I 2601h ud01 bus password input 440 I 2709h Fr09 bus parameter set 0: set 0 I 160Fh In06 configfile no. 59: F4C V1.4 (Standard) I 2000h ru00 inverter state 0: nOP I 2001h ru01 actual speed display 0,0 1/min I 2003h ru03 actual freq. display 0,0000 Hz I 2004h ru04 set speed display 0,0 1/min I 2006h ru06 set freq. display 0,0000 Hz I 2007h ru07 actual inv. util. 0 % I 2008h ru08 peak inv. util. 159 % I 2009h ru09 apparent current 0,0 A I 200Ah ru10 active current 0,0 A I 200Bh ru11 actual DC voltage 316 V I 200Ch ru12 peak DC voltage 329 V I 200Dh ru13 output voltage 0 V I 200Eh ru14 input terminal state 0 I 200Fh ru15 output term. state 2: O2 I 2010h ru16 int. input state 0 I 2011h ru17 int. output state 0 I 2012h ru18 actual parameter set 0: set 0 I 2016h ru22 Ref+/- display 0,0 % I 2017h ru23 Ref display 0,0 % I 2018h ru24 OL counter display 0 % I 201Dh ru29 heat sink temperature 28 °C I 201Eh ru30 pi out display 0,0 % I 201Fh ru31 power on counter 4028 h I 2020h ru32 modulation on counter 181 h I 2021h ru33 timer A act. value 0,00 I 2022h ru34 motorpoti act. val. 0,00 % I 2029h ru41 analog out1 display 0,0 % I 202Bh ru43 prog. display 0 I 202Ch ru44 act. carr. freq. 4 kHz I 202Dh ru45 analog opt. display 0,0 % I 202Eh ru46 ramp freq. display 0,0000 Hz I 2100h op00 freq. ref. source 2: +/- analog I 2101h op01 freq. ref. set. abs. 0,0000 Hz I 2102h op02 freq. ref. set. % 0,0 % I 2103h op03 rotation setting 0: Low Speed I 2104h op04 minimum ref. 0,0000 Hz I 2105h op05 maximum ref. 56,8000 Hz I 2106h op06 minimum ref. reverse 0,0000 Hz I 2107h op07 maximum ref. reverse 56,8000 Hz I 2108h op08 abs. max. freq. 100,0000 Hz I 2109h op09 abs. max. freq. rev. 100,0000 Hz I 210Ah op10 ramp mode 0 I 210Bh op11 acc. time 0,01 s I 210Ch op12 dec. time 0,01 s I 210Dh op13 acc. time reverse 0,01 s I 210Eh op14 dec. time reverse 0,01 s I 210Fh op15 s-curve time acc for 0: OFF I 2110h op16 s-curve time dec for 0: OFF I 2111h op17 s-curve time acc rev 0: OFF I 2112h op18 s-curve time dec rev 0: OFF I 2116h op22 step frequency 1 0,0000 Hz I 2117h op23 step frequency 2 0,0000 Hz I 2118h op24 step frequency 3 0,0000 Hz I 2119h op25 step freq. mode 0: step freq. disabled I 211Ah op26 motorpoti funct. 0: prog. / no reset / 16 sec. I 211Bh op27 motorpoti min. 0,00 % I 211Ch op28 motorpoti max. 100,00 % I 211Dh op29 motorpoti time 131,00 s I 2120h op32 max. output freq. for 409,5875 Hz I 2121h op33 max. output freq. rev -1: OFF I 2200h Pn00 automatic retry UP 1: on I 2201h Pn01 automatic retry OP 1: on I 2202h Pn02 automatic retry OC 0: off I 2203h Pn03 motor protection 0: off I 2204h Pn04 LAD stop function 1: LA I 2205h Pn05 LAD load level 140 % I 2206h Pn06 LD voltage 375 V I 2207h Pn07 speed search cond. 0: off I 2208h Pn08 DC braking mode 0: off I 2209h Pn09 DC brake start freq. 0,0000 Hz I 220Ah Pn10 DC brake max. volt. 0,0 % I 220Bh Pn11 DC braking time 0,00 s I 220Ch Pn12 stall mode 1: Dec. to oP.4^6 / Pn13 => Is I 220Dh Pn13 stall level 150 % I 220Eh Pn14 stall acc/dec time 