A0.00;Setting of user password;;FFFF;0;M;0;X;1;0;0CFFFF (Set to 0 for no password; any nonzero value enables password protection)
A0.01;Parameter display;;3;0;M;0;X;0;0;0: Display all function codes (the A1.20CA1.21 group codes are valid for show/hide)|1: Display only the two function codes A0.00 and A0.01|2: Display only A0.00, A0.01, and the user-defined function codes A1.00CA1.19|3: Display only A0.00, A0.01, and the function codes that differ from the factory defaults
A0.02;Parameter protection;;1;0;S;0;X;0;0;0: All parameter programmable         |1: Only A0-00 and this parameter programmable
A0.03;Parameter restoration;;4;0;S;0;X;0;0;0: No operation     |1: Clear fault record |2: Restore all parameters to factory default (prior to U0 group, excluding motor parameters)|3: Restore all parameters to factory default (prior to U0 group, including motor parameters)|4: Restore all parameters to backup parameters (prior to U0 group)
A0.04;Parameter backup;;1;0;S;0;X;0;0;0: No operation|1: Backup all parameters (prior to U0 group)
A0.05;Function code copy;;3;0;;0;X;0;0;0: No operation|1: Upload parameter|2: Download parameter (excluding motor parameters)|3: Download parameter (including motor parameters)
A0.06;Reserved;;1;0;S;0;X;0;0;Reserved
A0.07;Reserved;;65535;0;S;0;X;0;0;Reserved
A0.08;Motor 1 / motor 2 selection;;1;0;S;0;X;0;0;0: Motor 1|1: Motor 2
A0.09;Motor control technique;;44;0;S;0;X;1;0;Ones place: motor 1 control technique|Tens place: motor 2 control technique|0: V/f control|1: Sensor-less vector control 1|2: Sensor-less vector control 2|3. Closed-loop vector control |Note: Torque control is not available if set to 0 or 1
A0.10;Reserved;;65535;0;S;0;X;0;0;Reserved
A1.00;User-defined display parameter 1;;2FFF;0;;0;X;1;0;Thousands digit setting range: 0, A, b, C, d, E, F, H, L, U|Hundreds digit setting range: 0C9|Tens digit setting range: 0C9|Ones digit setting range: 0C9||0000 indicates no setting or an invalid setting.||If the set value exceeds the valid range, after pressing the ENTER key, it will automatically change to 0000, meaning the setting is invalid.||For example, if the thousands digit is E, the hundreds digit is 2, the tens digit is 0, and the ones digit is 6, the corresponding user-defined display parameter will be E2.06.||If there are duplicate parameters, they will only be displayed once.
A1.01;User-defined display parameter 2;;2FFF;0;;0;X;1;0;
A1.02;User-defined display parameter 3;;2FFF;0;;0;X;1;0;
A1.03;User-defined display parameter 4;;2FFF;0;;0;X;1;0;
A1.04;User-defined display parameter 5;;2FFF;0;;0;X;1;0;
A1.05;User-defined display parameter 6;;2FFF;0;;0;X;1;0;
A1.06;User-defined display parameter 7;;2FFF;0;;0;X;1;0;
A1.07;User-defined display parameter 8;;2FFF;0;;0;X;1;0;
A1.08;User-defined display parameter 9;;2FFF;0;;0;X;1;0;
A1.09;User-defined display parameter 10;;2FFF;0;;0;X;1;0;
A1.10;User-defined display parameter 11;;2FFF;0;;0;X;1;0;
A1.11;User-defined display parameter 12;;2FFF;0;;0;X;1;0;
A1.12;User-defined display parameter 13;;2FFF;0;;0;X;1;0;
A1.13;User-defined display parameter 14;;2FFF;0;;0;X;1;0;
A1.14;User-defined display parameter 15;;2FFF;0;;0;X;1;0;
A1.15;User-defined display parameter 16;;2FFF;0;;0;X;1;0;
A1.16;User-defined display parameter 17;;2FFF;0;;0;X;1;0;
A1.17;User-defined display parameter 18;;2FFF;0;;0;X;1;0;
A1.18;User-defined display parameter 19;;2FFF;0;;0;X;1;0;
A1.19;User-defined display parameter 20;;2FFF;0;;0;X;1;0;
A1.20;Parameter group display/hide setting 1;;FFFF;0;;0;X;1;0;0CFFFF
A1.21;Parameter group display/hide setting 2;;FFFF;0;;0;X;1;0;0CFFFF
A1.22;Reserved;;FFFF;0;;0;X;1;0;0CFFFF
b0.00;FREQ set mode;;4;0;S;0;X;0;0;0: Master frequency reference     |1: Master & auxiliary computation result      |2: Switch between master and auxiliary frequency reference|3: Switch between master frequency reference, and master & auxiliary computation result|4: Switch between auxiliary frequency reference, and master & auxiliary computation result
b0.01;Master FREQ set source;;12;0;S;0;X;0;0;0: Digital setting (b0-02) + control panel UP/DOWN adjustment |1: Digital setting (b0-02) + terminal UP/DOWN adjustment|2: AI1(on default IO board)|3: AI2 (on default IO board)|4: AI3 (on extension IO board)|5: A4 (on extension IO board) |6: X5 pulse input|7: Process PID output|8: PLC|9: Multi-step speed |10: Communication input|11: PA/PB input|12. Rotating knob keypad input
b0.02;Master Frequency digital setting;;60000;0;M;2;H;0;0;b0-10-b0-09 
b0.03;Auxiliary FREQ set;;12;0;S;0;X;0;0;0: No command|1: Digital setting (b0-02) + Control panel UP/DOWN adjustment|2: Digital setting (b0-04) + terminal UP/DOWN adjustment|3: AI1(on default IO board)|4: AI2(on default IO board)|5: AI3 (on extension IO board)|6: AI4 (on extension IO board)|7: X5 pulse input|8: Process PID output|9: PLC|10: Multi-step speed|11: Communication|12: Rotating knob keypad input
b0.04;Auxiliary FREQ digital setting;;60000;0;M;2;H;0;0;b0-10-b0-09 
b0.05;Auxiliary FREQ range;;1;0;S;0;X;0;0;0: Relative to maximum frequency|1: Relative to master frequency 
b0.06;Auxiliary FREQ coeff;;1000;0;M;1;%;0;0;0.0%C100.0%
b0.07;Computation of master and auxiliary FREQ;;3;0;S;0;X;0;0;0: Master + auxiliary   |1: Master - auxiliary    |2: Max {master, auxiliary}   |3: Min {master, auxiliary}
b0.08;Maximum FREQ;;60000;0;S;2;H;0;0;Upper limit frequency -600.00Hz
b0.09;Upper limit FREQ;;60000;0;S;2;H;0;0;Lower limit frequency - maximum frequency
b0.10;Lower limit FREQ;;60000;0;S;2;H;0;0;0.00Hz-upper limit frequency
b0.11;Operation when set FREQ lower than lower limit FREQ;;2;0;S;0;X;0;0;0: Run at lower limit frequency    |1: Run at 0 Hz    |2: Stop
b0.12;Time-delay of stop when set FREQ lower than lower limit FREQ;;65535;0;S;1;S;0;0;0.0sC6553.5s
b0.13;Lower limit of skip FREQ band 1;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.14;Upper limit of skip FREQ band 1;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.15;Lower limit of skip FREQ band 2;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.16;Upper limit of skip FREQ band 2;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.17;Lower limit of skip FREQ band 3;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.18;Upper limit of skip FREQ band 3;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
b0.19;Jog FREQ;;60000;0;M;2;H;0;0;0.00Hz-upper limit frequency
b0.20;Reserved;;65535;0;M;0;X;0;0;0C65535
b1.00;Run command;;2;0;S;0;X;0;0;0: Control panel control   |1: Terminal control    |2: Communication control 
b1.01;Binding of run command and frequency set;;DDD;0;S;0;X;1;0;Ones place: frequency reference source bundled under control panel control:|Tens place: frequency reference source bundled under terminal control:|Hundreds place: frequency reference source bundled under communication control:|0: No binding |1: Digital setting (b0-02) + control panel UP/DOWN adjustment |2: Digital setting (b0-02) + terminal UP/DOWN adjustment|3: Analog input AI1     |4: Analog input AI2     |5: Analog input AI3 (on extension IO board)|6: Analog input AI4 (on extension IO board)|7. X5 pulse input      |8: Process PID output      |9: PLC        |A: Multi-step frequency    |B: Communication input|C. PA/PB input|D. Rotating knob keypad input
b1.02;Run direction;;1;0;M;0;X;0;0;0: Forward|1: Reverse
b1.03;Reverse disabled;;1;0;S;0;X;0;0;0: Reverse enabled     |1: Reverse disabled 
b1.04;Dead time between forward and reverse;;36000;0;M;1;S;0;0;0.0s-3600.0s
b1.05;Start method;;2;0;S;0;X;0;0;0: From start frequency (b1-06)    |1: DC injection braking start     |2: Flying start  
b1.06;Start FREQ;;60000;0;S;2;H;0;0;0.00Hz-upper limit frequency
b1.07;Holding time of start FREQ;;36000;0;M;1;S;0;0;0.0s-3600.0s
b1.08;DC braking current at start;;1000;0;M;1;%;0;0;0.0%C100.0%
b1.09;DC braking time at start;;3000;0;M;2;S;0;0;0.00s-30.00s
b1.10;Flying start 1 current;;2000;0;M;1;%;0;0;0.0%-200.0%
b1.11;Flying start 1 Decel time;;200;1;M;1;S;0;0;0.1s-20.0s
b1.12;Flying start V/F coeff;;1000;0;M;1;%;0;0;0.0%C100.0%
b1.13;Stop method;;2;0;S;0;X;0;0;0: Ramp to stop|1: Coast to stop|2: Ramp to stop + DC injection brake
b1.14;Start FREQ of DC brake stop;;60000;0;M;2;H;0;0;0.00Hz-upper limit frequency
b1.15;DC brake current;;1000;0;M;1;%;0;0;0.0%C100.0%
b1.16;DC brake time;;3000;0;M;2;S;0;0;0.00s-30.00s
b1.17;Overexcitation brake;;8;0;S;0;X;0;0;0: Disabled |1: Enabled based on DC bus voltage|2: Enabled on 120% rated voltage|3: Enabled on 125% rated voltage|4: Enabled on 130% rated voltage|5: Enabled on 135% rated voltage|6: Enabled on 140% rated voltage|7:Enabled on 145% rated voltage|8: Enabled on 150% rated voltage
b1.18;Dynamic brake;;1;0;S;0;X;0;0;0: disabled|1: enabled
b1.19;Dynamic brake threshold voltage;;750;650;S;0;V;0;0;650V-750V
b1.20;Auto restart when power up again after power loss;;1;0;S;0;X;0;0;0: disabled|1: enabled
b1.21;Time delay of auto restart when power up again;;100;0;M;1;S;0;0;0.0s-10.0s
b1.22;Flying start mode;;12;0;S;0;X;1;0;Ones place: first -time power up search frequency|0: Search from zero frequency|1: Search from the set frequency|2: Search from the maximum frequency|Tens place: Search from the opposite direction enabled|0: search from one direction|1: Search from two directions
b1.23;Speed tracking voltage threshold;;65535;0;S;0;X;0;0;0C65535
b1.24;Deceleration stop search speed;;1000;0;M;1;%;0;0;0C65535
b1.25;Search mode switching frequency;;65535;0;M;2;H;0;0;0C65535
b2.00;Accel/Decel time resolution;;2;0;S;0;X;0;0;0: 0.01s|1: 0.1s|2: 1s
b2.01;Accel time 1;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.02;Decel time 1;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.03;Accel time 2;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.04;Decel time 2;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.05;Accel time 3;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.06;Decel time 3;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.07;Accel time 4;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.08;Decel time 4;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.09;Decel time for emergency stop;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.10;Jog Accel time;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.11;Jog Decel time;;60000;0;M;0;S;0;0;0.0-600.00 s/ 6000.0 s/60000 s
b2.12;Accel/Decel curve;;3;0;S;0;X;0;0;0: Linear Accel/Decel    |1: Broken-line Accel/Decel    |2: S-curve Accel/Decel A     |3: S-curve Accel/Decel B   
b2.13;Accel time switching FREQ of broken-line Accel/Decel;;60000;0;M;2;H;0;0;Setting range: 0.00?Hz C maximum frequency.||If the frequency is greater than or equal to this value, acceleration time 1 is used.||If the frequency is less than this value, acceleration time 2 is used.||If the acceleration/deceleration time selection terminal is active, the terminal selection takes priority.
b2.14;Decel time switching FREQ of broken-line Accel/Decel;;60000;0;M;2;H;0;0;Setting range: 0.00?Hz C maximum frequency.||When the frequency is greater than or equal to this value, acceleration/deceleration time 1 is used.||When the frequency is less than this value, acceleration/deceleration time 2 is used.||If the acceleration/deceleration time selection terminal is active, the terminal selection takes priority.
b2.15;Time of Accel S-curve first segment;;6000;0;M;2;S;0;0;0.00s-60.00s (S-curve A)
b2.16;Time of Accel S-curve last segment ;;6000;0;M;2;S;0;0;0.00s-60.00s (S-curve A)
b2.17;Time of Decel S-curve first segment ;;6000;0;M;2;S;0;0;0.00s-60.00s (S-curve A)
b2.18;Time of Decel S-curve last segment ;;6000;0;M;2;S;0;0;0.00s-60.00s (S-curve A)
b2.19;Proportion of Accel S-curve first segment;;1000;0;M;1;%;0;0;0.0%-100.0%(b2.19+b2.20<=100%)|(S-curve B)
b2.20;Proportion of Accel S-curve last segment;;1000;0;M;1;%;0;0;0.0%-100.0%|(S-curve B)
b2.21;Proportion of Decel S-curve first segment;;1000;0;M;1;%;0;0;0.0%-100.0%(b2.21+b2.22<=100%)|(S-curve B)
b2.22;Proportion of Decel S-curve last segment;;1000;0;M;1;%;0;0;0.0%-100.0%|(S-curve B)
C0.00;Enabled condition of run command terminals when power up;;1;0;S;0;X;0;0;This function applies only to X terminals set as functions 1C4 (forward jog, reverse jog, forward run, and reverse run) and is effective only for the first run after power-on.||0: Active on rising edge + high level|After power-on, when the terminal changes from inactive to active and remains active, the inverter starts running.||1: Active on high level|After power-on, when the run terminal is active, the inverter starts running.
