#x00000768 EURA Drives Electric Co., Ltd 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 Drives Drives 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 E3000-Ecat E3000-Ecat 5000 9000 5000 200 100 2000 Drives 402 BIT2 2 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 SINT 8 STRING(20) 160 STRING(4) 32 DT1018 80 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial UDINT 32 112 ro o DT160X 336 0 SubIndex 000 USINT 8 0 rw o 1 1st receive PDO mapped UDINT 32 16 rw o 2 2nd receive PDO mapped UDINT 32 48 rw o 3 3rd receive PDO mapped UDINT 32 80 rw o 4 4th receive PDO mapped UDINT 32 112 rw o 5 5th receive PDO mapped UDINT 32 144 rw o 6 6th receive PDO mapped UDINT 32 176 rw o 7 7th receive PDO mapped UDINT 32 208 rw o 8 8th receive PDO mapped UDINT 32 240 rw o 9 9th receive PDO mapped UDINT 32 272 rw o 10 10th receive PDO mapped UDINT 32 304 rw o DT170X 336 0 SubIndex 000 USINT 8 0 rw o 1 1st receive PDO mapped UDINT 32 16 rw o 2 2nd receive PDO mapped UDINT 32 48 rw o 3 3rd receive PDO mapped UDINT 32 80 rw o 4 4th receive PDO mapped UDINT 32 112 rw o 5 5th receive PDO mapped UDINT 32 144 rw o 6 6th receive PDO mapped UDINT 32 176 rw o 7 7th receive PDO mapped UDINT 32 208 rw o 8 8th receive PDO mapped UDINT 32 240 rw o 9 9th receive PDO mapped UDINT 32 272 rw o 10 10th receive PDO mapped UDINT 32 304 rw o DT1A0X 336 0 SubIndex 000 USINT 8 0 rw o 1 1st transmit PDO mapped UDINT 32 16 rw o 2 2nd transmit PDO mapped UDINT 32 48 rw o 3 3rd transmit PDO mapped UDINT 32 80 rw o 4 4th transmit PDO mapped UDINT 32 112 rw o 5 5th transmit PDO mapped UDINT 32 144 rw o 6 6th transmit PDO mapped UDINT 32 176 rw o 7 7th transmit PDO mapped UDINT 32 208 rw o 8 8th transmit PDO mapped UDINT 32 240 rw o 9 9th transmit PDO mapped UDINT 32 272 rw o 10 10th transmit PDO mapped UDINT 32 304 rw o DT1B0X 336 0 SubIndex 000 USINT 8 0 rw o 1 1st receive PDO mapped UDINT 32 16 rw o 2 2nd receive PDO mapped UDINT 32 48 rw o 3 3rd receive PDO mapped UDINT 32 80 rw o 4 4th receive PDO mapped UDINT 32 112 rw o 5 5th receive PDO mapped UDINT 32 144 rw o 6 6th receive PDO mapped UDINT 32 176 rw o 7 7th receive PDO mapped UDINT 32 208 rw o 8 8th receive PDO mapped UDINT 32 240 rw o 9 9th receive PDO mapped UDINT 32 272 rw o 10 10th receive PDO mapped UDINT 32 304 rw o DT2000 800 0 SubIndex 000 USINT 8 0 ro o 1 Output frequency UINT 16 16 ro o t 2 Output voltage UINT 16 32 ro o t 3 Output current UINT 16 48 ro o t 4 Pole numbers_control mode UINT 16 64 ro o t 5 Bus_line voltage UINT 16 80 ro o t 6 Inverter status UINT 16 96 ro o t 7 Output torque UINT 16 112 ro o t 8 Temperature of inverter radiator UINT 16 128 ro o t 9 PID given value UINT 16 144 ro o t 10 PID feedback value UINT 16 160 ro o t 11 Read integer power value UINT 16 176 ro o t 12 DI terminal status UINT 16 192 ro o t 13 Terminal output status UINT 16 208 ro o t 14 AI1 monitoring UINT 16 224 ro o t 15 AI2 monitoring UINT 16 240 ro o t 16 AI3 monitoring UINT 16 256 ro o t 17 Reserved UINT 16 272 ro o t 18 Input the pulse frequency percentage UINT 16 288 ro o t 19 Output the pulse frequency percentage UINT 16 304 ro o t 20 Present_stage speed value UINT 16 320 ro o t 21 External count value monitoring UINT 16 336 ro o t 22 Monitoring AO1 percent UINT 16 352 ro o t 23 Monitoring AO2 percent UINT 16 368 ro o t 24 Monitoring current speed UINT 16 384 ro o t 25 Read accurate power value UINT 16 400 ro o t 26 Reserved UINT 16 416 ro o t 27 High 16 bits of output current UINT 16 432 ro o t 28 Low 16 bits of output current UINT 16 448 ro o t 29 Transmission ratio UINT 16 464 ro o t 30 Inverter is ready UINT 16 480 ro o t 31 Reserved UINT 16 496 ro o t 32 Reserved UINT 16 512 ro o t 33 Reserved UINT 16 528 ro o t 34 Reserved UINT 16 544 ro o t 35 Reserved UINT 16 560 ro o t 36 Reserved UINT 16 576 ro o t 37 Reserved UINT 16 592 ro o t 38 Reserved UINT 16 608 ro o t 39 Reserved UINT 16 624 ro o t 40 Reserved UINT 16 640 ro o t 41 Reserved UINT 16 656 ro o t 42 Monitoring AO3 percent UINT 16 672 ro o t 43 AI4 monitoring UINT 16 688 ro o t DT2001 800 0 SubIndex 000 USINT 8 0 ro o 1 Reserved UINT 16 16 wo o 2 Lock parameters UINT 16 32 wo o 3 AO1 output percent is set by PC UINT 16 48 wo o r 4 AO2 output percent is set by PC UINT 16 64 wo o r 5 FO output percent is set by PC UINT 16 80 wo o r 6 Multi_function output terminal code 21 UINT 16 96 wo o r 7 Multi_function output terminal code 22 UINT 16 112 wo o r 8 Multi_function output terminal code 23 UINT 16 128 wo o r 9 Reserved UINT 16 144 wo o 10 Int. volt. setpoint UINT 16 160 wo o r 11 Reserved UINT 16 176 wo o 12 Reserved UINT 16 192 wo o 13 Reserved UINT 16 208 wo o 14 Reserved UINT 16 224 wo o 15 Reserved UINT 16 240 wo o 16 Reserved UINT 16 256 wo o 17 Reserved UINT 16 272 wo o 18 Reserved UINT 16 288 wo o 19 Reserved UINT 16 304 wo o 20 Reserved UINT 16 320 wo o 21 Reserved UINT 16 336 wo o 22 Reserved UINT 16 352 wo o 23 Reserved UINT 16 368 wo o 24 Reserved UINT 16 384 wo o 25 Reserved UINT 16 400 wo o 26 Reserved UINT 16 416 wo o 27 Reserved UINT 16 432 wo o 28 Reserved UINT 16 448 wo o 29 Reserved UINT 16 464 wo o 30 AO3 output percent is set by PC UINT 16 480 wo o 31 Reserved UINT 16 496 wo o 32 Reserved UINT 16 512 wo o 33 Reserved UINT 16 528 wo o 34 Reserved UINT 16 544 wo o 35 Reserved UINT 16 560 wo o 36 Reserved UINT 16 576 wo o 37 Reserved UINT 16 592 wo o 38 Reserved UINT 16 608 wo o 39 Reserved UINT 16 624 wo o 40 Reserved UINT 16 640 wo o 41 Reserved UINT 16 656 wo o 42 Reserved UINT 16 672 wo o 43 Reserved UINT 16 688 wo o 44 Reserved UINT 16 704 wo o 45 Reserved UINT 16 720 wo o 46 Reserved UINT 16 736 wo o 47 Reserved UINT 16 752 wo o 48 Reserved UINT 16 768 wo o 49 Internal PID setpoint UINT 16 784 wo o r DT2010 800 0 SubIndex 000 USINT 3 0 ro o 1 Jog frequency UINT 16 16 rw o r 2 Accel.time for JOG UINT 16 32 rw o r 3 Decel.time for JOG UINT 16 48 rw o r DT2020 800 0 SubIndex 000 USINT 8 0 ro o 1 Heart beat signal UINT 16 16 ro o t DT2100 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F100 ]Password input UINT 16 16 rw o 2 [ F101 ]Reserved UINT 16 32 rw o 3 [ F102 ]Rated inv. current UINT 16 48 ro o 4 [ F103 ]Rated inverter-power UINT 16 64 ro o 5 [ F104 ]Inverter power-code UINT 16 80 ro o 6 [ F105 ]Software rev. Nr.: UINT 16 96 ro o 7 [ F106 ]Control algorithm UINT 16 112 rw o 8 [ F107 ]Password protection UINT 16 128 rw o 9 [ F108 ]Password setting UINT 16 144 rw o 10 [ F109 ]Start-frequency UINT 16 160 rw o 11 [ F110 ]Start freq. hold-time UINT 16 176 rw o 12 [ F111 ]Maximum frequency UINT 16 192 rw o 13 [ F112 ]Minimum frequency UINT 16 208 rw o 14 [ F113 ]Internal setpoint UINT 16 224 rw o 15 [ F114 ]1. Acceleration ramp UINT 16 240 rw o 16 [ F115 ]1. Deceleration ramp UINT 16 256 rw o 17 [ F116 ]2. Acceleration ramp UINT 16 272 rw o 18 [ F117 ]2. Deceleration ramp UINT 16 288 rw o 19 [ F118 ]Knee-Frequency UINT 16 304 rw o 20 [ F119 ]Ramp-time reference UINT 16 320 rw o 21 [ F120 ]FWD/REV deadtime UINT 16 336 rw o 22 [ F121 ]V/F add. torque comp. UINT 16 352 rw o 23 [ F122 ]Reversing lock UINT 16 368 rw o 24 [ F123 ]Negative freq.block UINT 16 384 rw o 25 [ F124 ]Jog-frequency UINT 16 400 rw o 26 [ F125 ]Accel. time for JOG UINT 16 416 rw o 27 [ F126 ]Decel. time for JOG UINT 16 432 rw o 28 [ F127 ]Skip frequency A UINT 16 448 rw o 29 [ F128 ]Skip freq. A bandwith UINT 16 464 rw o 30 [ F129 ]Skip frequency B UINT 16 480 rw o 31 [ F130 ]Skip freq. B bandwith UINT 16 496 rw o 32 [ F131 ]Displayvalue-START UINT 16 512 rw o 33 [ F132 ]Displayvalue-STOP UINT 16 528 rw o 34 [ F133 ]Transmission ratio UINT 16 544 rw o 35 [ F134 ]Driving wheel radius UINT 16 560 rw o 36 [ F135 ]User default SAVE UINT 16 576 rw o 37 [ F136 ]Slipcomp. (V/Hz) UINT 16 592 rw o 38 [ F137 ]V/Hz Characteristic UINT 16 608 rw o 39 [ F138 ]V/Hz Lin. BOOST UINT 16 624 rw o 40 [ F139 ]V/Hz Exp. BOOST UINT 16 640 rw o 41 [ F140 ]FixBOOST/spec.freq.1 UINT 16 656 rw o 42 [ F141 ]FixBOOST/volt 1 UINT 16 672 rw o 43 [ F142 ]User spec. freq. 2 UINT 16 688 rw o 44 [ F143 ]User spec. volt. 2 UINT 16 704 rw o 45 [ F144 ]User spec. freq. 3 UINT 16 720 rw o 46 [ F145 ]User spec. volt. 3 UINT 16 736 rw o 47 [ F146 ]User spec. freq. 4 UINT 16 752 rw o 48 [ F147 ]User spec. volt. 4 UINT 16 768 rw o 49 [ F148 ]User spec. freq. 5 UINT 16 784 rw o 50 [ F149 ]User spec. volt. 5 UINT 16 800 rw o 51 [ F150 ]User spec. freq. 6 UINT 16 816 rw o 52 [ F151 ]User spec. volt. 6 UINT 16 832 rw o 53 [ F152 ]Modulation degree UINT 16 848 rw o 54 [ F153 ]Carrier frequency UINT 16 864 rw o 55 [ F154 ]Input voltage comp. UINT 16 880 rw o 56 [ F155 ]Intern. Sec. speed-ref. UINT 16 896 rw o 57 [ F156 ]Polarity sek. spdref. UINT 16 912 rw o 58 [ F157 ]Sec. setpoint READOUT UINT 16 928 ro o 59 [ F158 ]Sec. dir. READOUT UINT 16 944 ro o 60 [ F159 ]Random carrier UINT 16 960 rw o 61 [ F160 ]Default RESET UINT 16 976 rw o 62 [ F161 ]Inverter model select UINT 16 992 rw o DT2200 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F200 ]Inverter START mode UINT 16 16 rw o 2 [ F201 ]Inverter STOP mode UINT 16 32 rw o 3 [ F202 ]Rotation direction UINT 16 48 rw o 4 [ F203 ]Primary setpoint X UINT 16 64 rw o 5 [ F204 ]Secondary setpoint Y UINT 16 80 rw o 6 [ F205 ]Second. spd. relation UINT 16 96 rw o 7 [ F206 ]Sec. reference range UINT 16 112 rw o 8 [ F207 ]Speed setpoint source UINT 16 128 rw o 9 [ F208 ]2/3 Wire control mode UINT 16 144 rw o 10 [ F209 ]StopMode-Ramp/Inertia UINT 16 160 rw o 11 [ F210 ]Keypadctrl. resol. UINT 16 176 rw o 12 [ F211 ]Keypadcontrol-ramp UINT 16 192 rw o 13 [ F212 ]Rot. direction memory UINT 16 208 rw o 14 [ F213 ]Power-ON Autostart UINT 16 224 rw o 15 [ F214 ]Autostart after RESET UINT 16 240 rw o 16 [ F215 ]Autostart - delay UINT 16 256 rw o 17 [ F216 ]Autostart - Nr.trials UINT 16 272 rw o 18 [ F217 ]Error-Autoreset-delay UINT 16 288 rw o 19 [ F218 ]Reserved UINT 16 304 rw o 20 [ F219 ]EEprom write-enable UINT 16 320 rw o 21 [ F220 ]Freq.mem. power down UINT 16 336 rw o 22 [ F221 ]X+Y-50% UINT 16 352 rw o 23 [ F222 ]Counter val.memory UINT 16 368 rw o 24 [ F223 ]Frequency multiplier UINT 16 384 rw o 25 [ F224 ]F-min mode UINT 16 400 rw o 26 [ F225 ]Software phaseseq. UINT 16 416 rw o 27 [ F226 ]Skip freq. Mode UINT 16 432 rw o 28 [ F227 ]Reserved UINT 16 448 rw o 29 [ F228 ]Reserved UINT 16 464 rw o 30 [ F229 ]Reserved UINT 16 480 rw o 31 [ F230 ]Reserved UINT 16 496 rw o 32 [ F231 ]Reserved UINT 16 512 rw o 33 [ F232 ]Reserved UINT 16 528 rw o 34 [ F233 ]Acc/Dec time Unit UINT 16 544 rw o 35 [ F234 ]Switchover Decel UINT 16 560 rw o 36 [ F235 ]Traverse operating UINT 16 576 rw o 37 [ F236 ]Crawl-positioning UINT 16 592 rw o 38 [ F237 ]Traverse sig source UINT 16 608 rw o 39 [ F238 ]Traverse stop mode UINT 16 624 rw o 40 [ F239 ]Traverse memory mode UINT 16 640 rw o 41 [ F240 ]Preset freq UINT 16 656 rw o 42 [ F241 ]Preset freq run time UINT 16 672 rw o 43 [ F242 ]Traverse central freq UINT 16 688 rw o 44 [ F243 ]Limit of central freq UINT 16 704 rw o 45 [ F244 ]Descending rate UINT 16 720 rw o 46 [ F245 ]Reserved UINT 16 736 rw o 47 [ F246 ]Reserved UINT 16 752 rw o 48 [ F247 ]Amplitude set mode UINT 16 768 rw o 49 [ F248 ]Traverse amplitude UINT 16 784 rw o 50 [ F249 ]Jump freq UINT 16 800 rw o 51 [ F250 ]Traverse rise time UINT 16 816 rw o 52 [ F251 ]Traverse descend time UINT 16 832 rw o 53 [ F252 ]Crawl-position freq UINT 16 848 rw o 54 [ F253 ]Wait time UINT 16 864 rw o 55 [ F254 ]Max time UINT 16 880 rw o 56 [ F255 ]Reserved UINT 16 896 rw o 57 [ F256 ]Reserved UINT 16 912 rw o 58 [ F257 ]Cumulative length UINT 16 928 rw o 59 [ F258 ]Actual length UINT 16 944 ro o 60 [ F259 ]Setting length UINT 16 960 rw o 61 [ F260 ]Length sensor pulse UINT 16 976 rw o 62 [ F261 ]Reserved UINT 16 992 rw o 63 [ F262 ]Yarn-brk. Sign.Reset UINT 16 1008 rw o 64 [ F263 ]Reserved UINT 16 1024 rw o 65 [ F264 ]Fix radius channel UINT 16 1040 rw o 66 [ F265 ]Fix radius disp value UINT 16 1056 rw o 67 [ F266 ]Fix radius voltage UINT 16 1072 rw o 68 [ F267 ]Voltage hysteresis UINT 16 1088 rw o 69 [ F268 ]Reserved UINT 16 1104 rw o 70 [ F269 ]Actual current UINT 16 1120 ro o 71 [ F270 ]Current incr. warn. UINT 16 1136 rw o 72 [ F271 ]Delay curr. warn. UINT 16 1152 rw o 73 [ F272 ]Yarn fault delay time UINT 16 1168 rw o 74 [ F273 ]Reserved UINT 16 1184 rw o 75 [ F274 ]E-stop time UINT 16 1200 rw o 76 [ F275 ]Detect freq UINT 16 1216 rw o 77 [ F276 ]Detect freq width UINT 16 1232 rw o 78 [ F277 ]3. Acceleration ramp UINT 16 1248 rw o 79 [ F278 ]3. Deceleration ramp UINT 16 1264 rw o 80 [ F279 ]4. Acceleration ramp UINT 16 1280 rw o 81 [ F280 ]4. Deceleration ramp UINT 16 1296 rw o DT2300 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F300 ]Rel. func. assignment UINT 16 16 rw o 2 [ F301 ]DO1 func. assignment UINT 16 32 rw o 3 [ F302 ]Reserved UINT 16 48 rw o 4 [ F303 ]DO1: Digital-/Pulse UINT 16 64 rw o 5 [ F304 ]S-Ramp-starting slope UINT 16 80 rw o 6 [ F305 ]S-Ramp-ending slope UINT 16 96 rw o 7 [ F306 ]Linear/S-Ramp select. UINT 16 112 rw o 8 [ F307 ]Freq. threshold 1 UINT 16 128 rw o 9 [ F308 ]Freq. threshold 2 UINT 16 144 rw o 10 [ F309 ]Frq. thres. hysteresis UINT 16 160 rw o 11 [ F310 ]Current threshold UINT 16 176 rw o 12 [ F311 ]Curr. thr. hysteresis UINT 16 192 rw o 13 [ F312 ]Ramp complete hyster. UINT 16 208 rw o 14 [ F313 ]Counter input divider UINT 16 224 rw o 15 [ F314 ]Conter final value UINT 16 240 rw o 16 [ F315 ]Counter intermed. val. UINT 16 256 rw o 17 [ F316 ]DI1 func. assignment UINT 16 272 rw o 18 [ F317 ]DI2 func. assignment UINT 16 288 rw o 19 [ F318 ]DI3 func. assignment UINT 16 304 rw o 20 [ F319 ]DI4 func. assignment UINT 16 320 rw o 21 [ F320 ]DI5 func. assignment UINT 16 336 rw o 22 [ F321 ]DI6 func. assignment UINT 16 352 rw o 23 [ F322 ]Reserved UINT 16 368 rw o 24 [ F323 ]Reserved UINT 16 384 rw o 25 [ F324 ]Logic STOP/DISABLE UINT 16 400 rw o 26 [ F325 ]Pos./Neg. logic ESP UINT 16 416 rw o 27 [ F326 ]Watchdog timeout UINT 16 432 rw o 28 [ F327 ]Watchd. STOP mode UINT 16 448 rw o 29 [ F328 ]DIx Filterconstant UINT 16 464 rw o 30 [ F329 ]DIx PWR-ON START UINT 16 480 rw o 31 [ F330 ]DI state disp UINT 16 496 ro o 32 [ F331 ]Monitoring AI1 UINT 16 512 ro o 33 [ F332 ]Monitoring AI2 UINT 16 528 ro o 34 [ F333 ]Monitoring AI3 UINT 16 544 ro o 35 [ F334 ]Monitoring AI4 UINT 16 560 ro o 36 [ F335 ]Simulation Relay UINT 16 576 rw o 37 [ F336 ]Simulation DO1 UINT 16 592 rw o 38 [ F337 ]Reserved UINT 16 608 rw o 39 [ F338 ]Simulation AO1 UINT 16 624 rw o 40 [ F339 ]Simulation AO2 UINT 16 640 rw o 41 [ F340 ]DIx logic inversion UINT 16 656 rw o 42 [ F341 ]Reserved UINT 16 672 rw o 43 [ F342 ]Reserved UINT 16 688 rw o 44 [ F343 ]DI1 delay ON UINT 16 704 rw o 45 [ F344 ]DI2 delay ON UINT 16 720 rw o 46 [ F345 ]DI3 delay ON UINT 16 736 rw o 47 [ F346 ]DI4 delay ON UINT 16 752 rw o 48 [ F347 ]DI5 delay ON UINT 16 768 rw o 49 [ F348 ]DI6 delay ON UINT 16 784 rw o 50 [ F349 ]DI7 delay ON UINT 16 800 rw o 51 [ F350 ]DI8 delay ON UINT 16 816 rw o 52 [ F351 ]DI1 delay OFF UINT 16 832 rw o 53 [ F352 ]DI2 delay OFF UINT 16 848 rw o 54 [ F353 ]DI3 delay OFF UINT 16 864 rw o 55 [ F354 ]DI4 delay OFF UINT 16 880 rw o 56 [ F355 ]DI5 delay OFF UINT 16 896 rw o 57 [ F356 ]DI6 delay OFF UINT 16 912 rw o 58 [ F357 ]DI7 delay OFF UINT 16 928 rw o 59 [ F358 ]DI8 delay OFF UINT 16 944 rw o 60 [ F359 ]Autostart UINT 16 960 ro o 61 [ F360 ]DOx logic inversion UINT 16 976 rw o DT2400 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F400 ]AI1 lower limit UINT 16 16 rw o 2 [ F401 ]AI1 low. limit assign. UINT 16 32 rw o 3 [ F402 ]AII1 upper limit UINT 16 48 rw o 4 [ F403 ]AI1 upp. lim. assign. UINT 16 64 rw o 5 [ F404 ]AI1 gain factor UINT 16 80 rw o 6 [ F405 ]AI1 filter factor UINT 16 96 rw o 7 [ F406 ]AI2 lower limit UINT 16 112 rw o 8 [ F407 ]AI2 low. limit assign. UINT 16 128 rw o 9 [ F408 ]AII2 upper limit UINT 16 144 rw o 10 [ F409 ]AI2 upp. lim. assign. UINT 16 160 rw o 11 [ F410 ]AI2 gain factor UINT 16 176 rw o 12 [ F411 ]AI2 filter factor UINT 16 192 rw o 13 [ F412 ]AI3 lower limit UINT 16 208 rw o 14 [ F413 ]AI3 low.limit assign. UINT 16 224 rw o 15 [ F414 ]AI3 upper limit UINT 16 240 rw o 16 [ F415 ]AI3 upp.limit assign. UINT 16 256 rw o 17 [ F416 ]AI3 gain factor UINT 16 272 rw o 18 [ F417 ]AI3 filter factor UINT 16 288 rw o 19 [ F418 ]AI1 0-Volt deadband UINT 16 304 rw o 20 [ F419 ]AI2 0-Volt deadband UINT 16 320 rw o 21 [ F420 ]AI3 0-Volt deadband UINT 16 336 rw o 22 [ F421 ]Reserved UINT 16 352 rw o 23 [ F422 ]Reserved UINT 16 368 rw o 24 [ F423 ]AO1 signal level U/I UINT 16 384 rw o 25 [ F424 ]AO1 assig. low freq. UINT 16 400 rw o 26 [ F425 ]AO1 assig. high freq. UINT 16 416 rw o 27 [ F426 ]AO1 scaling (%) UINT 16 432 rw o 28 [ F427 ]AO2 signal level U/I UINT 16 448 rw o 29 [ F428 ]AO2 assig. low freq. UINT 16 464 rw o 30 [ F429 ]AO2 assig. high freq. UINT 16 480 rw o 31 [ F430 ]AO2 scaling (%) UINT 16 496 rw o 32 [ F431 ]AO1 function assign. UINT 16 512 rw o 33 [ F432 ]AO2 function assign. UINT 16 528 rw o 34 [ F433 ]Voltmeter scaling UINT 16 544 rw o 35 [ F434 ]A-meter scaling UINT 16 560 rw o 36 [ F435 ]Outpower scaling UINT 16 576 rw o 37 [ F436 ]Torque scaling UINT 16 592 rw o 38 [ F437 ]Analog. IN hysteresis UINT 16 608 rw o 39 [ F438 ]AI1 Voltage/Current UINT 16 624 rw o 40 [ F439 ]AI2 Voltage/Current UINT 16 640 rw o 41 [ F440 ]Pulse lower frequency UINT 16 656 rw o 42 [ F441 ]P. low-freq. assign. UINT 16 672 rw o 43 [ F442 ]Pulse upper frequency UINT 16 688 rw o 44 [ F443 ]Pls. upp-freq. assign UINT 16 704 rw o 45 [ F444 ]Reserved UINT 16 720 rw o 46 [ F445 ]Pulse filter factor UINT 16 736 rw o 47 [ F446 ]Pulse 0Hz deadband UINT 16 752 rw o 48 [ F447 ]Pulse cut-off freq. UINT 16 768 rw o 49 [ F448 ]FI gain factor UINT 16 784 rw o 50 [ F449 ]DO1 max. frequency UINT 16 800 rw o 51 [ F450 ]DO1 - offset UINT 16 816 rw o 52 [ F451 ]DO1 gain factor UINT 16 832 rw o 53 [ F452 ]Pulse dutycycle UINT 16 848 rw o 54 [ F453 ]DO1 pulse assign. UINT 16 864 rw o 55 [ F454 ]Reserved UINT 16 880 rw o 56 [ F455 ]Reserved UINT 16 896 rw o 57 [ F456 ]Reserved UINT 16 912 rw o 58 [ F457 ]Reserved