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CUTES CT-2000FG Series, Manual

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2 

12. Multi-step function…………………………………………………………………………… 

P67 

13. Series communication user manual…………………………………………………………… 

P72 

A. The physical link……………………………………………………………………… 

P72 

B. Data structure in communication……………………………………………………… 

P76 

C. Error check generation………………………………………………………………… 

P77 

14. Protections…………………………………………………………………………………… 

P79 

A. Preventing motor stalling function……………………………………………………… 

P79 

B. Motor search speed function…………………………………………………………… 

P83 

C. Instantaneous current handling………………………………………………………… 

P85 

D. Overheating protection………………………………………………………………… 

P86 

15. Environment setting……………………………………………………………………………  P87 

A. Dynamic brake………………………………………………………………………… 

P87 

B. Carrier wave frequency………………………………………………………………… 

P88 

C. Adjusting voltage and current…………………………………………………………… 

P90 

D. Setting LCD keypad functions……………………………………………………………  P92 

E. Recovering factory settings……………………………………………………………… 

P94 

16. Troubleshooting……………………………………………………………………………… 

P95 

17. Control procedures chart……………………………………………………………………… 

P97 

 

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

                                                                                                     

 

 

Summary of Contents for CT-2000FG Series

Page 1: ...Copy functions P23 5 User constants P25 6 Constants tables P26 7 Motor autotuning P40 8 Constant setting by function P42 A Setting frequency P42 B Selecting frequency command P44 C Operation command P...

Page 2: ...A Preventing motor stalling function P79 B Motor search speed function P83 C Instantaneous current handling P85 D Overheating protection P86 15 Environment setting P87 A Dynamic brake P87 B Carrier w...

Page 3: ...otor to control motor operation then the capacity of inverter must be 6 times the capacity of motor Inspection upon receiving A Check that the model the capacity and power voltage specifications are a...

Page 4: ...to 40 and where the relative humidity is 90 or less Avoid installing at places where there is dust iron particles corrosive gas water spray direct sunlight or too much vibration And places where has g...

Page 5: ...244 190 225 7 7 A3 470 454 441 260 190 250 7 7 A4 492 477 466 283 200 289 7 7 A5 539 524 503 283 200 290 7 7 A6 699 679 668 408 270 323 10 10 A7 912 892 872 530 350 323 10 10 A8 1062 1046 1110 5 530 3...

Page 6: ...ulti step function RS485 RS422 communication jump frequency PID control multi function DI analog input interface Option card features Analog digital IO card under development Frequency setting Digital...

Page 7: ...4 111 131 156 Rated input voltage 3 200 230V 10 50 60HZ 5 Rated output voltage 3 200 230V 10 Cooling system Forced air cooling Outline dimension A1 A1 A2 A2 A3 A4 A4 A5 A6 A6 A7 A7 A7 A7 Weight kg 8 9...

Page 8: ...0 460 10 50 60HZ 5 Rated output voltage 3 380 460 10 Cooling system Forced air cooling Outline dimension A1 A1 A1 A2 A2 A3 A4 A4 A5 A5 A6 A6 A7 A7 Weight kg 9 9 9 14 14 14 23 23 40 46 50 55 65 70 Moto...

Page 9: ...p speed setting multi step function RS485 RS422 communication jump frequency PID control multi function DI analog input interface Option card features Analog digital IO card under development Frequenc...

Page 10: ...dimension A2 A2 A3 A4 A5 A6 A6 A7 A7 A7 A7 Weight kg 14 14 20 22 45 45 46 48 65 70 70 FP 400V series Motor rating KW 11 15 18 5 22 30 37 45 55 75 93 112 131 Model CT 2000FG 2 011 015 18A5 022 030 037...

Page 11: ...B are as following CT2000F Voltage V Model NFB A Standard wiring mm 2 CT 2000FG 2 3A7 20 5 5 CT 2000FG 2 5A5 30 5 5 8 CT 2000FG 2 7A5 40 5 5 8 CT 2000F 2 011 60 22 CT 2000F 2 015 80 30 CT 2000F 2 022...

Page 12: ...2 120A 0 09mH CT 2000F 2 030 150A 70uH CT 2000F 2 037 200A 50uH CT 2000F 2 045 250A 44uH CT 2000F 2 055 300A 35uH CT 2000F 2 075 400A 27uH CT 2000F 2 093 500A 21uH CT 2000F 2 112 600A 21uH CT 2000FG 2...

