Jarol JAC200 Series User Manual Download

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The User Manual of JAC200 Series General Frequency Converter

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Summary of Contents for JAC200 Series

Page 1: ...er the equipment with this manual to the terminal user to provide references for subsequent operation Notes To introduce detailed parts of the product the legend in this manual sometimes shows the state of the product without outer cover or safety housing When the product is used please make sure that the outer cover or housing has been installed well The machine is operated according to the manua...

Page 2: ...IONS 16 4 1 INTRODUCTION OF OPERATION AND DISPLAY INTERFACE 16 4 2 CHECKING AND MODIFICATION OF FUNCTION CODE 18 CHAPTER 5 FUNCTION PARAMETER LIST 19 5 1 BASIC FUNCTION PARAMETER LIST 19 5 2 MONITORING PARAMETER LIST 56 CHAPTER 6 PARAMETER DESCRIPTION 59 GROUP F0 BASIC FUNCTIONAL GROUPS 59 GROUP F1 THE FIRST MOTOR PARAMETER 70 GROUP F2 VECTOR CONTROL PARAMETER 73 GROUP F3 V F CONTROL PARAMETER 76 ...

Page 3: ...7 CHAPTER 7 TYPE SELECTION AND DIMENSION 152 7 1 ELECTRICAL SPECIFICATION OF JAC200 SERIES FREQUENCY CONVERTER 152 7 2 THE APPEARANCE AND DIMENSION OF JAC200 SERIES FREQUENCY CONVERTER 152 7 3 THE OVERALL DIMENSIONS OF INTRODUCED KEYBOARD 153 7 4 TYPE SELECTION FOR BRAKE UNIT AND BRAKE RESISTANCE 153 CHAPTER 8 MAINTENANCE AND FAILURE DIAGNOSIS 154 8 1 DAILY MAINTENANCE FOR FREQUENCY CONVERTER 154 ...

Page 4: ...g component or damaged component occurs in unpacking please never begin installation If the packing list is not in line with the name of real object please never begin installation Warning Please handle the equipment gently in transport or else the equipment may be damaged Please never use the damaged driver or the frequency converter with missing parts or else there may be an injury Please never ...

Page 5: ...istance between terminal of DC bus and terminal of DC bus or else the fire alarm may occur Please see the manual for the diameter of lead wire or else there may be an accident The encoder must be set with the shielded wire and it is required to ensure that the single end of shield is grounded stably Before power on Danger Please confirm whether the voltage class of power supply is in line with the...

Page 6: ...the frequency converter in operation away from any impurities or else the equipment may be damaged Please never start or stop the frequency converter by making the contactor on or off or else the equipment may be damaged During maintenance Danger The person who does not accept professional training shall not provide the maintenance of frequency converter or else the personal injury or equipment da...

Page 7: ...when the equipment is started and operated Please select the exclusive RCD which can restrain the higher harmonic or the general RCD with large residual current 2 Insulation inspection of the motor The insulation inspection for the motor is required in regular inspection before reuse after a long time or for the first use in order to prevent that the frequency converter is damaged due to insulatio...

Page 8: ...apacitor with improved power factor The output of frequency converter is PWM wave If the capacitor with improved power factor or the pressure sensing device for lightning protection is mounted in the output side the transient overcurrent of frequency converter or any damage to the frequency converter may occur Please never use 8 The contactor and other switching devices used for input output termi...

Page 9: ...tude and derating In a region with altitude more than 1 000m the frequency converter will have bad heat dissipation effect resulting from thin air The derating will be required if necessary Please contact use for technical consultation in respect of this situation 13 Some special purposes If the user has to use the method beyond the wiring diagram as specified in this manual e g DC bus please cont...

Page 10: ... to actual value as much as possible according to actual situations or else the running effect and protection performance may be affected The short circuit in the cable or in the motor may result in alarm by the frequency converter and even explosion therefore the insulation short circuit test on the motor or the cable installed for the first time shall be conducted and such test is also often req...

Page 11: ...tion of power ranging from 0 75 11KW on behalf of G P represents a universal machine fan pump B represents a brake unit 3 define the number of phases Three phase 380V with 4 shows the single phase 220V represented by S2 three phase 220V with 2 represents 4 the housing model definition This model is used in accordance with the housing on the model JAC200 004GB 4 2020 Inverter Series Chassis models ...

Page 12: ...ding to local law and regulations as well as IEC standard requirements 3 1 2Installation space requirements The installation space reserved for JAC200series frequency converter will be different in requirements due to different power levels The heat dissipation of JAC200 series frequency converter is bottom up When many frequency converter are working the parallel installation will be generally re...

Page 13: ...W main loop terminal Fig 3 3 7 5kW 11kW main loop terminal Terminal mark Name Description R S T L1 L2 Input terminal of three phase power supply Connections of DC input three phase power supply the single phase frequency converter can be connected to any two lines among Line R Line S and Line T P PB Terminal block of brake resistance Connections of brake resistance U V W Terminal block of frequenc...

Page 14: ...ower supply Provide power supply of 10V externally with maximize output current 10mA It is generally used as working power supply for external potentiometer and the resistance range of potentiometer is 1kΩ 5k Ω P24 GND External connection of 24V power supply 24V power supply is provided outwards and generally used as the working power supply for digital input output terminal and the power supply f...

Page 15: ...cation interface non isolated output 3 2 4 Wiring mode of control loop of frequency converter M R S T DI1 DI2 DI3 DI4 10VFrequency setting power supply AI Analog input1 GND PE 485 485 GND AO ROC ROA W V U 380V 15 50 60Hz Three phase power supply PE Digital input1 Digital input2 Digital input3 Digital input4 Analog output Relay Outputterminal Motor 0 10V 0 20mA RS485 Communication data interface I ...

Page 16: ...the light is off the frequency converter is in stop LOCAL REMOT Indicator lights for keyboard operation terminal operation and remote operation communication control LOCAL REMOT OFF Start and stop control mode of the panel LOCAL REMOT ON Start and stop control mode of the terminal LOCAL REMOT Flash Communication start and stop control mode FWD REV For FWD REV indicator light it is in reverse runni...

Page 17: ...f data or function code Decrement key Progressive decrease of data or function code Shift key The display parameter can be selected in cycle in stop display interface and in running display interface the modified bit of parameter can be selected when the parameter is modified RUN key The run key is used for running in keyboard operation STOP RESET In running state this key can be used to stop runn...

Page 18: ...ey The difference between two keys is as follows Press ENTER key to save the set parameter return to Level II menu and transfer to the next function code press PRG key to cancel current parameter modification and directly return to Level II menu of current function code For example Function code F3 02 is changed from 10 00Hz to 15 00Hz In Level III menu if the parameter does not have flicker bit t...

Page 19: ...or in running means that the set value of parameter cannot be changed when the frequency converter is in running means that the parameter value is actual test value and cannot be changed means that the parameter is a factory parameter can only be set by the manufacturer but can not be operated by the user 5 1 Basic function parameter list Table 5 1 Basic function parameter list Function code Name ...

Page 20: ...y source Y range in superposition 0 150 100 F0 07 Frequency source superposition selection Ones place Frequency source selection 0 Main frequency source X 1 Calculated result of main auxiliary frequency source The operation is determined by the tens place 2 Switch between main frequency source X and auxiliary frequency source Y 3 Switch between main frequency source X and the calculated result of ...