0,50 s I 220Fh Pn15 motorprot counter sel 0 I 2210h Pn16 E.dOH delay time 0 s I 2211h Pn17 power off start volt. 198: off I 2212h Pn18 power off brake torq. 5,0 % I 2213h Pn19 power off rest. freq. 0 Hz I 2221h Pn33 Power off mode 2 I 2222h Pn34 Power off kp (uzk) 512 I 2224h Pn36 Power off kp (iw) 50 I 2225h Pn37 Power off ki (iw) 50 I 2226h Pn38 Power off jump factor 100 % I 222Ah Pn42 Power off UZK ref. 199: auto I 222Bh Pn43 Power off rest. delay 0,00 s I 2232h Pn50 Speed search mode 0 I 2300h uf00 rated frequency 45,00 Hz I 2301h uf01 boost 5,0 % I 2302h uf02 add. rated frequency 0,00 Hz I 2303h uf03 add. rated voltage 0,0 % I 2304h uf04 delta boost 0,0 % I 2305h uf05 delta boost time 0,00 s I 2306h uf06 energy saving mode 0: off I 2307h uf07 energy saving level 0 % I 2308h uf08 DC voltage comp. 230 V I 2309h uf09 min. freq. for mod. 0,0000 Hz I 230Ah uf10 modulation mode 0: 3-Switch modulation / Overmod. enabled I 230Bh uf11 carrier frequency 4 kHz I 2310h uf16 current-lim. on/off 1: ON I 2311h uf17 on delay time comp. 0: off I 2401h dr01 rated motor speed 1430 1/min I 2402h dr02 rated motor current 3,3 A I 2403h dr03 rated motor freq. 50,0000 Hz I 2404h dr04 rated motor cos(phi) 0,77 I 2405h dr05 motor term. resist. 8,30 Ohm I 240Ch dr12 rated motor voltage 230 V I 2500h cn00 control mode 0 I 2501h cn01 slip compens. gain 0,00 I 2502h cn02 torque compens. gain 0,00 I 250Ah cn10 pi add. ref. fmin. 10 Hz I 250Bh cn11 pi add. ref. fmax 50 Hz I 250Ch cn12 pi add. ref. source 0: REF I 250Dh cn13 pi add. ref. funct. 0: off I 250Eh cn14 pi add. ref. delta 100,0 % I 250Fh cn15 pi ref. abs. 0,0 % I 2510h cn16 pi kp 0,00 I 2511h cn17 pi ki 0,000 I 2512h cn18 pi pos. limit 100,0 % I 2513h cn19 pi neg. limit -100,0 % I 2514h cn20 pi act.val.source 0: REF +/- I 2515h cn21 pi reset cond. 0: no reset I 2516h cn22 pi act. abs. 0,0 % I 2519h cn25 pi freq. ratio 0,010 I 251Ah cn26 pi fade in time 0,00 s I 251Bh cn27 pi freq. limit 25 Hz I 251Eh cn30 diam. signal source 0: off I 251Fh cn31 diam. signal abs. 0,0 % I 2520h cn32 diam. ratio 0,500 I 2521h cn33 diam. inc/dec time 5,00 s I 2602h ud02 start para. group 1: ru I 2603h ud03 start para. number 0 I 2605h ud05 control word activat. 0: Controlword not active / Standard / PR.04 I 2608h ud08 watchdog time 0: off I 2609h ud09 drive-mode control 0: RUN <> LS (Set freq. via Drivemode) I 260Ah ud10 display mode 0: 0.1Hz I 260Bh ud11 max. freq. mode 0: 400Hz after power-on I 260Dh ud13 CP0 address 2601h I 260Eh ud14 CP0 set definition 0: set 0 I 260Fh ud15 CP1 address 2003h I 2610h ud16 CP1 set definition 0: set 0 I 2611h ud17 CP2 address 2000h I 2612h ud18 CP2 set definition 0: set 0 I 2613h ud19 CP3 address 2007h I 2614h ud20 CP3 set definition 0: set 0 I 2615h ud21 CP4 address 2008h I 2616h ud22 CP4 set definition 0: set 0 I 2617h ud23 CP5 address 2300h I 2618h ud24 CP5 set definition 0: set 0 I 2619h ud25 CP6 address 2301h I 261Ah ud26 CP6 set definition 0: set 0 I 261Bh ud27 CP7 address 210Bh I 261Ch ud28 CP7 set definition 