Page 13: ...0 10V IN3 0 10V 2k 2k FM AM CC MA MB MC AC 240V Max 1A DC 28V Max 2A TB RA RB IG EG MODBUS RS422 485 Shield wirse Twisted shield wirse S6 COM M1 M2 M3 P1 PC TA Free run stop PR N A C L Analog output...

Page 14: ...U V W P PR TA TB RA RB IG KEYPAD Master circuit terminals E1 M2 M1 M3 MB MA MC EG 10V IN1 IN2 IN3 CC FM Analog input terminals AM CC Multi function Output terminals RS485 422 P1 PC COM S1 S2 S3 S4 S5...

Page 15: ...TA TB RA RB IG KEYPAD E1 M2 M1 M3 MB MA MC EG Communication terminals 10V IN1 IN2 IN3 CC FM Analog input terminals AM CC Multi function Output terminals P1 PC COM S1 S2 S3 S4 S5 S6 RR FR COM Multi fu...

Page 16: ...unction analog output terminal 4 S5 Multi function analog output terminal 5 S6 Multi function analog output terminal 6 DC 24V 8mA Photocoupler isolation Multi function analog input terminal COM Concur...

Page 17: ...status Ten key pad 9 8 7 6 5 4 3 2 1 0 Cutes Corporation 1 1 STOP REV SET READ FWD PROG READY HZ A ALARM Operation monitor display Displays forward reverse stop status Operation instruction keys Cont...

Page 18: ...ch input mode set constants READ Read Read quit constant SET Set and save Input mode switch constant setting Up Increment Down Decrement X Shift Switch location of cursor HZ Frequency Hz LED means of...

Page 19: ...ing item is Cd 00 Press keys to select user s setting Press PROG key Monitoring item is CE 00 Press keys to select user s setting Press PROG key Back to monitoring HZ B Modify monitoring item DISP ind...

Page 20: ...use X or numeric keys to change figures Enter Cd 02 monitoring item Modify constant is load current Press SET key Set constant indicate PASS Twinkle twice Indicate Err if set wrong Back to Cd 02 Pres...

Page 21: ...se refer to the monitoring chart Press READ key Malfunction record is nOEr means no record OC means over current D Press FWD REV key under any status Monitoring item is HZ Frequency command is shown w...

Page 22: ...e X or numeric keys to change figures Enter input mode Press key or numeric keys to select constant Modify the frequency is 20 00HZ Press SET key Set constant indicate PASS Twinkle twice Indicate Err...

Page 23: ...stant information NO Function Detail of Data Initial Factory Setting CC 00 Copy mode 0 Standard mode 1 Reserved 2 Modify Cd and CE on Keypad 3 Copy Cd from Control PCB to Memory 1 of Keypad 4 Copy CE...

Page 24: ...ss PROG A1 00 A1 00 A1 99 function code Cd Press SET Memory 1 Press PROG A2 00 A2 00 A2 99 function code CE Press SET Memory 2 Press PROG A3 00 A3 00 A3 99 function code Cd of Cd CE Press SET Memory 3...

Page 25: ...cy P53 Multi speed frequency command P55 Multi functional relay setting V F control P57 V F curve selecting P60 Frequency command limit P61 Torque boost torque boost gain P62 Motor rated current PID c...

Page 26: ...5 2 No 133 P57 Cd 06 Motor rated current Set motor rated current as inverter current is 100 Set torque boost gain as ratio 10 0 100 0 100 0 No 134 P62 Cd 07 Torque boost gain Please adjust well when f...

Page 27: ...ncy Cd16 0 0 20 0 1HZ No 512 P48 Cd 24 DC break current Set the inverter rated current as a percentage Set the DC break time when start The setting value is 0 00S and the DC break is invalid when star...

Page 28: ...gain 4 Auxiliary frequency 2 5 Auxiliary frequency 3 6 DC brake current 7 PID feedback value 8 PID command value 0 8 0 No 519 P49 Cd 36 IN3 input bias Set percetage bias when 0V input 100 0 0 00 Yes 5...

Page 29: ...alue 7 Current arrive compares to Cd85and Cd86 value 8 Overheat Cd82 predict action 9 OL malfunction action 10 x 1 9 8 No 177 P55 Cd 50 Torque boost delay time The torque boost delay time is set in ms...