UINT 16 928 rw o 59 [ F458 ]Reserved UINT 16 944 rw o 60 [ F459 ]Reserved UINT 16 960 rw o 61 [ F460 ]AI1 Characteristic UINT 16 976 rw o 62 [ F461 ]AI2 Characteristic UINT 16 992 rw o 63 [ F462 ]AI1 point 1 Volt UINT 16 1008 rw o 64 [ F463 ]AI1 point 1 assign. UINT 16 1024 rw o 65 [ F464 ]AI1 point 2 Volt UINT 16 1040 rw o 66 [ F465 ]AI1 point 2 assign. UINT 16 1056 rw o 67 [ F466 ]AI1 point 3 Volt UINT 16 1072 rw o 68 [ F467 ]AI1 point 3 assign. UINT 16 1088 rw o 69 [ F468 ]AI2 point 1 Volt UINT 16 1104 rw o 70 [ F469 ]AI2 point 1 assign. UINT 16 1120 rw o 71 [ F470 ]AI2 point 2 Volt UINT 16 1136 rw o 72 [ F471 ]AI2 point 2 assign. UINT 16 1152 rw o 73 [ F472 ]AI2 point 3 Volt UINT 16 1168 rw o 74 [ F473 ]AI2 point 3 assign. UINT 16 1184 rw o 75 [ F474 ]Reserved UINT 16 1200 rw o 76 [ F475 ]AO1 bias UINT 16 1216 rw o 77 [ F476 ]AO2 bias UINT 16 1232 rw o 78 [ F477 ]User Freq. comb. UINT 16 1248 rw o 79 [ F478 ]output Freq. Max. UINT 16 1264 rw o 80 [ F479 ]Reserved UINT 16 1280 rw o 81 [ F480 ]Reserved UINT 16 1296 rw o 82 [ F481 ]Reserved UINT 16 1312 rw o 83 [ F482 ]Reserved UINT 16 1328 rw o 84 [ F483 ]Reserved UINT 16 1344 rw o 85 [ F484 ]Reserved UINT 16 1360 rw o 86 [ F485 ]Reserved UINT 16 1376 rw o 87 [ F486 ]Reserved UINT 16 1392 rw o 88 [ F487 ]Reserved UINT 16 1408 rw o 89 [ F488 ]Reserved UINT 16 1424 rw o 90 [ F489 ]Reserved UINT 16 1440 rw o 91 [ F490 ]Reserved UINT 16 1456 rw o DT2500 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F500 ]Fixed freqency mode UINT 16 16 rw o 2 [ F501 ]AUTOCYCLE steps UINT 16 32 rw o 3 [ F502 ]Nr. of CYCLES UINT 16 48 rw o 4 [ F503 ]End status autocycle UINT 16 64 rw o 5 [ F504 ]Fixed frequency 1 UINT 16 80 rw o 6 [ F505 ]Fixed frequency 2 UINT 16 96 rw o 7 [ F506 ]Fixed frequency 3 UINT 16 112 rw o 8 [ F507 ]Fixed frequency 4 UINT 16 128 rw o 9 [ F508 ]Fixed frequency 5 UINT 16 144 rw o 10 [ F509 ]Fixed frequency 6 UINT 16 160 rw o 11 [ F510 ]Fixed frequency 7 UINT 16 176 rw o 12 [ F511 ]Fixed frequency 8 UINT 16 192 rw o 13 [ F512 ]Fixed frequency 9 UINT 16 208 rw o 14 [ F513 ]Fixed frequency 10 UINT 16 224 rw o 15 [ F514 ]Fixed frequency 11 UINT 16 240 rw o 16 [ F515 ]Fixed frequency 12 UINT 16 256 rw o 17 [ F516 ]Fixed frequency 13 UINT 16 272 rw o 18 [ F517 ]Fixed frequency 14 UINT 16 288 rw o 19 [ F518 ]Fixed frequency 15 UINT 16 304 rw o 20 [ F519 ]Accel. ramp freq.1 UINT 16 320 rw o 21 [ F520 ]Accel. ramp freq.2 UINT 16 336 rw o 22 [ F521 ]Accel. ramp freq.3 UINT 16 352 rw o 23 [ F522 ]Accel. ramp freq.4 UINT 16 368 rw o 24 [ F523 ]Accel. ramp freq.5 UINT 16 384 rw o 25 [ F524 ]Accel. ramp freq.6 UINT 16 400 rw o 26 [ F525 ]Accel. ramp freq.7 UINT 16 416 rw o 27 [ F526 ]Accel. ramp freq.8 UINT 16 432 rw o 28 [ F527 ]Accel. ramp freq.9 UINT 16 448 rw o 29 [ F528 ]Accel. ramp freq.10 UINT 16 464 rw o 30 [ F529 ]Accel. ramp freq.11 UINT 16 480 rw o 31 [ F530 ]Accel. ramp freq.12 UINT 16 496 rw o 32 [ F531 ]Accel. ramp freq.13 UINT 16 512 rw o 33 [ F532 ]Accel. ramp freq.14 UINT 16 528 rw o 34 [ F533 ]Accel. ramp freq.15 UINT 16 544 rw o 35 [ F534 ]Decel.ramp freq.1 UINT 16 560 rw o 36 [ F535 ]Decel.ramp freq.2 UINT 16 576 rw o 37 [ F536 ]Decel.ramp freq.3 UINT 16 592 rw o 38 [ F537 ]Decel.ramp freq.4 UINT 16 608 rw o 39 [ F538 ]Decel.ramp freq.5 UINT 16 624 rw o 40 [ F539 ]Decel.ramp freq.6 UINT 16 640 rw o 41 [ F540 ]Decel.ramp freq.7 UINT 16 656 rw o 42 [ F541 ]Decel.ramp freq.8 UINT 16 672 rw o 43 [ F542 ]Decel.ramp freq.9 UINT 16 688 rw o 44 [ F543 ]Decel.ramp freq.10 UINT 16 704 rw o 45 [ F544 ]Decel.ramp freq.11 UINT 16 720 rw o 46 [ F545 ]Decel.ramp freq.12 UINT 16 736 rw o 47 [ F546 ]Decel.ramp freq.13 UINT 16 752 rw o 48 [ F547 ]Decel.ramp freq.14 UINT 16 768 rw o 49 [ F548 ]Decel.ramp freq.15 UINT 16 784 rw o 50 [ F549 ]Direction freq.1 UINT 16 800 rw o 51 [ F550 ]Direction freq.2 UINT 16 816 rw o 52 [ F551 ]Direction freq.3 UINT 16 832 rw o 53 [ F552 ]Direction freq.4 UINT 16 848 rw o 54 [ F553 ]Direction freq.5 UINT 16 864 rw o 55 [ F554 ]Direction freq.6 UINT 16 880 rw o 56 [ F555 ]Direction freq.7 UINT 16 896 rw o 57 [ F556 ]Direction freq.8 UINT 16 912 rw o 58 [ F557 ]Cycle-runtime freq.1 UINT 16 928 rw o 59 [ F558 ]Cycle-runtime freq.2 UINT 16 944 rw o 60 [ F559 ]Cycle-runtime freq.3 UINT 16 960 rw o 61 [ F560 ]Cycle-runtime freq.4 UINT 16 976 rw o 62 [ F561 ]Cycle-runtime freq.5 UINT 16 992 rw o 63 [ F562 ]Cycle-runtime freq.6 UINT 16 1008 rw o 64 [ F563 ]Cycle-runtime freq.7 UINT 16 1024 rw o 65 [ F564 ]Cycle-runtime freq.8 UINT 16 1040 rw o 66 [ F565 ]Cycle-pausing freq.1 UINT 16 1056 rw o 67 [ F566 ]Cycle-pausing freq.2 UINT 16 1072 rw o 68 [ F567 ]Cycle-pausing freq.3 UINT 16 1088 rw o 69 [ F568 ]Cycle-pausing freq.4 UINT 16 1104 rw o 70 [ F569 ]Cycle-pausing freq.5 UINT 16 1120 rw o 71 [ F570 ]Cycle-pausing freq.6 UINT 16 1136 rw o 72 [ F571 ]Cycle-pausing freq.7 UINT 16 1152 rw o 73 [ F572 ]Cycle-pausing freq.8 UINT 16 1168 rw o 74 [ F573 ]Direction freq.9 UINT 16 1184 rw o 75 [ F574 ]Direction freq.10 UINT 16 1200 rw o 76 [ F575 ]Direction freq.11 UINT 16 1216 rw o 77 [ F576 ]Direction freq.12 UINT 16 1232 rw o 78 [ F577 ]Direction freq.13 UINT 16 1248 rw o 79 [ F578 ]Direction freq.14 UINT 16 1264 rw o 80 [ F579 ]Direction freq.15 UINT 16 1280 rw o 81 [ F580 ]Fix. freq. control mode UINT 16 1296 rw o DT2600 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F600 ]DC Brake activation UINT 16 16 rw o 2 [ F601 ]Brake freq. threshold UINT 16 32 rw o 3 [ F602 ]START brake intensity UINT 16 48 rw o 4 [ F603 ]STOP brake intensity UINT 16 64 rw o 5 [ F604 ]START brake time UINT 16 80 rw o 6 [ F605 ]STOP brake time UINT 16 96 rw o 7 [ F606 ]Reserved UINT 16 112 rw o 8 [ F607 ]Limiting function UINT 16 128 rw o 9 [ F608 ]Current threshold UINT 16 144 rw o 10 [ F609 ]DC link threshold UINT 16 160 rw o 11 [ F610 ]Max. limiting duration UINT 16 176 rw o 12 [ F611 ]Brake volt.threshold UINT 16 192 rw o 13 [ F612 ]Brake chop. dutycycle UINT 16 208 rw o 14 [ F613 ]Catch on the fly enable UINT 16 224 rw o 15 [ F614 ]Catch on the fly mode UINT 16 240 rw o 16 [ F615 ]Synchronizing speed UINT 16 256 rw o 17 [ F616 ]Reserved UINT 16 272 rw o 18 [ F617 ]Reserved UINT 16 288 rw o 19 [ F618 ]Synchr. Delay time UINT 16 304 rw o 20 [ F619 ]Reserved UINT 16 320 rw o 21 [ F620 ]Chopper enable STOP UINT 16 336 rw o 22 [ F621 ]Reserved UINT 16 352 rw o 23 [ F622 ]Reserved UINT 16 368 rw o 24 [ F623 ]Reserved UINT 16 384 rw o 25 [ F624 ]Reserved UINT 16 400 rw o 26 [ F625 ]Reserved UINT 16 416 rw o 27 [ F626 ]SpeedSearch Cur. Kp UINT 16 432 rw o 28 [ F627 ]SpeedSearch Cur. Ki UINT 16 448 rw o 29 [ F628 ]SpeedSearch Cur. UINT 16 464 rw o 30 [ F629 ]Reserved UINT 16 480 rw o 31 [ F630 ]Reserved UINT 16 496 rw o 32 [ F631 ]VDC stabilizer UINT 16 512 rw o 33 [ F632 ]Rated VDC voltage UINT 16 528 rw o 34 [ F633 ]Frequency adgustment UINT 16 544 rw o 35 [ F634 ]VDC control acc. time UINT 16 560 rw o 36 [ F635 ]VDC control dec. time UINT 16 576 rw o 37 [ F636 ]VDC control P factor UINT 16 592 rw o 38 [ F637 ]VDC control I factor UINT 16 608 rw o 39 [ F638 ]Parameter copy mode UINT 16 624 rw o 40 [ F639 ]Compatibility code UINT 16 640 ro o 41 [ F640 ]Parameter selection UINT 16 656 rw o 42 [ F641 ]Low freq. antiswing UINT 16 672 rw o 43 [ F642 ]Reserved UINT 16 688 rw o 44 [ F643 ]Multifunction key UINT 16 704 rw o 45 [ F644 ]Keypad parameter copy UINT 16 720 rw o 46 [ F645 ]Main Display UINT 16 736 rw o 47 [ F646 ]Backlighttime UINT 16 752 rw o 48 [ F647 ]Language select UINT 16 768 rw o 49 [ F648 ]Reserved UINT 16 784 rw o 50 [ F649 ]Panel selection UINT 16 800 rw o 51 [ F650 ]Reserved UINT 16 816 rw o 52 [ F651 ]Reserved UINT 16 832 rw o 53 [ F652 ]Reserved UINT 16 848 rw o 54 [ F653 ]Reserved UINT 16 864 rw o 55 [ F654 ]Reserved UINT 16 880 rw o 56 [ F655 ]Reserved UINT 16 896 rw o 57 [ F656 ]DC-BRAKE delay UINT 16 912 rw o 58 [ F657 ]Short power drop UINT 16 928 rw o 59 [ F658 ]Comp. ramp ACCEL UINT 16 944 rw o 60 [ F659 ]Comp. ramp DECEL UINT 16 960 rw o 61 [ F660 ]V-Thresh. comp. ON UINT 16 976 rw o 62 [ F661 ]V-Thresh. comp. OFF UINT 16 992 rw o 63 [ F662 ]Delay comp. OFF UINT 16 1008 rw o 64 [ F663 ]Instant P-gain UINT 16 1024 rw o 65 [ F664 ]Instant I-gain UINT 16 1040 rw o 66 [ F665 ]Reserved UINT 16 1056 rw o 67 [ F666 ]Reserved UINT 16 1072 rw o 68 [ F667 ]Reserved UINT 16 1088 rw o 69 [ F668 ]Reserved UINT 16 1104 rw o 70 [ F669 ]Reserved UINT 16 1120 rw o 71 [ F670 ]U/I limiting coeff. UINT 16 1136 rw o 72 [ F671 ]Mot.volt.setpoint UINT 16 1152 rw o 73 [ F672 ]Int. volt. setpoint UINT 16 1168 rw o 74 [ F673 ]Lower voltage limit UINT 16 1184 rw o 75 [ F674 ]Upper voltage limit UINT 16 1200 rw o 76 [ F675 ]Voltage rise time UINT 16 1216 rw o 77 [ F676 ]Voltage fall time UINT 16 1232 rw o 78 [ F677 ]VF-independent STOP UINT 16 1248 rw o 79 [ F678 ]Input Voltage test UINT 16 1264 rw o 80 [ F679 ]Voltage threshold UINT 16 1280 rw o 81 [ F680 ]Volt.swit.hysteresis UINT 16 1296 rw o 82 [ F681 ]Brake timeout UINT 16 1312 rw o 83 [ F682 ]Reserved UINT 16 1328 rw o 84 [ F683 ]Reserved UINT 16 1344 rw o DT2700 1616 0 SubIndex 000 USINT 8 0 ro o 1 [ F700 ]STOP-DISABLE mode UINT 16 16 rw o 2 [ F701 ]Delay time STOP DIS. UINT 16 32 rw o 3 [ F702 ]Fan control mode UINT 16 48 rw o 4 [ F703 ]Reserved UINT 16 64 rw o 5 [ F704 ]Inv. overload warning UINT 16 80 rw o 6 [ F705 ]Mot. overload warning UINT 16 96 rw o 7 [ F706 ]Inv. overload thresh. UINT 16 112 rw o 8 [ F707 ]Mot. overload thresh. UINT 16 128 rw o 9 [ F708 ]Last fault UINT 16 144 ro o 10 [ F709 ]Fault last but one UINT 16 160 ro o 11 [ F710 ]Fault last but two UINT 16 176 ro o 12 [ F711 ]Frequency at F708 UINT 16 192 ro o 13 [ F712 ]Current at F708 UINT 16 208 ro o 14 [ F713 ]DC voltage at F708 UINT 16 224 ro o 15 [ F714 ]Frequency at F709 UINT 16 240 ro o 16 [ F715 ]Current at F709 UINT 16 256 ro o 17 [ F716 ]DC voltage at F709 UINT 16 272 ro o 18 [ F717 ]Frequency at F710 UINT 16 288 ro o 19 [ F718 ]Current at F710 UINT 16 304 ro o 20 [ F719 ]DC voltage at F710 UINT 16 320 ro o 21 [ F720 ]Overcurrent counter UINT 16 336 ro o 22 [ F721 ]Overvoltage counter UINT 16 352 ro o 23 [ F722 ]Overtemp. counter UINT 16 368 ro o 24 [ F723 ]Overload counter UINT 16 384 ro o 25 [ F724 ]Inp. phaseloss monitor UINT 16 400 rw o 26 [ F725 ]Undervoltagereset UINT 16 416 rw o 27 [ F726 ]Overtemp. monitor UINT 16 432 rw o 28 [ F727 ]Mot. phase monitor UINT 16 448 rw o 29 [ F728 ]Inp. Phaseloss delay UINT 16 464 rw o 30 [ F729 ]Undervolt. delay UINT 16 480 rw o 31 [ F730 ]Overtemp. delay UINT 16 496 rw o 32 [ F731 ]Reserved UINT 16 512 rw o 33 [ F732 ]Undervolt. threshold UINT 16 528 rw o 34 [ F733 ]Reserved UINT 16 544 rw o 35 [ F734 ]Reserved UINT 16 560 rw o 36 [ F735 ]Reserved UINT 16 576 rw o 37 [ F736 ]Reserved UINT 16 592 rw o 38 [ F737 ]SW overcurr. Monitor UINT 16 608 rw o 39 [ F738 ]SW overc. threshold UINT 16 624 rw o 40 [ F739 ]Counter SW overc. UINT 16 640 ro o 41 [ F740 ]Reserved UINT 16 656 rw o 42 [ F741 ]Analogue sign. interr. UINT 16 672 rw o 43 [ F742 ]Signal interr. thresh. UINT 16 688 rw o 44 [ F743 ]STO signal delay UINT 16 704 rw o 45 [ F744 ]Reserved UINT 16 720 rw o 46 [ F745 ]Overtemp.warn.thresh. UINT 16 736 rw o 47 [ F746 ]PWM adjusting thresh. UINT 16 752 rw o 48 [ F747 ]PWM autoadjusting UINT 16 768 rw o 49 [ F748 ]Reserved UINT 16 784 rw o 50 [ F749 ]Reserved UINT 16 800 rw o 51 [ F750 ]Reserved UINT 16 816 rw o 52 [ F751 ]Reserved UINT 16 832 rw o 53 [ F752 ]OL2 recoverytime UINT 16 848 rw o 54 [ F753 ]OL2 mode select UINT 16 864 rw o 55 [ F754 ]Idling threshold UINT 16 880 rw o 56 [ F755 ]Delay idling message UINT 16 896 rw o 57 [ F756 ]DC-test delay RUN UINT 16 912 rw o 58 [ F757 ]DC-test delay STOP UINT 16 928 rw o 59 [ F758 ]Reserved UINT 16 944 rw o 60 [ F759 ]PWM auto-increase UINT 16 960 rw o 61 [ F760 ]Groundfault prot. UINT 16 976 rw o 62 [ F761 ]FWD/REV transition UINT 16 992 rw o 63 [ F762 ]Reserved UINT 16 1008 rw o 64 [ F763 ]Reserved UINT 16 1024 rw o 65 [ F764 ]Reserved UINT 16 1040 rw o 66 [ F765 ]Reserved UINT 16 1056 rw o 67 [ F766 ]Reserved UINT 16 1072 rw o 68 [ F767 ]Reserved UINT 16 1088 rw o 69 [ F768 ]Reserved UINT 16 1104 rw o 70 [ F769 ]Reserved UINT 16 1120 rw o 71 [ F770 ]Ext. basic SW rev. UINT 16 1136 ro o 72 [ F771 ]Reserved UINT 16 1152 rw o 73 [ F772 ]Motor temp. channel UINT 16 1168 rw o 74 [ F773 ]OH4 monitor UINT 16 1184 rw o 75 [ F774 ]OH4 waring threshold UINT 16 1200 rw o 76 [ F775 ]Groundfault counter UINT 16 1216 rw o 77 [ F776 ]Gr.fault check delay UINT 16 1232 rw o 78 [ F777 ]GND-fault peak curr UINT 16 1248 rw o 79 [ F778 ]Rotary atotune curr UINT 16 1264 rw o 80 [ F779 ]Rotary lockshaft curr UINT 16 1280 rw o 81 [ F780 ]Reserved UINT 16 1296 rw o 82 [ F781 ]Reserved UINT 16 1312 rw o 83 [ F782 ]Reserved UINT 16 1328 rw o 84 [ F783 ]Reserved UINT 16 1344 rw o 85 [ F784 ]Overmodulation coeff. UINT 16 1360 rw o 86 [ F785 ]ReactivePowr.Corr. UINT 16 1376 rw o 87 [ F786 ]ActivePowr.Corr. UINT 16 1392 rw o 88 [ F787 ]Reserved UINT 16 1408 rw o 89 [ F788 ]Reserved UINT 16 1424 rw o 90 [ F789 ]Reserved UINT 16 1440 rw o 91 [ F790 ]Lock.rotor det. Delay UINT 16 1456 rw o 92 [ F791 ]F-min.DuringLimiting UINT 16 1472 rw o 93 [ F792 ]RampDuringLimiting UINT 16 1488 rw o 94 [ F793 ]Power Limiting UINT 16 1504 rw o 95 [ F794 ]Reserved UINT 16 1520 rw o 96 [ F795 ]Reserved UINT 16 1536 rw o 97 [ F796 ]Reserved UINT 16 1552 rw o 98 [ F797 ]Reserved UINT 16 1568 rw o 99 [ F798 ]Reserved UINT 16 1584 rw o 100 [ F799 ]Reserved UINT 16 1600 rw o DT2800 1616 0 SubIndex 000 USINT 8 0 ro o 1 [ F800 ]AUTOTUNING Mode UINT 16 16 rw o 2 [ F801 ]Motor rated power UINT 16 32 rw o 3 [ F802 ]Motor rated voltage UINT 16 48 rw o 4 [ F803 ]Motor rated current UINT 16 64 rw o 5 [ F804 ]Pole Nr. UINT 16 80 rw o 6 [ F805 ]Motor rated rpm UINT 16 96 rw o 7 [ F806 ]Mot. stator resist. UINT 16 112 rw o 8 [ F807 ]Mot. rotor resitance UINT 16 128 rw o 9 [ F808 ]Leakage inductance UINT 16 144 rw o 10 [ F809 ]Main inductance UINT 16 160 rw o 11 [ F810 ]Motor rated frequency UINT 16 176 rw o 12 [ F811 ]PWM freq. switchpoint UINT 16 192 rw o 13 [ F812 ]Start exciting time UINT 16 208 rw o 14 [ F813 ]Speed loop P-gain 1 UINT 16 224 rw o 15 [ F814 ]Speed loop I-gain 1 UINT 16 240 rw o 16 [ F815 ]Speed loop P-gain 2 UINT 16 256 rw o 17 [ F816 ]Speed loop I-gain 2 UINT 16 272 rw o 18 [ F817 ]Endfreq. range 1 UINT 16 288 rw o 19 [ F818 ]Initial freq. range 2 UINT 16 304 rw o 20 [ F819 ]Slip-compe. coeff. UINT 16 320 rw o 21 [ F820 ]Speed loop filter UINT 16 336 rw o 22 [ F821 ]DC link limit gain UINT 16 352 rw o 23 [ F822 ]TQ Lim. speed control UINT 16 368 rw o 24 [ F823 ]Reserved UINT 16 384 rw o 25 [ F824 ]Reserved UINT 16 400 rw o 26 [ F825 ]Reserved UINT 16 416 rw o 27 [ F826 ]Reserved UINT 16 432 rw o 28 [ F827 ]Reserved UINT 16 448 rw o 29 [ F828 ]Reserved UINT 16 464 rw o 30 [ F829 ]Reserved UINT 16 480 rw o 31 [ F830 ]Reserved UINT 16 496 rw o 32 [ F831 ]Reserved UINT 16 512 rw o 33 [ F832 ]Reserved UINT 16 528 rw o 34 [ F833 ]Reserved UINT 16 544 rw o 35 [ F834 ]Reserved UINT 16 560 rw o 36 [ F835 ]Reserved UINT 16 576 rw o 37 [ F836 ]Fast current-limit UINT 16 592 rw o 38 [ F837 ]Reserved UINT 16 608 rw o 39 [ F838 ]Reserved UINT 16 624 rw o 40 [ F839 ]Fld.Weakening coeff. UINT 16 640 rw o 41 [ F840 ]0 Hz Loop UINT 16 656 rw o 42 [ F841 ]Reserved UINT 16 672 rw o 43 [ F842 ]Reserved UINT 16 688 rw o 44 [ F843 ]Reserved UINT 16 704 rw o 45 [ F844 ]SLV No-load current UINT 16 720 rw o 46 [ F845 ]Reserved UINT 16 736 rw o 47 [ F846 ]Reserved UINT 16 752 rw o 48 [ F847 ]PG error delay UINT 16 768 rw o 49 [ F848 ]Reserved UINT 16 784 rw o 50 [ F849 ]Reserved UINT 16 800 rw o 51 [ F850 ]PG error delay UINT 16 816 rw o 52 [ F851 ]Encoder resolution UINT 16 832 rw o 53 [ F852 ]Encoder selection UINT 16 848 rw o 54 [ F853 ]Reserved UINT 16 864 rw o 55 [ F854 ]Encoderphase seq. UINT 16 880 rw o 56 [ F855 ]FB mounting angle UINT 16 896 rw o 57 [ F856 ]UVW sign. phase seq. UINT 16 912 rw o 58 [ F857 ]Reserved UINT 16 928 rw o 59 [ F858 ]Reserved UINT 16 944 rw o 60 [ F859 ]Reserved UINT 16 960 rw o 61 [ F860 ]Reserved UINT 16 976 rw o 62 [ F861 ]PMM Control Mode UINT 16 992 rw o 63 [ F862 ]PWM mode switch UINT 16 1008 rw o 64 [ F863 ]Reserved UINT 16 1024 rw o 65 [ F864 ]Reserved UINT 16 1040 rw o 66 [ F865 ]Reserved UINT 16 1056 rw o 67 [ F866 ]Rotor pos. scan UINT 16 1072 rw o 68 [ F867 ]Via injected current UINT 16 1088 rw o 69 [ F868 ]Via frequency UINT 16 1104 rw o 70 [ F869 ]Reserved UINT 16 1120 rw o 71 [ F870 ]PMM Back EMF UINT 16 1136 rw o 72 [ F871 ]PMM D-Induct. UINT 16 1152 rw o 73 [ F872 ]PMM Q-Induct. UINT 16 1168 rw o 74 [ F873 ]PMM Stator res. UINT 16 1184 rw o 75 [ F874 ]Scan cycles UINT 16 1200 rw o 76 [ F875 ]Angle control gain UINT 16 1216 rw o 77 [ F876 ]PMM No Load Curr. UINT 16 1232 rw o 78 [ F877 ]Reserved UINT 16 1248 rw o 79 [ F878 ]Comp. threshold UINT 16 1264 rw o 80 [ F879 ]Reserved UINT 16 1280 rw o 81 [ F880 ]PMM control scanrate UINT 16 1296 rw o 82 [ F881 ]Reserved UINT 16 1312 rw o 83 [ F882 ]Reserved UINT 16 1328 rw o 84 [ F883 ]Reserved UINT 16 1344 rw o 85 [ F884 ]Reserved UINT 16 1360 rw o 86 [ F885 ]Reserved UINT 16 1376 rw o 87 [ F886 ]Reserved UINT 16 1392 rw o 88 [ F887 ]Reserved UINT 16 1408 rw o 89 [ F888 ]Reserved UINT 16 1424 rw o 90 [ F889 ]Reserved UINT 16 1440 rw o 91 [ F890 ]Reserved UINT 16 1456 rw o 92 [ F891 ]Reserved UINT 16 1472 rw o 93 [ F892 ]Reserved UINT 16 1488 rw o 94 [ F893 ]Reserved UINT 16 1504 rw o 95 [ F894 ]Reserved UINT 16 1520 rw o 96 [ F895 ]Reserved UINT 16 1536 rw o 97 [ F896 ]Reserved UINT 16 1552 rw o 98 [ F897 ]Reserved UINT 16 1568 rw o 99 [ F898 ]Power efficiency UINT 16 1584 rw o 100 [ F899 ]Reset energy counter UINT 16 1600 rw o DT2900 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ F900 ]Inv. adress asignment UINT 16 16 rw o 2 [ F901 ]MODBUS protocol UINT 16 32 rw o 3 [ F902 ]Stop bits UINT 16 48 rw o 4 [ F903 ]Parity check UINT 16 64 rw o 5 [ F904 ]Baudrate UINT 16 80 rw o 6 [ F905 ]MODBUS Timeout UINT 16 96 rw o 7 [ F906 ]Reserved UINT 16 112 rw o 8 [ F907 ]MODB. Timeout