET TIMER ECMT CMTL 21 2,2185,4543,0 CMNT 4 2185,4543,2761,4615,0 CMNT 14 0,57,0,TAIL WIND UP TIMER ECMT ECMT CMTL 33 1,0,0,0 CMTL 21 1,3730,691,2304 CMNT 4 3730,691,4220,806,0 CMNT 14 0,93,2304,SPINDLE B ECMT ECMT CMTL 33 0,0,0,0 CMTL 21 0,3463,655,2304 CMNT 4 3463,655,3953,770,0 CMNT 14 0,93,2304,SPINDLE A ECMT ECMT CMNT 25 1,1314,3132,0,20,PRESET CMNT 29 0,1188,3024,1,20,PRESET CMNT 25 0,5688,900,1,2,B DIAMETER CMNT 29 1,5868,1404,0,2,B DIAMETER CMNT 25 1,2106,1908,0,3,DIA SP CMNT 29 0,1242,1800,1,3,DIA SP CMNT 25 0,5094,4716,1,4,B LOAD CMNT 29 1,5868,4212,0,4,B LOAD CMNT 25 1,2088,2052,0,5,DANCER FEEDBACK CMNT 29 0,1242,1944,1,5,DANCER FEEDBACK CMNT 25 1,2466,2196,0,7,INTEGRAL EN CMNT 29 0,1224,2088,1,7,INTEGRAL EN CMNT 25 1,2106,2412,0,9,LINE SPEED CMNT 29 0,1188,2412,1,9,LINE SPEED CMNT 25 1,2106,2484,0,10,LINE SPEED SP CMNT 29 0,1224,2520,1,10,LINE SPEED SP CMNT 25 1,2106,3348,0,12,RATE CMNT 29 0,1260,3384,1,12,RATE CMNT 25 1,2088,3636,0,13,STALL ENABLE CMNT 29 0,1566,3672,1,13,STALL ENABLE CMNT 25 1,2106,4212,0,14,TENSION SP CMNT 29 0,1224,4104,1,14,TENSION SP CMNT 25 0,2178,2304,0,19,JS CMNT 29 0,1224,252,0,19,JS CMNT 25 1,2574,2340,0,21,JS CMNT 29 0,1224,324,1,21,JS CMNT 25 0,2178,2736,0,22,MD CMNT 29 0,1224,432,0,22,MD CMNT 25 0,3258,2592,0,23,P CMNT 29 0,1206,504,0,23,P CMNT 25 0,2178,2088,0,24,I CMNT 29 0,1206,576,0,24,I CMNT 25 0,3258,2160,0,25,D CMNT 29 0,1188,648,0,25,D CMNT 25 0,3258,2376,0,26,DPG CMNT 29 0,1206,720,0,26,DPG CMNT 25 1,2574,2772,0,27,MD CMNT 29 0,1206,792,1,27,MD CMNT 25 1,3654,2628,0,28,P CMNT 29 0,1206,864,1,28,P CMNT 25 1,2574,2124,0,29,I CMNT 29 0,1206,936,1,29,I CMNT 25 1,3654,2196,0,30,D CMNT 29 0,1188,1008,1,30,D CMNT 25 1,3654,2412,0,31,DPG CMNT 29 0,1206,1080,1,31,DPG CMNT 25 2,2664,1368,2,33,NOT B TEN CMNT 29 2,6208,2556,2,33,NOT B TEN CMNT 25 2,3060,2772,2,35,NOT B TEN CMNT 29 2,6208,1584,2,35,NOT B TEN CMNT 25 2,2664,1296,0,6,A STARTED CMNT 29 0,5472,2448,2,6,A STARTED CMNT 25 2,2664,1152,0,8,A STARTED CMNT 29 0,5472,2376,2,8,A STARTED CMNT 25 2,3042,2844,1,15,B STARTED CMNT 29 1,5868,2484,2,15,B STARTED CMNT 25 2,3060,2952,1,16,B STARTED CMNT 29 1,5868,2412,2,16,B STARTED CMNT 25 0,1962,3816,2,17,START A CMNT 29 2,6480,396,0,17,START A CMNT 25 1,2574,3852,2,18,START B CMNT 29 2,6480,684,1,18,START B CMNT 25 0,1962,3888,2,32,STOP A CMNT 29 2,6480,216,0,32,STOP A CMNT 25 1,2574,3924,2,34,STOP B CMNT 29 2,6498,972,1,34,STOP B CMNT 25 0,1980,4032,2,43,TEN EN A CMNT 29 2,6208,1656,0,43,TEN EN A CMNT 25 0,1980,3960,2,44,TEN EN A CMNT 29 2,6208,1728,0,44,TEN EN A CMNT 25 1,2574,2916,2,45,TEN EN A CMNT 29 2,6208,1800,1,45,TEN EN A CMNT 25 1,2574,4140,2,46,TEN EN B CMNT 29 2,6208,2628,1,46,TEN EN B CMNT 25 1,2574,3060,2,47,TEN EN B CMNT 29 