Page 21: ...Hz F0 14 Lower limiting frequency 0 00Hz upper limiting frequency F0 12 0 00Hz F0 15 Carrier frequency 0 5kHz 16 0kHz Model dependent F0 16 Carrier frequency is adjusted with temperature 0 No 1 Yes 1 F0 17 Acceleration time 1 0 00s 650 00s F0 19 2 0 0s 6500 0s F0 19 1 0s 65000s F0 19 0 Model dependent F0 18 Deceleration time 1 0 00s 650 00s F0 19 2 0 0s 6500 0s F0 19 1 0s 65000s F0 19 0 Model depe...

Page 22: ... frequency 2 AI 3 Reserved 4 Key potentiometer 5 Reserved 6 Multi speed 7 Simple PLC 8 PID 9 Communication reference Tens place Terminal command binding frequency source selection Hundreds place Communication command binding frequency source selection Thousands place Automatic running binding frequency source selection 0000 F1 The first motor group F1 00 Selection of motor type 0 Ordinary asynchro...

Page 23: ... of frequency converter 55kW Tuning parameter F1 09 Interaction inductive reaction of asynchronous motor 0 1mH 6553 5mH Power of frequency converter 55kW 0 01mH 655 35mH Power of frequency converter 55kW Tuning parameter F1 10 No load current of asynchronous motor 0 01A F1 03 Power of frequency converter 55kW 0 1A F1 03 Power of frequency converter 55kW Tuning parameter F1 37 Tuning selection 0 No...

Page 24: ...rved 3 Key potentiometer 4 Reserved 5 Communication reference 6 Reserved 7 Reserved The full range of Option 1 7 corresponds to F2 10 0 F2 10 Digital setting of upper limiting torque in speed control mode 0 0 200 0 150 0 F2 13 Proportional gain of excitation regulation 0 60000 2000 F2 14 Integral gain of excitation regulation 0 60000 1300 F2 15 Proportional gain of torque regulation 0 60000 2000 F...

Page 25: ...F 0 00Hz F3 05 0 00Hz F3 04 Voltage Point 1 of multi point VF 0 0 100 0 0 0 F3 05 Frequency Point 2 of multi point VF F3 03 F3 07 0 00Hz F3 06 Voltage Point 2 of multi point VF 0 0 100 0 0 0 F3 07 Frequency Point 3 of multi point VF F3 05 rated frequency of motor F1 04 0 00Hz F3 08 Voltage Point 3 of multi point VF 0 0 100 0 0 0 F3 09 VF slip compensation gain 0 0 200 0 0 0 F3 10 VF overexcitation...

Page 26: ...separation stop mode 0 Frequency voltage is independently decreased to 0 1 Frequency will be decreased continually after voltage is decreased to 0 0 F3 18 Current limit level 50 200 150 F3 19 Current limit selection 0 Disabled 1 Enabled 1 F3 20 Current limit gain 0 100 20 F3 21 Compensation factor of speed multiplying current limit level 50 200 50 F3 22 Voltage limit 650 0 800 0 V 760 0V F3 23 Vol...

Page 27: ...n terminal 3 15 Multi stage instruction terminal 4 16 Acceleration deceleration time selection terminal 1 17 Acceleration deceleration time selection terminal 2 18 The switching of frequency source 19 The zero clearing of UP DOWN setting terminal keyboard 20 The switching terminal 1 of control command 21 The prohibition of acceleration deceleration 22 The suspension of PID 23 The state reset of PL...

Page 28: ...Emergency stop 48 The terminal 2 of external shutdown 49 Deceleration DC braking 50 The zero clearing of the run time 51 The switching of two line mode three line mode 52 59 Reserved F4 10 The filtering time of DI 0 000s 1 000s 0 010s F4 11 The command mode of terminals 0 The two line mode 1 1 The two line mode 2 2 The three line mode 1 3 The three line mode 2 0 F4 12 The UP DOWN change rate of te...

Page 29: ...0 100 0 F4 27 The filtering time of key potentiometer 0 00s 10 00s 0 10s F4 33 The curve selection of AI Ones place The curve selection of AI 1 Curve 1 two points see F4 13 F4 16 2 Reserved 3 Key potentiometer 4 Reserved 5 Reserved Tens place Reserved Hundreds place Reserved 321 F4 34 The selection of that AI is lower than the minimum input setting Ones place The selection of that AI is lower than...

Page 30: ...ad of motor 7 The pre alarm for the overload of frequency converter 8 The arriving of the set count value 9 The arriving of the Assigned count value 10 The arriving of length 11 The finish of PLC cycle 12 The arriving of accumulative run time 13 In the frequency limit 14 In the torque limit 15 Ready to run 16 Reserved 17 The arriving of the upper limiting frequency 18 The arriving of the upper lim...

Page 31: ...motor 40 The arriving of the run time 41 The output of failures Be the failure of free stop and no output in undervoltage F5 07 The selection of AO1 output function 0 Operation frequency 1 Set frequency 2 Output current 3 Output torque absolute value of torque 4 Output power 5 Output voltage 6 Reserved 7 AI1 8 Reserved 9 Key potentiometer 10 Length 11 Count value 12 Communication reference 13 Moto...

Page 32: ...peed 0 Start from the shutdown frequency 1 Start from zero speed 2 Start from the maximum frequency 0 F6 02 Tracking speed of revolving speed 1 100 20 F6 03 Start frequency 0 00Hz 10 00Hz 0 00Hz F6 04 The retention time for start frequency 0 0s 100 0s 0 0s F6 05 The starting of DC braking current preliminary field current 0 100 0 F6 06 The starting time of DC braking preliminary field 0 0s 100 0s ...

Page 33: ... invalid 1 The switching of operation panel command channel and remote command channel Terminal command channel or communications command channel 2 The switching of forward running and reverse running 3 Jog of forward running 4 Jog of reverse running 0 F7 02 The function of key STOP RESET 0 Only in the keyboard operation mode the shutdown function of key STOP RES is valid 1 The shutdown function o...

Page 34: ...ent power on time Hour Bit10 The current run time Min Bit11 Reserved Bit12 The set value of communication Bit13 Feedback speed of encoder Hz Bit14 Principal frequency X Display Hz Bit15 Auxiliary frequency Y Display Hz 0 F7 05 The shutdown display parameter of LED 0000 FFFF Bit00 Set frequency Hz Bit01 Bus voltage V Bit02 The input state of DI Bit03 The output state of DO Bit04 AI voltage V Bit05 ...

Page 35: ...equency 0 00 Hz Maximum frequency 2 00Hz F8 01 Jog acceleration time 0 0s 6500 0s 20 0s F8 02 Jog deceleration time 0 0s 6500 0s 20 0s F8 03 Acceleration time 2 0 0s 6500 0s Model dependent F8 04 Deceleration time 2 0 0s 6500 0s Model dependent F8 05 Acceleration time 3 0 0s 6500 0s Model dependent F8 06 Deceleration time 3 0 0s 6500 0s Model dependent F8 07 Acceleration time 4 0 0s 6500 0s Model ...

Page 36: ...ng time of accumulative running 0h 65000h 0h F8 18 The selection of starting protection 0 Not protected 1 Protected 0 F8 19 Frequency detection value FDT1 0 00Hz Maximum frequency 50 00Hz F8 20 The lagged value of frequency detection FDT1 0 0 100 0 FDT1 electrical level 5 0 F8 21 The detected width of frequency arriving 0 0 100 0 Maximum frequency 0 0 F8 22 Whether the hopping frequency is valid i...