warning UINT 16 128 rw o 9 [ F908 ]Reserved UINT 16 144 rw o 10 [ F909 ]Reserved UINT 16 160 rw o 11 [ F910 ]Reserved UINT 16 176 rw o 12 [ F911 ]Reserved UINT 16 192 rw o 13 [ F912 ]Reserved UINT 16 208 rw o 14 [ F913 ]Reserved UINT 16 224 rw o 15 [ F914 ]Reserved UINT 16 240 rw o 16 [ F915 ]Reserved UINT 16 256 rw o 17 [ F916 ]Reserved UINT 16 272 rw o 18 [ F917 ]Reserved UINT 16 288 rw o 19 [ F918 ]Reserved UINT 16 304 rw o 20 [ F919 ]Reserved UINT 16 320 rw o 21 [ F920 ]Reserved UINT 16 336 rw o 22 [ F921 ]Reserved UINT 16 352 rw o 23 [ F922 ]Reserved UINT 16 368 rw o 24 [ F923 ]Reserved UINT 16 384 rw o 25 [ F924 ]Reserved UINT 16 400 rw o 26 [ F925 ]Reserved UINT 16 416 rw o 27 [ F926 ]Reserved UINT 16 432 rw o 28 [ F927 ]Reserved UINT 16 448 rw o 29 [ F928 ]Reserved UINT 16 464 rw o 30 [ F929 ]Reserved UINT 16 480 rw o 31 [ F930 ]Keypad timeout UINT 16 496 rw o 32 [ F931 ]Reserved UINT 16 512 rw o 33 [ F932 ]Reserved UINT 16 528 rw o 34 [ F933 ]Reserved UINT 16 544 rw o 35 [ F934 ]Reserved UINT 16 560 rw o 36 [ F935 ]Reserved UINT 16 576 rw o 37 [ F936 ]Reserved UINT 16 592 rw o 38 [ F937 ]Reserved UINT 16 608 rw o 39 [ F938 ]Reserved UINT 16 624 rw o 40 [ F939 ]Reserved UINT 16 640 rw o 41 [ F940 ]Reserved UINT 16 656 rw o 42 [ F941 ]Reserved UINT 16 672 rw o 43 [ F942 ]Reserved UINT 16 688 rw o 44 [ F943 ]Reserved UINT 16 704 rw o 45 [ F944 ]Reserved UINT 16 720 rw o 46 [ F945 ]Reserved UINT 16 736 rw o 47 [ F946 ]Reserved UINT 16 752 rw o 48 [ F947 ]Reserved UINT 16 768 rw o 49 [ F948 ]Reserved UINT 16 784 rw o 50 [ F949 ]Reserved UINT 16 800 rw o 51 [ F950 ]Modbus Read Addr 1 UINT 16 816 rw o 52 [ F951 ]Modbus Read Addr 2 UINT 16 832 rw o 53 [ F952 ]Modbus Read Addr 3 UINT 16 848 rw o 54 [ F953 ]Modbus Read Addr 4 UINT 16 864 rw o 55 [ F954 ]Modbus Read Addr 5 UINT 16 880 rw o 56 [ F955 ]Modbus Read Addr 6 UINT 16 896 rw o 57 [ F956 ]Modbus Read Addr 7 UINT 16 912 ro o 58 [ F957 ]Modbus Read Addr 8 UINT 16 928 ro o 59 [ F958 ]Modbus Read Addr 9 UINT 16 944 ro o 60 [ F959 ]Modbus Read Addr 10 UINT 16 960 ro o 61 [ F960 ]M-SLAVE ratio control UINT 16 976 ro o 62 [ F961 ]MODBUS channel sel. UINT 16 992 ro o 63 [ F962 ]BAC-Interface HIGH UINT 16 1008 rw o 64 [ F963 ]Reserved UINT 16 1024 rw o 65 [ F964 ]Reserved UINT 16 1040 rw o 66 [ F965 ]Reserved UINT 16 1056 rw o 67 [ F966 ]Reserved UINT 16 1072 rw o 68 [ F967 ]Reserved UINT 16 1088 rw o 69 [ F968 ]Reserved UINT 16 1104 rw o 70 [ F969 ]Reserved UINT 16 1120 rw o 71 [ F970 ]Reserved UINT 16 1136 rw o 72 [ F971 ]Ecat enable UINT 16 1152 rw o 73 [ F972 ]Ecat address UINT 16 1168 rw o 74 [ F973 ]Ecat sign.interr UINT 16 1184 rw o 75 [ F974 ]Ecat interr.time UINT 16 1200 rw o 76 [ F975 ]Ecat heart time UINT 16 1216 rw o 77 [ F976 ]Ecat heart disp UINT 16 1232 rw o 78 [ F977 ]Ecat comm. disp UINT 16 1248 rw o 79 [ F978 ]Ecat con. disp UINT 16 1264 rw o 80 [ F979 ]Con. word disp UINT 16 1280 rw o 81 [ F980 ]Sta. word disp UINT 16 1296 rw o 82 [ F981 ]Modbus Ext.mode UINT 16 1312 rw o 83 [ F982 ]Ext. STOP bit UINT 16 1328 rw o 84 [ F983 ]Parity-Ext. UINT 16 1344 rw o 85 [ F984 ]Baudrate-Ext. UINT 16 1360 rw o 86 [ F985 ]Modbus Timeout-Ext. UINT 16 1376 rw o 87 [ F986 ]Op mode disp UINT 16 1392 rw o 88 [ F987 ]Ecat conf. prot. UINT 16 1408 rw o 89 [ F988 ]Reserved UINT 16 1424 rw o 90 [ F989 ]Reserved UINT 16 1440 rw o 91 [ F990 ]Reserved UINT 16 1456 rw o DT2A00 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ FA00 ]PID Controller mode UINT 16 16 rw o 2 [ FA01 ]PID setpoint channel UINT 16 32 rw o 3 [ FA02 ]PID feed-back channel UINT 16 48 rw o 4 [ FA03 ]Contr. range upp. lim. UINT 16 64 rw o 5 [ FA04 ]Internal PID setpoint UINT 16 80 rw o 6 [ FA05 ]Contr. range low. lim. UINT 16 96 rw o 7 [ FA06 ]PID polarity POS/NEG UINT 16 112 rw o 8 [ FA07 ]Sleep mode enable UINT 16 128 rw o 9 [ FA08 ]Reserved UINT 16 144 rw o 10 [ FA09 ]Freq. threshold sleep UINT 16 160 rw o 11 [ FA10 ]Delay-time sleep UINT 16 176 rw o 12 [ FA11 ]Delay-time restart UINT 16 192 rw o 13 [ FA12 ]PID max. frequency UINT 16 208 rw o 14 [ FA13 ]Reserved UINT 16 224 rw o 15 [ FA14 ]Reserved UINT 16 240 rw o 16 [ FA15 ]Reserved UINT 16 256 rw o 17 [ FA16 ]Reserved UINT 16 272 rw o 18 [ FA17 ]Reserved UINT 16 288 rw o 19 [ FA18 ]Setpnt. change enable UINT 16 304 rw o 20 [ FA19 ]PID Proportional gain UINT 16 320 rw o 21 [ FA20 ]PID Integration time UINT 16 336 rw o 22 [ FA21 ]PID Differential time UINT 16 352 rw o 23 [ FA22 ]PID Sampling rate UINT 16 368 rw o 24 [ FA23 ]PID reverse enable UINT 16 384 rw o 25 [ FA24 ]Time units hours/min. UINT 16 400 rw o 26 [ FA25 ]Switchover interval UINT 16 416 rw o 27 [ FA26 ]Idling recognition UINT 16 432 rw o 28 [ FA27 ]Idl. current threshold UINT 16 448 rw o 29 [ FA28 ]Restart delay idl. UINT 16 464 rw o 30 [ FA29 ]PID dead zone UINT 16 480 rw o 31 [ FA30 ]Inv. Pump startdelay UINT 16 496 rw o 32 [ FA31 ]Pump start delay UINT 16 512 rw o 33 [ FA32 ]Pump stop delay UINT 16 528 rw o 34 [ FA33 ]M/S STOP mode UINT 16 544 rw o 35 [ FA34 ]Reserved UINT 16 560 rw o 36 [ FA35 ]Reserved UINT 16 576 rw o 37 [ FA36 ]Relays 1 UINT 16 592 rw o 38 [ FA37 ]Relays 2 UINT 16 608 rw o 39 [ FA38 ]Proportional gain KP2 UINT 16 624 rw o 40 [ FA39 ]Integration time KI2 UINT 16 640 rw o 41 [ FA40 ]Differential time KD2 UINT 16 656 rw o 42 [ FA41 ]PID param. Switch UINT 16 672 rw o 43 [ FA42 ]PID switch thresh. 1 UINT 16 688 rw o 44 [ FA43 ]PID switch thresh. 2 UINT 16 704 rw o 45 [ FA44 ]Reserved UINT 16 720 rw o 46 [ FA45 ]Reserved UINT 16 736 rw o 47 [ FA46 ]Reserved UINT 16 752 rw o 48 [ FA47 ]Rel. 1 Start sequence UINT 16 768 rw o 49 [ FA48 ]Rel. 2 Start sequence UINT 16 784 rw o 50 [ FA49 ]Reserved UINT 16 800 rw o 51 [ FA50 ]Reserved UINT 16 816 rw o 52 [ FA51 ]Reserved UINT 16 832 rw o 53 [ FA52 ]Reserved UINT 16 848 rw o 54 [ FA53 ]Reserved UINT 16 864 rw o 55 [ FA54 ]Reserved UINT 16 880 rw o 56 [ FA55 ]Reserved UINT 16 896 rw o 57 [ FA56 ]Reserved UINT 16 912 rw o 58 [ FA57 ]Reserved UINT 16 928 rw o 59 [ FA58 ]FIREMODE pressure UINT 16 944 rw o 60 [ FA59 ]FIREMODE UINT 16 960 rw o 61 [ FA60 ]FIREMODE frequency UINT 16 976 rw o 62 [ FA61 ]Reserved UINT 16 992 rw o 63 [ FA62 ]FIREMOD STOP UINT 16 1008 rw o 64 [ FA63 ]Reserved UINT 16 1024 rw o 65 [ FA64 ]Reserved UINT 16 1040 rw o 66 [ FA65 ]EP error handling UINT 16 1056 rw o 67 [ FA66 ]Idling prot. delay UINT 16 1072 rw o 68 [ FA67 ]Restart mode UINT 16 1088 rw o 69 [ FA68 ]Restart press.(+) UINT 16 1104 rw o 70 [ FA69 ]Restart press.(-) UINT 16 1120 rw o 71 [ FA70 ]Reserved UINT 16 1136 rw o 72 [ FA71 ]Reserved UINT 16 1152 rw o 73 [ FA72 ]Reserved UINT 16 1168 rw o 74 [ FA73 ]Reserved UINT 16 1184 rw o 75 [ FA74 ]Reserved UINT 16 1200 rw o 76 [ FA75 ]Reserved UINT 16 1216 rw o 77 [ FA76 ]Idling frequency UINT 16 1232 rw o 78 [ FA77 ]Idling action UINT 16 1248 rw o 79 [ FA78 ]Reserved UINT 16 1264 rw o 80 [ FA79 ]Reserved UINT 16 1280 rw o 81 [ FA80 ]Reserved UINT 16 1296 rw o DT2B00 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ FB00 ]Reserved UINT 16 16 rw o 2 [ FB01 ]Reserved UINT 16 32 rw o 3 [ FB02 ]Reserved UINT 16 48 rw o 4 [ FB03 ]Reserved UINT 16 64 rw o 5 [ FB04 ]Reserved UINT 16 80 rw o 6 [ FB05 ]Reserved UINT 16 96 rw o 7 [ FB06 ]Curr Lmt Coeff. UINT 16 112 rw o 8 [ FB07 ]V-Lmt ratio Coeff. UINT 16 128 rw o 9 [ FB08 ]V-Lmt integral Coeff. UINT 16 144 rw o 10 [ FB09 ]Reserved UINT 16 160 rw o 11 [ FB10 ]Reserved UINT 16 176 ro DT2C00 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ FC00 ]SPEED/TORQUE control UINT 16 16 rw o 2 [ FC01 ]Reserved UINT 16 32 rw o 3 [ FC02 ]Torque ramp UINT 16 48 rw o 4 [ FC03 ]Reserved UINT 16 64 rw o 5 [ FC04 ]Reserved UINT 16 80 rw o 6 [ FC05 ]Reserved UINT 16 96 rw o 7 [ FC06 ]Torque setpoint source UINT 16 112 rw o 8 [ FC07 ]TQ setpoint reference UINT 16 128 rw o 9 [ FC08 ]Reserved UINT 16 144 rw o 10 [ FC09 ]Intern. TQ setpoint UINT 16 160 rw o 11 [ FC10 ]Reserved UINT 16 176 rw o 12 [ FC11 ]Reserved UINT 16 192 rw o 13 [ FC12 ]Reserved UINT 16 208 rw o 14 [ FC13 ]Reserved UINT 16 224 rw o 15 [ FC14 ]TQ BOOST source UINT 16 240 rw o 16 [ FC15 ]TQ BOOST factor UINT 16 256 rw o 17 [ FC16 ]TQ BOOST freq. limit UINT 16 272 rw o 18 [ FC17 ]Internal TQ BOOST UINT 16 288 rw o 19 [ FC18 ]Bias TRQ cutoff Freq UINT 16 304 rw o 20 [ FC19 ]Reserved UINT 16 320 rw o 21 [ FC20 ]Reserved UINT 16 336 rw o 22 [ FC21 ]Reserved UINT 16 352 rw o 23 [ FC22 ]Speed limit source FWD UINT 16 368 rw o 24 [ FC23 ]Internal speed limit FWD UINT 16 384 rw o 25 [ FC24 ]Speed limit source REV UINT 16 400 rw o 26 [ FC25 ]Internal speed limit REV UINT 16 416 rw o 27 [ FC26 ]Reserved UINT 16 432 rw o 28 [ FC27 ]Reserved UINT 16 448 rw o 29 [ FC28 ]TQ limit source mot. UINT 16 464 rw o 30 [ FC29 ]TQ Limit reference UINT 16 480 rw o 31 [ FC30 ]Internal TQ limit mot. UINT 16 496 rw o 32 [ FC31 ]Reserved UINT 16 512 rw o 33 [ FC32 ]Reserved UINT 16 528 rw o 34 [ FC33 ]TQ limit source gen. UINT 16 544 rw o 35 [ FC34 ]TQ Limit reference UINT 16 560 rw o 36 [ FC35 ]Internal TQ limit gen. UINT 16 576 rw o 37 [ FC36 ]Torquelimit. Function UINT 16 592 rw o 38 [ FC37 ]Torquelimit. Freq. UINT 16 608 rw o 39 [ FC38 ]Acceleration filter UINT 16 624 rw o 40 [ FC39 ]Torque Max. UINT 16 640 rw o 41 [ FC40 ]Torque Min. threshold UINT 16 656 rw o 42 [ FC41 ]Min Freq. threshold UINT 16 672 rw o 43 [ FC42 ]Reserved UINT 16 688 rw o 44 [ FC43 ]Reserved UINT 16 704 rw o 45 [ FC44 ]Reserved UINT 16 720 rw o 46 [ FC45 ]Reserved UINT 16 736 rw o 47 [ FC46 ]Reserved UINT 16 752 rw o 48 [ FC47 ]Reserved UINT 16 768 rw o 49 [ FC48 ]Torque limit f UINT 16 784 rw o 50 [ FC49 ]Limiting factor UINT 16 800 rw o 51 [ FC50 ]Start TQ reduct. UINT 16 816 rw o 52 [ FC51 ]Reduced TQ point UINT 16 832 rw o 53 [ FC52 ]Reserved UINT 16 848 rw o 54 [ FC53 ]Reserved UINT 16 864 rw o 55 [ FC54 ]Reserved UINT 16 880 rw o 56 [ FC55 ]Reserved UINT 16 896 rw o 57 [ FC56 ]Reserved UINT 16 912 rw o 58 [ FC57 ]Reserved UINT 16 928 rw o 59 [ FC58 ]Reserved UINT 16 944 rw o 60 [ FC59 ]Reserved UINT 16 960 rw o 61 [ FC60 ]Reserved UINT 16 976 rw o DT2E00 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ FE00 ]Motor switchover UINT 16 16 rw o 2 [ FE01 ]Motor 2 rated power UINT 16 32 rw o 3 [ FE02 ]Motor 2 rated voltage UINT 16 48 rw o 4 [ FE03 ]Motor 2 rated current UINT 16 64 rw o 5 [ FE04 ]Motor 2 number poles UINT 16 80 rw o 6 [ FE05 ]Motor 2 rated speed UINT 16 96 rw o 7 [ FE06 ]Mot.2 stator resist. UINT 16 112 rw o 8 [ FE07 ]Mot.2 rotor resist. UINT 16 128 rw o 9 [ FE08 ]Mot.2 leakage ind. UINT 16 144 rw o 10 [ FE09 ]Mot.2 main induct. UINT 16 160 rw o 11 [ FE10 ]Mot.2 rated freq. UINT 16 176 rw o 12 [ FE11 ]Mot.2 idling current UINT 16 192 rw o 13 [ FE12 ]Mot.2 type UINT 16 208 rw o 14 [ FE13 ]Speed loop P-gain 1 UINT 16 224 rw o 15 [ FE14 ]Speed loop I-gain 1 UINT 16 240 rw o 16 [ FE15 ]Speed loop P-gain 2 UINT 16 256 rw o 17 [ FE16 ]Speed loop I-gain 2 UINT 16 272 rw o 18 [ FE17 ]Endfreq. range 1 UINT 16 288 rw o 19 [ FE18 ]Initial freq. range 2 UINT 16 304 rw o 20 [ FE19 ]Mot.2 Accel./decel. UINT 16 320 rw o 21 [ FE20 ]V/Hz Lin. BOOST UINT 16 336 rw o 22 [ FE21 ]Mot. overload thresh. UINT 16 352 rw o 23 [ FE22 ]Mot. overload warning UINT 16 368 rw o 24 [ FE23 ]Low freq. antiswing UINT 16 384 rw o 25 [ FE24 ]Slipcomp. UINT 16 400 rw o 26 [ FE25 ]Speed loop filter UINT 16 416 rw o 27 [ FE26 ]Reserved UINT 16 432 rw o 28 [ FE27 ]TQ Lim. speed control UINT 16 448 rw o 29 [ FE28 ]Reserved UINT 16 464 rw o 30 [ FE29 ]Reserved UINT 16 480 rw o 31 [ FE30 ]Reserved UINT 16 496 rw o 32 [ FE31 ]Reserved UINT 16 512 rw o 33 [ FE32 ]Reserved UINT 16 528 rw o 34 [ FE33 ]Latest error UINT 16 544 ro o 35 [ FE34 ]Last but one error UINT 16 560 ro o 36 [ FE35 ]Last but two error UINT 16 576 ro o 37 [ FE36 ]Latest error freq UINT 16 592 ro o 38 [ FE37 ]Latest error current UINT 16 608 ro o 39 [ FE38 ]Latest error PN volt UINT 16 624 ro o 40 [ FE39 ]Last but one freq UINT 16 640 ro o 41 [ FE40 ]Last but one current UINT 16 656 ro o 42 [ FE41 ]Last but one PN volt UINT 16 672 ro o 43 [ FE42 ]Last but two freq UINT 16 688 ro o 44 [ FE43 ]Last but two current UINT 16 704 ro o 45 [ FE44 ]Last but two PN volt UINT 16 720 ro o 46 [ FE45 ]Overcurrent counter UINT 16 736 ro o 47 [ FE46 ]Overvoltage counter UINT 16 752 ro o 48 [ FE47 ]Mot.2 overtemp.count UINT 16 768 ro o 49 [ FE48 ]Mot.2 overload count. UINT 16 784 ro o 50 [ FE49 ]Mot.2 overload thresh. UINT 16 800 rw o 51 [ FE50 ]Mot.2 OC1 counter UINT 16 816 ro o 52 [ FE51 ]Mot.2 encoder resol. UINT 16 832 rw o 53 [ FE52 ]Reserved UINT 16 848 rw o 54 [ FE53 ]Reserved UINT 16 864 rw o 55 [ FE54 ]Reserved UINT 16 880 rw o 56 [ FE55 ]Mot.2 FB mount angle UINT 16 896 rw o 57 [ FE56 ]Reserved UINT 16 912 rw o 58 [ FE57 ]Reserved UINT 16 928 rw o 59 [ FE58 ]Reserved UINT 16 944 rw o 60 [ FE59 ]Reserved UINT 16 960 rw o 61 [ FE60 ]Reserved UINT 16 976 rw o 62 [ FE61 ]Reserved UINT 16 992 rw o 63 [ FE62 ]Reserved UINT 16 1008 rw o 64 [ FE63 ]Reserved UINT 16 1024 rw o 65 [ FE64 ]Reserved UINT 16 1040 rw o 66 [ FE65 ]Reserved UINT 16 1056 rw o 67 [ FE66 ]Reserved UINT 16 1072 rw o 68 [ FE67 ]Reserved UINT 16 1088 rw o 69 [ FE68 ]Reserved UINT 16 1104 rw o 70 [ FE69 ]Reserved UINT 16 1120 rw o 71 [ FE70 ]Reserved UINT 16 1136 rw o 72 [ FE71 ]Reserved UINT 16 1152 rw o 73 [ FE72 ]Reserved UINT 16 1168 rw o 74 [ FE73 ]Reserved UINT 16 1184 rw o 75 [ FE74 ]Reserved UINT 16 1200 rw o 76 [ FE75 ]Reserved UINT 16 1216 rw o 77 [ FE76 ]PMM No Load Curr. UINT 16 1232 rw o 78 [ FE77 ]No load current comp. UINT 16 1248 rw o 79 [ FE78 ]Comp. threshold UINT 16 1264 rw o 80 [ FE79 ]Highload CurrentBOOST UINT 16 1280 rw o 81 [ FE80 ]PMM control scanrate UINT 16 1296 rw o 82 [ FE81 ]Reserved UINT 16 1312 rw o 83 [ FE82 ]Reserved UINT 16 1328 rw o 84 [ FE83 ]Reserved UINT 16 1344 rw o 85 [ FE84 ]Reserved UINT 16 1360 rw o 86 [ FE85 ]Reserved UINT 16 1376 rw o 87 [ FE86 ]Reserved UINT 16 1392 rw o 88 [ FE87 ]Reserved UINT 16 1408 rw o 89 [ FE88 ]Reserved UINT 16 1424 rw o 90 [ FE89 ]Reserved UINT 16 1440 rw o 91 [ FE90 ]Reserved UINT 16 1456 rw o DT2F00 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ FF00 ]Func. exp. relays 1 UINT 16 16 rw o 2 [ FF01 ]Func. exp. relays 2 UINT 16 32 rw o 3 [ FF02 ]Reserved UINT 16 48 rw o 4 [ FF03 ]Reserved UINT 16 64 rw o 5 [ FF04 ]Reserved UINT 16 80 rw o 6 [ FF05 ]Exp. Input DIA UINT 16 96 rw o 7 [ FF06 ]Exp. Input DIB UINT 16 112 rw o 8 [ FF07 ]Exp. Input DIC UINT 16 128 rw o 9 [ FF08 ]Exp. Input DID UINT 16 144 rw o 10 [ FF09 ]Logic DIA-DID UINT 16 160 rw o DT3000 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ H000 ]Act. Freq. / setpoint UINT 16 16 ro o 2 [ H001 ]Act. Speed / setpoint UINT 16 32 ro o 3 [ H002 ]Output current UINT 16 48 ro o 4 [ H003 ]Output voltage UINT 16 64 ro o 5 [ H004 ]DC-Link voltage UINT 16 80 ro o 6 [ H005 ]PID feedback value UINT 16 96 ro o 7 [ H006 ]Temperature UINT 16 112 ro o 8 [ H007 ]Counter value UINT 16 128 ro o 9 [ H008 ]Linear speed UINT 16 144 ro o 10 [ H009 ]PID setpoint UINT 16 160 ro o 11 [ H010 ]Yarn length UINT 16 176 ro o 12 [ H011 ]Center frequency UINT 16 192 ro o 13 [ H012 ]Output power UINT 16 208 ro o 14 [ H013 ]Output torque UINT 16 224 ro o 15 [ H014 ]Torque setpoint UINT 16 240 ro o 16 [ H015 ]Encod. Direction test UINT 16 256 ro o 17 [ H016 ]U/I limit. Reference UINT 16 272 ro o 18 [ H017 ]Fix frequency No. UINT 16 288 ro o 19 [ H018 ]Input pulse freq UINT 16 304 ro o 20 [ H019 ]Speed feedback UINT 16 320 ro o 21 [ H020 ]VC feedback speed UINT 16 336 ro o 22 [ H021 ]Monitoring AI1 UINT 16 352 ro o 23 [ H022 ]Monitoring AI2 UINT 16 368 ro o 24 [ H023 ]Monitoring AI3 UINT 16 384 ro o 25 [ H024 ]Motor Temperature UINT 16 400 ro o 26 [ H025 ]Power on time UINT 16 416 ro o 27 [ H026 ]Running time UINT 16 432 ro o 28 [ H027 ]Input pulse freq UINT 16 448 ro o 29 [ H028 ]Comm setting value UINT 16 464 ro o 30 [ H029 ]Running time UINT 16 480 ro o 31 [ H030 ]Primary setpoint UINT 16 496 ro o 32 [ H031 ]Second. setpoint UINT 16 512 ro o 33 [ H032 ]Reserved UINT 16 528 ro o 34 [ H033 ]Master torque set UINT 16 544 ro o 35 [ H034 ]Master freq. set UINT 16 560 ro o 36 [ H035 ]Slave number UINT 16 576 ro o 37 [ H036 ]Total Power on time UINT 16 592 ro o 38 [ H037 ]Total RUN time UINT 16 608 ro o 39 [ H038 ]Power LOW BIT UINT 16 624 ro o 40 [ H039 ]Power HIGH BIT UINT 16 640 ro o 41 [ H040 ]Reserved UINT 16 656 ro o 42 [ H041 ]Reserved UINT 16 672 ro o 43 [ H042 ]Reserved UINT 16 688 ro o 44 [ H043 ]Reserved UINT 16 704 ro o 45 [ H044 ]Rotor position UINT 16 720 ro o 46 [ H045 ]CPU Temperature UINT 16 736 ro o 47 [ H046 ]Reserved UINT 16 752 ro o 48 [ H047 ]Total Power on Day UINT 16 768 ro o 49 [ H048 ]Total RUN Day UINT 16 784 ro o 50 [ H049 ]Monitoring AI4 UINT 16 800 ro o 51 [ H050 ]Reserved UINT 16 816 ro o DT3100 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ H100 ]Current linear Spd UINT 16 16 ro o 2 [ H101 ]Linear Spd setpoint UINT 16 32 ro o 3 [ H102 ]Current diam UINT 16 48 ro o 4 [ H103 ]Actul empty roll diam UINT 16 64 ro o 5 [ H104 ]Diam change rate UINT 16 80 ro o 6 [ H105 ]Actul contrl modee UINT 16 96 ro o 7 [ H106 ]Rolling up/back mode UINT 16 112 ro o 8 [ H107 ]Main given Freq UINT 16 128 ro o 9 [ H108 ]PID out Freq UINT 16 144 ro o 10 [ H109 ]Tension setpoint UINT 16 160 ro o 11 [ H110 ]Actul tension UINT 16 176 ro o 12 [ H111 ]Tension taper UINT 16 192 ro o 13 [ H112 ]TRQ given val UINT 16 208 ro o 14 [ H113 ]Frict Comp TRQ UINT 16 224 ro o 15 [ H114 ]Inrtia Comp TRQ UINT 16 240 ro o 16 [ H115 ]Feedback TRQ UINT 16 256 ro o 17 [ H116 ]PID out TRQ UINT 16 272 ro o 18 [ H117 ]Layer No. on roll UINT 16 288 ro o 19 [ H118 ]Length on roll UINT 16 304 ro o 20 [ H119 ]Reserved UINT 16 320 ro o 21 [ H120 ]Reserved UINT 16 336 ro o DTP000 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P000 ]Current loop mode UINT 16 16 rw o 2 [ P001 ]L-speed CurrLoop Kp UINT 16 32 rw o 3 [ P002 ]L-speed CurrLoop Ki UINT 16 48 rw o 4 [ P003 ]Decoupl L-lmt Speed UINT 16 64 rw o 5 [ P004 ]Decoupl filter Coef. UINT 16 80 rw o 6 [ P005 ]Decoupl gain UINT 16 96 rw o 7 [ P006 ]Complx vector gain