C0.01;Function of terminal X1;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.02;Function of terminal X2;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.03;Function of terminal X3;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.04;Function of terminal X4;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.05;Function of terminal X5;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.06;Function of terminal X6/DI;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.07;Function of terminal X7;;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.08;Function of terminal X8 (on extension IO board);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.09;Function of terminal X9 (on extension IO board);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.10;Function of terminal X10 (on extension IO board);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.11;Function of terminal AI1 (Digital enabled);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.12;Function of terminal AI2 (Digital enabled);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.13;Function of terminal AI3 (Digital enabled);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.14;Function of terminal AI4 (Digital enabled);;99;0;S;0;X;0;0;See the digital input terminal function definition list.
C0.15;Filtering time of digital input terminal;;1000;0;M;3;S;0;0;0.000 - 1.000s
C0.16;Delay time of terminal X1;;36000;0;M;1;S;0;0;0.0s-3600.0s
C0.17;Delay time of terminal X2;;36000;0;M;1;S;0;0;0.0s-3600.0s
C0.18;Digital input terminal enabled status setting 1;;1111;0;M;0;X;1;0;Ones place: X1|0: Positive logic|1: Negative logic|Tens place: X2 (same as ones place)    |Hundreds place: X3 (same as ones place)|Thousands place: X4 (same as ones place)
C0.19;Digital input terminal enabled status setting 2;;1111;0;M;0;X;1;0;Ones place: X5 |0: Positive logic |1: Negative logic |Tens place: X6 (same as ones place)    |Hundreds place: X7 (same as ones place)     |Thousands place: X8 (same as ones place)
C0.20;Digital input terminal enabled status setting 3;;1111;0;M;0;X;1;0;Ones place: X9 ((on extension IO board)|0: Positive logic |1: Negative logic |Tens place: X10 ((on extension IO board)|Hundreds place: AI1|Thousands place: AI2
C0.21;Digital input terminal enabled status setting 4;;11;0;M;0;X;1;0;Ones place: AI3 ((on extension IO board)|0: Positive logic |1: Negative logic |Tens place: AI4 (on extension IO board)|0: Positive logic  |1: Negative logic  |Hundreds place: Reserved|Thousands place: Reserved
C0.22;Terminal UP/DOWN frequency adjustment control;;1111;0;M;0;X;1;0;Ones place: action when stop    |0: Clear|1: Holding|Tens place: action on power loss     |0: Clear|1: Holding|Hundreds place: integral function       |0: No integral function|1: Integral function enabled|Thousands place: run direction|0: Unable to change the direction|1: Enable to change the direction
C0.23;Terminal UP/DOWN frequency change step size;;10000;0;M;2;E;0;0;0.00Hz/s - 100.00Hz/s
C0.24;FWD/REV terminal control mode;;3;0;S;0;X;0;0;0: Two-wire mode 1|1: Two-wire mode 2|2: Three-wire mode 1|3: Three-wire mode 2
C0.25;Option of virtual input terminal;;3FFF;0;S;0;X;1;0;000 C 3FFF|0: Actual terminal in effect  |1: Virtual terminal in effect  |Ones place: BIT0 C BIT3: X1 C X4     |Tens place: BIT4 C BIT6: X5 C X8,      |Hundreds place: BIT0 C BIT3: X9 C X10,AI1,AI2|Thousands place: BIT0 C BIT1: AI3, AI4 (Note: X6-X10, AI3-AI4 are on the extension IO board)
C0.26;Enabled condition of run command terminal after fault reset;;1;0;M;0;X;0;0;0: Trigger edge detected + ON detected |1: ON detected 
C1.00;HDO output function;;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.01;DO1 output function ;;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.02;DO2 output function  (on extension IO board) ;;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.03;DO3 output function  (on extension IO board);;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.04;DO4 output function  (on extension IO board);;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.05;Output function selection R1;;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.06;R2 output function selection on extension IO board;;99;0;M;0;X;0;0;Refer to the digital output terminal function definition list.
C1.07;HOD output delay time;;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.08;DO1 output delay time;;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.09;DO2 output delay time (on extension IO board);;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.10;DO3 output delay time (on extension IO board);;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.11;DO4 output delay time (on extension IO board) ;;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.12;output delay time R1;;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.13;R2 output delay time of extension board;;36000;0;M;1;S;0;0;0.0s - 3600.0s
C1.14;Digital output terminal enabled status setting 1;;111;0;S;0;X;1;0;Ones place: HDO|0: Positive logic |1: Negative logic |Tens place: Relay output R1 on default IO board (Same as ones place)|Hundreds place: Relay output R2 (Same as ones place)|Thousands place: Reserved
C1.15;Digital output terminal enabled status setting 2;;1111;0;S;0;X;1;0;Ones place: DO1|0: Positive logic |1: Negative logic |Tens place: DO2 (Same as ones place)|Hundreds place: DO3 (Same as ones place)|Thousands place: DO4 (Same as ones place)
C1.16;Detective object of frequency doubling technology (FDT) ;;11;0;M;0;X;1;0;Ones place: FDT1 detective object     |0: Set value of speed (frequency after Accel/Decel) |1: Detected speed value    |Tens place: FDT2 detective object|0: Set value of speed (frequency after Accel/Decel)      |1: Detected speed value
C1.17;FDT1 upper value;;60000;0;M;2;H;0;0;0.00Hz - b0.08
C1.18;FDT1 lower value;;60000;0;M;2;H;0;0;0.00Hz - b0.08
C1.19;FDT2 upper value;;60000;0;M;2;H;0;0;0.00Hz - b0.08
C1.20;FDT2 lower value;;60000;0;M;2;H;0;0;0.00Hz - b0.08
C1.21;Detection width of FREQ attained;;60000;0;M;2;H;0;0;0.00Hz - b0.08
C1.22;Zero current detection value;;500;0;M;1;%;0;0;0.0%C50.0%  When the inverter output current is below the C1.13 set value and remains so for the duration of C1.14, the Y terminal outputs a zero current detection signal.
C1.23;Zero current detection time ;;5000;1;M;2;S;0;0;0.01s - 50.00s
C2.00;Analog input curve;;3333;0;S;0;X;1;0;Ones place: AI1 input curve     |0: Curve 1 (2 points)     |1: Curve 2 (4 points)     |2: Curve 3 (4 points)     |3: AI Curve X terminal switchover|Tens place: AI2 input curve|(same as ones place) |Hundreds place: AI3 input curve (same as ones place, IO option board) |Thousands place: AI4 input curve (same as ones place, IO option board) 
C2.01;Curve 1 maximum input;;1100;-1100;M;1;%;0;1;Curve 1 minimum input - 110.0%
C2.02;Curve 1 maximum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.03;Curve 1 minimum input;;1100;-1100;M;1;%;0;1;-110.0% C  Curve 1 maximum input
C2.04;Curve 1 minimum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.05;Curve 2 maximum input;;1100;-1100;M;1;%;0;1;Range: input of curve 2 inflection point A C 110.0%
C2.06;Curve 2 maximum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.07;Input of curve 2 inflection point A;;1100;-1100;M;1;%;0;1;input of curve 2 inflection point B  C  maximum input of curve 2
C2.08;Input of curve 2 inflection point A;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.09;Input of curve 2 inflection point B;;1100;-1100;M;1;%;0;1;minimum input of curve 2 C input of curve 2 inflection point A
C2.10;Input of curve 2 inflection point B;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.11;Curve 2 minimum input;;1100;-1100;M;1;%;0;1;-110.0% C input of curve 2 inflection point B
C2.12;Curve 2 minimum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.13;Curve 3 maximum input;;1100;-1100;M;1;%;0;1;input of curve 3 inflection point A C 110.0%
C2.14;Curve 3 maximum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.15;Input of curve 3 inflection point A;;1100;-1100;M;1;%;0;1;input of curve 3 inflection point B C maximum input of curve 3
C2.16;Input of curve 3 inflection point A;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.17;Input of curve 3 inflection point B;;1100;-1100;M;1;%;0;1;minimum input of curve 3 C input of curve 3 inflection point A
C2.18;Input of curve 3 inflection point B;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.19;Curve 3 minimum input;;1100;-1100;M;1;%;0;1;-110.0% C input of curve 3 inflection point B
C2.20;Curve 3 minimum input;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.21;AI1 terminal filtering time;;10000;0;M;3;S;0;0;0.000s C 10.000s
C2.22;AI2 terminal filtering time;;10000;0;M;3;S;0;0;0.000s C 10.000s
C2.23;AI3 terminal filtering time;;10000;0;M;3;S;0;0;0.000s C 10.000s
C2.24;AI4 terminal filtering time;;10000;0;M;3;S;0;0;0.000s C 10.000s
C2.25;DI maximum input;;500;0;M;1;K;0;0;X5 minimum input C 50.0kHz
C2.26;DI maximum setting;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.27;DI minimum input;;500;0;M;1;K;0;0;0.0 kHz C X5 maximum input
C2.28;DI minimum setting;;1000;-1000;M;1;%;0;1;-100% C 100%
C2.29;DI filtering time;;1000;0;M;3;S;0;0;0.000s C 1.000s
C2.30;switching gain;;1000;0;M;1;%;0;1;0.0%C100.0%
C3.00;AO1 output function;;99;0;M;0;X;0;0;0: No output|1: FREQ reference|2: Output frequency|3: Output current (relative to freq. rated value)|4: Output torque (absolute value)|5: Output voltage |6: Output power |7: Bus voltage |8: Torque command|9: Torque current|10: Magnetic flux current |11: AI1|12: AI2|13: AI3|14: AI4|15: X5|16: Communication input percentage|17: Output frequency before compensation|18: Output current (relative to motor rated current)|19: Output torque (direction hinted)|20: Set torque (direction hinted)|21 C 99: Reserved
C3.01;EAO output function (on IO option);;99;0;M;0;X;0;0;0: No output|1: FREQ reference|2: Output frequency|3: Output current (relative to freq. rated value)|4: Output torque (absolute value)|5: Output voltage |6: Output power |7: Bus voltage |8: Torque command|9: Torque current|10: Magnetic flux current |11: AI1|12: AI2|13: AI3|14: AI4|15: X5|16: Communication input percentage|17: Output frequency before compensation|18: Output current (relative to motor rated current)|19: Output torque (direction hinted)|20: Set torque (direction hinted)|21 C 99: Reserved
C3.02;HDO output function;;99;0;M;0;X;0;0;0: No output|1: FREQ reference|2: Output frequency|3: Output current (relative to freq. rated value)|4: Output torque (absolute value)|5: Output voltage |6: Output power |7: Bus voltage |8: Torque command|9: Torque current|10: Magnetic flux current |11: AI1|12: AI2|13: AI3|14: AI4|15: X5|16: Communication input percentage|17: Output frequency before compensation|18: Output current (relative to motor rated current)|19: Output torque (direction hinted)|20: Set torque (direction hinted)|21 C 99: Reserved
C3.03;AO1 offset;;1000;-1000;M;1;%;0;1;-100% C 100%
C3.04;AO1 gain;;2000;-2000;M;3;X;0;1;-2.000 C 2.000
C3.05;AO1 filtering time;;100;0;M;1;S;0;0;0.0s-10.0s
C3.06;EAO offset;;1000;-1000;M;1;%;0;1;-100% C 100%
C3.07;EAO gain;;2000;-2000;M;3;X;0;1;-2.000 C 2.000
C3.08;EAO filtering time;;100;0;M;1;S;0;0;0.0s-10.0s
C3.09;HDO maximum output pulse frequency;;500;1;M;1;K;0;0;0.1KHz C 50.0KHz
C3.10;HDO output center point;;2;0;S;0;X;0;0;0: No center point     |1: Center point is (C3-09)/2, and the corresponding parameter value is positive when frequency is higher than center point. |2: Center point is (C3-09)/2, and the corresponding parameter value is positive when frequency is lower than center point
C3.11;HDO output filtering time;;1000;0;M;2;S;0;0;0.00s C 10.00s
C4.00;Analog corrected channel;;4;0;S;0;X;0;0;0: No correction |1: Correct AI1|2: Correct AI2|3: Correct AI3|4: Correct AI4
C4.01;Sampling value of AI1 calibration point 1;;1000;0;R;2;V;0;0;0.00V C 10.00V
C4.02;Input value of AI1 calibration point 1;;1000;0;S;2;V;0;0;0.00V C 10.00V
C4.03;Sampling value of AI1 calibration point 2;;1000;0;R;2;V;0;0;0.00V C 10.00V
C4.04;Input value of AI1 calibration point 2;;1000;0;S;2;V;0;0;0.00V C 10.00V
C4.05;Sampling value of AI2 calibration point 1;;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