2,6208,2700,1,47,TEN EN B CMNT 25 0,2178,2880,2,48,TEN EN B CMNT 29 2,6208,2772,0,48,TEN EN B CMNT 25 2,1728,576,2,49,TRANSFER STOP CMNT 29 2,2956,4284,2,49,TRANSFER STOP CMNT 25 2,774,4788,2,51,STOP CMNT 29 2,3006,4428,2,51,STOP CMNT 25 0,1458,3168,2,53,RESET A CMNT 29 2,6192,4644,0,53,RESET A CMNT 25 1,1314,3204,2,54,RESET B CMNT 29 2,6192,4896,1,54,RESET B CMNT 25 0,2178,2592,2,40,MEM EN A CMNT 29 2,6192,3168,0,40,MEM EN A CMNT 25 1,2574,2628,2,41,MEM EN B CMNT 29 2,6192,3528,1,41,MEM EN B CMNT 25 2,2700,2016,2,36,TEN A CMNT 29 2,6208,1512,2,36,TEN A CMNT 25 2,2736,2520,2,37,TEN B CMNT 29 2,6208,2484,2,37,TEN B CMNT 25 2,3060,2160,2,55,END CMNT 29 2,2376,5040,2,55,END CMNT 25 2,3042,2664,2,52,END CMNT 29 2,2376,4968,2,52,END CMNT 25 2,1062,2448,2,56,END CMNT 29 2,2376,4896,2,56,END CMNT 25 0,2178,1800,0,57,PRESET CMNT 29 0,1224,2736,0,57,PRESET CMNT 25 1,2574,1836,0,58,PRESET CMNT 29 0,1224,2808,1,58,PRESET CMNT 25 2,1728,504,2,38,NOT A TO B CMNT 29 2,3762,2088,2,38,NOT A TO B CMNT 25 2,1728,864,2,39,TRANSFER STOP CMNT 29 2,2952,4212,2,39,TRANSFER STOP CMNT 25 2,1728,792,2,50,NOT B TO A CMNT 29 2,3780,2520,2,50,NOT B TO A CMNT 25 0,2178,3240,0,59,RNE CMNT 29 0,2466,288,0,59,RNE CMNT 25 1,2574,3276,0,60,RNE CMNT 29 0,2466,360,1,60,RNE CMNT 25 2,5508,4464,1,61,B JOG REV CMNT 29 1,1242,2592,2,61,B JOG REV CMNT 25 2,5544,3780,0,62,A JOG REV CMNT 29 0,1188,2340,2,62,A JOG REV CMNT 25 1,2574,2988,2,42,OVER-UNDER B CMNT 29 2,6192,4212,1,42,OVER-UNDER B CMNT 25 0,2178,2952,2,11,OVER-UNDER A CMNT 29 2,6192,3888,0,11,OVER-UNDER A CMNT 25 0,6156,3564,1,63,Dancer Loading Spindle B CMNT 29 1,5868,3780,0,63,Dancer Loading Spindle B ECMT ESBR SORD 2 LIST STRG LOCAL 'TWIN TURRET UNWIND DANCER AUTO' ELST ESBR SGLB Macro/OUTPUT.14 LCON -5000 /*+;A AUX I/T DEMAND ESBR SGLB Macro/OUTPUT.13 LCON -5000 /*+;A DRIVE START ESBR SGLB Macro/OUTPUT.43 LCON -5000 /*+;A NEG I/T LIMIT ESBR SGLB Macro/OUTPUT.36 LCON -5000 /*+;A POS I/T LIMIT ESBR SGLB Macro/OUTPUT.12 LCON -5000 /*+;A DRIVE P GAIN ESBR SGLB Macro/OUTPUT.11 LCON -5000 /*+;A SPEED DEMAND ESBR SGLB Macro/OUTPUT.16 LCON -5000 /*+;DANCER LOADING ESBR SGLB Macro/OUTPUT.24 LCON -5000 /*+;B AUX I/T DEMAND ESBR SGLB Macro/OUTPUT.26 LCON -5000 /*+;B DRIVE START ESBR SGLB Macro/OUTPUT.17 LCON -5000 /*+;B NEG I/T LIMIT ESBR SGLB Macro/OUTPUT.33 LCON -5000 /*+;B POS I/T LIMIT ESBR SGLB Macro/OUTPUT.31 LCON -5000 /*+;B DRIVE P GAIN ESBR SGLB Macro/OUTPUT.32 LCON -5000 /*+;B SPEED DEMAND ESBR SGLB Macro/OUTPUT.45 LCON -5000 /*+;A STARTED ESBR SGLB Macro/OUTPUT.44 LCON -5000 /*+;B STARTED ESBR SGLB Macro/OUTPUT.9 LCON -5000 /*+;DIAMETER ESBR SGLB Macro/OUTPUT.15 LCON -5000 /*+;LOAD ESBR ESTR STRE SGLB Misc/Superclass Reference CLAS 354008 Object ESBR ESTR