UINT 16 112 rw o 8 [ P007 ]Flux-weaken mode UINT 16 128 rw o 9 [ P008 ]D-AX flux-weaken gain UINT 16 144 rw o 10 [ P009 ]Q-AX flux-weaken gain UINT 16 160 rw o 11 [ P010 ]Flux linkage CRV PT 1 UINT 16 176 rw o 12 [ P011 ]Flux linkage CRV PT 2 UINT 16 192 rw o 13 [ P012 ]Flux linkage CRV PT 3 UINT 16 208 rw o 14 [ P013 ]Flux-weaken current UINT 16 224 rw o 15 [ P014 ]Reserved UINT 16 240 rw o 16 [ P015 ]Observer COMP mode UINT 16 256 rw o 17 [ P016 ]Mutul Indct SAT Coef. UINT 16 272 rw o 18 [ P017 ]Observer filter time UINT 16 288 rw o 19 [ P018 ]Speed loop mode UINT 16 304 rw o 20 [ P019 ]L-speed slip Coef. UINT 16 320 rw o 21 [ P020 ]TRQ CMD filter Freq. UINT 16 336 rw o 22 [ P021 ]0-SPD V-out select UINT 16 352 rw o 23 [ P022 ]Reserved UINT 16 368 rw o 24 [ P023 ]Max V-out UINT 16 384 rw o 25 [ P024 ]TRQ Corr. Mode UINT 16 400 rw o 26 [ P025 ]H-speed CurrLoop Kp UINT 16 416 rw o 27 [ P026 ]H-speed CurrLoop Ki UINT 16 432 rw o 28 [ P027 ]L-speed CurrLoop SW 1 UINT 16 448 rw o 29 [ P028 ]L-speed CurrLoop SW 2 UINT 16 464 rw o 30 [ P029 ]H-speed CurrLoop SW 1 UINT 16 480 rw o 31 [ P030 ]H-speed CurrLoop SW 2 UINT 16 496 rw o 32 [ P031 ]T Meas. Select UINT 16 512 rw o 33 [ P032 ]T Meas. SW Freq. UINT 16 528 rw o 34 [ P033 ]Flux-weaken L-limit UINT 16 544 rw o 35 [ P034 ]Reserved UINT 16 560 rw o 36 [ P035 ]Reserved UINT 16 576 rw o 37 [ P036 ]Reserved UINT 16 592 rw o 38 [ P037 ]Reserved UINT 16 608 rw o 39 [ P038 ]Reserved UINT 16 624 rw o 40 [ P039 ]Reserved UINT 16 640 rw o 41 [ P040 ]Reserved UINT 16 656 rw o 42 [ P041 ]Reserved UINT 16 672 rw o 43 [ P042 ]Reserved UINT 16 688 rw o 44 [ P043 ]Reserved UINT 16 704 rw o 45 [ P044 ]Reserved UINT 16 720 rw o 46 [ P045 ]Reservedr UINT 16 736 rw o 47 [ P046 ]Reserved UINT 16 752 rw o 48 [ P047 ]Reserved UINT 16 768 rw o 49 [ P048 ]Reserved UINT 16 784 rw o 50 [ P049 ]Reserved UINT 16 800 rw o 51 [ P050 ]Reserved UINT 16 816 rw o 52 [ P051 ]Parm Idntif. Method UINT 16 832 rw o 53 [ P052 ]Reserved UINT 16 848 rw o 54 [ P053 ]Inertia idntif mode UINT 16 864 rw o 55 [ P054 ]Inrtia Acel/Dcel T UINT 16 880 rw o 56 [ P055 ]Inrtia atotun max-spd UINT 16 896 rw o 57 [ P056 ]Inrtia atotun tvl lmt UINT 16 912 rw o 58 [ P057 ]Inrtia atotun intervl UINT 16 928 rw o 59 [ P058 ]Inrtia integer UINT 16 944 rw o 60 [ P059 ]Inrtia decimal UINT 16 960 rw o 61 [ P060 ]Reserved UINT 16 976 rw o DTP200 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P200 ]Tension Ctrl mode UINT 16 16 rw o 2 [ P201 ]Roll up/back mode UINT 16 32 rw o 3 [ P202 ]Roll-back Rev. Spd UINT 16 48 rw o 4 [ P203 ]Mech TX Ratio UINT 16 64 rw o 5 [ P204 ]Max Linear Spd UINT 16 80 rw o 6 [ P205 ]Linear Spd source UINT 16 96 rw o 7 [ P206 ]Digi given linear Spd UINT 16 112 rw o 8 [ P207 ]Linear-spd Acel time UINT 16 128 rw o 9 [ P208 ]Linear-spd Dcel time UINT 16 144 rw o 10 [ P209 ]Reserved UINT 16 160 rw o 11 [ P210 ]Reserved UINT 16 176 rw o 12 [ P211 ]Calc of roll Diam. UINT 16 192 rw o 13 [ P212 ]Max roll Diam. UINT 16 208 rw o 14 [ P213 ]Empty roll Diam. UINT 16 224 rw o 15 [ P214 ]Init roll diam. src UINT 16 240 rw o 16 [ P215 ]Init roll diam.1 UINT 16 256 rw o 17 [ P216 ]Init roll diam.2 UINT 16 272 rw o 18 [ P217 ]Init roll diam.3 UINT 16 288 rw o 19 [ P218 ]Roll diam. Calc delay UINT 16 304 rw o 20 [ P219 ]Min Liner Spd of Diam UINT 16 320 rw o 21 [ P220 ]Filter T of roll Diam UINT 16 336 rw o 22 [ P221 ]REV limt of roll Diam UINT 16 352 rw o 23 [ P222 ]CHG limt of roll Diam UINT 16 368 rw o 24 [ P223 ]Reset roll Diam UINT 16 384 rw o 25 [ P224 ]Turn No. per layer UINT 16 400 rw o 26 [ P225 ]Puls No. per turn UINT 16 416 rw o 27 [ P226 ]Max thickness UINT 16 432 rw o 28 [ P227 ]Source of thickness UINT 16 448 rw o 29 [ P228 ]Material thickness 0 UINT 16 464 rw o 30 [ P229 ]Material thickness 1 UINT 16 480 rw o 31 [ P230 ]Material thickness 2 UINT 16 496 rw o 32 [ P231 ]Material thickness 3 UINT 16 512 rw o 33 [ P232 ]Rest Diam. when stop UINT 16 528 rw o 34 [ P233 ]Power-off Diam select UINT 16 544 rw o 35 [ P234 ]Roll Diam. Setpoint UINT 16 560 rw o 36 [ P235 ]Curr roll Diam. UINT 16 576 rw o 37 [ P236 ]No. of material turns UINT 16 592 rw o 38 [ P237 ]Reserved UINT 16 608 rw o 39 [ P238 ]Reserved UINT 16 624 rw o 40 [ P239 ]Reserved UINT 16 640 rw o 41 [ P240 ]PID adjust Select UINT 16 656 rw o 42 [ P241 ]PID adjust max limit UINT 16 672 rw o 43 [ P242 ]Proportional gain Kp3 UINT 16 688 rw o 44 [ P243 ]Integral time Ki3 UINT 16 704 rw o 45 [ P244 ]Derivative Time Kd3 UINT 16 720 rw o 46 [ P245 ]PID adjust 1 UINT 16 736 rw o 47 [ P246 ]PID adjust 2 UINT 16 752 rw o 48 [ P247 ]PID adjust 3 UINT 16 768 rw o 49 [ P248 ]PID out init val UINT 16 784 rw o 50 [ P249 ]PID init hold T UINT 16 800 rw o 51 [ P250 ]PID adjust TRQ limit UINT 16 816 rw o 52 [ P251 ]Reserved UINT 16 832 rw o 53 [ P252 ]Reserved UINT 16 848 rw o 54 [ P253 ]Reserved UINT 16 864 rw o 55 [ P254 ]Reserved UINT 16 880 rw o 56 [ P255 ]Reserved UINT 16 896 rw o 57 [ P256 ]Reserved UINT 16 912 rw o 58 [ P257 ]Reserved UINT 16 928 rw o 59 [ P258 ]Reserved UINT 16 944 rw o 60 [ P259 ]Reserved UINT 16 960 rw o 61 [ P260 ]Reserved UINT 16 976 rw o DTP300 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P300 ]Tension Given source UINT 16 16 rw o 2 [ P301 ]Digi Given tension UINT 16 32 rw o 3 [ P302 ]Max Tension UINT 16 48 rw o 4 [ P303 ]0-Spd tension bias UINT 16 64 rw o 5 [ P304 ]0-Spd Thr. UINT 16 80 rw o 6 [ P305 ]0-Spd TRA Freq. UINT 16 96 rw o 7 [ P306 ]TRQ Freq. Limit UINT 16 112 rw o 8 [ P307 ]Freq. Max LMT bias UINT 16 128 rw o 9 [ P308 ]Frict Comp. UINT 16 144 rw o 10 [ P309 ]Frict Corr. Coef. UINT 16 160 rw o 11 [ P310 ]Frict Comp. Curv. UINT 16 176 rw o 12 [ P311 ]Frict TRQ Comp. 1 UINT 16 192 rw o 13 [ P312 ]Frict TRQ Comp. 2 UINT 16 208 rw o 14 [ P313 ]Frict TRQ Comp. 3 UINT 16 224 rw o 15 [ P314 ]Frict TRQ Comp. 4 UINT 16 240 rw o 16 [ P315 ]Frict TRQ Comp. 5 UINT 16 256 rw o 17 [ P316 ]Frict TRQ Comp Freq 1 UINT 16 272 rw o 18 [ P317 ]Frict TRQ Comp Freq 2 UINT 16 288 rw o 19 [ P318 ]Frict TRQ Comp Freq 3 UINT 16 304 rw o 20 [ P319 ]Frict TRQ Comp Freq 4 UINT 16 320 rw o 21 [ P320 ]Frict TRQ Comp Freq 5 UINT 16 336 rw o 22 [ P321 ]Reserved UINT 16 352 rw o 23 [ P322 ]Reserved UINT 16 368 rw o 24 [ P323 ]Reserved UINT 16 384 rw o 25 [ P324 ]Reserved UINT 16 400 rw o 26 [ P325 ]Reserved UINT 16 416 rw o 27 [ P326 ]Reserved UINT 16 432 rw o 28 [ P327 ]Reserved UINT 16 448 rw o 29 [ P328 ]Reserved UINT 16 464 rw o 30 [ P329 ]Reserved UINT 16 480 rw o 31 [ P330 ]Reserved UINT 16 496 rw o 32 [ P331 ]Reserved UINT 16 512 rw o 33 [ P332 ]Reserved UINT 16 528 rw o 34 [ P333 ]Reserved UINT 16 544 rw o 35 [ P334 ]Reserved UINT 16 560 rw o 36 [ P335 ]Reserved UINT 16 576 rw o 37 [ P336 ]Reserved UINT 16 592 rw o 38 [ P337 ]Reserved UINT 16 608 rw o 39 [ P338 ]Reserved UINT 16 624 rw o 40 [ P339 ]Reserved UINT 16 640 rw o 41 [ P340 ]Reserved UINT 16 656 rw o 42 [ P341 ]Reserved UINT 16 672 rw o 43 [ P342 ]Reserved UINT 16 688 rw o 44 [ P343 ]Reserved UINT 16 704 rw o 45 [ P344 ]Reserved UINT 16 720 rw o 46 [ P345 ]Reservedr UINT 16 736 rw o 47 [ P346 ]Reserved UINT 16 752 rw o 48 [ P347 ]Reserved UINT 16 768 rw o 49 [ P348 ]Reserved UINT 16 784 rw o 50 [ P349 ]Reserved UINT 16 800 rw o 51 [ P350 ]Reserved UINT 16 816 rw o 52 [ P351 ]Reserved UINT 16 832 rw o 53 [ P352 ]Reserved UINT 16 848 rw o 54 [ P353 ]Reserved UINT 16 864 rw o 55 [ P354 ]Reserved UINT 16 880 rw o 56 [ P355 ]Reserved UINT 16 896 rw o 57 [ P356 ]Reserved UINT 16 912 rw o 58 [ P357 ]Reserved UINT 16 928 rw o 59 [ P358 ]Reserved UINT 16 944 rw o 60 [ P359 ]Reserved UINT 16 960 rw o 61 [ P360 ]Reserved UINT 16 976 rw o DTP400 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P400 ]Tension taper SRC UINT 16 16 rw o 2 [ P401 ]Given taper No. UINT 16 32 rw o 3 [ P402 ]Taper Comp. Corr UINT 16 48 rw o 4 [ P403 ]Taper Curve UINT 16 64 rw o 5 [ P404 ]Empty roll taper val. UINT 16 80 rw o 6 [ P405 ]Taper switching 1 UINT 16 96 rw o 7 [ P406 ]Taper switching 2 UINT 16 112 rw o 8 [ P407 ]Taper switching 3 UINT 16 128 rw o 9 [ P408 ]Taper switching 4 UINT 16 144 rw o 10 [ P409 ]Taper switching 5 UINT 16 160 rw o 11 [ P410 ]Max Diam. taper VAL UINT 16 176 rw o 12 [ P411 ]switch point Diam 1 UINT 16 192 rw o 13 [ P412 ]switch point Diam 2 UINT 16 208 rw o 14 [ P413 ]switch point Diam 3 UINT 16 224 rw o 15 [ P414 ]switch point Diam 4 UINT 16 240 rw o 16 [ P415 ]switch point Diam 5 UINT 16 256 rw o 17 [ P416 ]pre-drive Spd gain UINT 16 272 rw o 18 [ P417 ]Pre-drive TRQ Lmt Src UINT 16 288 rw o 19 [ P418 ]Pre-drive TRQ Corr UINT 16 304 rw o 20 [ P419 ]Pre-drive min TRQ Lmt UINT 16 320 rw o 21 [ P420 ]Pre-drive acel T UINT 16 336 rw o 22 [ P421 ]Pre-drive dcel T UINT 16 352 rw o 23 [ P422 ]Pre-drive Diam Calc UINT 16 368 rw o 24 [ P423 ]Reserved UINT 16 384 rw o 25 [ P424 ]Reserved UINT 16 400 rw o 26 [ P425 ]Break detect method UINT 16 416 rw o 27 [ P426 ]Delay T of detect UINT 16 432 rw o 28 [ P427 ]Min Freq. of detect UINT 16 448 rw o 29 [ P428 ]Reserved UINT 16 464 rw o 30 [ P429 ]Delay T of judgement UINT 16 