C4.06;Input value of AI2 calibration point 1;;1000;-1000;S;2;V;0;1;-10.00V C 10.00V
C4.07;Sampling value of AI2 calibration point 2;;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
C4.08;Input value of AI2 calibration point 2;;1000;-1000;S;2;V;0;1;-10.00V C 10.00V
C4.09;Sampling value of AI3 calibration point 1;;1000;0;R;2;V;0;0;0.00V C 10.00V
C4.10;Input value of AI3 calibration point 1;;1000;0;S;2;V;0;0;0.00V C 10.00V
C4.11;Sampling value of AI3 calibration point 2;;1000;0;R;2;V;0;0;0.00V C 10.00V
C4.12;Input value of AI3 calibration point 2;;1000;0;S;2;V;0;0;0.00V C 10.00V
C4.13;Sampling value of AI4 calibration point 1;;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
C4.14;Input value of AI4 calibration point 1;;1000;-1000;S;2;V;0;1;-10.00V C 10.00V
C4.15;Sampling value of AI4 calibration point 2;;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
C4.16;Input value of AI4 calibration point 2;;1000;-1000;S;2;V;0;1;-10.00V C 10.00V
C4.17;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.18;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.19;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.20;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.21;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.22;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.23;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.24;Reserved;;2000;-2000;S;1;%;0;1;-200.0% C 200.0%
C4.25;Reserved;;10000;0;S;0;V;0;0;0.000V C 10.000V
C4.26;Reserved;;10000;0;S;0;V;0;0;0.000V C 10.000V
d0.00;Type of motor 1;;2;0;S;0;X;0;0;0: Ordinary ACIM   |1: Variable frequency ACIM|2: Permanent magnet synchronous motor (reserved)|3: Synchronous reluctance motor (reserved)
d0.01;Power rating of motor 1;;65535;4;S;1;k;0;0;0.4KW C 6553.5KW
d0.02;Rated voltage of motor 1;;480;0;S;0;V;0;0;0V C 480V(for drives 380V level)
d0.03;Rated current of motor 1;;65535;0;S;1;A;0;0;0.0A C 6553.5A
d0.04;Rated frequency of motor 1;;60000;0;S;2;H;0;0;0.00Hz C 600.00Hz
d0.05;Pole number of motor 1;;400;1;S;0;X;0;0;1 C 400
d0.06;Rated speed of motor 1;;65535;0;S;0;R;0;0;0r/min C 65535r/min
d0.07;Stator resistance R1 of async motor 1;;65535;1;S;3;O;0;0;0.001 C 65.535
d0.08;Leakage inductance L1 of async motor 1;;65535;1;S;1;M;0;0;0.1mH C 6553.5mH
d0.09;Rotor resistance R2 of async motor 1;;65535;1;S;3;O;0;0;0.001 C 65.535
d0.10;Mutual inductance L2 of async motor 1;;65535;1;S;1;M;0;0;0.1mH C 6553.5mH
d0.11;No-load current of async motor 1;;65535;0;S;1;A;0;0;0.0A C 6553.5A
d0.12;Power factor of async motor 1;;1000;1;S;3;X;0;0;0.001 C 1.000
d0.13;Reserved;;65535;0;S;0;X;0;0;0 C 65535
d0.14;Reserved;;65535;0;S;2;M;0;0;0.0mH C 6553.5mH
d0.15;Reserved;;65535;1;S;3;O;0;0;0.001 C 65.535
d0.16;Reserved;;65535;1;S;2;M;0;0;0.1mH C 6553.5mH
d0.17;Reserved;;65535;1;S;2;M;0;0;0.1mH C 6553.5mH
d0.18;Reserved;;10000;0;S;1;V;0;0;0 C 1000
d0.19;Reserved;;1000;0;S;1;%;0;0;0.0% C 100.0%, 100% related to the motor rated current
d0.20;Reserved;;3600;0;S;1;X;0;0;0 C 360.0
d0.21;Reserved;;65535;0;M;0;X;0;0;0C65535
d0.22;Autotuning of motor 1;;3;0;S;0;X;0;0;0: No autotune|1: Static autotune |2: Rotary autotune|3: Syn motor encoder installation angle identification (reserved)|
d0.23;Overload protection mode of motor 1;;2;0;S;0;X;0;0;0: No protection|1: Judged by motor current|2: Judged by temperature transducer
d0.24;Overload protection detection time of motor 1;;150;1;S;1;X;0;0;0.1 C 15.0min
d0.25;Temperature transducer signal input of motor 1;;54;0;S;0;X;1;0;Ones place: sensor channel|0: No sampling|1: Analog input TEMP (on extension PG board)|2: Analog input EAI (on extension IO board)|Tens place: sensor type:|0: PT100|1: PT1000|2: KTY84|3: NTC
d0.26;Thermal protection threshold of motor 1 temperature transducer;;2000;0;S;1;C;0;1;0C200.0C
d0.27;Motor 1 encoder type;;F137;0;S;0;X;1;0;Ones place C Encoder type:|0: ABZ incremental encoder|1: UVW incremental encoder|2: Resolver|3: SINCOS with CD signal|4: SINCOS without CD signal|5: Tamagawa absolute encoder|6: Heidenhain absolute encoder|7: Heidenhain absolute encoder with SINCOS signal|Note: When switching encoder types involving absolute encoders (5), a power cycle is required. This applies both when switching between absolute and non-absolute types, and between different absolute types.|Tens place C Resolver transformation ratio:|0: None|1: 0.23|2: 0.28|3: 0.5|Hundreds place:|0: Encoder type set manually|1: Encoder type set automatically|Thousands place:|bit12|0: Low-speed CAP speed measurement + high-speed QEP speed measurement|1: Full-range QEP speed measurement|bit13|0: Sin/Cos uses subdivision speed measurement|1: Sin/Cos does not use subdivision speed measurement|bit14C15|0: 1/4 fixed filter|1: Enable adaptive pin filter|2: 1/8 fixed filter
d0.28;Encoder resolution of motor 1;;16000;1;S;0;X;0;0;1 C 16000
d0.29;Encoder direction of motor 1;;11;0;S;0;X;1;0;Ones Place: AB direction|0: Forward|1: Reverse|Tens Place: UVW direction (Only valid for UVW encoder)|0: Forward|1: Reverse
d0.30;Numerator of motor 1 mechanical gear ratio;;65535;1;S;0;X;0;0;1 C 65535
d0.31;Denominator of motor 1 mechanical gear ratio;;65535;1;S;0;X;0;0;1 C 65535
d0.32;Disconnection detection of motor 1 encoder;;80;0;M;1;S;0;0;0.0s C 8.0s (0.0s means this function is invalid) 
d0.33;Motor 1 Sin bias;;4095;0;M;0;X;0;0;0 C 4095
d0.34;Motor 1 Cos bias;;4095;0;M;0;X;0;0;0 C 4095
d0.35;Motor 1 Sin gain;;4095;0;M;0;X;0;0;0 C 4095
d0.36;Motor 1 Cos gain;;4095;0;M;0;X;0;0;0 C 4095
d0.37;Sin, Cos and Z phase difference of motor 1 ;;3600;0;M;1;X;0;0;0 C 3600
d0.38;Motor temperature coefficient;;2000;0;M;3;X;0;0;0 C 2000
d0.39;Reserved;;65535;0;M;0;X;0;0;0C65535
d0.40;Reserved;;65535;0;M;0;X;0;0;0C65535
d1.00;V/f curve setting;;8;0;S;0;X;0;0;0: Linear V/f     |1: Multi-step V/f (d1-01 C d1-08)    |2: 1.2nd power    |3: 1.4th power    |4: 1.6th power    |5: 1.8th power   |6: 2.0nd power |7: V/F separation method 1|8: V/F separation method 2
d1.01;V/f FREQ value f3;;60000;0;S;2;H;0;0;0.00Hz C rated frequency of motor
d1.02;V/f voltage value V3;;1000;0;S;1;%;0;0;0.0% C 100.0%; 
d1.03;V/f FREQ value f2;;60000;0;S;2;H;0;0;d1-05 C d1-01
d1.04;V/f voltage value V2;;1000;0;S;1;%;0;0;0.0% C 100.0% 
d1.05;V/f FREQ value f1;;60000;0;S;2;H;0;0;d1-07 C d1-03
d1.06;V/f voltage value V1;;1000;0;S;1;%;0;0;0.0%C100.0%
d1.07;V/f FREQ value f0;;60000;0;S;2;H;0;0;0.00Hz C d1-05
d1.08;V/f voltage value V0;;1000;0;S;1;%;0;0;0.0%C100.0%
d1.09;Torque boost;;400;0;M;1;%;0;0;0.0% C 30.0%; 0.0% is automatic torque boost
d1.10;Slip compensation gain;;4000;0;M;1;%;0;0;0.0% C 400.0%
d1.11;Droop control value;;1000;0;M;2;H;0;0;0.00Hz C maximum frequency
d1.12;Current limit mode selection;;6;0;S;0;X;0;0;0: Disabled    |1: Set by d1-13    |2: Set by AI1  |3: Set by AI2  |4: Set by AI3  |5. Set by AI4|6: Set by X5
d1.13;Digital setting of current limit value;;2000;200;M;1;%;0;0;20.0% C 200.0%
d1.14;Current limit coeff on flux weakening;;1000;1;M;3;X;0;0;0.001 C 1.000
d1.15;Energy saving percentage;;400;0;M;1;%;0;0;0% C 40.0%
d1.16;V/f oscillation suppression gain 1;;3000;0;M;0;X;0;0;0 C 3000
d1.17;V/f oscillation suppression gain 2;;3000;0;M;0;X;0;0;0 C 3000
d1.18;Voltage setting on V/f separated pattern;;6;0;S;0;X;0;0;0: by D1-19 digital setting|1: by AI1 |2: by AI2 |3: by AI3 |4: by AI4  |5: by process PID output|6: by AI1+ process PID output
d1.19;Digital set voltage on V/f separated pattern  ;;1000;0;M;1;%;0;0;0.0% C  100.0%
d1.20;Voltage variation time on V/f separated pattern  ;;60000;1;M;2;S;0;0;0.00S  C  600.00s
d2.00;Speed/torque control   ;;1;0;S;0;X;0;0;0: speed control |1: torque control 
d2.01;ASR high-speed proportional gain Kp1;;200;0;M;1;X;0;0;0.0 C 20.0
d2.02;ASR high-speed integration time Ti1;;8000;0;M;3;S;0;0;0.000s C 8.000s
d2.03;ASR low-speed proportional gain Kp2;;200;0;M;1;X;0;0;0.0 C 20.0
d2.04;ASR low-speed integration time Ti2;;8000;0;M;3;S;0;0;0.000s C 8.000s
d2.05;ASR switching FREQ 1;;60000;0;M;2;H;0;0;0.00Hz C d2-06
d2.06;ASR switching FREQ 2;;60000;0;M;2;H;0;0;d2-05 C upper limit frequency
d2.07;ASR input filtering time;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
d2.08;ASR output filtering time;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
d2.09;D-axis ACR proportion coefficient Kp;;8000;0;M;3;X;0;0;0.000 C 8.000
d2.10;D-axis ACR integration coefficient Ki;;8000;0;M;3;X;0;0;0.000 C 8.000
d2.11;Pre-excitation time ;;5000;0;M;3;S;0;0;0.000s C 5.000s
d2.12;Driven torque restriction source;;6;0;S;0;X;0;0;0: d2-14 digital setting    |1: AI1    |2: AI2     |3: AI3       |4: AI4  |5: X5 pulse input|6. Communication 
d2.13;Braking torque restriction source;;6;0;S;0;X;0;0;0: d2-15 digital setting   |1: AI1     |2: AI2     |3: AI3       |4: AI4|5: X5 pulse input     |6: Communication
d2.14;Digital setting of driven torque limit value;;2000;0;M;1;%;0;0;0.0%-200.0%
d2.15;Digital setting of braking torque limit value;;2000;0;M;1;%;0;0;0.0%-200.0%
d2.16;Torque limit coefficient in flux weakening;;1000;0;M;1;%;0;0;0.0%C100.0%
d2.17;Driven slip compensation gain;;3000;100;M;1;%;0;0;10.0% C 300.0% 
d2.18;Brake slip compensation gain;;3000;100;M;1;%;0;0;10.0% C 300.0% 
d2.19;Torque reference source;;6;0;S;0;X;0;0;0: Set by d2-20 |1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input  |6: Communication
d2.20;Digital setting of torque;;2000;-2000;M;1;%;0;1;-200.0% C 200.0%
d2.21;Forward speed limitation source under torque control;;6;0;S;0;X;0;0;0: Set by d2-23|1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input |6: Communication
d2.22;Reverse speed limitation source under torque control;;6;0;S;0;X;0;0;0: Set by d2-24|1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input |6: Communication
d2.23;Forward speed limited value under torque control;;60000;0;M;2;H;0;0;0.00Hz  C b0-08
d2.24;Reverse speed limited value under torque control;;60000;0;M;2;H;0;0;0.00Hz  C b0-08
d2.25;Set torque accel/decel time;;12000;0;M;2;S;0;0;0.00s C 120.00s
d2.26;Energy saving percentage for ACIM;;1000;0;M;1;%;0;0;0% C 100.0%
d2.27;Starting point of energy-saving torque;;4096;0;M;0;X;0;0;0 C 4096
d2.28;Ending point of energy-saving torque;;4096;0;M;0;X;0;0;0 C 4096
d2.29;Q-axis ACR proportion coefficient Kp;;8000;0;M;3;X;0;0;0.000 C 8.000
d2.30;Q-axis ACR integration coefficient Ki;;8000;0;M;3;X;0;0;0.000 C 8.000
d2.31;D axis decoupling  coefficient;;65535;0;M;3;X;0;0;0 C 65.535
d2.32;Q axis decoupling coefficient;;65535;0;M;3;X;0;0;0 C 65.535
d2.33;Maximum voltage utilization rate;;1100;0;M;1;%;0;0;0 C 110.0%
d2.34;Field-weakening hysteresis bandwidth;;65535;0;M;0;X;0;0;0C65535
d2.35;Field-weakening proportional gain;;65535;0;M;0;X;0;0;0C65535
d2.36;Field-weakening integral gain;;65535;0;M;0;X;0;0;0C65535
d2.37;Lower limit of magnetizing current for asynchronous motor;;65535;0;M;0;X;0;0;0C65535
d2.38;Reserved;;8000;-8000;M;0;X;0;1; -8000 C 8000
d2.39;Reserved;;32767;0;M;0;X;0;0;0: Auto tuning|1: Id = 0|2C32767: MTPA coefficient
d2.40;MTPV mode;;1;0;M;0;X;0;0;0: Disabled|1: Enabled
d2.41;MTPV reference;;65535;0;M;0;X;0;0;0C65535
d2.42;MTPV proportional gain;;65535;0;M;0;X;0;0;0C65535
d2.43;MTPV integral gain;;65535;0;M;0;X;0;0;0C65535
d2.44;Closed-loop debugging variable;;3112;0;M;0;X;1;0;Ones place: Asynchronous motor feedback enabled|Tens place: PMSM feedback enabled|Hundreds place: Integral separation of speed loop enabled
d2.45;PWM delay compensation factor;;8000;0;M;3;X;0;0;0 C 8.000
d2.46;Reserved;;32000;0;S;1;H;0;0;0 C 3200.0
d2.47;Speed loop desaturation coefficient;;65535;0;M;0;X;0;0;0C65535
d2.48;Reserved;;1;0;M;0;X;0;0;0: Disable rotor initial position identification|1: Pulse injection initial position identification|2: High-frequency injection initial position identification (reserved)
d2.49;Reserved;;4000;0;M;0;X;0;0;0 C 4000
d2.50;Reserved;;4000;0;M;0;X;0;0;0 C 4000
d2.51;Reserved;;3600;0;M;1;X;0;0;0 C 360.0
d2.52;Reserved;;2000;0;M;1;%;0;0;0% C 200.0%
d2.53;Reserved;;60000;0;M;2;H;0;0;0 C Upper limit frequency
d2.54;Reserved;;2000;0;M;1;%;0;0;0 C 200.0%
d2.55;Reserved;;2000;0;M;1;%;0;0;0 C 200.0%
d2.56;Reserved;;8000;0;M;3;S;0;0;0 C 8.000
d2.57;Reserved;;65535;0;M;0;X;0;0;0C65535
d2.58;Reserved;;65535;0;M;0;X;0;0;0C65535
d2.59;Reserved;;4000;0;M;0;X;0;0;0C65535
d2.60;Reserved;;4000;0;M;0;X;0;0;0C65535
d2.61;Reserved;;65535;0;M;2;X;0;0;0C65535