Page 30: ...tioning Set 20V equal to 350 20 370Vdc DB on 0 40V 20V No 198 P87 Cd 66 Instantinitial field time Instantinitial field time when start motor 00 20 0 0 0 06S No 193 P89 Cd 67 Fine tune DC Bus standard...

Page 31: ...utput voltage recover time From 0V to recover is time of maximum output voltage when set restart 0 1 20 0 3S No 647 P85 Cd 82 Overheating forecast detection level Set Cd84 as 100 for level of detectin...

Page 32: ...21 1 No 562 P51 Cd 97 Multifunction terminal S6 function 0 3 wire operation control 1 Multi step speed 1 2 Multi step speed 2 3 Multi step speed 3 4 Reserved 5 JOG frequency 6 Forward JOG 7 Reverse JO...

Page 33: ...P94 CE 05 1 st step speed setting Multi step function control 1 st step speed setting 0 400 00 HZ 0 Yes 233 P67 CE 06 2 nd step speed setting Multi step function control 2 nd step speed setting 0 400...

Page 34: ...p time setting Multi step function control 2 nd step time setting 0 255 0 No 250 P68 CE 23 3 rd step time setting Multi step function control 3 rd step time setting 0 255 0 No 251 P68 CE 24 4 th step...

Page 35: ...liner or gradually operation method 0 6 0 No 275 P69 CE 48 Multi step function mode reset Reset procedure and time to zero 0 0 Yes 276 P69 CE 49 53 Reserved CE 54 Select PID control 0 invalid 1 PID o...

Page 36: ...rol independence 1 Enter I D controller after error passed by P controller 0 1 0 No 294 P66 CE 67 PID output delay position selecting 0 PID output delay 1 D control output delay 0 1 0 No 295 P66 CE 68...

Page 37: ...ecting 0 150 overload heavy duty model 1 120 overload light duty model 0 1 1 No X P90 CE 88 AUTOTUNE mode 0 Rotational mode 1 UnRotational mode 1 2 UnRotational mode 2 0 2 2 No X P40 CE 89 V F boost s...

Page 38: ...07 Module temperature 70 d1 08 RUN status 71 d1 09 RUN command 72 d1 10 Malfunction status 73 d1 11 17 Reserved 74 80 d1 18 IN1 0 20mA 81 d1 19 IN2 0 10V 82 d1 20 IN3 0 10V 83 d1 21 PID command value...

Page 39: ...1 30 Malfunction record 2 93 d1 31 Malfunction record 3 94 d1 32 Malfunction record 4 95 d1 33 MCK 96 d1 34 RPM co operate Cd46 97 d1 35 Pressure value Kg IN1 input 98 d1 36 Reserved 99 d1 37 Days of...

Page 40: ...Pass will be shown after succeeded 2 Stationary mode autotuning CE 88 1 Input specification of nameplate after set CE 88 1 When the page of CE 88 constants were operated The function of autotuning wil...

Page 41: ...Motor unload current CE 84 The pole of motor CE 85 Motor leakage inductance CE 86 Motor resistance Description Constants Cd55 Cd58 CE82 CE83 CE84 CE85 CE86 will be changed automatically after process...

Page 42: ...function press READ and setting Cd01 0 B Use PROG key to input data Cd01 0 C Use key to input data Cd01 0 D Use Multi Step function to setting Refer to function CE05 to CE55 E Set external voltage F S...

Page 43: ...on 1 Output frequency included slip boost 2 Output current 3 Frequency command d1 constant could be applied as well Operation display Constant No Constant name Settable range Factory setting Change du...

Page 44: ...uency command analog input IN1 IN3 option cardAI1 2 Input frequency command by analog input after set Cd01 1 Input frequency command contained lag by analog input after set Cd01 2 Input frequency comm...

Page 45: ...eypad REV Notice CD27 prohibits reverse selecting only restricts keypad control Acceleration deceleration Description Set frequency by the time is needed from 0 HZ to 50 HZ T 50 0 F T1 T1 time for acc...

Page 46: ...t when Cd44 2 the inverter output is interrupted to coast the motor to stop the motor coasts to stop at inertia the load Run commands are ignored until the time has elapsed Set timer time by Cd10 acce...