Page 37: ...ncy 0 00Hz Maximum frequency 50 00Hz F8 33 The detected width 2 of arbitrary arriving frequency 0 0 100 0 Maximum frequency 0 0 F8 34 The detection level of zero current 0 0 300 0 Be 100 0 corresponding to the rated current of motor 5 0 F8 35 The delayed time of current detection 0 01s 600 00s 0 10s F8 36 Output current over limit 0 0 Not detected 0 1 300 0 The rated current of motor 200 0 F8 37 T...

Page 38: ...voltage F8 45 10 00V 6 80V F8 47 The arriving of modules temperature 0 100 75 F8 48 cooling fan 0 The fan is operating when at the run time 1 The fan is operating all the time 0 F8 49 Wakening frequency Dormant frequency F8 51 Maximum frequency F0 10 0 00Hz F8 50 The waking delay time 0 0s 6500 0s 0 0s F8 51 Dormant frequency 0 00Hz Wakening frequency F8 49 0 00Hz F8 52 Ten dormant delay time 0 0s...

Page 39: ...t times 0 20 0 F9 10 Failure DO action selection during failures automatic reset 0 No action 1 Action 0 F9 11 Failure automatic reset interval time 0 1s 100 0s 1 0s F9 13 Output default phase protection selection 0 Forbidden 1 Permited 1 F9 14 Failure types for the first time 0 No failure 1 Reserved 2 Acceleration overcurrent 3 Deceleration overcurrent 4 Constant speed overcurrent 5 Acceleration o...

Page 40: ...t to the groud 26 The arriving of the running time 27 User defined failure 1 28 User defined failure 2 29 The arriving of power on time 30 Off load 31 PID feedback is missing at overtime 40 Rapid current limiting is overtime 41 Switch the motor at overtime 42 Speed deviation is too large 43 The motor is overspeed F9 16 Failure types for the third time the latest time F9 17 The frequency when failu...

Page 41: ...occur for the third time the latest time F9 24 The running time when failures occur for the third time the latest time F9 27 The frequency when failures occur for the second time the latest time F9 28 The current when failures occur for the second time the latest time F9 29 The Bus voltage for when failures occur the second time the latest time F9 30 The state of input terminals when failures occu...

Page 42: ...running time when failures occur for the second time the latest time F9 37 The frequency when failures occur for the first time the latest time F9 38 The current when failures occur for the first time the latest time F9 39 The Bus voltage for when failures occur the first time the latest time F9 40 The state of input terminals when failures occur for the first time the latest time F9 41 The state ...

Page 43: ...protection action Ones place Motor overloading 11 0 Free stop 1 Shut down according to shutdown modes 2 Continue to run Tens place Input default phase 12 Hundreds place Output default phase 13 Thousand s place External failure 15 Myriabit Communication is abnormal 16 00000 F9 48 Selection 2 of failure protection action Ones place Reserved Tens place The reading and writing of function code is abno...

Page 44: ...to the set frequency to run Myriabit PID feedback is missing 31 at the time of running 0 Free stop 1 Shut down according to shutdown modes 2 Continue to run 00000 F9 50 Selection 4 of failure protection action Ones place Speed deviation is too large 42 0 Free stop 1 Shut down according to shutdown modes 2 Continue to run Tens place Motor superspeed 43 Hundreds place Reserved 00000 F9 54 When failu...

Page 45: ...64 Detection level of off load 0 0 100 0 10 0 F9 65 Detection time of off load 0 0 60 0s 1 0s F9 67 Detection value of overspeed 0 0 50 0 Maximum frequency 20 0 F9 68 Detection time of overspeed 0 0s No detection 0 1 60 0s 1 0s F9 69 The detection value of too large speed deviation 0 0 50 0 Maximum frequency 20 0 F9 70 The detection time of too large speed deviation 0 0s No detection 0 1 60 0s 5 0...

Page 46: ...versal cut off frequency of PID 0 00 Maximum frequency 2 00Hz FA 09 PID deviation limit 0 0 100 0 0 0 FA 10 PID differential amplitude limiting 0 00 100 00 0 10 FA 11 Given changed time of PID 0 00 650 00s 0 00s FA 12 Filtering time of PID feedback 0 00 60 00s 0 00s FA 13 Filtering time of PID output 0 00 60 00s 0 00s FA 15 Proportional gain Kp2 0 0 100 0 20 0 FA 16 Integral time Ti2 0 01s 10 00s ...

Page 47: ...ral after the output arriving at the limit 0 Continue the integral 1 Stop the integral 00 FA 26 Detection value of PID feedback missing 0 0 no judgement of the feedback missing 0 1 100 0 0 0 FA 27 Detection time of PID feedback missing 0 0s 20 0s 0 0s FA 28 Calculation at the time of shutdown for PID 0 No calculation at the time of shutdown 1 Calculation at the time of shutdown 0 Group FC Multi st...

Page 48: ...instruction 13 100 0 100 0 0 0 FC 14 Multi stage instruction 14 100 0 100 0 0 0 FC 15 Multi stage instruction 15 100 0 100 0 0 0 FC 16 Operation mode of Simple PLC 0 Shut down at the end of single running 1 Keep the final value at the end of single running 2 Circulating all the time 0 FC 17 Operation mode of Simple PLC Ones place The selection of power down memory 0 No power down memory 1 Power do...

Page 49: ... The time selection of acceleration and deceleration for stage 3 of simple PLC 0 3 0 FC 26 Run time for stage 4 of simple PLC 0 0s h 6553 5s h 0 0s h FC 27 The time selection of acceleration and deceleration for stage 4 of simple PLC 0 3 0 FC 28 Run time for stage 5 of simple PLC 0 0s h 6553 5s h 0 0s h FC 29 The time selection of acceleration and deceleration for stage 5 of simple PLC 0 3 0 FC 30...

Page 50: ...nd deceleration for stage 9 of simple PLC 0 3 0 FC 38 Run time for stage 10 of simple PLC 0 0s h 6553 5s h 0 0s h FC 39 The time selection of acceleration and deceleration for stage 10 of simple PLC 0 3 0 FC 40 Run time for stage 11 of simple PLC 0 0s h 6553 5s h 0 0s h FC 41 The time selection of acceleration and deceleration for stage 11 of simple PLC 0 3 0 FC 42 Run time for stage 12 of simple ...

Page 51: ...n and deceleration for stage 15 of simple PLC 0 3 0 FC 50 The run time unit of simple PLC 0 s second 1 h hour 0 FC 51 Multi stage instruction 0 given mode 0 Function code FC 00 reference 1 AI 2 Reserved 3 Key potentiometer 4 Reserved 5 PID 6 The preset frequency F0 08 reference UP DOWN can be modified 0 Group Fd Communication parameter Fd 00 Baud rate of Communication Ones place MODBUS 0 300BPS 1 ...

Page 52: ...zation 0 No operation 01 Restore default parameter not including motor parameter 0 FP 04 Display selections of unique parameter set Ones place Users customize the display selection of parameter set 0 No display 1 Display 0 Group A0 Control parameters of torque A0 00 The selection of speed torque control mode 0 Speed control 1 Torque control 0 A0 01 The selection of torque setting source under torq...

Page 53: ...Kw 0 1A 6553 5A The power of frequency converter 55kW Model dependent A2 04 Rated frequency of motor 0 01 Hz Maximum frequency Model dependent A2 05 Rated rotating speed motor 1rpm 65535rpm Model dependent A2 06 Stator resistance of the asynchronous motor 0 001Ω 65 535Ω The power of frequency converter 55kW 0 0001Ω 6 5535Ω The power of frequency converter 55kW Model dependent A2 07 Rotor resistanc...