d2.62;Reserved;;21;0;M;0;X;1;0;Ones place: Dead-time compensation enable|Tens place: Start-up stall action||0: No action||1: Fault trip||2: Auto restart|Hundreds place: Reserved|Thousands place: Reserved
d2.63;Reserved;;4096;-4096;M;0;X;0;1; -4096 C 4096
d2.64;Reserved;;200;20;M;2;X;0;0;0.20 C 2.00
d2.65;Reserved;;1000;-500;M;1;X;0;1; -100.0 C 100.0
d2.66;Reserved;;1023;0;M;0;X;0;0;0 C 65535
d2.67;Reserved;;65535;0;M;0;X;0;0;0 C 65535
d2.68;Reserved;;65535;0;M;0;X;0;0;0 C 65535
d2.69;Reserved;;65535;0;M;0;X;0;0;0 C 65535
d2.70;Reserved;;65535;0;M;0;X;0;0;0 C 65535
d3.00;Type of motor 2;;2;0;S;0;X;0;0;0: Ordinary ACIM   |1: Variable frequency ACIM|2: Permanent magnet synchronous motor (reserved)|3: Synchronous reluctance motor (reserved)
d3.01;Power rating of motor 2;;65535;4;S;1;k;0;0;0.4KW C 6553.5KW
d3.02;Rated voltage of motor 2;;480;0;S;0;V;0;0;0V C 480V(for drives 380V level)
d3.03;Rated current of motor 2;;65535;0;S;1;A;0;0;0.0A C 6553.5A
d3.04;Rated frequency of motor 2;;60000;0;S;2;H;0;0;0.00Hz C 600.00Hz
d3.05;Pole number of motor 2;;400;1;S;0;X;0;0;1 C 400
d3.06;Rated speed of motor 2;;65535;0;S;0;R;0;0;0r/min C 65535r/min
d3.07;Stator resistance R1 of async motor 2;;65535;1;S;3;O;0;0;0.001 C 65.535
d3.08;Leakage inductance L1 of async motor 2;;65535;1;S;1;M;0;0;0.1mH C 6553.5mH
d3.09;Rotor resistance R2 of async motor 2;;65535;1;S;3;O;0;0;0.001 C 65.535
d3.10;Mutual inductance L2 of asynchronous motor 2;;65535;1;S;1;M;0;0;0.1mH C 6553.5mH
d3.11;No-load current of async motor 2;;65535;0;S;1;A;0;0;0.0A C 6553.5A
d3.12;Power factor of async motor 2;;1000;1;S;3;X;0;0;0.001 C 1.000
d3.13;Reserved;;65535;0;S;0;X;0;0;0 C 65535
d3.14;Reserved;;65535;0;S;2;M;0;0;0.0mH C 6553.5mH
d3.15;Reserved;;65535;1;S;3;O;0;0;0.001 C 65.535
d3.16;Reserved;;65535;1;S;2;M;0;0;0.1mH C 6553.5mH
d3.17;Reserved;;65535;1;S;2;M;0;0;0.1mH C 6553.5mH
d3.18;Reserved;;10000;0;S;1;V;0;0;0 C 1000
d3.19;Reserved;;1000;0;S;1;%;0;0;0.0% C 100.0%, 100% related to the motor rated current
d3.20;Reserved;;3600;0;S;1;X;0;0;0 C 360.0
d3.21;Reserved;;65535;0;M;0;X;0;0;0C65535
d3.22;Autotune of motor 2;;3;0;S;0;X;0;0;0: No autotune|1: Static autotune |2: Rotary autotune|3: Syn motor encoder installation angle identification (reserved)|
d3.23;Overload protection mode of motor 2;;2;0;S;0;X;0;0;0: No protection|1: Judged by motor current|2: Judged by temperature transducer
d3.24;Overload protection detection time of motor 2;;150;1;S;1;X;0;0;0.1 C 15.0min
d3.25;Temperature transducer signal input of motor 2;;54;0;S;0;X;1;0;Ones place: sensor channel|0: No sampling|1: Analog input TEMP (on extension PG board)|2: Analog input EAI (on extension IO board)|Tens place: sensor type:|0: PT100|1: PT1000|2: KTY84|3: NTC
d3.26;Thermal protection threshold of motor 2 temperature transducer;;2000;0;S;1;C;0;1;0C200.0C
d3.27;Motor 2 encoder type;;F137;0;S;0;X;1;0;Ones place C Encoder type:|0: ABZ incremental encoder|1: UVW incremental encoder|2: Resolver|3: SINCOS with CD signal|4: SINCOS without CD signal|5: Tamagawa absolute encoder|6: Heidenhain absolute encoder|7: Heidenhain absolute encoder with SINCOS signal|Note: When switching encoder types involving absolute encoders (5), a power cycle is required. This applies both when switching between absolute and non-absolute types, and between different absolute types.|Tens place C Resolver transformation ratio:|0: None|1: 0.23|2: 0.28|3: 0.5|Hundreds place:|0: Encoder type set manually|1: Encoder type set automatically|Thousands place:|bit12|0: Low-speed CAP speed measurement + high-speed QEP speed measurement|1: Full-range QEP speed measurement|bit13|0: Sin/Cos uses subdivision speed measurement|1: Sin/Cos does not use subdivision speed measurement|bit14C15|0: 1/4 fixed filter|1: Enable adaptive pin filter|2: 1/8 fixed filter
d3.28;Motor 2 encoder resolution;;16000;1;S;0;X;0;0;1 C 16000
d3.29;Motor 2 encoder direction;;11;0;S;0;X;1;0;Ones Place: AB direction|0: Forward|1: Reverse|Tens Place: UVW direction (Only valid for UVW encoder)|0: Forward|1: Reverse
d3.30;Numerator of motor 2 mechanical gear ratio;;65535;1;S;0;X;0;0;1 C 65535
d3.31;Denominator of motor 2 mechanical gear ratio;;65535;1;S;0;X;0;0;1 C 65535
d3.32;Disconnection detection of motor 1 encoder;;80;0;M;1;S;0;0;0.0s C 8.0s (0.0s means this function is invalid) 
d3.33;Motor 2 sin bias;;4095;0;M;0;X;0;0;0 C 4095
d3.34;Motor 2 Cos bias;;4095;0;M;0;X;0;0;0 C 4095
d3.35;Motor 2 Sin gain;;4095;0;M;0;X;0;0;0 C 4095
d3.36;Motor 2 Cos gain;;4095;0;M;0;X;0;0;0 C 4095
d3.37;Motor 2 Sin Cos and Z phase difference;;3600;0;M;1;X;0;0;0 C 3600
d3.38;Motor temperature coefficient;;2000;0;M;3;X;0;0;0 C 2000
d3.39;Reserved;;65535;0;M;0;X;0;0;0C65535
d3.40;Reserved;;65535;0;M;0;X;0;0;0C65535
d4.00;V/f curve setting;;8;0;S;0;X;0;0;0: Linear V/f     |1: Multi-step V/f (d1-01 C d1-08)    |2: 1.2nd power    |3: 1.4th power    |4: 1.6th power    |5: 1.8th power   |6: 2.0nd power |7: V/F separation method 1|8: V/F separation method 2
d4.01;V/f FREQ value f3;;60000;0;S;2;H;0;0;0.00Hz C rated frequency of motor
d4.02;V/f voltage value V3;;1000;0;S;1;%;0;0;0.0% C 100.0%; 
d4.03;V/f FREQ value f2;;60000;0;S;2;H;0;0;d1-05 C d1-01
d4.04;V/f voltage value V2;;1000;0;S;1;%;0;0;0.0% C 100.0% 
d4.05;V/f FREQ value f1;;60000;0;S;2;H;0;0;d1-07 C d1-03
d4.06;V/f voltage value V1;;1000;0;S;1;%;0;0;0.0%C100.0%
d4.07;V/f FREQ value f0;;60000;0;S;2;H;0;0;0.00Hz C d1-05
d4.08;V/f voltage value V0;;1000;0;S;1;%;0;0;0.0%C100.0%
d4.09;Torque boost;;400;0;M;1;%;0;0;0.0% C 30.0%; 0.0% is automatic torque boost
d4.10;Slip compensation gain;;4000;0;M;1;%;0;0;0.0% C 400.0%
d4.11;Droop control value;;1000;0;M;2;H;0;0;0.00Hz C maximum frequency
d4.12;Current limit mode selection;;6;0;S;0;X;0;0;0: Disabled    |1: Set by d1-13    |2: Set by AI1  |3: Set by AI2  |4: Set by AI3  |5. Set by AI4|6: Set by X5
d4.13;Digital setting of current limit value;;2000;200;M;1;%;0;0;20.0% C 200.0%
d4.14;Current limit coeff on flux weakening;;1000;1;M;3;X;0;0;0.001 C 1.000
d4.15;Energy saving percentage;;400;0;M;1;%;0;0;0% C 40.0%
d4.16;V/f oscillation suppression gain 1;;3000;0;M;0;X;0;0;0 C 3000
d4.17;V/f oscillation suppression gain 2;;3000;0;M;0;X;0;0;0 C 3000
d4.18;Voltage setting on V/f separated pattern;;6;0;S;0;X;0;0;0: by D1-19 digital setting|1: by AI1 |2: by AI2 |3: by AI3 |4: by AI4  |5: by process PID output|6: by AI1+ process PID output
d4.19;Digital set voltage on V/f separated pattern  ;;1000;0;M;1;%;0;0;0.0% C  100.0%
d4.20;Voltage variation time on V/f separated pattern  ;;60000;1;M;2;S;0;0;0.00S  C  600.00s
d5.00;Speed/torque control   ;;1;0;S;0;X;0;0;0: speed control |1: torque control 
d5.01;ASR high-speed proportional gain Kp1;;200;0;M;1;X;0;0;0.0 C 20.0
d5.02;ASR high-speed integration time Ti1;;8000;0;M;3;S;0;0;0.000s C 8.000s
d5.03;ASR low-speed proportional gain Kp2;;200;0;M;1;X;0;0;0.0 C 20.0
d5.04;ASR low-speed integration time Ti2;;8000;0;M;3;S;0;0;0.000s C 8.000s
d5.05;ASR switching FREQ 1;;60000;0;M;2;H;0;0;0.00Hz C d2-06
d5.06;ASR switching FREQ 2;;60000;0;M;2;H;0;0;d2-05 C upper limit frequency
d5.07;ASR input filtering time;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
d5.08;ASR output filtering time;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
d5.09;D-axis ACR proportion coefficient Kp;;8000;0;M;3;X;0;0;0.000 C 8.000
d5.10;D-axis ACR integration coefficient Ki;;8000;0;M;3;X;0;0;0.000 C 8.000
d5.11;Pre-excitation time ;;5000;0;M;3;S;0;0;0.000s C 5.000s
d5.12;Driven torque restriction source;;6;0;S;0;X;0;0;0: d2-14 digital setting    |1: AI1    |2: AI2     |3: AI3       |4: AI4  |5: X5 pulse input|6. Communication 
d5.13;Braking torque restriction source;;6;0;S;0;X;0;0;0: d2-15 digital setting   |1: AI1     |2: AI2     |3: AI3       |4: AI4|5: X5 pulse input     |6: Communication
d5.14;Digital setting of driven torque limit value;;2000;0;M;1;%;0;0;0.0%-200.0%
d5.15;Digital setting of braking torque limit value;;2000;0;M;1;%;0;0;0.0%-200.0%
d5.16;Torque limit coefficient in flux weakening;;1000;0;M;1;%;0;0;0.0%C100.0%
d5.17;Driven slip compensation gain;;3000;100;M;1;%;0;0;10.0% C 300.0% 
d5.18;Brake slip compensation gain;;3000;100;M;1;%;0;0;10.0% C 300.0% 
d5.19;Torque reference source;;6;0;S;0;X;0;0;0: Set by d2-20 |1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input  |6: Communication
d5.20;Digital setting of torque;;2000;-2000;M;1;%;0;1;-200.0% C 200.0%
d5.21;Forward speed limitation source under torque control;;6;0;S;0;X;0;0;0: Set by d2-23|1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input |6: Communication
d5.22;Reverse speed limitation source under torque control;;6;0;S;0;X;0;0;0: Set by d2-24|1: AI1|2: AI2|3: AI3|4: AI4|5: X5 pulse input |6: Communication
d5.23;Forward speed limited value under torque control;;60000;0;M;2;H;0;0;0.00Hz  C b0-08
d5.24;Reverse speed limited value under torque control;;60000;0;M;2;H;0;0;0.00Hz  C b0-08
d5.25;Set torque accel/decel time;;12000;0;M;2;S;0;0;0.00s C 120.00s
d5.26;Energy saving percentage for ACIM;;1000;0;M;1;%;0;0;0% C 100.0%
d5.27;Starting point of energy-saving torque;;4096;0;M;0;X;0;0;0 C 4096
d5.28;Ending point of energy-saving torque;;4096;0;M;0;X;0;0;0 C 4096
d5.29;Q-axis ACR proportion coefficient Kp;;8000;0;M;3;X;0;0;0.000 C 8.000
d5.30;Q-axis ACR integration coefficient Ki;;8000;0;M;3;X;0;0;0.000 C 8.000
d5.31;D axis decoupling  coefficient;;65535;0;M;3;X;0;0;0 C 65.535
d5.32;Q axis decoupling coefficient;;65535;0;M;3;X;0;0;0 C 65.535
d5.33;Maximum voltage utilization rate;;1100;0;M;1;%;0;0;0 C 110.0%
d5.34;Field-weakening hysteresis bandwidth;;65535;0;M;0;X;0;0;0C65535
d5.35;Field-weakening proportional gain;;65535;0;M;0;X;0;0;0C65535
d5.36;Field-weakening integral gain;;65535;0;M;0;X;0;0;0C65535
d5.37;Lower limit of magnetizing current for asynchronous motor;;65535;0;M;0;X;0;0;0C65535
d5.38;Reserved;;8000;-8000;M;0;X;0;1; -8000 C 8000
d5.39;Reserved;;32767;0;M;0;X;0;0;0: Auto tuning|1: Id = 0|2C32767: MTPA coefficient
d5.40;MTPV mode;;1;0;M;0;X;0;0;0: Disabled|1: Enabled
d5.41;MTPV reference;;65535;0;M;0;X;0;0;0C65535
d5.42;MTPV proportional gain;;65535;0;M;0;X;0;0;0C65535
d5.43;MTPV integral gain;;65535;0;M;0;X;0;0;0C65535
d5.44;Closed-loop debugging variable;;3112;0;M;0;X;1;0;Ones place: Asynchronous motor feedback enabled|Tens place: PMSM feedback enabled|Hundreds place: Integral separation of speed loop enabled
d5.45;PWM delay compensation factor;;8000;0;M;3;X;0;0;0 C 8.000
d5.46;Reserved;;32000;0;S;1;H;0;0;0 C 3200.0
d5.47;Speed loop desaturation coefficient;;65535;0;M;0;X;0;0;0C65535
d5.48;Reserved;;1;0;M;0;X;0;0;0: Disable rotor initial position identification|1: Pulse injection initial position identification|2: High-frequency injection initial position identification (reserved)
d5.49;Reserved;;4000;0;M;0;X;0;0;0 C 4000
d5.50;Reserved;;4000;0;M;0;X;0;0;0 C 4000
d5.51;Reserved;;3600;0;M;1;X;0;0;0 C 360.0
d5.52;Reserved;;2000;0;M;1;%;0;0;0% C 200.0%
d5.53;Reserved;;60000;0;M;2;H;0;0;0 C Upper limit frequency
d5.54;Reserved;;2000;0;M;1;%;0;0;0 C 200.0%
d5.55;Reserved;;2000;0;M;1;%;0;0;0 C 200.0%
d5.56;Reserved;;8000;0;M;3;S;0;0;0 C 8.000
d5.57;Reserved;;65535;0;M;0;X;0;0;0C65535
d5.58;Reserved;;65535;0;M;0;X;0;0;0C65535
d5.59;Reserved;;4000;0;M;0;X;0;0;0C65535
d5.60;Reserved;;4000;0;M;0;X;0;0;0C65535
d5.61;Reserved;;65535;0;M;2;X;0;0;0C65535
d5.62;Reserved;;21;0;M;0;X;1;0;Ones place: Dead-time compensation enable|Tens place: Start-up stall action||0: No action||1: Fault trip||2: Auto restart|Hundreds place: Reserved|Thousands place: Reserved
d5.63;Reserved;;4096;-4096;M;0;X;0;1; -4096 C 4096
d5.64;Reserved;;200;20;M;2;X;0;0;0.20 C 2.00
d5.65;Reserved;;1000;-500;M;1;X;0;1; -100.0 C 100.0
d5.66;Reserved;;1023;0;M;0;X;0;0;0 C 65535
d5.67;Reserved;;65535;0;M;0;X;0;0;0C65535
d5.68;Reserved;;65535;0;M;0;X;0;0;0C65535
d5.69;Reserved;;65535;0;M;0;X;0;0;0C65535
d5.70;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.00;Carrier FREQ;;160;8;M;1;K;0;0;Range: 0.8KHz C 16.0KHz|30kW: |factory default: 6.0KHz|37KW C 45KW: |factory default: 5.0 kHz      |55kW C 75kW: |factory default: 4.0 kHz|90kW:|factory default: 3.0KHz