0: set 0 I 261Dh ud29 CP8 address 210Ch I 261Eh ud30 CP8 set definition 0: set 0 I 261Fh ud31 CP9 address 2104h I 2620h ud32 CP9 set definition 0: set 0 I 2621h ud33 CP10 address 2105h I 2622h ud34 CP10 set definition 0: set 0 I 2623h ud35 CP11 address 2116h I 2624h ud36 CP11 set definition 0: set 0 I 2625h ud37 CP12 address 2117h I 2626h ud38 CP12 set definition 0: set 0 I 2627h ud39 CP13 address 2118h I 2628h ud40 CP13 set definition 0: set 0 I 2629h ud41 CP14 address 2205h I 262Ah ud42 CP14 set definition 0: set 0 I 262Bh ud43 CP15 address 220Dh I 262Ch ud44 CP15 set definition 0: set 0 I 262Dh ud45 CP16 address 2207h I 262Eh ud46 CP16 set definition 0: set 0 I 262Fh ud47 CP17 address 2308h I 2630h ud48 CP17 set definition 0: set 0 I 2631h ud49 CP18 address 2501h I 2632h ud50 CP18 set definition 0: set 0 I 2633h ud51 CP19 address 2502h I 2634h ud52 CP19 set definition 0: set 0 I 2635h ud53 CP20 address 2208h I 2636h ud54 CP20 set definition 0: set 0 I 2637h ud55 CP21 address 220Bh I 2638h ud56 CP21 set definition 0: set 0 I 2639h ud57 CP22 address 2A02h I 263Ah ud58 CP22 set definition 0: set 0 I 263Bh ud59 CP23 address 2B02h I 263Ch ud60 CP23 set definition 0: set 0 I 263Dh ud61 CP24 address 2806h I 263Eh ud62 CP24 set definition 0: set 0 I 2657h ud87 prog. displ. source 0 I 2658h ud88 prog. displ. mult. 1500 I 2659h ud89 prog. displ. div. 4000 I 265Ah ud90 prog. displ. offset 0 I 265Bh ud91 prog. displ. dec.pos. 0 I 2702h Fr02 parameter set source 2: terminal (binary coded) I 2703h Fr03 parameter set lock 0: no set locked I 2704h Fr04 parameter set setting 0: set 0 I 2705h Fr05 paraset activ. delay 0 s I 2706h Fr06 paraset deact. delay 0 s I 2801h An01 noise filter REF+/- 0: off I 2802h An02 zero clamp REF+/- 0,2 % I 2803h An03 REF+/- gain 1,00 I 2804h An04 REF+/- offset x 0,0 % I 2805h An05 REF+/- offset y 0,0 % I 2806h An06 REF function 0: 0 - 10V => 0% - 100% I 2807h An07 noise filter REF 0: off I 2808h An08 zero clamp REF 0,2 % I 2809h An09 REF gain 1,00 I 280Ah An10 REF offset x 0,0 % I 280Bh An11 REF offset y 0,0 % I 280Ch An12 REF/AUX selection 0: REF(+/-) => ana. value / REF => AUX I 280Dh An13 AUX function 1: ana.ref. = ana.val. + AUX I 280Eh An14 analog out function 0: actual freq. I 280Fh An15 analog out gain 1,00 I 2810h An16 analog out offset x 0,0 % I 2811h An17 analog out offset y 0,0 % I 2816h An22 analog in mode 0 I 2817h An23 analog opt. gain 1,00 I 2818h An24 analog opt. offset x 0,0 % I 2819h An25 analog opt. offset y 0,0 % I 2900h di00 noise filter digital 0 ms I 2901h di01 NPN/PNP selection 0: PNP I 2902h di02 input logic 0: off I 2903h di03 input function I1 9: step frequency I 2904h di04 input function I2 1: SET I 2905h di05 input function I3 3: DC - brake I 2906h di06 input function I4 4: energy saving I 2907h di07 input function IA 0: disabled I 2908h di08 input function IB 0: disabled I 2909h di09 input function IC 0: disabled I 290Ah di10 input function ID 0: disabled I 290Eh di14 input trigger 0: off I 290Fh di15 select signal source 0: off I 2910h di16 digital input setting 0: off I 2911h di17 input strobe depend. 