Page 54: ...ase sequence 0 Forward direction 1 Reverse direction 0 A2 34 Polar logarithm of rotary transformer 1 65535 1 A2 36 Detection time of PG disconnection from speed feedback 0 0 no action 0 1s 10 0s 0 0 A2 37 Tuning selection 0 No operation 1 Static tuning of the asynchronous machine 1 2 Complete tuning of the asynchronous machine 3 Static tuning of the asynchronous machine 2 0 A2 38 The proportional ...

Page 55: ...tation regulation 0 20000 2000 A2 52 The integral gain of excitation regulation 0 20000 1300 A2 53 The proportional gain of torque adjustment 0 20000 2000 A2 54 The integral gain of torque adjustmen 0 20000 1300 A2 55 Integral attribute of speed loop Ones place integral separation 0 Invalid 1 Valid 0 A2 61 The control mode of the second motor 0 Vector control of non speed sensor SVC 2 V F control ...

Page 56: ...M 0 Random PWM is invalid 1 10 The random depth of PWM carrier frequency 0 A5 04 Rapid current limiting enabled 0 Not enabled 1 Enabled 1 A5 05 Compensation of current detection 0 100 5 A5 06 Setting for under voltage points 60 0 140 0 100 0 A5 07 The selection of SVC optimization mode 1 Optimization mode 1 2 Optimization mode 2 2 A5 09 Setting of over voltage points 200 0V 2200 0V Model dependent...

Page 57: ...ining run time 0 1Min 7014H U0 21 AI Voltage before calibration 0 001V 7015H U0 22 Reserved 0 001V 0 01Ma 7016H U0 24 Linear speed 1m Min 7018H U0 25 The current power on time 1Min 7019H U0 26 The current run time 0 1Min 701AH U0 28 Set value of communication 0 01 701CH U0 29 Feedback speed of encoder 0 01Hz 701DH U0 30 Principal frequency 0 01Hz 701EH U0 31 Auxiliary frequency Y Display 0 01Hz 70...

Page 58: ...nal state Function 01 Function 40 1 702BH U0 44 Visual display 2 in DI functional state Function 41 Function 80 1 702CH U0 45 Failure Message 1 702DH U0 59 Set frequency 0 01 703BH U0 60 Operation frequency 0 01 703CH U0 61 The state of frequency converter 1 703DH U0 62 The current failure code 1 703EH U0 65 The upper limit of torque 0 1 7041H ...

Page 59: ...ctor control mode It can obtain better performance by adjusting the function code of group F2 for parameters of speed regulator the second third and fourth motor are respectively group A2 For the synchronous motor with permanent magnet generally choose the vector control with speed sensor It can also choose VF control in some conditions for the application of small power motor JAC200 does not supp...

Page 60: ...t the initial value at the value of F0 08 preset frequency It can change the set frequency value of the frequency converter through the key and the key on the keyboard or the UP and DOWN of multi function input terminals When power on again after the power down of the frequency converter the set frequency value reverts to the value of F0 08 digital setting preset frequencies 1 Digital Setting powe...

Page 61: ... given frequency the corresponding setting of 100 0 of voltage current input refers to the percentage of relative maximum frequency F0 10 5 Reserved 6 Multi stage instruction When choosing the operation mode of the multi stage instruction it needs different combination state of digital input for DI terminal corresponding to different set frequency values JAC200 can set more than four terminals of ...

Page 62: ...e UP DOWN can be modified power down memory 2 AI 3 Reserved 4 Key potentiometer 5 Reserved 6 Multi stage instruction 7 PLC 8 PID 9 Communication reference When the source of auxiliary frequency acts as the independent channel of frequency reference namely the selection of frequency source is the switch from X to Y and refer to the relevant descriptions of F0 03 for operation method When the sourc ...

Page 63: ... or the relative principle frequency source X If choosing the relative principle frequency source the range of auxiliary frequency source will change according to the change of principle frequency X F0 07 The selection of superposition for frequency source Default value 00 Set range Ones Place The selection of frequency source 0 Principle frequency source X 1 The results of Main auxiliary calculat...

Page 64: ...Preset frequency Default value 50 00Hz Set range 0 00 maximum frequency the selector mode for frequency source is valid by figure setting When select figure setting or terminal UP DOWN for frequency source this function code is the frequency figure setting initial value of frequency converter F0 09 Operation direction Default value 0 Set range 0 Same direction 1 Opposite direction You can change t...

Page 65: ...5 Communication reference Define the source of upper limiting frequency Upper limiting frequency can come from figure setting F0 12 analog input Key potentiometer or communication reference When use analog AI Key potentiometer setting or Communication reference it is similar with main frequency source See the introduction of F0 03 For example when use torque control method at winding control site ...

Page 66: ...tput current is increased loss of motor is increased and temperature rise in motor is increased When the carrier frequency is higher loss of motor is reduced temperature rise in motor is reduced but loss of frequency converter is increased temperature rise in frequency converter is increased and disturbance is increased Adjusting carrier frequency can affect the following performances Carrier freq...

Page 67: ... 0s F0 19 1 0s 65000s F0 19 0 Acceleration time means the time that frequency converter accelerate to acceleration deceleration reference frequency F0 25 confirms from frequency zero See the t1 of Fig 6 1 Deceleration time means the time that frequency converter decelerate to frequency zero from acceleration deceleration reference frequency F0 25 confirms See the t2 of Fig 6 1 Fig 6 1 Acceleration...

Page 68: ... auxiliary operation can set offset frequency as F0 21 Superimpositions of offset frequency and the result of main and auxiliary operation are taken as the ultimate frequency setting value Make the frequency setting is more flexible F0 22 Frequency instruction resolution Default value 2 2 0 01Hz This parameter is used to confirm the all resolution about frequency F0 23 Stop memory selection of fig...

Page 69: ...me means the acceleration deceleration time from frequency zero to the frequency set by F0 25 Fig 6 1 is the acceleration deceleration time diagram When select F0 25 as 1 acceleration deceleration time is related with set frequency If set frequency change continually the accelerated speed of motor is changing and you should be carefully during using it F0 26 Frequency instruction UP DOWN standard ...

Page 70: ...among 3 kinds of operation commands and 9 frequencies given channel to implement synchronous switch Above the meaning of frequency given channels is same with frequency source X selection F0 03 Please see Function code description F0 03 Different operation command can bind same frequency given channel When command source has binding frequency source the frequency source set by F0 03 F0 07 is inval...

Page 71: ...1 06 Stator resistance of asynchronous motor Default value Model dependent Set range 0 001Ω 65 535Ω the power of frequency converter 55kW 0 0001Ω 6 5535Ω the power of frequency converter 55kW F1 07 Rotor resistance of asynchronous motor Default value Model dependent Set range 0 001Ω 65 535Ω the power of frequency converter 55kW 0 0001Ω 6 5535Ω the power of frequency converter 55kW F1 08 Leakage in...

Page 72: ...on means forbid to tune 1 Static tuning for asynchronous motor is suitable for that kind of condition that asynchronous motor is not easy to separate with load but can not do complete tuning Before static tuning for asynchronous motor have to set motor type and motor nameplate parameter from F1 00 to F1 05 For the static tuning of asynchronous motor frequency converter can get 3 parameters from F1...