E0.01;PWM optimization;;1221;0;S;0;X;1;0;Ones place: switching FREQ adjusted with temperature     |0: Self-adaption     |1: No adjustment     |Tens place: PWM modulation mode     |0: Five-segment and seven-segment automatic switchover     |1: Five-segment mode    |2: Seven-segment mode      |Hundreds place: over-modulation adjustment     |0: Disabled    |1: Enabled   |2: Deep over-modulation |Thousands place: PWM switching frequency relation with output frequency|0: Self-adaption|1: No adaption
E0.02;Action when run time attained;;111;0;S;0;X;1;0;Ones place: action when consecutive run time attained:     |0: Run continued|1: Stop and fault reported     |Tens place: action when accumulative run time attained:          |0: Run continued       |1: Stop and fault reported       |Hundreds place: unit of run time    |0: Second|1: Hour
E0.03;Consecutive run time setting;;60000;0;M;1;S;0;0;0.0 C 6000.0s (h) |0 means disabled
E0.04;Accumulative run time setting;;60000;0;M;1;S;0;0;0.0 C 6000.0s (h) |0 means disabled
E0.05;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.06;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.07;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.08;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.09;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.10;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.11;Reserved;;65535;0;M;0;X;0;0;0C65535
E0.12;Random carrier adjustment coefficient;;100;0;S;0;X;0;0;0 C 100
E1.00;Overvoltage stall ;;2;0;S;0;X;0;0;0: Prohibited    |1: Allowed|2: Only valid for decel
E1.01;Overvoltage stall protection voltage;;150;120;M;0;%;0;0;120% C 150%
E1.02;Undervoltage stall selection;;1;0;S;0;X;0;0;0: disabled|1: enabled
E1.03;Overload alarm;;111;0;S;0;X;1;0;Ones place: detection option:|0: Always detect |1: Detect at constant speed only|Tens place: compared with|0: Motor rated current|1: Drive rated current|Hundreds place: drive action|0: Alarm but run continued|1: Alarm and coast to stop 
E1.04;Overload warning detection level;;2000;200;M;1;%;0;0;20.0% C 200.0%
E1.05;Overload warning detection time;;600;1;M;1;S;0;0;0.1s C 60.0s
E1.06;Protection action 1;;1113;0;S;0;X;1;0;Ones place:encoder disconnected(CLL)/PG board abnormal |0: Alarm and coast to stop|1: CLL alarms but run continued|2: PGE alarms but run continued|3: CLL and PGE alarm but run continued|Tens place: PIM temperature measurement circuit fault (oH3)|0: Alarm and coast to stop|1: Alarm but run continued      |Hundreds place: abnormal EEPROM (Epr)|0: Alarm and coast to stop|1: Alarm but run continued|Thousands place: abnormal terminal communication (TrC)|0: Alarm and coast to stop|1: Alarm but run continued
E1.07;Protection action 2;;3111;0;S;0;X;1;0;Ones place: abnormal power supply when running (SUE)|0: Alarm and coast to stop|1: Shield the fault    |Tens place: current detection circuit failed (CtC)     |0: Alarm and coast to stop|1: Alarm but run continued     |Hundreds place: abnormal contactor (CCL): |0: Alarm and coast to stop|1: Alarm but run continued|Thousands place: input/output phase loss (ISF, oPL):|0: Protection for neither input supply fault nor output phase loss|1: No protection for input|phase loss, protection enabled for output phase loss|2: Protection enabled for input|phase loss, no protection for output phase loss|3: Protection enabled for both input|phase loss and output phase loss
E1.08;Power-off fault memory;;1;0;S;0;X;0;0;0: Not memorized after power loss     |1: Memorized after power loss 
E1.09;Fault auto-reset times;;20;0;S;0;X;0;0;0 C 20
E1.10;Auto-reset interval;;200;20;S;1;S;0;0;2.0s C 20.0s
E1.11;Relay action on fault;;111;0;S;0;X;1;0;Ones place: when undervoltage fault occurs|0: No action|1: Action enabled|Tens place: when fault locked|0: No action|1: Action enabled|Hundreds place: auto-reset interval|0: No action  |1: Action enabled  
E1.12;Cooling fan control ;;1;0;M;0;X;0;0;0: Auto run (Based on inverter bridge temperature) |1: Always run after power up
E1.13;Overheat warning temperature;;1000;0;M;1;C;0;1;0.0C C 100.0C
E1.14;Protection action selection 3;;FFFF;0;S;0;X;1;0;0  C  FFFF|The first F from the right:|Bit0: Not shield GDP fault 0 , shield 1|Bit1  C  3: Reserved|The second F from the right:|Bit0: Not shield AIP fault 0, shield 1 |Bit1: Not shield OL3 fault 0,  shield 1|Bit2  C  3: Reserved|The third F from the right:|Bit0: Not shield fault 0 of extension IO board, shield 1|Bit1  C  3: Reserved|The fourth F from the right:|Bit0: fault 0 of brake tube is not shielded, shield 1 |Bit1  C  3: Reserved
E1.15;Single Phase Current overload point;;4000;0;M;1;%;0;0;0.0% C 400.0%
E1.16;Single Phase Current overload time;;50000;1;M;3;S;0;0;0.000s C 50.000s
E1.17;Overspeed / Large Speed Difference;;11;0;S;0;X;1;0;Ones place: Over speed (OS) action selection|0: Coast to stop and report the fault|1: Continue to run|Tens place: Excessive speed deviation (DEV) action selection|0: Coast to stop and report the fault|1: Continue to run
E1.18;Overspeed OS Detection Value;;1080;0;M;1;%;0;0;0.0% C 108.0%
E1.19;Overspeed OS Detection Time;;2000;0;M;2;S;0;0;0.0S C 20.00S
E1.20;Large Speed Difference Detection Value;;500;0;M;1;%;0;0;0.0% C 50.0%
E1.21;Large Speed Difference Detection Time;;2000;0;M;2;S;0;0;0.0S C 20.00S
E1.22;Fast Current Limiting Function Mask;;1000;0;S;0;X;0;0;Applies to synchronous motors only||0: Fast current limiting enabled||Non-0: Fast current limiting disabled
E1.23;Sampling Delay Setting;;500;0;S;0;X;0;0;0 C 500
E1.24;Five-Segment Frequency Threshold;;60000;0;M;2;H;0;0;0C65535
E1.25;Overvoltage Stall Coefficient;;200;0;M;0;X;0;0;0 C 200
E1.26;Current Transformer Model;;1;0;M;0;X;0;0;0 : 800/5    1  : 1500/5
E1.27;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.28;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.29;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.30;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.31;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.32;Reserved;;65535;0;M;0;X;0;0;0C65535
E1.33;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.00;Observer Kp;;65535;0;M;0;X;0;0;0C65535
E2.01;Observer Ki;;65535;0;M;0;X;0;0;0C65535
E2.02;Observer Ki2;;65535;0;M;0;X;0;0;0C65535
E2.03;Observer Model Compensation 1;;9999;-9999;S;0;X;0;1; -9999 C 9999
E2.04;Observer Model Compensation 2;;9999;-9999;M;0;X;0;1; -9999 C 9999
E2.05;Observer Coefficient K1;;9999;-9999;M;0;X;0;1; -9999 C 9999
E2.06;Observer Coefficient K2;;9999;-9999;M;0;X;0;1; -9999 C 9999
E2.07;Observer Coefficient K3;;9999;-9999;M;0;X;0;1;0C65535
E2.08;Observer Coefficient K4;;9999;-9999;M;0;X;0;1;0C65535
E2.09;Observer Feedback Mode 2;;65535;0;M;2;H;0;0;0C65535
E2.10;Observer Feedback Mode;;1;0;M;0;X;0;0;0: Use custom feedback matrix|1: Use new feedback matrix
E2.11;Observer Limit Value;;65535;0;M;0;X;0;0;0C65535
E2.12;Observer Compensation Kp;;65535;0;M;0;X;0;0;0C65535
E2.13;Observer Compensation Ki;;65535;0;M;0;X;0;0;0C65535
E2.14;Observer Compensation Coefficient;;65535;0;M;3;X;0;0;0C65535
E2.15;Synchronous Speed Threshold;;60000;0;M;2;H;0;0;0 C 60000
E2.16;Motor Feedback Frequency Filter;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
E2.17;Torque Closed-Loop Control Selection;;1;0;M;0;X;0;0;0 C 1
E2.18;Torque Loop Kp;;65535;0;M;0;X;0;0;0C65535
E2.19;Torque Loop Ki;;65535;0;M;0;X;0;0;0C65535
E2.20;Active Damping Proportional Coefficient;;65535;0;M;0;X;0;0;0C65535
E2.21;Active Damping Adjustment Limit;;65535;0;M;0;X;0;0;0C65535
E2.22;Reserved;;5000;0;M;1;m;0;0;0.0ms C 500.0ms
E2.23;Reserved;;2000;-600;M;1;%;0;1; -600 C 2000
E2.24;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.25;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.26;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.27;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.28;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.29;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.30;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.31;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.32;Reserved;;65535;0;M;0;X;0;0;0C65535
E2.33;Reserved;;65535;0;M;0;X;0;0;0C65535
F0.00;PID reference;;6;0;S;0;X;0;0;0: F0-01 digital setting     |1: AI1   |2: AI2   |3: AI3   |4: AI4   |5: X5 pulse input|6: Communication
F0.01;PID digital setting  ;;1000;0;M;1;%;0;0;0.0%C100.0%
F0.02;PID feedback;;9;0;S;0;X;0;0;0: AI1   |1: AI2   |2: AI3 (on extension IO board)    |3: AI4 (on extension IO board)|4: AI1+AI2    |5: AI1-AI2    |6: Max {AI1, AI2}    |7: Min {AI1, AI2}     |8: X5 pulse input    |9: Communication  
F0.03;PID adjustment;;11;0;S;0;X;1;0;Ones place: output frequency    |0: Must be the same direction as the set run direction     |1: Opposite direction allowed     |Tens place: integration selection      |0: Integral continued when FREQ attains upper/lower limit|1: Integral stopped when FREQ attains upper/lower limit
F0.04;PID positive and negative adjustment  ;;1;0;S;0;X;0;0;0: Positive adjustment    |1: Negative adjustment  
F0.05;Filtering time of PID reference ;;6000;0;M;2;S;0;0;0.0s C 60.00s
F0.06;Filtering time of PID feedback ;;6000;0;M;2;S;0;0;0.0s C 60.00s
F0.07;Filtering time of PID output;;6000;0;M;2;S;0;0;0.0s C 60.00s
F0.08;Proportional gain Kp1;;2000;0;M;1;X;0;0;0.0 C 200.0
F0.09;Integration time Ti1  ;;50000;0;M;3;S;0;0;0.000s C 50.000s
F0.10;Derivative time Td1;;50000;0;M;3;S;0;0;0.0s C 100.0s
F0.11;Proportional gain Kp2;;2000;0;M;1;X;0;0;0.0 C 200.0
F0.12;Integration time Ti2;;50000;0;M;3;S;0;0;0.000s C 50.000s
F0.13;Derivative time Td2;;50000;0;M;3;S;0;0;0.0s C 50.000s
F0.14;PID parameter switch;;2;0;S;0;X;0;0;0: No switch, determined by parameters Kp1, Ti1 and Td1    |1: Auto-switched on the basis of input offset  (F0-15)|2: Switched by input terminal
F0.15;Input offset under PID auto switch;;1000;0;M;1;%;0;0;0.0%C100.0%
F0.16;Sampling period T  ;;50000;1;M;3;S;0;0;0.001s C 50.000s
F0.17;PID offset limit  ;;1000;0;M;1;%;0;0;0.0%C100.0%
F0.18;PID derivative limit   ;;1000;0;M;1;%;0;0;0.0%C100.0%
F0.19;PID initial value;;1000;0;S;1;%;0;0;0.0%C100.0%
F0.20;PID initial value holding time;;36000;0;M;1;S;0;0;0.0s-3600.0s
F0.21;PID feedback loss detection value;;1000;0;M;1;%;0;0;0.0% C 100.0% (no detection when set to 0%)
F0.22;PID feedback loss detection time  ;;300;0;M;1;S;0;0;0.0s C 30.0s
F0.23;Cutoff FREQ when opposite to rotary set direction;;60000;0;M;2;H;0;0;0.00Hz C b0-08
F0.24;PID computation option;;1;0;M;0;X;0;0;0: No computation in stop status |1: Computation continued in stop status
F1.00;FREQ set source of multi-step 0;;9;0;S;0;X;0;0;0: Digital setting F1-02 |1: Digital setting b0-02 + control panel / adjustment |2: Digital setting b0-02 + terminal UP/DOWN adjustment  |3: AI1     |4: AI2     |5: AI3 (on extension IO board)   |6: AI4 (on extension IO board)|7: X5 pulse input      |8: Process PID output    |9: Communication   
F1.01;FREQ set source of multi-step 1;;9;0;S;0;X;0;0;0: Digital setting F1-03    |1: Digital setting b0-04 + control panel / adjustment    |2: Digital setting b0-04 + terminal UP/DOWN  |3: AI1     |4: AI2     |5: AI3 (on extension IO board)    |6: AI4 (on extension IO board)|7: X5 pulse input      |8: Process PID output     |9: Communication   
F1.02;Multi-step FREQ 0;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.03;Multi-step FREQ 1;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.04;Multi-step FREQ 2;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.05;Multi-step FREQ 3;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.06;Multi-step FREQ 4;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.07;Multi-step FREQ 5;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.08;Multi-step FREQ 6;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.09;Multi-step FREQ 7;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.10;Multi-step FREQ 8;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.11;Multi-step FREQ 9;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.12;Multi-step FREQ 10;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.13;Multi-step FREQ 11;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.14;Multi-step FREQ 12;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.15;Multi-step FREQ 13;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.16;Multi-step FREQ 14;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F1.17;Multi-step FREQ 15;;1000;-1000;M;1;%;0;1;b0-10-b0-09 