0: off I 2912h di18 select strobe source 0: off I 2913h di19 select strobe mode 0: positive transition I 2914h di20 rotation input 1: Input x1.10 u x1.11 => F/R I 2915h di21 reset mode for ST 0: reset with neg. edge of ST I 2A00h do00 output logic 2: O2 I 2A01h do01 output condition 1 14: act freq. = set freq. I 2A02h do02 output condition 2 2: fatal error I 2A03h do03 output condition 3 20: act freq. > freq. level (LE. 0 - 3) I 2A04h do04 output condition 4 0: disable I 2A09h do09 select OUT1 condition 1: do01 I 2A0Ah do10 select OUT2 condition 2: do02 I 2A0Bh do11 select OUT3 condition 4: do03 I 2A0Dh do13 select OUTA condition 0: no condition selected I 2A0Eh do14 select OUTB condition 0: no condition selected I 2A0Fh do15 select OUTC condition 0: no condition selected I 2A10h do16 select OUTD condition 0: no condition selected I 2A11h do17 OUT1 condition logic 0: no condition inverted I 2A12h do18 OUT2 condition logic 0: no condition inverted I 2A13h do19 OUT3 condition logic 0: no condition inverted I 2A15h do21 OUTA condition logic 0: no condition inverted I 2A16h do22 OUTB condition logic 0: no condition inverted I 2A17h do23 OUTC condition logic 0: no condition inverted I 2A18h do24 OUTD condition logic 0: no condition inverted I 2A19h do25 out cond. connection 0: all outputs or operation I 2B00h Le00 frequency level 1 0,0000 Hz I 2B01h Le01 frequency level 2 4,0000 Hz I 2B02h Le02 frequency level 3 4,0000 Hz I 2B03h Le03 frequency level 4 50,0000 Hz I 2B08h Le08 load level 1 50 % I 2B09h Le09 load level 2 100 % I 2B0Ah Le10 load level 3 100 % I 2B0Bh Le11 load level 4 100 % I 2B10h Le16 active curr. level 1 0,0 A I 2B11h Le17 active curr. level 2 0,0 A I 2B12h Le18 active curr. level 3 0,0 A I 2B13h Le19 active curr. level 4 0,0 A I 2B18h Le24 dc voltage level 1 250 V I 2B19h Le25 dc voltage level 2 250 V I 2B1Ah Le26 dc voltage level 3 250 V I 2B1Bh Le27 dc voltage level 4 250 V I 2B20h Le32 OL warning level 80 % I 2B22h Le34 OH warning level 70 °C I 2B23h Le35 timer value 0,00 s I 2B24h Le36 frequency hysteresis 0,5000 Hz I 2B29h Le41 timer level 1 0,00 I 2B2Ah Le42 timer level 2 0,00 I 2B2Bh Le43 timer level 3 0,00 I 2B2Ch Le44 timer level 4 0,00 I 2B2Dh Le45 timer A reset cond. 0: timer never resets I 2B2Eh Le46 timer A inc. cond. 0: timer never inc. I 2B2Fh Le47 timer A resolution 0: 0.01 sec. I 2B3Eh Le62 percentage level 1 0,0 % I 2B3Fh Le63 percentage level 2 0,0 % I 2B40h Le64 percentage level 3 0,0 % I 2B41h Le65 percentage level 4 0,0 % I 2B45h Le69 analog hysteresis 2,0 % I 2C00h In00 inverter type -1010: 07.F4.CXD 200V 16/16kHz I 2C01h In01 rated inv. current 4,0 A I 2C02h In02 max. output frequency 409,5875 Hz I 2C03h In03 max. carrier freq. 16,000 kHz I 2C04h In04 software version FFFFA140h I 2C05h In05 software date 1706,9 I 160Fh In06 configfile no. 59: F4C V1.4 (Standard) I 2C07h In07 serial no. (date) 9942 I 2C08h In08 serial no. (counter) 2011 I 2C09h In09 ser.no.