480 rw o 31 [ P430 ]Break stop UINT 16 496 rw o 32 [ P431 ]Break alarm UINT 16 512 rw o 33 [ P432 ]Break Diam memory UINT 16 528 rw o 34 [ P433 ]Braking Freq at stop UINT 16 544 rw o 35 [ P434 ]Braking T at stop UINT 16 560 rw o 36 [ P435 ]Reserved UINT 16 576 rw o 37 [ P436 ]Reserved UINT 16 592 rw o 38 [ P437 ]Reserved UINT 16 608 rw o 39 [ P438 ]Reserved UINT 16 624 rw o 40 [ P439 ]Reserved UINT 16 640 rw o 41 [ P440 ]Reserved UINT 16 656 rw o 42 [ P441 ]Reserved UINT 16 672 rw o 43 [ P442 ]Reserved UINT 16 688 rw o 44 [ P443 ]Reserved UINT 16 704 rw o 45 [ P444 ]Reserved UINT 16 720 rw o 46 [ P445 ]Reservedr UINT 16 736 rw o 47 [ P446 ]Reserved UINT 16 752 rw o 48 [ P447 ]Reserved UINT 16 768 rw o 49 [ P448 ]Reserved UINT 16 784 rw o 50 [ P449 ]Reserved UINT 16 800 rw o 51 [ P450 ]Reserved UINT 16 816 rw o 52 [ P451 ]Reserved UINT 16 832 rw o 53 [ P452 ]Reserved UINT 16 848 rw o 54 [ P453 ]Reserved UINT 16 864 rw o 55 [ P454 ]Reserved UINT 16 880 rw o 56 [ P455 ]Reserved UINT 16 896 rw o 57 [ P456 ]Reserved UINT 16 912 rw o 58 [ P457 ]Reserved UINT 16 928 rw o 59 [ P458 ]Reserved UINT 16 944 rw o 60 [ P459 ]Reserved UINT 16 960 rw o 61 [ P460 ]Reserved UINT 16 976 rw o DTP500 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P500 ]Profinet enable UINT 16 16 rw o 2 [ P501 ]Telegram type UINT 16 32 ro o 3 [ P502 ]CRC filter Coef. UINT 16 48 rw o 4 [ P503 ]Disconnected Mode UINT 16 64 rw o 5 [ P504 ]Disconnect delay time UINT 16 80 rw o 6 [ P505 ]Reserved UINT 16 96 rw o 7 [ P506 ]Reserved UINT 16 112 rw o 8 [ P507 ]Reserved UINT 16 128 rw o 9 [ P508 ]Reserved UINT 16 144 rw o 10 [ P509 ]Reserved UINT 16 160 rw o 11 [ P510 ]Reserved UINT 16 176 rw o 12 [ P511 ]Reserved UINT 16 192 rw o 13 [ P512 ]Reserved UINT 16 208 rw o 14 [ P513 ]RX PZD mapping addr. UINT 16 224 rw o 15 [ P514 ]RX PZD mapping addr. UINT 16 240 rw o 16 [ P515 ]RX PZD mapping addr. UINT 16 256 rw o 17 [ P516 ]RX PZD mapping addr. UINT 16 272 rw o 18 [ P517 ]RX PZD mapping addr. UINT 16 288 rw o 19 [ P518 ]RX PZD mapping addr. UINT 16 304 rw o 20 [ P519 ]RX PZD mapping addr. UINT 16 320 rw o 21 [ P520 ]RX PZD mapping addr. UINT 16 336 rw o 22 [ P521 ]RX PZD mapping addr. UINT 16 352 rw o 23 [ P522 ]RX PZD mapping addr. UINT 16 368 rw o 24 [ P523 ]Reserved UINT 16 384 rw o 25 [ P524 ]Reserved UINT 16 400 rw o 26 [ P525 ]Reserved UINT 16 416 rw o 27 [ P526 ]Reserved UINT 16 432 rw o 28 [ P527 ]Reserved UINT 16 448 rw o 29 [ P528 ]Reserved UINT 16 464 rw o 30 [ P529 ]Reserved UINT 16 480 rw o 31 [ P530 ]Reserved UINT 16 496 rw o 32 [ P531 ]Reserved UINT 16 512 rw o 33 [ P532 ]Reserved UINT 16 528 rw o 34 [ P533 ]TX PAD mapping addr. UINT 16 544 rw o 35 [ P534 ]TX PAD mapping addr. UINT 16 560 rw o 36 [ P535 ]TX PAD mapping addr. UINT 16 576 rw o 37 [ P536 ]TX PAD mapping addr. UINT 16 592 rw o 38 [ P537 ]TX PAD mapping addr. UINT 16 608 rw o 39 [ P538 ]TX PAD mapping addr. UINT 16 624 rw o 40 [ P539 ]TX PAD mapping addr. UINT 16 640 rw o 41 [ P540 ]TX PAD mapping addr. UINT 16 656 rw o 42 [ P541 ]TX PAD mapping addr. UINT 16 672 rw o 43 [ P542 ]TX PAD mapping addr. UINT 16 688 rw o 44 [ P543 ]Reserved UINT 16 704 rw o 45 [ P544 ]Reserved UINT 16 720 rw o 46 [ P545 ]Reserved UINT 16 736 rw o 47 [ P546 ]Reserved UINT 16 752 rw o 48 [ P547 ]Reserved UINT 16 768 rw o 49 [ P548 ]Reserved UINT 16 784 rw o 50 [ P549 ]Reserved UINT 16 800 rw o 51 [ P550 ]Reserved UINT 16 816 rw o 52 [ P551 ]Reserved UINT 16 832 rw o 53 [ P552 ]Reserved UINT 16 848 rw o 54 [ P553 ]Reserved UINT 16 864 rw o 55 [ P554 ]Reserved UINT 16 880 rw o 56 [ P555 ]Reserved UINT 16 896 rw o 57 [ P556 ]Reserved UINT 16 912 rw o 58 [ P557 ]Reserved UINT 16 928 rw o 59 [ P558 ]Reserved UINT 16 944 rw o 60 [ P559 ]Reserved UINT 16 960 rw o 61 [ P560 ]1st B of IP addr. UINT 16 976 rw o 62 [ P561 ]2nd B of IP addr. UINT 16 992 rw o 63 [ P562 ]3rd B of IP addr. UINT 16 1008 rw o 64 [ P563 ]4th B of IP addr. UINT 16 1024 rw o 65 [ P564 ]1st B of Subnet mask UINT 16 1040 rw o 66 [ P565 ]2nd B of Subnet mask UINT 16 1056 rw o 67 [ P566 ]3rd B of Subnet mask UINT 16 1072 rw o 68 [ P567 ]4th B of Subnet mask UINT 16 1088 rw o 69 [ P568 ]1st B of gateway UINT 16 1104 rw o 70 [ P569 ]2nd B of gateway UINT 16 1120 rw o 71 [ P570 ]3rd B of gateway UINT 16 1136 rw o 72 [ P571 ]4th B of gateway UINT 16 1152 rw o 73 [ P572 ]1st B of MAC addr. UINT 16 1168 ro o 74 [ P573 ]2nd B of MAC addr. UINT 16 1184 ro o 75 [ P574 ]3rd B of MAC addr. UINT 16 1200 ro o 76 [ P575 ]1st B of V. 200P UINT 16 1216 rw o 77 [ P576 ]2nd B of V. 200P UINT 16 1232 rw o 78 [ P577 ]Reserved UINT 16 1248 rw o 79 [ P578 ]Reserved UINT 16 1264 rw o 80 [ P579 ]Reserved UINT 16 1280 rw o 81 [ P580 ]Reserved UINT 16 1296 rw o DTP600 1600 0 SubIndex 000 USINT 8 0 ro o 1 [ P600 ]AI4 lower limit UINT 16 16 rw o 2 [ P601 ]AI4 low. limit assign. UINT 16 32 rw o 3 [ P602 ]AI4 upper limit UINT 16 48 rw o 4 [ P603 ]AI4 upp. lim. assign. UINT 16 64 rw o 5 [ P604 ]AI4 gain factor UINT 16 80 rw o 6 [ P605 ]AI4 filter factor UINT 16 96 rw o 7 [ P606 ]AI4 0-Volt deadband UINT 16 112 rw o 8 [ P607 ]AI4 Characteristic UINT 16 128 rw o 9 [ P608 ]AI4 point 1 Volt UINT 16 144 rw o 10 [ P609 ]AI4 point 1 assign. UINT 16 160 rw o 11 [ P610 ]AI4 point 2 Volt UINT 16 176 rw o 12 [ P611 ]AI4 point 2 assign. UINT 16 192 rw o 13 [ P612 ]AI4 point 3 Volt UINT 16 208 rw o 14 [ P613 ]AI4 point 3 assign. UINT 16 224 rw o 15 [ P614 ]Reserved UINT 16 240 rw o 16 [ P615 ]Reserved UINT 16 256 rw o 17 [ P616 ]Reserved UINT 16 272 rw o 18 [ P617 ]Reserved UINT 16 288 rw o 19 [ P618 ]Reserved UINT 16 304 rw o 20 [ P619 ]Reserved UINT 16 320 rw o 21 [ P620 ]AO3 signal level U/I UINT 16 336 rw o 22 [ P621 ]AO3 assig. low freq. UINT 16 352 rw o 23 [ P622 ]AO3 assig. high freq. UINT 16 368 rw o 24 [ P623 ]AO3 scaling (%) UINT 16 384 rw o 25 [ P624 ]AO3 function assign. UINT 16 400 rw o 26 [ P625 ]AO3 bias UINT 16 416 rw o 27 [ P626 ]Reserved UINT 16 432 rw o 28 [ P627 ]Simulation AO3 UINT 16 448 rw o 29 [ P628 ]Reserved UINT 16 464 rw o 30 [ P629 ]Reserved UINT 16 480 rw o 31 [ P630 ]Reserved UINT 16 496 rw o 32 [ P631 ]Reserved UINT 16 512 rw o 33 [ P632 ]Reserved UINT 16 528 rw o 34 [ P633 ]Reserved UINT 16 544 rw o 35 [ P634 ]Reserved UINT 16 560 rw o 36 [ P635 ]Reserved UINT 16 576 rw o 37 [ P636 ]Reserved UINT 16 592 rw o 38 [ P637 ]Reserved UINT 16 608 rw o 39 [ P638 ]Reserved UINT 16 624 rw o 40 [ P639 ]Reserved UINT 16 640 rw o 41 [ P640 ]Reserved UINT 16 656 rw o 42 [ P641 ]Reserved UINT 16 672 rw o 43 [ P642 ]Reserved UINT 16 688 rw o 44 [ P643 ]Reserved UINT 16 704 rw o 45 [ P644 ]Reserved UINT 16 720 rw o 46 [ P645 ]Reservedr UINT 16 736 rw o 47 [ P646 ]Reserved UINT 16 752 rw o 48 [ P647 ]Reserved UINT 16 768 rw o 49 [ P648 ]Reserved UINT 16 784 rw o 50 [ P649 ]Reserved UINT 16 800 rw o 51 [ P650 ]Reserved UINT 16 816 rw o 52 [ P651 ]Reserved UINT 16 832 rw o 53 [ P652 ]Reserved UINT 16 848 rw o 54 [ P653 ]Reserved UINT 16 864 rw o 55 [ P654 ]Reserved UINT 16 880 rw o 56 [ P655 ]Reserved UINT 16 896 rw o 57 [ P656 ]Reserved UINT 16 912 rw o 58 [ P657 ]Reserved UINT 16 928 rw o 59 [ P658 ]Reserved UINT 16 944 rw o 60 [ P659 ]Reserved UINT 16 960 rw o 61 [ P660 ]Reserved UINT 16 976 rw o DT1C00 64 0 SubIndex 000 USINT 8 0 ro o 1 Communication type SM0 USINT 8 16 ro o 2 Communication type SM1 USINT 8 32 ro o 3 Communication type SM2 USINT 8 48 ro o 4 Communication type SM3 USINT 8 64 ro o DT1C32 144 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 48 ro o 5 Minimum Cycle Time UDINT 32 64 ro o 10 Sync0 Cycle Time UDINT 32 96 rw o 11 SM-Event Missed UINT 16 128 ro c 32 Sync Error BOOL 1 144 ro c DT1C33 144 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 48 ro o 5 Minimum Cycle Time UDINT 32 64 ro o 10 Sync0 Cycle Time UDINT 32 96 rw o 11 SM-Event Missed UINT 16 128 ro c 32 Sync Error BOOL 1 144 ro c DT1C12 48 0 SubIndex 000 USINT 8 0 rw o 1 PDO mapping object index of assigned RxPDO1 UINT 16 16 rw o 2 PDO mapping object index of assigned RxPDO2 UINT 16 16 rw o 3 PDO mapping object index of assigned RxPDO3 UINT 16 16 rw o DT1C13 48 0 SubIndex 000 USINT 8 0 rw o 1 PDO mapping object index of assigned TxPDO1 UINT 16 16 rw o 2 PDO mapping object index of assigned TxPDO2 UINT 16 32 rw o Outputs Inputs MBoxState MBoxOut MBoxIn Outputs Inputs #x1600 1st RxPDO Mapping #x1601 #x1700 #x6040 0 16 Control word UINT #x6042 0 16 VL target velocity INT #x604F 0 32 VL ramp function time UDINT #x6050 0 32 VL slow down time UDINT #x1601 2nd RxPDO mapping #x1600 #x1700 #x6040 0 16 Control word UINT #x6071 0 16 Target torque INT #x6072 0 16 Max torque UINT #x6087 0 32 Torque slope UDINT #x1700 3nd RxPDO mapping #x1600 #x1601 #x6060 0 8 Modes of operation SINT #x6040 0 16 Control word UINT #x1A00 1st TxPDO Mapping #x603F 0 16 Error code UINT #x6041 0 16 Status word UINT #x6043 0 16 VL velocity demand INT #x6061 0 8 Mode Of Operation display SINT #x1B00 2nd TxPDO Mapping #x1B01 #x1B01 3rd TxPDO Mapping #x1B00 2048 800E00CC8813f000000000800000 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