Page 73: ...alid for VF F2 00 Proportional gain of speed loop 1 Default value 30 Set range 1 100 F2 01 Integral time of speed loop 1 Default value 0 50s Set range 0 01s 10 00s F2 02 Switching frequency 1 Default value 5 00Hz Set range 0 00 F2 05 F2 03 Proportional gain of speed loop 2 Default value 20 Set range 0 100 F2 04 Integral time of speed loop 2 Default value 1 00s Set range 0 01s 10 00s F2 05 Switchin...

Page 74: ...ause speed overshoot is bigger Even Appear over voltage failure when the overshoot fall back F2 06 Vector control slip gain Default value 100 Set range 50 200 For the vector control of sensor without speed this parameter is used to adjust stable speed precision when the motor is with load if speed is lower will increase this parameter vice versa For the vector control of sensor with speed this par...

Page 75: ...pond F2 10 but 100 of F2 10 is rated torque of frequency converter AI Key potentiometer setting see the relevant introduction of group F4 curve A1 select each curve through F4 27 Select it as Communication reference write in data from 100 00 to 100 00 through address by upper computer where 100 00 correspond F2 10 F2 13 Proportional gain of excitation adjustment Default value 2000 Set range 0 6000...

Page 76: ...t the dynamic performance of the system will not be influenced or get unstable Group F3 V F Control parameter This group of function code is only valid for V F control but not valid for vector control V F control is suitable for in the field with universal load such as fan and water pump or one frequency converter with multiple motors or when the power of frequency converter is much different from...

Page 77: ...ge of motor Rated frequency of motor F3 01 Torque boost Default value Model dependent Set range 0 0 automatic torque boost 0 1 30 F3 02 Cut off frequency of torque boost Default value 50 00Hz Set range 0 00Hz maximum output frequency To compensate V F control low frequency torque characteristic the boosting compensation is made for output voltage of frequency converter in low frequency However if ...

Page 78: ...ge F3 05 Rated frequency of the motor F1 04 Note The rated frequency of Motor 2 3 4 is A2 04 A3 04 A4 04 F3 08 Voltage Point V3 of multi point VF Default value 0 0 Set range 0 0 100 0 Six parameters of F3 03 F3 08 define multi stage V F curve The multi point V F curve shall be set according to load characteristics of the motor It is noted that three voltage points and three frequency points must b...

Page 79: ...motor speed is different from target speed it is required to conduct the fine adjustment of this gain appropriately F3 10 VF overexcitation gain Default value 64 Set range 0 200 When the frequency converter is in deceleration the overexcitation control will suppress bus voltage rise to prevent overvoltage failure The suppression effect will be heightened as overexcitation gain gets increases Overe...

Page 80: ...trical machine F3 14 To set the voltage digital separated by VF Default value 0V Set range 0V nominal voltage of the electrical machine VF separation is generally apllied to induction heating inverter and torque motor control etc To choose VF separation control the output voltage can be set either through function code F3 14 or analog quatity multistage command PLC PID or communication When doing ...

Page 81: ... introduction of the selection of F0 03 main frequency source Where various selections correspond to the given 100 0 which is the rated voltage of motor the corresponding set value is absolute value F3 15 Voltage acceleration time of the VF separation Default value 0 0s Set range 0 0s 1000 0s F3 16 Voltage deceleration time of the VF separation Default value 0 0s Set range 0 0s 1000 0s Voltage acc...

Page 82: ...refers to the illustration of function code F4 11 Terminal command function 4 Forward jog FJOG FJOG is jog forward running and RJOG is jog reverse running For jog operation frequency and jog acceleration deceleration time see the illustration of function code F8 00 F8 01 F8 02 5 Reverse jog RJOG 6 Terminal UP The increasing and decreasing instructions of the frequency can be modified when the exte...

Page 83: ...ation selects terminal 2 18 Switch of frequency source Switch of frequency source is used to switch and select different frequency source According to the setting of the function code F0 07 of frequency source selection when the switch between two frequency sources is regarded as frequency source the terminal implements switch in the two frequency sources 19 UP DOWN setting and reset terminal keyb...

Page 84: ...ly closed signal was sent into the converter the converter sends Failure ERR15 and stop 34 Frequency modification prohibition If the function is set to be valid when the frequency changes converter will not respond the modification of the frequency until the state of the terminal is valid 35 PID effect direction reverse When the terminal is valid the direction of the effect of the PID is opposite ...

Page 85: ...If the terminal is valid the converter will switch another mode 47 Emergency stop When the terminal is valid converter shall stop in the fastest speed During the process of the stop the current is the given upper limit frequency This function is used to meet the requirement which the converter needs to stop as quickly as possible when the system is under emergency 48 External stop terminal 2 Under...

Page 86: ...FF ON ON ON Multi stage instruction 7 FC 07 ON OFF OFF OFF Multi stage instruction 8 FC 08 ON OFF OFF ON Multi stage instruction 9 FC 09 ON OFF ON OFF Multi stage instruction 10 FC 10 ON OFF ON ON Multi stage instruction 11 FC 11 ON ON OFF OFF Multi stage instruction 12 FC 12 ON ON OFF ON Multi stage instruction 13 FC 13 ON ON ON OFF Multi stage instruction 14 FC 14 ON ON ON ON Multi stage instruc...

Page 87: ...inal state If the input terminals in application are susceptible to interference and cause malfunction the parameter can be increased to improve the anti jamming ability But the increase of filtering time can slow the response of DI terminal F4 11 Terminal command mode Default value 0 Set range 0 Two line type 1 1 Two line type 2 2 Three line type 1 3 Three line type 2 The parameter defines four d...

Page 88: ...y converter stops running 1 two line type 2 In this mode terminal DI1 functions as operation enabled terminal while terminal DI2 can define the running direction The function codes are set as follows Function code Name Set value Function description F4 11 Terminal command mode 1 Two line type 2 F4 00 Function selection of terminal DI1 1 Operation enabled F4 01 Function selection of terminal DI2 2 ...

Page 89: ...ne control mode 1 As shown above in this control mode when button SB1 is closed the frequency converter runs forward with button SB2 pressed and runs reversely with button SB3 pressed The frequency converter stops as soon as button SB1 is disconnected In the normal start and operation button SB1 must be kept closed while the commands of buttons SB2 and SB3 take effect as soon as they are closed Th...

Page 90: ...operation button SB1 must be kept closed while the commands of button SB2 take effect as soon as it is closed F4 12 UP DOWN change rate of the terminal Default value 1 00Hz s Set range 0 01Hz s 65 535Hz s It is used to set the frequency change rate namely the frequency variation per second when the set frequency of terminal UP DOWN is adjusted When F0 22 decimal places of frequency is 2 the range ...

Page 91: ...tings subject to AI is less than the set minimum input F4 34 When the analog input is current input 1mA of current is equivalent to 0 5V of voltage AI input filtering time is used for setting the AI software filtering time When the field analog is susceptible to interference please increase the filtering time to stabilize the analog tested But longer filtering time will slow down the response spee...

Page 92: ...e F4 23 F4 26 4 Reserved 5 Reserved Tens place Reserved Hundreds place Key potentiometer curve selection 6 1 5 the same as above The Ones place Tens place and Hundreds place of the function code are used for selecting the corresponding set curves of analog inputs AI and Key potentiometer respectively For each analog input any of the 5 kinds of curves can be selected The standard unit of JAC200 fre...

Page 93: ... DI3 possess the function of setting delay time F4 38 Valid mode selection 1 of terminal DI Default value 00000 Setting Ones place Valid state setting of terminal DI1 0 Active high level 1 Active low level Tens place Valid state setting of terminal DI2 0 1 the same as above Hundreds place Valid state setting of terminal DI3 0 1 the same as above Thousands place Valid state setting of terminal DI4 ...