(ab.no.high) 0 I 2C0Ah In10 ser.no.(ab.no.low) 0 I 2C28h In40 last error 1: ERROR OP I 2C29h In41 error counter OC 0 I 2C2Ah In42 error counter OL 0 I 2C2Bh In43 error counter OP 2 I 2C2Ch In44 error counter OH 1 I 2C2Dh In45 error counter watchd. 0 I 2C3Ah In58 user parameter 1 0 I 2C3Bh In59 user parameter 2 0 I 0104h Pr04 pole-number 4 I 0105h Pr05 malfunction code 0000h I 0106h Pr06 control word 0000h I 0107h Pr07 status word 0260h I 0108h Pr08 nominal speed value 0 1/min I 0109h Pr09 actual speed value 0 1/min I 010Ah Pr10 speed-min-amount 0 1/min I 010Bh Pr11 speed-max-amount 1500 1/min I 0110h Pr16 acc.-delta speed 1500 1/min I 0112h Pr18 acc.-delta time 10 s I 0119h Pr25 dec.-delta speed 1500 1/min I 011Bh Pr27 dec.-delta time 10 s I 0125h Pr37 speed ref. variable 0 1/min I 0126h Pr38 nominal percentage 0 I 0127h Pr39 perc. ref. variable 1500 I 0128h Pr40 actual percentage 0 I 0129h Pr41 perc.manip. variable 0 I 2709h Fr09 bus parameter set 1: set 1 I 2022h ru34 motorpoti act. val. 0,00 % I 2100h op00 freq. ref. source 2: +/- analog I 2101h op01 freq. ref. set. abs. 0,0000 Hz I 2102h op02 freq. ref. set. % 0,0 % I 2103h op03 rotation setting 0: Low Speed I 2104h op04 minimum ref. 0,0000 Hz I 2105h op05 maximum ref. 60,0000 Hz I 2106h op06 minimum ref. reverse 0,0000 Hz I 2107h op07 maximum ref. reverse 60,0000 Hz I 2108h op08 abs. max. freq. 100,0000 Hz I 2109h op09 abs. max. freq. rev. 100,0000 Hz I 210Ah op10 ramp mode 0 I 210Bh op11 acc. time 0,01 s I 210Ch op12 dec. time 0,01 s I 210Dh op13 acc. time reverse 0,01 s I 210Eh op14 dec. time reverse 0,01 s I 210Fh op15 s-curve time acc for 0: OFF I 2110h op16 s-curve time dec for 0: OFF I 2111h op17 s-curve time acc rev 0: OFF I 2112h op18 s-curve time dec rev 0: OFF I 2116h op22 step frequency 1 5,0000 Hz I 2117h op23 step frequency 2 50,0000 Hz I 2118h op24 step frequency 3 70,0000 Hz I 2119h op25 step freq. mode 2: step freq. rotation = terminal I 2120h op32 max. output freq. for 409,5875 Hz I 2121h op33 max. output freq. rev -1: OFF I 2203h Pn03 motor protection 0: off I 2204h Pn04 LAD stop function 1: LA I 2205h Pn05 LAD load level 140 % I 2206h Pn06 LD voltage 375 V I 2207h Pn07 speed search cond. 8: Auto-retry I 2208h Pn08 DC braking mode 0: off I 2209h Pn09 DC brake start freq. 4,0000 Hz I 220Ah Pn10 DC brake max. volt. 25,5 % I 220Bh Pn11 DC braking time 10,00 s I 220Ch Pn12 stall mode 1: Dec. to oP.4^6 / Pn13 => Is I 220Dh Pn13 stall level 150 % I 220Eh Pn14 stall acc/dec time 10,00 s I 220Fh Pn15 motorprot counter sel 0 I 2300h uf00 rated frequency 45,00 Hz I 2301h uf01 boost 15,0 % I 2302h uf02 add. rated frequency 0,00 Hz I 2303h uf03 add. rated voltage 0,0 % I 2304h uf04 delta boost 5,0 % I 2305h uf05 delta boost time 0,05 s I 2306h uf06 energy saving mode 3: enabled by input I 2307h uf07 energy saving level 0 % I 2308h uf08 DC voltage comp. 650: off I 2309h uf09 min. freq. for mod. 0,0000 Hz I 230Ah uf10 modulation mode 1: 3-Switch modulation / Overmod. disabled I 230Bh uf11 carrier frequency 4 kHz I 2401h dr01 rated motor speed 1440 1/min I 2402h dr02 rated motor current 1,6 A I 2403h dr03 rated motor freq. 50,0000 Hz I 2404h dr04 rated motor cos(phi) 0,72 I 2405h dr05 motor term. resist. 