Page 47: ...frequency Description Set motor start frequency settable range of frequency from 0 5HZ to 30HZ accuracy is 0 01HZ 8 Constant setting by function Constant No Constant name Settable range Factory settin...

Page 48: ...ter rated current Cd25 Set to 0 to disable the DC injection brake at start Cd26 Set to 0 to disable the DC injection brake at stop If setting value of Cd23 less then minimum input frequency to proceed...

Page 49: ...alog input please refer to multi function analog input functions list Notice Limits of authority level IN3 IN2 IN1 For example Set Cd32 IN1 and Cd35 IN3 1 at the same time and IN1 will not operate whe...

Page 50: ...to analog voltage output when selected one is 100 output 10V Please refer to d1 constants page 38 The function of Cd87 could be set as the filter time of VOUT The filter time setting is longer the ca...

Page 51: ...13 PID integration control maintain 14 PIDsoft start 15 Switch PID error input characteristics 16 Not used 17 PLC reset 18 Emergency stop by time of C1 17 19 Coast stop 20 Electrical adjustable speed...

Page 52: ...simultaneously be sure always to put in external terminal before FR or RR External terminal FR RR Running mode Jogging 2 When set Cd92 Cd97 6 7 FJOG RJOG jog without putting FR or RR in External term...

Page 53: ...ng Cd41 6 th step frequency setting Cd42 7 th step frequency setting Cd43 8 th step frequency setting 9 Output input terminals Constant No Constant name Settable range Factory setting Change during op...

Page 54: ...t multi step speeds must accommodate with external terminal S1 S6 to switch each step speed Step speed selecting External terminals 2 3 4 5 6 7 8 Multi step speeds command 1 Multi step speeds command...

Page 55: ...ctor please refer to the list Setting Function 0 Time counter accommodate Cd29 1 Fault 2 Stop 3 Acceleration 4 Speed reached 5 Deceleration 6 Frequency reached operation frequency Cd45 7 Current reach...

Page 56: ...8 49 7 current is lower than rated current Cd86 Cd85 value Current detect level RELAY will start when Cd47 48 49 7 current is over rated current Cd86 value 10 V F control Constant No Constant name Set...

Page 57: ...ting torque 14 High starting torque The wiringdistance between the inverter and motor is relatively large greater than 150m A large torque is required at start up A reactor is connected to the inverte...

Page 58: ...5 220 V 0 1 5 3 50 Hz 9 9 16 5 220 V 60 Setting value 6 Setting value 7 Setting value 8 0 1 5 3 60 Hz 9 9 16 5 220 V 72 0 1 3 25 Hz 8 8 38 5 220 V 50 0 1 3 25 Hz 9 9 55 220 V 50 Setting value 9 Settin...

Page 59: ...value 12 Setting value 13 Setting value 14 0 1 3 2 5 Hz 14 3 26 4 220 V 50 0 1 5 3 Hz 12 1 20 9 220 V 60 0 1 5 3 Hz 14 3 26 4 220 V 60 V F free pattern setting Setting value 15 Cd53 Cd52 Cd54 Cd51 V...

Page 60: ...X Cd52 Motor rated frequency FA 0 0 0 400 00 60 0HZ X Cd53 Maximum output frequency FMAX 40 00 400 00 60 0HZ X Cd54 Maximum output voltage VMAX 0 0 500 0 By specification X Cd55 Middle output frequenc...

Page 61: ...ate Cd60 3 Increase gain of C4 01 when motor start and the torgue is not enough 4 Over current occurred when start please decrease gain of Cd07 5 Current exceed rated current when motor idled and decr...

Page 62: ...speed and gradually adjust gain Increase gain when speed is too low on the contrary to decrease gain 3 Shrink delay time CE00 when the reaction of slip compensation is too low Increase delay time CE0...

Page 63: ...gral control to disperse Derivative control D output of operation derivative to the error respond rapid variations PID coutrol motion PID control application The following table shows example of PID c...

Page 64: ...ds as following Setting method Description Priority Main speed frequency Set analog input as feedback value 10V is100 use gain and bias setting to adjust Set Cd32 35 38 8 1 Analog input Set analog ter...

Page 65: ...uring operation CE57 Maximum value of Integral control I O CE59 Maximum value of PID output 0 0 100 0 100 0 O Description Set a unit as upper limit of PID control output and derivative control 100 ind...