F2.00;Simple PLC run mode;;1212;0;S;0;X;1;0;Ones place: PLC run mode     |0: Stop after a single cycle    |1: Continue to run with the last FREQ after a single cycle     |2: Cycle repeated      |Tens place: power loss memory     |0: No memory on power loss    |1: Memorized on power loss    |Hundreds place: start mode    |0: Run from the first step multi-step frequency 0    |1: Continue to run from the step of stop (or fault)  |2: Continue to run from the step and FREQ at which the running stopped (or fault occurred) |Thousands place: unit of simple PLC run time     |0: Second (s)   |1: Minute (min)  
F2.01;Setting of multi-step 0  ;;328;0;S;0;X;1;0;Ones place: FREQ reference       |0: Multi-step FREQ 0 (F1-02)    |1: AI1    |2: AI2    |3: AI3 (on extension IO board)    |4: AI4 (on extension IO board)|5: X5 pulse input     |6: Process PID output   |7: Multi-step FREQ    |8: Communication       |Tens place: run direction       |0: Forward      |1: Reverse       |2: Determined by run command      Hundreds place: Accel/Decel time |0: Accel/Decel time 1 |1: Accel/Decel time 2  |2: Accel/Decel time 3        |3: Accel/Decel time 4 
F2.02;Run time of step 0;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.03;Setting of step 1;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 1 (F1-03)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01)  
F2.04;Run time of step 1;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.05;Setting of step 2;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 2 (F1-04)      |1 C 7: Same as F2-01    |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.06;Run time of step 2;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.07;Setting of step 3;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 3 (F1-05)      |1 C 7: Same as F2-01    |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.08;Run time of step 3;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.09;Setting of step 4;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 4 (F1-06)      |1 C 7: Same as F2-01    |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.10;Run time of step 4;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.11;Setting of step 5;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 5 (F1-07)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.12;Run time of step 5;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.13;Setting of step 6;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 6 (F1-08)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.14;Run time of step 6;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.15;Setting of step 7;;327;0;S;0;X;1;0;Ones place: FREQ reference      |0: Multi-step FREQ 7 (F1-09)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.16;Run time of step 7;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.17;Setting of step 8;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 8 (F1-10)     |1 C 7: Same as F2-01    |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.18;Run time of step 8;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.19;Setting of step 9;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 9 (F1-11)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: ACC/DEC time option (same as F2-01) 
F2.20;Run time of step 9;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.21;Setting of step 10;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: multi-step FREQ 10 (F1-12)      |1 C 7: same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.22;Run time of step 10;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.23;Setting of step 11;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 11 (F1-13)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.24;Run time of step 11;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.25;Setting of step 12;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 12 (F1-14)     |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.26;Run time of step 12;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.27;Setting of step 13;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 13 (F1-15)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.28;Run time of step 13;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.29;Setting of step 14;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 14 (F1-16)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.30;Run time of step 14;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F2.31;Setting of step 15;;327;0;S;0;X;1;0;Ones place: FREQ reference     |0: Multi-step FREQ 15 (F1-17)      |1 C 7: Same as F2-01     |Tens place: run direction (same as F2-01)        |Hundreds place: Accel/Decel time option (same as F2-01) 
F2.32;Run time of step 15;;60000;0;M;1;S;0;0;0.0 C 6000.0 s (min) 
F3.00;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.01;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.02;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.03;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.04;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.05;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.06;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.07;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.08;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.09;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.10;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.11;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.12;Reserved;;65535;0;M;0;X;0;0;0C65535
F3.13;Reserved;;65535;0;M;0;X;0;0;0C65535
F4.00;Position command selection;;1112;0;S;0;X;1;0;Ones place: Signal type selection|0: AB orthogonal reference|1: Direction+pulse (B: direction+A:pulse) reference|Tens place: position command|0: Not reverse|1: Reverse|Hundreds Place: Pulse command|0: Not reverse|1: Reverse|Thousands Place: Speed mode switch to position mode|0: Directly Switching|1: Smooth Switching
F4.01;Position feedback channel;;1111;0;S;0;X;1;0;Ones place: PG board type selection|0: Single encoder feedback|1: Dual encoder feedback|Tens place: Orientation encoder feedback selection|0: Motor encoder|1: Second encoder|Hundreds place: Pulse-tracking encoder feedback selection|0: Motor encoder|1: Second encoder|Thousands place: Reserved
F4.02;Numerator of gear ratio of command and feedback pulses;;10000;1;M;0;X;0;0;1 C 10000
F4.03;Denominator of gear ratio of command and feedback pulses;;10000;1;M;0;X;0;0;1 C 10000
F4.04;Gear ratio numerator 1 of motor and spindle ;;10000;1;M;0;X;0;0;1 C 10000
F4.05;Gear ratio denominator  1 of motor and spindle ;;10000;1;M;0;X;0;0;1 C 10000
F4.06;Gear ratio numerator 2 of motor and spindle ;;10000;1;M;0;X;0;0;1 C 10000
F4.07;Gear ratio denominator  2 of motor and spindle ;;10000;1;M;0;X;0;0;1 C 10000
F4.08;Spindle encoder resolution ;;16000;1;M;0;X;0;0;1 C 10000
F4.09;Spindle encoder direction;;1;0;S;0;X;0;0;0: Positive |1: Reverse
F4.10;Disconnection detection of motor 1 encoder;;80;0;M;1;S;0;0;0.0s C 8.0s (0.0s means this function is invalid) 
F4.11;Division output selection;;11;0;M;0;X;1;0;Ones place: Frequency division output encoder selection|0: motor encoder|1: spindle encoder|Tens place: Frequency division output direction selection|0: Forward|1: Reverse
F4.12;Division coefficient;;65535;0;M;0;X;0;0;0 C 65536
F4.13;Number of lines after multiplication;;16000;1;M;0;X;0;0;1 C 16000
F4.14;Position mode completion range;;9999;0;S;0;X;0;0;0 C 9999
F4.15;Position mode completion time;;5000;1;S;3;S;0;0;0.001 C 5.000S
F4.16;Pulse follow maximum frequency;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
F4.17;Pulse follow ASR high-speed Kp;;200;0;M;1;X;0;0;0.0 C 20.0
F4.18;Pulse follow ASR high-speed Ti;;8000;0;M;3;S;0;0;0.000s C 8.000s
F4.19;Pulse follow ASR low-speed Kp;;200;0;M;1;X;0;0;0.0 C 20.0
F4.20;Pulse follow ASR low-speed Ti;;8000;0;M;3;S;0;0;0.000s C 8.000s
F4.21;Pulse follow feedforward gain;;200;0;M;2;X;0;0;0 C 2.00
F4.22;Pulse follow high-speed Kp;;10000;1;M;2;X;0;0;0 C 100.00
F4.23;Pulse follow low-speed Kp;;10000;1;M;2;X;0;0;0 C 100.00
F4.24;Proportional gain low-speed switching frequency;;3000;10;M;3;X;0;0;0 C F4-25
F4.25;Proportional gain high-speed switching frequency;;30000;1;M;3;X;0;0;F4-24 C b0-09
F4.26;Feedforward filter time;;255;0;M;0;X;0;0;0 C 255
F4.27;Command inertia filter time;;255;0;S;0;X;0;0;0 C 255
F4.28;Command average filter T;;1000;1;S;3;S;0;0;0 C 1.023S
F4.29;Position loop output limit;;5000;0;M;2;H;0;0;0 C 50.00HZ
F4.30;Directional ASR low-speed Kp;;200;0;M;1;X;0;0;0.0 C 20.0
F4.31;Directional ASR low-speed Ti;;8000;0;M;3;S;0;0;0.000s C 8.000s
F4.32;Switch to position action selection;;111;0;M;0;X;1;0;Ones place: Selection of switching to position|0: Direct switch|1: Positioning first and then switch|Tens place: Anti -reverse of position enabled|0: Disable|1: Enable|Hundreds place: Orientation mode selection |0: Straight line orientation |1: Exponential curve orientation
F4.33;Spindle directional direction selection;;3;0;S;0;X;0;0;0: Forward|1: Reverse|2: Current direction |3: Nearest direction 
F4.34;Directional frequency;;60000;1;S;2;H;0;0;0.01 C b0-09
F4.35;Directional response time;;10000;1;M;1;S;0;0;0.1 C 1000.0S
F4.36;Directional high-speed proportional gain;;10000;1;M;2;X;0;0;0 C 100.00
F4.37;Directional low-speed proportional gain;;10000;1;M;2;X;0;0;0 C 100.00
F4.38;Directional low-speed switching frequency;;60000;0;M;2;X;0;0;0 C F4-39
F4.39;Reserved;;60000;0;M;0;X;0;0;0.00HzCupper limit frequency
F4.40;Directional position 1;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.41;Directional position 2;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.42;Directional position 3;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.43;Directional position 4;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.44;Directional position 5;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.45;Directional position 6;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.46;Directional position 7;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.47;Directional position 8;;65535;0;M;0;X;0;0;0  C  Pulses per rotation
F4.48;Directional S-curve selection;;1;0;M;0;X;0;0;0: No S curve|1: S curve
F4.49;Directional deceleration start S%;;1000;0;M;1;%;0;0;0.0% C 100.0% (F4-49+F4-50100%)
F4.50;Directional deceleration end S%;;1000;0;M;1;%;0;0;0.0%C100.0%
F4.51;Directional/Return ACC;;10000;1;S;1;S;0;0;0.1 C 1000.0S
F4.52;Directional/Return DEC;;10000;1;S;1;S;0;0;0.1 C 1000.0S
F4.53;Position mode rigidity adjustment;;1024;0;M;0;X;0;0;0 C 1024
F4.54;Return-to-origin selection;;12;0;S;0;X;1;0;Ones place::|0: Return to origin triggered by terminal|1: Return to origin at each startup|2: Return to origin at the end of each carry|Tens place: Origin signal selection|0: External terminal input|1: Encoder Z signal
F4.55;Return-to-origin direction;;1;0;S;0;X;0;0;0: Forward when returning to origin|1: Reverse when returning to origin 
F4.56;Return-to-origin frequency 1;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
F4.57;Return-to-origin frequency 2;;60000;0;S;2;H;0;0;0.00HzCupper limit frequency
F4.58;Zero-servo function selection;;2;0;M;0;X;0;0;0: Zero speed clamping function disabled|1: Zero speed clamping function enabled|2: Zero speed clamping enabled when terminal is valid
F4.59;Zero-servo start frequency;;60000;0;M;2;H;0;0;0.00HzCupper limit frequency
F4.60;Zero-servo gain;;3000;0;M;2;X;0;0;0 C 30.00
F4.61;Zero-servo error tolerance;;10000;0;M;0;X;0;0;0 C 10000
F4.62;Simple increment function selection;;1;0;M;0;X;0;0;0: Disable|1: Enable
F4.63;Increment acceleration/deceleration time;;10000;1;S;1;S;0;0;0.1 C 1000.0S
F4.64;Increment 0 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.65;Increment 0 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.66;Increment 1 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.67;Increment 1 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.68;Increment 2 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.69;Increment 2 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.70;Increment 3 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.71;Increment 3 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.72;Increment 4 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.73;Increment 4 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.74;Increment 5 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.75;Increment 5 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.76;Increment 6 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.77;Increment 6 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.78;Increment 7 high byte;;9999;0;M;0;X;0;0;0 C 9999