Page 94: ...ed pre alarm and signal ON is output when it exceeds the threshold value of the pre alarm See also the function codes F9 00 to F9 02 for the parameter setting of the overloaded motor 7 Pre alarm for overloaded frequency converter Signal ON is output 10s before the protective action for the overloaded frequency converter 8 Set count value arrival When the count value arrives at the one set by FB 08...

Page 95: ...2 Reserved Reserved 23 Zero speed running 2 also output when stopping When the output frequency of the frequency converter is 0 signal ON is output Signal ON is output also when it stops running 24 Accumulated power on time arrival When the accumulated power on time F7 13 exceeds the time set by F8 16 signal ON is output 25 Frequency level detection for FDT2 output Please refer to the description ...

Page 96: ...it stops running 38 Warning output When the frequency converter breaks down and the processing mode of this malfunction is to keep on running the frequency converter warning is output 39 Warning for over temperature motor When the motor temperature reaches F9 58 pre alarm threshold value of the over temperature motor signal ON is output See U0 34 for the motor temperature 40 Running time arrival f...

Page 97: ...t Default value 0 0 Set range 100 0 100 0 F5 11 AO gain Default value 1 00 Set range 10 00 10 00 Generally above function codes are used to correct the zero drift of analog output and deviation of output amplitude and also can be used to define the AO output curve required If zero bias is expressed as b gain is expressed as k practical output is expressed as Y and standard output is expressed as X...

Page 98: ...tart 1 Speed tracking restart 2 Pre excitation start asynchronous motor 0 Direct start If the start DC braking time is set as 0 the frequency converter shall start from starting frequency If the start DC braking time is not 0 the frequency converter shall start from DC braking first and then from starting frequency This start mode is applicable to low inertial load under certain situation the moto...

Page 99: ...ault value 20 Set range 1 100 In speed tracking restart the speed of speed tracking shall be selected The greater the parameter is the faster the tracking speeds is However unreliable tracing effect may be generated due to excessive set value F6 03 Starting frequency Default value 0 00Hz Set range 0 00Hz 10 00Hz F6 04 Retention time of starting frequency Default value 0 0s Set range 0 0s 100 0s Pl...

Page 100: ...hen start after start DC braking time If the DC braking time is set as 0 the frequency converter shall start directly without DC braking If the start mode is pre excitation start of asynchronous motor the frequency converter shall set up magnetic field first according to the set pre excitation current and then start after the set pre excitation time If the pre excitation time is set as 0 the frequ...

Page 101: ...ion deceleration in high speed area above the rated frequency When the set frequency is higher than rated frequency the time of acceleration deceleration is Where f is the set frequency ƒb is the rated frequency of motor T is the time required for the acceleration from zero to rated frequency ƒb F6 08 Time ratio of Curve S in start period Default value 30 0 Set range 0 0 100 0 F6 09 F6 09 Time rat...

Page 102: ... frequency according to deceleration time and the machine shall be stopped after the frequency is reduced to 0 1 Free stop After the stop command is valid the frequency converter shall terminate the output Now the motor shall stop freely based on mechanical inertia F6 11 Initial frequency of stop DC braking Default value 0 00Hz Set range 0 00Hz Maximum frequency F6 12 Waiting time of stop DC braki...

Page 103: ...e to rated current of motor when the rated current of motor is less than or equal to 80 of the rated current of the frequency converter 2 The relative base value is the percentage base value relative to 80 of the rated current of the frequency converter when the rated current of motor is greater than 80 of the rated current of the frequency converter Stop DC braking time Retention time of DC restr...

Page 104: ...d command and remote operation It means command source switch i e switch between current command source and keyboard control local operation If the current command source is keyboard control the key is invalid 2 Forward and reverse switch The direction of frequency instruction shall be switched through Key MF K The function shall be only valid when the command source is operation panel command 3 F...

Page 105: ... 0000 FFFF If above parameters must be displayed during operation the corresponding position shall be set as 1 The binary number shall be converted to hexadecimal number and then be set to F7 03 F7 04 Displayed LED parameter 2 in operation Default value 0 Set range 0000 FFFF ...

Page 106: ...f F7 03 and each F7 04 parameter value The display order shall start from lowest bit of F7 03 F7 05 Displayed LED parameters in stop state Default value 33 Set range 0000 FFFF If above parameters must be displayed in stop state the corresponding position shall be set as 1 The binary number shall be converted to hexadecimal number and then be set to F7 05 F7 06 Displayed load speed parameter Defaul...

Page 107: ... value 1 Set range 0 0 decimal place 1 1 decimal place 2 2 decimal places 3 3 decimal places It is used to set the displayed decimal places of load speed The calculation method of load speed is illustrated below If the displayed coefficient F7 06 of load speed is 2 000 and the decimal places F7 12 of load speed are 2 2 decimal places when the operation frequency of the frequency converter is 40 00...

Page 108: ...value Model dependent Set range 0 0s 6500 0s F8 04 Deceleration time 2 Default value Model dependent Set range 0 0s 6500 0s F8 05 Acceleration time 3 Default value Model dependent Set range 0 0s 6500 0s F8 06 Deceleration time 3 Default value Model dependent Set range 0 0s 6500 0s F8 07 Acceleration time 4 Default value Model dependent Set range 0 0s 6500 0s F8 08 Deceleration time 4 Default value...

Page 109: ...ncy near to the set frequency Through setting the hopping frequency the frequency converter shall be kept away from the resonance point of machinery JAC200 can set two hopping frequency points The hopping frequency function shall be canceled if both hopping frequencies are set to 0 Please see Fig 6 14 diagram for the principle for hopping frequency and hopping frequency amplitude Fig 6 14 Hopping ...

Page 110: ...equency the running state of the frequency converter can be selected through the parameter JAC200 provides three kinds of operation modes which shall meet various application requirements F8 15 Droop control Default value 0 00Hz Set range 0 00Hz 10 00Hz The function is used for load distribution when several motors drag the same load Droop control means that the output frequency of the frequency c...

Page 111: ...n command is canceled first and then valid again In addition if the parameter is set as 1 if the run command is valid at frequency converter reset moment the frequency converter shall also not respond to operation command The operation protection state shall be not canceled until the run command is canceled first The hazard due to the response of motor to run command during power on or failure res...

Page 112: ... range and is the percentage of the frequency and maximum frequency Fig 6 17 is the frequency arrival diagram Fig 6 17 Diagram for detected amplitude of frequency arrival F8 22 Whether the hopping frequency is valid during acceleration deceleration Default value 0 Set range 0 Invalid 1 Valid The function code is used to set whether the hopping frequency is valid during acceleration deceleration Wh...

Page 113: ...t range 0 00Hz Maximum frequency F8 26 Switching frequency point of deceleration 1 and deceleration 2 Default value 0 00Hz Set range 0 00Hz Maximum frequency The function is valid only when the motor selection is Motor 1 and the acceleration deceleration time shall not selected by DI terminal It is used to select different acceleration deceleration time automatically according to operation frequen...

Page 114: ...2 Default value 50 00Hz Set range 0 00Hz Maximum frequency F8 29 Lagged frequency test value FDT2 Default value 5 0 Set range 0 0 100 0 FDT2 level The frequency test function and FDT1 function are identical please see FDT1 description i e the description for Function code F8 19 and F8 20 F8 30 Arbitrarily arriving frequency test value 1 1 Default value 50 00Hz Set range 0 00Hz Maximum frequency F8...