Page 66: ...controller selecting 0 1 0 X CE67 PID delay position selecting 0 1 0 X Description Use CE66 to select position of P controller P I D controllers were divided to indivdual controller when set setting...

Page 67: ...step speed setting CE09 5 th step speed setting CE10 6 th step speed setting CE11 7 th step speed setting CE12 8 th step speed setting CE13 9 th step speed setting CE14 10 th step speed setting CE15...

Page 68: ...24 4 th step time setting CE25 5 th step time setting CE26 6 th step time setting CE27 7 th step time setting CE28 8 th step time setting CE29 9 th step time setting CE30 10 th step time setting CE31...

Page 69: ...d variation when process control switch from previous stepto next step 0 Liner operation stop after operated one circle 1 Liner operation automatical restart fro first circle after operated one circle...

Page 70: ...operation CE17 CE19 CE18 CE20 CE16 CE15 CE14 CE13 CE12 CE11 CE24 CE2 2 CE26 CE25 CE23 Cd08 Cd09 Frequency Time CE27 CE28 CE29 CE30 CE21 CE17 CE19 CE18 CE20 CE16 CE15 CE14 CE13 CE12 CE11 CE24 CE22 CE2...

Page 71: ...d as the last speed in the step till the reset Frequency Time Perform speed as the last speed in the step till the reset then change to first step s speed to continuous operation Frequency Time Last s...

Page 72: ...l user can monitor single or many inverters by using PLC PC industrial computer or other equipment which support MODBUS protocol The physical links The wiring of this product can use either RS422 4 wi...

Page 73: ...ing Change during operation CE70 Address ID 0 240 240 X Description each inverter should be set its own address in a communication net each address has to be the only one in this net Constant No Const...

Page 74: ...unication Constant No Constant name Settable range Factory setting Change during operation CE74 Parity bit check 0 2 0 X Description Setting value 0 disable 1 even parity bit 2 odd parity bit MODBUS c...

Page 75: ...3 MODBUS communication MODBUS communication malfunction status list Function Data Setting MODBUS Address NONE 0 OC 1 OU 2 OH A 6 OH b 7 OL A 8 OH 19 Fb 21 OCPn 23 OCPd 24 Operation status d1 10 OCPA 2...

Page 76: ...d as below RTU Mode Query Response Field name Example Field name Example Slave address 1FH Slave address 1FH Function 03H Function 03H Starting address high byte 02H Byte count 04H Starting address lo...

Page 77: ...te 9AH CRC error check high byte 9AH CRC Generation 1 Load 16 bit register with FFFF hex all 1 s Call this the CRC register 2 Exclusive OR thr first eight bit byte of the message with the low order by...

Page 78: ...X16 X15 X2 X1 SUBROTINUE OF CRC CACULATE START CRC_CAL LENGTH VAR INTEGER LENGTH VAR WORD CRC16 0FFFFH CRC16 initialize VAR INTEGER I j LOOP COUNTER VAR BYTE DATA DATA BUFFER FOR I 1 I LENGTH I BYTE L...

Page 79: ...s Cd69 during acceleration Cd68 0 invalid 1 valid Cd69 setting method Set inverter rated current to 100 CT2000FG Cd69 factory setting value is 150 CT2000FP Cd69 factory setting value is 125 Stall prev...

Page 80: ...nt stalling Disable to prevent the stall prevention level in the constant output range from being reduced more than necessary Constant No Constant name Settable range Factory setting Change during ope...

Page 81: ...e over voltage protection active point and when over current occurred Cd72 Over voltage protection active point 20V 355 20 375Vdc Cd75 220V series 220V 380V series 380V 415V series 415V 440V series 44...

Page 82: ...erter output current be samller than Cd74 setting value The inverter will automatical accelerate to work frequency Cd73 0 invalid 1 valid decelerated by Cd11 deceleration time Cd74 setting method Set...

Page 83: ...lid current detection 3 valid MCK disconnection start inertia start Cd28 1 MCK feedback speed search search motor rotoring speed by MCK feedback signal then start operation by the speed Constant No Co...

Page 84: ...g output frequency after current is lower than 120 rated current then proceed regular operation Cd28 3 MCK disconnection start inertial start PCB control circuit is unable to operate when disconnectio...

Page 85: ...d If Cd79 2 when power is restored while the control power supply is kept CPU to work the inverter will resart UV under voltage will be cleared automatically Speed search setting is collocated when us...