F4.79;Increment 7 low byte;;9999;0;M;0;X;0;0;0 C 9999
F4.80;Acceleration filter;;5000;0;M;1;m;0;0;0C65535
F4.81;Inertia compensation coefficient;;65535;0;M;3;X;0;0;0C65535
F4.82;Reserved;;65535;0;M;0;X;0;0;0C65535
F4.83;Reserved;;65535;0;M;0;X;0;0;0C65535
F4.84;Reserved;;65535;0;M;0;X;0;0;0C65535
F4.85;Reserved;;1F;0;S;0;X;1;0;Position command source selection under bus control||Bit 0: Pulse following  0: Bus control, 1: Terminal control||Bit 1: Orientation  0: Bus control, 1: Terminal control||Bit 2: Simple carry  0: Bus control, 1: Terminal control||Bit 3: Homing  0: Bus control, 1: Terminal control||Bit 4: Zero servo  0: Bus control, 1: Terminal control||Bit 5: Reserved||Bit 6: Reserved
F4.86;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.00;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.01;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.02;Reserved;;FFFF;0;M;0;X;1;0;0C65535
F5.03;Reserved;;FFFF;0;M;0;X;1;0;0C65535
F5.04;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.05;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.06;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.07;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.08;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.09;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.10;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.11;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.12;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.13;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.14;Reserved;;65535;0;M;0;X;0;0;0C65535
F5.15;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.00;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.01;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.02;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.03;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.04;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.05;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.06;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.07;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.08;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.09;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.10;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.11;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.12;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.13;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.14;Reserved;;65535;0;M;0;X;0;0;0C65535
F6.15;Reserved;;65535;0;M;0;X;0;0;0C65535
H0.00;SCI port selection;;5;0;S;0;X;0;0;0: No communication|1: Local 485 port (CM31)|2: PNET-C03 / MTP-C03 / DEV|3: ECT / PN(CM35) / MTP (CM39)|4: CAN (CM32)|5: M3(CM33) / CANOPEN(CM36) / Profibus DP (CM37)|(After changing communication method, the AC drive should be restarted)
H0.01;SCI port communication configuration;;1136;0;S;0;X;1;0;Ones place: baud rate|0: 4800bps      |1: 9600bps      |2: 19200bps     |3: 38400bps |4: 57600bps    |5: 115200bps      |Tens place: data format |0: 1-8-2-N format, RTU|1: 1-8-1-E format, RTU    |2: 1-8-1-O Format, RTU |3: 1-8-1-N Format, RTU|Hundreds place: connection type  |0: Direct cable connection (232/485)   |1: MODEM (232)|Thousands place: saving method|0: Not saved at power loss|1: Saved at power loss
H0.02;Local address of 485 port communication;;247;0;S;0;X;0;0;0 C 247, 0 is broadcast address
H0.03;Time out detection of communication;;10000;0;M;2;S;0;0;0.0s C 100.00s
H0.04;Time delay of 485 port communication;;1000;0;M;0;m;0;0;0ms C 1000ms
H0.05;Master/Slave option ;;2;0;S;0;X;0;0;0: PC controls this drive    |1: As master    |2: As slave
H0.06;Parameter store address when this drive working as master;;1;0;S;0;X;0;0;0: b0-02|1: F0-01
H0.07;Proportional factor of received FREQ;;10000;0;M;1;%;0;0;0 C 1000.0
H0.08;485 Automatic reset enable;;1;0;S;0;X;0;0;0: No S curve|1: S curve
H0.09;Transmission Bytes via Comm Card (M3);;65535;0;M;0;X;0;0;0C65535
H0.10;Local address;;10000;0;M;2;S;0;0;0C65535
H0.11;PPO type;;65535;0;M;0;X;0;0;0C65535
H0.12;PZD2_OUT(the master  the slave);;65535;0;R;0;X;0;0;0C65535
H0.13;PZD3_OUT(the master  the slave);;1;0;M;0;X;0;0;0rpm|1pulse/s
H0.14;PZD4_OUT(the master  the slave);;65535;0;M;0;X;0;0;0: None|1: Mapping 1
H1.00;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.01;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.02;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.03;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.04;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.05;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.06;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.07;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.08;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.09;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.10;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.11;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.12;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.13;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.14;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.15;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.16;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.17;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.18;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.19;Reserved;;65535;0;M;0;X;0;0;0C65535
H1.20;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.00;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.01;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.02;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.03;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.04;Reserved;;65535;0;M;0;X;0;0;0C65535
H2.05;Reserved;;65535;0;M;0;X;0;0;0C65535
L0.00;MF key setting;;6;0;M;0;X;0;0;0: No function     |1: Forward jog     |2: Reverse jog     |3: Forward/reverse switchover     |4: Emergency stop 1 (set Decel time by b2-09) |5: Emergency stop 2 (coast to stop)       |6: Run command sources shifted 
L0.01;Keys locked option ;;4;0;M;0;X;0;0;0: Not locked      |1: All locked      |2: Keys locked except RUN, STOP/RESET    |3: Keys locked except STOP/RESET     |4: Keys locked except  >> 
L0.02;Function of STOP key;;1;0;M;0;X;0;0;0: STOP key activated only at control panel control   |1: STOP key activated under any run command source
L0.03;FREQ adjustment through keys Up/Down;;1113;0;M;0;X;1;0;Ones place Bit0: option on ramp to stop |0: zeroing the adjustment value|1: holding the adjustment value|Ones place Bit1: option at master & auxiliary frequency reference |0: zeroing the adjustment value|1: holding the adjustment value|Tens Place: option on power loss|0: zeroing the adjustment value|1: holding the adjustment value|Hundreds Place: integrating option|0: Integrating disabled |1: Integrating enabled |Thousands place: run direction|0: Direction changing prohibited|1: Direction changing permitted
L0.04;Step size of FREQ adjustment through keys Up/Down;;1000;0;M;2;E;0;0;0.00Hz/s C 10.00Hz/s
L1.00;LED operation display parameter 1;;7FFF;0;M;0;X;1;0;Binary system setting:    |0: No Display|1: Display|Ones place: |BIT0: Run FREQ (Hz)    |BIT1: FREQ reference (Hz)     |BIT2: Bus voltage (V)    |BIT3: Output current (A)    |Tens place: |BIT0: Output torque (%)    |BIT1: Output power (kW)    |BIT2: Output voltage (V)     |BIT3: Motor speed (r/min)     |Hundreds place: |BIT0: AI1 (V)    |BIT1: AI2 (V)    |BIT2: AI3  (V)       |BIT3: AI4  (V)    |Thousands place: |BIT0: running FREQ 2 (Hz)|BIT1: DI   |BIT2: External count value    |BIT3: Reserved         |Note: when this parameter is set to 0000, run FREQ (Hz) would be displayed as default  
L1.01;LED operation display parameter 2;;1FF;0;M;0;X;1;0;Binary system setting:|0: No Display|1: Display|Ones place: |BIT0: Run linear speed (m/s)    |BIT1: Set linear speed (m/s)    |BIT2: Input terminal status     |BIT3: Output terminal status       |Tens place: |BIT0: PID reference (%)      |BIT1: PID feedback (%)     |BIT2: Reserved|BIT3: Reserved|Hundreds place: |BIT0: Torque reference (%)|BIT1: Reserved|BIT2: Reserved|BIT3: Reserved|Thousands place: reserved |BIT1: Reserved|BIT2: Reserved|BIT3: Reserved
L1.02;LED stop display parameter;;FFFF;0;M;0;X;1;0;Binary system setting:   |0: No Display|1: Display|Ones place: |BIT0: FREQ reference (Hz)    |BIT1: Bus voltage (V)    |BIT2: Input terminal status   |BIT3: Output terminal status     |Tens place: |BIT0: AI1 (V)    |BIT1: AI2 (V)    |BIT2: AI3 (V)   |BIT3: AI4 (V) |Hundreds place: |BIT0: PID reference (%)     |BIT1: PID feedback (%)      |BIT2: Reserved   |BIT3: Reserved          |Thousands place: |BIT0: Run linear speed (m/s)     |BIT1: Set linear speed (m/s)      |BIT2: External count value     |BIT3: X5    |Note: when this function code is set to 0000, the FREQ reference would be displayed as default (Hz) 
L1.03;Linear speed coefficient;;9999;1;M;1;%;0;0;0.1 C 999.9%
U0.00;Run FREQ ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.01;Set FREQ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.02;Bus voltage;;65535;0;R;0;V;0;0;0V C 65535V
U0.03;Output voltage ;;65535;0;R;0;V;0;0;0V C 65535V
U0.04;Output current ;;65535;0;R;1;A;0;0;0.0A C 6553.5A
U0.05;Output torque ;;3000;-3000;R;1;%;0;1; -300.0% C 300.0%
U0.06;Output power ;;3000;0;R;1;%;0;0;0.0% C 300.0% (relative to the motors rated power)
U0.07;Master FREQ set source;;11;0;R;0;X;0;0;0: Digital setting + adjustment via / on control panel  |1: Digital setting + terminal UP/DOWN adjustment  |2: Analog input AI1  |3: Analog input AI2  |4: Analog input AI3 (on extension I/O board)  |5: Analog input AI4 (on extension I/O board)  |6: X5 pulse input  |7: Process PID output  |8: PLC  |9: Multi-step frequency  |10: Communication  |11: PA/PB input  
U0.08;Auxiliary FREQ set source;;11;0;R;0;X;0;0;0: No set|1: Digital setting + adjustment through / on control panel     |2: Digital setting + terminal UP/DOWN adjustment      |3: Analog input AI1     |4: Analog input AI2     |5: Analog input AI3 (on extension IO board) |6: Analog input AI4 (on extension IO board) |7: X5 pulse input     |8: Process PID output       |9: PLC      |10: Multi-step FREQ|11: Communication 
U0.09;Master FREQ setting  ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.10;Auxiliary FREQ setting;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.11;Drive status;;22;0;R;0;X;1;0;Ones place: run status       |0: Accelerating     |1: Decelerating     |2: Constant speed running    |Tens place: drive status    |0: Stop    |1: Running     |2: Autotune 
U0.12;AI1 input voltage ;;1000;0;R;2;V;0;0;0.00V C 10.00V
U0.13;AI2 input voltage ;;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
U0.14;AI3 input voltage;;1000;0;R;2;V;0;0;0.00V C 10.00V
U0.15;AI4 input voltage (on extension IO board);;1000;-1000;R;2;V;0;1;-10.00V C 10.00V
U0.16;AO1 output ;;1000;0;R;1;%;0;0;0.0%C100.0%
U0.17;AO2 output ;;1000;0;R;1;%;0;0;0.0%C100.0%
U0.18;X5 high-frequency pulse input frequency;;500;0;R;1;K;0;0;0.0KHz C 50.0KHz
U0.19;Digital input terminal status;;3FFF;0;R;0;X;1;0;Range: 0C1FFF||Description:||0 represents invalid, 1 represents valid.||Bit assignment: AI4, AI3, AI2, AI1, X10  X2, X1||Hex Value	Binary Representation|0000	            0 0 0 0 0 0 0 0 0 0 0 0 0|0001	            0 0 0 0 0 0 0 0 0 0 0 0 1|0002	            0 0 0 0 0 0 0 0 0 0 0 1 0|0003	            0 0 0 0 0 0 0 0 0 0 0 1 1|...	                            ...|3FFF	             1 1 1 1 1 1 1 1 1 1 1 1 1
U0.20;Digital output terminal status;;FFFF;0;R;0;X;1;0;Range: 00 C FF|Note:|1) 0 means open, 1 means closed;|2) BIT0  C  Bit7: DO1,DO2,DO3,DO4, HDO Reserved, R1, R2 
U0.21;PID setting value;;1000;0;R;1;%;0;0;0.0%C100.0%
U0.22;PID feedback value;;1000;0;R;1;%;0;0;0.0%C100.0%
U0.23;PID input deviation;;1000;-1000;R;1;%;0;1;-100.0% C 100.0%
U0.24;PLC;;15;0;R;0;X;0;0;0 C 15
U0.25;V/f separated target voltage ;;1000;0;R;1;%;0;0;0.0% C 100.0%, relative to the VFDs maximum output voltage