8,00 Ohm I 240Ch dr12 rated motor voltage 230 V I 2500h cn00 control mode 3 I 2501h cn01 slip compens. gain 0,00 I 2502h cn02 torque compens. gain 0,00 I 250Ah cn10 pi add. ref. fmin. 10 Hz I 250Bh cn11 pi add. ref. fmax 50 Hz I 250Ch cn12 pi add. ref. source 0: REF I 250Fh cn15 pi ref. abs. 0,0 % I 2510h cn16 pi kp 0,00 I 2511h cn17 pi ki 0,000 I 2705h Fr05 paraset activ. delay 0 s I 2706h Fr06 paraset deact. delay 0 s I 280Ch An12 REF/AUX selection 0: REF(+/-) => ana. value / REF => AUX I 280Dh An13 AUX function 1: ana.ref. = ana.val. + AUX I 280Eh An14 analog out function 0: actual freq. I 280Fh An15 analog out gain 1,00 I 2810h An16 analog out offset x 0,0 % I 2811h An17 analog out offset y 0,0 % I 2A00h do00 output logic 2: O2 I 2A01h do01 output condition 1 14: act freq. = set freq. I 2A02h do02 output condition 2 2: fatal error I 2A03h do03 output condition 3 20: act freq. > freq. level (LE. 0 - 3) I 2A04h do04 output condition 4 0: disable I 2A09h do09 select OUT1 condition 1: do01 I 2A0Ah do10 select OUT2 condition 2: do02 I 2A0Bh do11 select OUT3 condition 4: do03 I 2A0Dh do13 select OUTA condition 0: no condition selected I 2A0Eh do14 select OUTB condition 0: no condition selected I 2A0Fh do15 select OUTC condition 0: no condition selected I 2A10h do16 select OUTD condition 0: no condition selected I 2A11h do17 OUT1 condition logic 0: no condition inverted I 2A12h do18 OUT2 condition logic 0: no condition inverted I 2A13h do19 OUT3 condition logic 0: no condition inverted I 2A15h do21 OUTA condition logic 0: no condition inverted I 2A16h do22 OUTB condition logic 0: no condition inverted I 2A17h do23 OUTC condition logic 0: no condition inverted I 2A18h do24 OUTD condition logic 0: no condition inverted I 2A19h do25 out cond. connection 0: all outputs or operation I 2B00h Le00 frequency level 1 0,0000 Hz I 2B01h Le01 frequency level 2 4,0000 Hz I 2B02h Le02 frequency level 3 4,0000 Hz I 2B03h Le03 frequency level 4 50,0000 Hz I 2B08h Le08 load level 1 50 % I 2B09h Le09 load level 2 100 % I 2B0Ah Le10 load level 3 100 % I 2B0Bh Le11 load level 4 100 % I 2B10h Le16 active curr. level 1 0,0 A I 2B11h Le17 active curr. level 2 0,0 A I 2B12h Le18 active curr. level 3 0,0 A I 2B13h Le19 active curr. level 4 0,0 A I 2B18h Le24 dc voltage level 1 250 V I 2B19h Le25 dc voltage level 2 250 V I 2B1Ah Le26 dc voltage level 3 250 V I 2B1Bh Le27 dc voltage level 4 250 V I 2B20h Le32 OL warning level 80 % I 2B22h Le34 OH warning level 70 °C I 2B23h Le35 timer value 0,00 s I 2B29h Le41 timer level 1 0,00 I 2B2Ah Le42 timer level 2 0,00 I 2B2Bh Le43 timer level 3 0,00 I 2B2Ch Le44 timer level 4 0,00 I 2B3Eh Le62 percentage level 1 0,0 % I 2B3Fh Le63 percentage level 2 0,0 % I 2B40h Le64 percentage level 3 0,0 % I 2B41h Le65 percentage level 4 0,0 %