Page 86: ...cast Motor overload protection When motor operation exceeds motor rated current is overload operation It is overload operation If motor is under overload operation it might lead to burn the motor 1 CT...

Page 87: ...ion Cd64 1 Dynamic braking can be active during acceleration and deceleration but not active during constant speed operation Cd65 Dynamic braking voltage level This function adjusts action point of in...

Page 88: ...y will become the variable one when Cd61 setting value is 15 Set maximum value by Cd62 Set minimum value by Cd63 Set Cd62 as fixed PWM frequency when Cd62 Cd63 Constant No Constant name Settable range...

Page 89: ...cy Cd 16 DC branking frequency time in starting Cd23 Cd26 DC braking frequency In stopping Cd24 DC braking frequency time in stopping Cd23 Cd2 Instant initial fiend time Cd 65 Output voltage DC brakin...

Page 90: ...le data Cd98 0 Read only mode Data lock but operation frequency could be input by numeric keys or incresement decresment keys Cd98 1 Simple mode Some constants could be read and modified Cd98 2 Macroc...

Page 91: ...uence as below Sequence Constant NO Constant name Page 1 Cd00 Frequency setting P42 2 Cd01 Frequency command selecting P44 3 Cd02 Operation display content P43 4 Cd04 Operation command selecting P45 5...

Page 92: ...tion group Constant No Constant name Settable range Factory setting Change during operation CE75 LCD permutation selecting 0 2 0 X CE76 LCD group selecting 0 3 2 X Description CE75 0 LCD can show 2 co...

Page 93: ...50 0 10 0 X Description This function is Screen indicates kg value IN1 CE81 CE76 1 F output frequency U output voltage A output current H module temperature Frequency command r RPM Pn DC BUS voltage K...

Page 94: ...and motor constant Cd05 Cd06 Cd17 Cd18 Cd50 Cd58 Cd75 Cd78 4 All Initialize data recover 5 Eliminate error record Password input Description Some environment setting constants can be changed by input...

Page 95: ...age Lengthen the deceleration time Investigate the use of the optional DBR LU Insufficient voltage detected due to power failure or instantaneous power loss Is there a low voltage at power or internal...

Page 96: ...GD 2 of load or lengthen deceleration time Free Emergency switch operation Check S6 or COM short or not Open S6 and COM 5Er Double chips abnormal Switch off the power and then apply again Replace the...

Page 97: ...r speed auxiliary command 3 master speed gain 4 Auxiliary frequency 2 5 Auxiliary frequency 3 6 DC brake current 7 PID feedback value 8 PIDcommand value IN1 0 10V d1 19 Cd 39 IN2 Input biax IN2 input...

Page 98: ...1 3 5 PID Target Cd35 8 Multi funtion analog input IN3 Multi step function Pulse input Cd38 8 Cd32 8 Under development Under development Under development IN3 0 10V d1 19 Cd 36 IN3 input bias IN1 inp...

Page 99: ...Option card 2 PID Multi funtion analog input IN3 Cd32 7 Cd38 7 Cd35 7 Under development Under development Freeback Freeback Target D control Accel Decel time 1 3 2 4 DI 14 CE55 P control 0 1 DI 13 I...

Page 100: ...e 10 X 1 Fault 9 OL malfunction action Cd29 6 Frequency arrive Cd45 Cd85 Cd84 7 Current arrive 8 Overheat Multifunction relay 1 Multifunction relay 1 output function selecting Cd47 PID output PID limi...

Page 101: ...ction action Cd29 Cd45 Cd85 Cd84 7 Current arrive 8 Overheat DO Output DO output function selecting Cd49 6 Frequency arrive 2 Stop 3 Acceler 4 Speed reached 5 Deceleration 0 Time 10 X 1 Fault 9 OL mal...

Page 102: ...ruder machine Constant setting Master inverter setting Cd01 1 Cd04 1 Cd08 30 Cd09 30 Feeder setting Cd47 7 Cd85 5 Cd86 110 Feeder Lead screw 2 vess Cooling Extruder Grind Lead screw 1 Heater Lead scre...

Page 103: ...inding machine Wind INV POTENTIO METER Dances U V W U V W 10V IN2 CC Costant setting Master inverter setting Cd01 1 Cd04 1 Winding machine setting Please set CE88 95 to autotuning Cd01 1 Cd04 1 Cd35 8...

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