U0.26;V/F separated actual output voltage;;1000;0;R;1;%;0;0;0.0% C 100.0%, relative to the VFDs maximum output voltage
U0.27;Frequency before speed search stop;;60000;0;R;2;H;0;0;0 C 600.00Hz
U0.28;Spindle encoder resolution ;;60000;0;R;0;X;0;0;0 C 60000
U0.29;Resolution of motor encoder;;60000;0;R;0;X;0;0;0 C 60000
U0.30;Torque setting;;3000;-3000;R;1;%;0;1;0.0% C 300.0%
U0.31;Cumulative power-up time ;;65535;0;R;0;h;0;0;0 C 65535h
U0.32;Cumulative running time;;65535;0;R;0;h;0;0;0 C 65535h
U0.33;Environment temperature ;;2000;-400;R;1;C;0;1;-40.0C C 200.0C
U0.34;Inverter bridge temperature;;2000;-400;R;1;C;0;1;-40.0C C 200.0C
U0.35;AC motor temperature 1;;2000;-400;R;1;C;0;1; -40.0C C 200.0C
U0.36;Terminal count value ;;65535;0;R;0;X;0;0;0C65535
U0.37;Run command log at LoU;;1;0;R;0;X;0;0;0 C 1
U0.38;Fault code log at LoU  ;;100;0;R;0;X;0;0;0 C 100
U0.39;Code execution time;;65535;0;R;0;X;0;0;0C65535
U0.40;Current detection fault source ;;3;0;R;0;X;0;0;0: No fault|1: V phase |2: W phase |3: U phase 
U0.41;Reserved;;65;0;R;0;X;0;0;0 C 65
U0.42;Reserved;;65535;0;R;0;X;0;0;0C65535
U0.43;Higher-bit numbers of control panel Up/Down stored value;;1;-1;R;0;X;0;1;-1 C 1
U0.44;Lower-bit numbers of control panel Up/Down stored value;;65535;0;R;2;X;0;0;0.00 C 655.35
U0.45;Higher-bit numbers of terminal UP/DOWN stored value;;1;-1;R;0;X;0;1;-1 C 1
U0.46;Lower-bit numbers of terminal UP/DOWN stored value;;65535;0;R;2;X;0;0;0.00 C 655.55
U0.47;Position control pulse error  ;;9999;-9999;R;0;X;0;1;-9999 C +9999
U0.48;Feed-forward pulse FREQ of pulse tracking;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.49;Motor absolute position display;;65535;0;R;0;X;0;0;0C65535
U0.50;Spindle absolute position display;;65535;0;R;0;X;0;0;0C65535
U0.51;Higher-bit of carry amount command;;9999;0;R;0;X;0;0;0 C 9999
U0.52;Lower-bit of carry amount command ;;9999;0;R;0;X;0;0;0 C 9999
U0.53;Current carry amount higher-bit ;;9999;0;R;0;X;0;0;0 C 9999
U0.54;Current carry amount lower-bit ;;9999;0;R;0;X;0;0;0 C 9999
U0.55;Motor feedback FREQ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.56;Spindle feedback FREQ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.57;Reference pulse FREQ;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U0.58;Swing frequency center frequency;;60000;0;R;2;H;0;0;0 C 65535
U0.59;Stop swing frequency status;;65535;0;R;0;X;0;0;0 C 65535
U0.60;VW phase current coefficient;;65535;0;R;0;X;0;0;0 C 65535
U0.61;Reserved;;65535;0;R;0;X;0;0;0 C 65535
U0.62;Communication status of PN communication board;;FFFF;0;R;0;X;1;0;0 C 65535
U0.63;Initial position Angle;;60000;0;R;1;X;0;0;0 C 6000.0
U0.64;CPU load rate;;1000;0;R;1;%;0;0;0 C 100.0%
U0.65;PG interruption error accumulated;;65535;0;R;0;X;0;0;0C65535
U0.66;PG interruption cycle;;65535;0;R;0;X;0;0;0C65535
U0.67;Communication error accumulated of PG board ;;65535;0;R;0;X;0;0;0C65535
U0.68;Current position mode;;FFFF;0;R;0;X;1;0;Ones place: |1: orientation|2: pulse tracking |3: return to origin |4: simple carry|5: Zero speed clamping|Tens Place:|Status in each mode
U0.69;A signal sampling value ;;4095;0;R;0;X;0;0;0 C 65535
U0.70;B signal sampling value;;4095;0;R;0;X;0;0;0 C 65535
U0.71;C signal sampling value;;4095;0;R;0;X;0;0;0 C 65535
U0.72;D signal sampling value;;4095;0;R;0;X;0;0;0 C 65535
U0.73;Synchronous motor angle record;;65535;0;R;0;X;0;0;0 C 65535
U0.74;Leakage current value;;65535;0;R;0;mA;0;0;0 C 13500mA
U0.75;PG card version;;FFFF;0;R;0;X;1;0;0CFFFF
U0.76;Motor speed reference ;;30000;-30000;R;0;X;0;1; -30000 C 30000
U0.77;Motor speed feedback ;;30000;-30000;R;0;X;0;1; -30000 C 30000
U0.78;Actual running carrier frequency;;65535;0;R;1;X;0;0;0 C 65535
U0.79;Reserved;;65535;0;R;0;X;0;0;0 C 65535
U0.80;Communication cycle;;65535;0;R;0;X;0;0;0 C 65535
U0.81;Bus target position monitoring low;;65535;0;R;0;X;0;0;0 C 65535
U0.82;Bus target position monitoring high;;65535;0;R;0;X;0;0;0 C 65535
U0.83;Reserved;;7;0;R;0;X;0;0;0 C 65535
U0.84;Reserved;;65535;0;R;0;X;0;0;0 C 65535
U0.85;Reserved;;65535;0;R;0;X;0;0;0 C 65535
U0.86;PG card parameter monitoring 1;;9999;-9999;R;0;X;0;1; -9999 C 9999
U0.87;PG card parameter monitoring 2;;9999;-9999;R;0;X;0;1; -9999 C 9999
U0.88;PG card parameter monitoring 3;;65535;0;R;0;X;0;0;0 C 65535
U0.89;PG card parameter monitoring 4;;65535;0;R;0;X;0;0;0 C 65535
U0.90;Reserved;;65535;0;R;0;X;0;0;0 C 65535
U1.00;History fault 1 (latest);;99;0;R;0;X;0;0;0: No fault                                          |1: Accel overcurrent (oC1)                                     |2: Const-speed overcurrent (oC2)                                    |3: Decel overcurrent  (oC3)                                    |4: Accel overvoltage (ou1)                                                                       |5: Const-speed overvoltage  (ou2)   |6: Decel overvoltage (ou3)  |7: Module protection  (FAL)                                  |8: Autotune failed (tUN)                                   |9: Drive overloaded  (oL1)                                   |10: Motor overloaded  (oL2)                                    |11: Current detection circuit failed (CtC) |12: Output ground short-circuit protection (GdP)                               |13: Input power supply fault (ISF) |14: Output phase loss (oPL)                                       |15: Inverter module overload protection (oL3)                                 |16: Module (IGBT) thermal protection (oH1)                                   |17: Motor (PTC) thermal protection (oH2)                                |18: PIM temperature measurement circuit fault (oH3) |19: Encoder disconnected (CLL)                              |20: STO 1 circuit abnormal (ST1) |21: STO 2 circuit abnormal (ST2) |22: Safety Torque Off  (ST0)                                   |23: Extension IO board connection abnormal (I0E)                                 |24: External equipment error (PEr)                                     |25: Consecutive run time set by the agent reached (to1)                         |26: Consecutive run time attained (to2)                               |27: Cumulative run time attained (to3)                               |28: Abnormal power supply at run (SUE)                                  |29: EEPROM read/write fault (EPr)  |30: Abnormal contactor (CCL)                                   |31: Abnormal port communication (TrC)                                     |32: Control panel communication abnormal (PdC)                                     |33: Parameter copy failure  (CPHDO)                                |34: Reserved|35: Software version compatibility failure (SFt)                                |36: Hardware overcurrent fault (oC4)                                  |37: Hardware overvoltage fault (ou4)                                    |38: PG board connection fault (PGE)                                  |39: Reserved                                  |40: AI input out-of-limit (AIP)                                   41: Undervoltage protection (LoU)           |42: Over-speed (oSP) |43: Speed bias is large (SPL) |44: DC inject brake short-circuit fault  (bCF)                                                                           |45: PID feedback lost (PIo) |46: Communication abnormal (CbE) |47: PG board software version abnormal (PGu) 
U1.01;Run FREQ at fault 1;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U1.02;Output current at fault 1;;65535;0;R;1;A;0;0;0.0A C 6553.5A
U1.03;Bus voltage at fault 1;;10000;0;R;0;V;0;0;0V C 10000V
U1.04;Ambient temperature at fault 1;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.05;Inverter bridge temperature at fault 1;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.06;Input terminal status at fault 1;;FFFF;0;R;0;X;1;0;0CFFFF
U1.07;Output terminal status at fault 1    ;;FFFF;0;R;0;X;1;0;0CFFFF
U1.08;Cumulative run time at fault 1;;65535;0;R;0;h;0;0;0 C 65535h
U1.09;Code of fault 2;;99;0;R;0;X;0;0;Same as U1.00
U1.10;Run FREQ at fault 2;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U1.11;Output current at fault 2;;65535;0;R;1;A;0;0;0.0A C 6553.5A
U1.12;Bus voltage w at fault 2;;10000;0;R;0;V;0;0;0V C 10000V
U1.13;Temperature 1 of heat sink at fault 2;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.14;Temperature 2 of heat sink at fault 2;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.15;Input terminal status at fault 2;;FFFF;0;R;0;X;1;0;0CFFFF
U1.16;Output terminal status at fault 2;;FFFF;0;R;0;X;1;0;0CFFFF
U1.17;Cumulative run time at fault 2;;65535;0;R;0;S;0;0;0 C 65535h
U1.18;Code of fault 3;;99;0;R;0;X;0;0;Same as U1.00
U1.19;Run FREQ at fault 3;;60000;0;R;2;H;0;0;0.00Hz C 600.00Hz
U1.20;Output current at fault 3;;65535;0;R;1;A;0;0;0.0A C 6553.5A
U1.21;Bus voltage w at fault 3;;10000;0;R;0;V;0;0;0V C 10000V
U1.22;Temperature 1 of heat sink at fault 3;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.23;Temperature 2 of heat sink at fault 3;;1000;-400;R;1;C;0;1;-40.0?C C 100.0?C
U1.24;Input terminal status at fault 3;;FFFF;0;R;0;X;1;0;0CFFFF
U1.25;Output terminal status at fault 3;;FFFF;0;R;0;X;1;0;0CFFFF
U1.26;Cumulative run time at fault 3;;65535;0;R;0;S;0;0;0 C 65535h
U2.00;Controller series;9000;FFFF;0;R;0;X;1;0;0 C 65535
U2.01;Software Version of control board;A00;FFF;0;R;0;X;1;0;0.00 C 655.35
U2.02;Software NonStandar Version;80;FFF;0;R;0;X;1;0;0.00 C 655.35
U2.03;KeyPad Software Version;;FFFF;0;R;0;X;1;0;0.00 C 655.35
U2.04;Hardware version number;;FFF;0;R;0;X;1;0;0.00 C 655.35
U2.05;Higher bits of coding;;65535;0;R;2;X;0;0;0 C 9999
U2.06;Lower bits of coding;;65535;0;R;0;X;0;0;0 C 65535
U2.07;Year and Month of manufacture;;65535;0;R;0;X;0;0;0 C 65535
U2.08;Batch number;;65535;0;R;0;X;0;0;0 C 65535
U2.09;Serial number;;65535;0;R;0;X;0;0;0 C 65535
U2.10;Communication board hardware version;;FFFF;0;R;0;X;1;0;0 C 65535
U2.11;PG board software version number;;FFFF;0;R;0;X;1;0;0 C 65535
U2.12;PG board dedicated software version number;;FFFF;0;R;0;X;1;0;0 C 65535
U2.13;I/O board hardware version;;000F;0;R;0;X;1;0;0 C 65535
U2.14;I/O board software version;;FFFF;0;R;0;X;1;0;0 C 65535
U2.15;Communication board software version number;;FFFF;0;R;0;X;1;0;0 C 65535
U2.16;Communication board dedicated software version number;;FFFF;0;R;0;X;1;0;0 C 65535
n0.00;Manufacturer password;;FFFF;0;F;0;X;1;0;0CFFFF
n0.01;controller model;;46;6;S;0;X;0;0;Model depended
n0.02;Module dead time;;300;0;S;1;X;0;0;Model depended
n0.03;Inverter rated power;;65535;0;S;1;X;0;0;0.0KVA C 6553.5KVA
n0.04;Inverter rated voltage;;65535;0;S;0;V;0;0;0V C 65535V
n0.05;Inverter rated current;;65535;0;S;1;A;0;0;0.0A C 6553.5A
n0.06;Adjustment coeff of DC bus voltage ;;2000;100;M;1;%;0;0;90.0% C 110.0%
n0.07;Adjustment coeff of output voltage;;20000;1000;M;2;%;0;0;90.00% C 110.00%
n0.08;Bus overvoltage point;;65535;0;S;0;V;0;0;0V C 65535V
n0.09;Bus undervoltage point;;65535;0;S;0;V;0;0;0V C n0.08
n0.10;Threshold value of overcurrent protection;;65535;0;S;1;A;0;0;0.0A C 6553.5A
n0.11;Fluctuation point of DC bus;;65535;0;M;0;V;0;0;0V C 65535V
n0.12;RAM variable 1 address;;65535;0;M;0;X;0;0;0 C 65535
n0.13;RAM variable 1 range;;65535;0;M;0;X;0;0;0 C 65535
n0.14;RAM variable 1 display;;65535;0;R;0;X;0;0;0 C 65535
n0.15;RAM variable 2 address;;65535;0;M;0;X;0;0;0 C 65535
n0.16;RAM variable 2 range;;65535;0;M;0;X;0;0;0 C 65535
n0.17;RAM variable 2 display;;65535;0;R;0;X;0;0;0 C 65535
n0.18;PID debugging parameter;;65535;0;M;0;X;0;0;0C65535
n0.19;Speed modulation coefficient;;65535;0;M;0;X;0;0;0C65535
n0.20;Reserved;;65535;0;M;0;X;0;0;0C65535
n0.21;Reserved;;65535;0;M;0;X;0;0;0C65535
n0.22;Reserved;;65535;0;M;0;X;0;0;0C65535
n0.23;Stall detection time;;1200;0;M;1;S;0;0;0 C 1200|0: Disabled error
n0.24;Motor overload debugging parameter;;6000;0;M;0;X;0;0;0 C 6000
n0.25;Inverter overload debugging 1;;6000;0;M;0;X;0;0;0 C 6000
n0.26;Inverter overload debugging 2;;5;1;M;0;X;0;0;0 C 5
n1.00;Agent password;;FFFF;0;F;0;X;1;0;0 C 65535
n1.01;Running time setting;;65535;0;S;0;S;0;0;Range: 0?h C 65535?h|Description: 0 = function disabled; non-zero = system stops when runtime expires and cannot restart.
n1.02;Running time display;;65535;0;R;0;S;0;0;0h C 65535h
n1.03;Agent-defined version;;65535;0;S;0;X;0;0;0 C 65535
n1.04;User password display;;FFFF;0;R;0;X;1;0;0 C 65535