Page 115: ...ual to zero current test level and the duration exceeds the lagged test time of zero current the multifunctional DO of the frequency converter shall output ON signal Fig 6 21 is the zero current test diagram Fig 6 21 Zero current test diagram F8 36 Output current over limit value Default value 200 0 Set range 0 0 Not detected 0 1 300 0 Rated current of motor F8 37 Delay time of over limit test for...

Page 116: ...otor F8 39 Arbitrarily arriving current 1 width Default value 0 0 Set range 0 0 300 0 Rated current of motor F8 40 Arbitrarily arriving current 2 Default value 100 0 Set range 0 0 300 0 Rated current of motor F8 41 Arbitrarily arriving current 2 width Default value 0 0 Set range 0 0 300 0 Rated current of motor When the output frequency of the frequency converter is within positive negative detect...

Page 117: ...ation function of the frequency converter When F8 42 timing function selection is valid Timing shall start when the frequency converter is started The frequency converter shall stop automatically when set timing running time is reached Meanwhile the multifunctional DO shall output ON signal Timing shall start from 0 each time when the frequency converter is started and the residual timing running ...

Page 118: ...requency Default value 0 00Hz Set range Wakening frequency F8 51 Maximum frequency F0 10 F8 50 Waking delay Default value 0 0s Set range 0 0s 6500 0s F8 51 Dormant frequency Default value 0 00Hz Set range 0 00Hz Wakening frequency F8 49 F8 52 Dormant delay Default value 0 0s Set range 0 0s 6500 0s The parameter set is used to achive the dormant and waking function in water supply application If th...

Page 119: ...verter shall judge the overload of motor according to inverse time curve The inverse time curve of motor overload protection is 220 F9 01 rated current of motor alarm shall be sounded 1 min after motor overload failure occurs 150 F9 01 rated current of motor alarm shall be sounded 60 min after motor overload failure occurs The user shall set the value of F9 01 correctly according to actual overloa...

Page 120: ...state after the times are exceeded F9 10 Failure DO action selection during automatic failure reset Default value 0 Set range 0 No action 1 Action If the automatic failure reset function for frequency converter is set whether failure DO action shall be performed can be set through F9 10 F9 11 Interval of automatic failure reset Default value 1 0s Set range 0 1s 100 0s The waiting time between fail...

Page 121: ...r display F9 21 Input the terminal in the third time failure The all input terminal state in a recent failure the sequence When the input terminal is ON the corresponding secondary bit shall be 1 OFF shall be 0 and all DI states switch into the decimal number display F9 22 The frequency converter state in the third time failure Reserved F9 23 The power on time in the third time failure Reserved F9...

Page 122: ...the first time failure F9 44 The operation time in the first failure F9 47 Select 1 for the failure protection action Default value 00000 Set range Ones place Motor overload Err11 0 Free stop 1 Stop according to stop method 2 Continue operation Tens place Input default phase Err12 The same as ones place Hundreds place Output default phase Err13 The same as ones place Thousands place External failu...

Page 123: ...ad Err30 0 Free stop 1 Stop according to stop mode 2 Directly jumps to 7 of the rated frequency of a motor and continues to operate if there is no Off load it shall return to the set frequency and operate automatically Myriabit The PID feedback is missing during operation F9 50 Select 4 for the failure protection action Default value 00000 Set range Ones place Speed deviation is too large Err42 Th...

Page 124: ...100 0 Set range 0 0 100 0 the maximum frequency If there is a failure during the operation of frequency converter and the handling method of this failure which was set to be operated continually the frequency converter shall display A and operates with frequency determined by F9 54 When we select abnormal standby frequency for operation the value set by F9 55 shall be the percentage relative to th...

Page 125: ... to normal the frequency converter shall normally speed to the set frequency and operates The judgment of whether bus voltage returns to normal or not is based on the normal bus voltage and its duration time exceeds the time set by F9 61 If F9 59 2 and the instantaneous power failure or voltage decreases suddenly the frequency converter shall decelerate till stop Fig 6 25 The diagram of instantane...

Page 126: ...t time is 0 0s please call overspeed failure test F9 69 Speed big deviation test value Default value 20 0 Set range 0 0 50 0 the maximum frequency F9 70 Speed big deviation test time Default value 5 0s Set range 0 0s 60 0s This function shall be available when the frequency converter operates in the vector control of a speed sensor When frequency converter tests there is a deviation between the ac...

Page 127: ...given channel of PID process The set target value of PID process means relative value the set range is 0 0 100 0 Meanwhile the feedback value of PID is also relative value and making the two relative values the same is the function of PID FA 02 Default value 0 Set range 0 AI 1 Reserved 2 Key potentiometer 3 Reserved 4 Reserved 5 Communication 6 Reserved 7 Reserved 8 Reserved This parameter is used...

Page 128: ...iven display U0 15 shall be 2000 FA 05 Proportional gain Kp1 Default value 20 0 Set range 0 0 100 0 FA 06 Integral time Ti1 Default value 2 00s Set range 0 01s 10 00s FA 07 Derivative time Td1 Default value 0 000s Set range 0 00 10 000 Proportional gain Kp1 It decides the adjusting strength of whole PID regulator which is intensified along with the growing of Kp1 when Kp1 is 100 0 it indicates tha...

Page 129: ...ion so it is usually restricted in a small realm with the output range set by FA 10 FA 11 PID given changing time Default value 0 00s Set range 0 00s 650 00s PID given changing time is the time needed for PID given value to change from 0 0 to 100 0 When given PID changes the given value takes on a linear change in accordance with the given time thus reducing the negative effects it might has on th...

Page 130: ...rs can be either switched through multi functional digital DI terminal or automatically switched according to the deviation of PID To switch through multi functional DI terminal the function selection of multi functional terminal should be set to be 43 PID parameter switching terminal If the terminal is effective chose parameter group1 FA 05 FA 07 if not chose group2 FA 15 FA 17 To switch automati...

Page 131: ... 0 00 100 00 This function is designed to restrict the difference value between the two beats of PID output 2ms beat so as to prevent PID output from changing too fast and consequently stabilize the operation of the frequency converter FA 23 represents the positive maximum absolute value of the output deviation while FA 24 represents its reverse maximum absolute value FA 25 PID integral attribute ...

Page 132: ...t of situation lasts longer than the testing time of PID feedback losses FA 27 the frequency converter gives a warning of malfunction Err31 and manages it in the chosen way FA 28 PID halting operation Default value 0 Set range 0 Halting without operation 1 Halting operation This is used to choose whether to continue operating when PID is in halting state In general applications PID should stop ope...

Page 133: ... Set range 100 0 100 0 FC 14 Multi stage Instruction 14 Default value 0 0 Set range 100 0 100 0 FC 15 Multi stage Instruction 15 Default value 0 0 Set range 100 0 100 0 Multi stage instruction can be used in three situations used as frequency source used as power supply of VF separation and used as the set source of Process PID Under the three situations the dimension of multi stage is relative va...

Page 134: ...osite direction Fig 6 31 Simple PLC Diagram As frequency source PLC has three operation modes which can not be used if PLC is used as VF separated power supply including 0 When the single operation ends it stops After the frequency converter finishes one cycle it will stop automatically and it can start when the new operation order is given 1 When the single operation ends it keeps final value Aft...

Page 135: ...uency converter starts FC 18 Stage 0 operation time of Simple PLC Default value 0 0s h Set range 0 0s h 6553 5s h FC 19 Stage 0 deceleration time of simple PLC Default value 0 Set range 0 3 FC 20 Stage 1 running time of simple PLC Default value 0 0s h Set range 0 0s h 6553 5s h FC 21 Stage 1 acceleration time and deceleration time of simple PLC Default value 0 Set range 0 3 FC 22 Stage 2 running t...

Page 136: ...fault value 0 0s h Set range 0 0s h 6553 5s h FC 35 Stage acceleration time and deceleration time of simple PLC Default value 0 Set range 0 3 FC 36 Stage 9 running time of simple PLC Default value 0 0s h Set range 0 0s h 6553 5s h FC 37 Stage acceleration time and deceleration time of simple PLC Default value 0 Set range 0 3 FC 38 Stage 10 running time of simple PLC Default value 0 0s h Set range ...

Page 137: ...tage 15 acceleration deceleration time of simple PLC Default value 0 Set range 0 3 FC 50 PID integral attribute Default value 0 Set range 0 S second 1 h hour FC 51 Given mode of multi stage 0 Default value 0 Set range 0 Function code FC 00 reference 1 AI 2 Reserved 3 Key potentiometer 4 Reserved 5 PID 6 Preset frequency F0 08 reference UP DOWN can be modified The parameter determines the given cha...

Page 138: ...ion parameters of frequency converter are mostly restored as default values meanwhile motor parameter frequency indexed decimal point F0 22 failure record information integral operation information F7 09 integral power on time F7 1 and integral power consumption can not be restored FP 04 The modified attribute of function code Default value 0 Set range 0 Modified 1 Unmodified The parameters of use...

Page 139: ...erved 7 Reserved A0 03 Torque digital setting under torque control mode Default value 150 0 Set range 200 0 200 0 A0 01 is used for selecting torque setting source among which there are 8 setting modes Relative value is used by torque corresponding to the related torque of motor and if the setting range is 200 0 200 0 it displays that the maximum torque of frequency converter is 2 times of the rel...

Page 140: ...uter and data format is 100 00 100 00 which is the percentage of relative torque digital set A0 03 JAC200 supports Modbus communication protocol The related serial port communication protocol can be selected by F0 28 A0 05 The positive maximum frequency of torque control Default value 50 00Hz Set range 0 00Hz maximum frequency F0 10 A0 06 The reversed maximum frequency rate of torque control Defau...

Page 141: ...of master machine is the torque index of slave computer At this time the torque of slave machine should follow master machine so the acceleration deceleration time for torque control of slave machine is 0 00s Group A2 The motor parameter of Motor 2 JAC200 can operate by switching between 2 motors which can set motor nameplate parameter coordinating motor parameter separately selecting VF control o...

Page 142: ...synchronous motor Default value Model dependent Set range the power of frequency converter 55kW the power of frequency converter 55kW A2 10 Un load current of asynchronous motor Default value Model dependent Set range the power of frequency converter 55kW the power of frequency converter 55kW Set range 0 1V 6553 5V A2 27 The line number of encoder Default value 1024 Set range 1 65535 A1 28 Type of...

Page 143: ...eed loop Default value 20 Set range 1 100 A2 42 The integral time 2 for speed ring Default value 1 00s Set range 0 01s 10 00s A2 43 Switching frequency 2 Default value 10 00Hz Set range A2 40 Maximum output frequency A2 44 Slip gain of vector control Default value 100 Set range 50 200 A2 45 Time constant speed ring filter Default value 0 050s Set range 0 000s 0 100s A2 47 The upper limit source of...

Page 144: ...nge 0 The vector control for non speed sensor SVC 1 The vector control for speed sensor FVC 2 V F control A2 62 Acceleration deceleration time selection of Motor 2 Default value 0 Set range 0 The same as Motor 1 1 Acceleration deceleration time 1 2 Acceleration deceleration time 2 3 Acceleration deceleration time 3 4 Acceleration deceleration time 4 A2 63 Torque boost of Motor 2 Default value Mode...

Page 145: ... along with the change of frequency to make sure that the specific value carrier ratio can not be changed Generally it is used when the output frequency is quite high and it is convenient to output the quality of voltage When the output frequency is quite low lower than 100HZ synchronous modulation is not required for the specific value between carrier frequency because output frequency is quite h...

Page 146: ...l stop A5 05 Current detection compensation Default value 5 Set range 0 100 If the current detection compensation used for setting frequency converter is set too large it may cause the control performance to decrease and generally it does not need to modify A5 06 Under voltage point setting Default value 100 0 Set range 60 0 140 0 It is used for setting the voltage under voltage failure Err09 of f...

Page 147: ... read which can be used for upper machine to monitor The communication address is 0x7000 0x7044 Whereby U0 00 U0 31 is the operation and stop monitoring parameters defined in F7 03 and F7 04 The specific parameter function code parameter name and Minimum unit is listed in Table 6 1 U0 00 Operation frequency Display range 0 00 320 00Hz F0 22 2 U0 01 Set frequency Display absolute value for theory o...

Page 148: ...te value of current DO terminal After the data are transformed into binary system every bit corresponds to a DO input signal If the digital is 1 the input is high level signal while if the digital is 0 the input is low level signal The corresponding relation between every bit and input terminal is displayed as follows Bit0 Bit1 Bit2 Bit3 Relay DO Bit4 U0 14 Load speed display Display range 0 65535...

Page 149: ...play range 0 65535m min Display the linear velocity of DI5 high speed pulse sample The unit is m min According to the number of practical sampling pulses every minute and FB 07 the number of pulses for every meter calculate the linear velocity U0 28 Communication set value Display range 100 00 100 00 Display the data written by communication address 0x1000 U0 29 The feedback speed of encoder Displ...

Page 150: ...ctically passed by an encoder is 4000 4 1000 When the encoder is in forward running the value increases while the value decreases when the encoder is in reverse running If the value increases to 65535 it shall be recounted from 0 while the value shall recounted from 65535 if it is decreases to 0 Check that this value can judge whether the encoder can be installed normally U0 39 VP separated target...

Page 151: ...rately stand for 41 48 49 56 and 57 59 U0 59 Set frequency Display range 100 00 100 00 U0 60 Operation frequency Display range 100 00 100 00 Display current set frequency and operation frequency 100 00 corresponding to the maximum frequency F0 10 of the frequency converter U0 61 The running state of frequency converter Display range 0 65535 Display the operation state information of frequency conv...

Page 152: ...V 50 60Hz JAC200 0R7G 4 2010 1 5 3 4 2 1 0 75 1 0 027 JAC200 1R5G 4 2010 3 5 3 8 1 5 2 0 050 JAC200 2R2G 4 2010 4 5 8 5 1 2 2 3 0 066 JAC200 004GB 4 2020 5 9 10 5 9 3 7 5 0 120 JAC200 5R5GB 4 2020 8 9 14 6 13 5 5 7 5 0 195 JAC200 7R5GB 4 2030 11 20 5 17 7 5 10 0 262 JAC200 011GB 4 2030 17 26 25 11 15 0 445 7 2 The appearance and dimension of JAC200 series frequency converter Fig 7 1 plastic struct...

Page 153: ...he recommended power of brake resistance The recommended value of brake resistance Brake unit Notes Single phase 220V JAC200 0R7G S2 2010 80W 150 Ω Standard built in Without special instruction JAC200 1R5G S2 5010 100W 100 Ω Three phase 380V JAC200 0R7G 4 2010 150W 300 Standard built in Without special instruction JAC200 1R5G 4 2010 150W 220 JAC200 2R2G 4 2010 250W 200 JAC200 004GB 4 2020 300W 130...

Page 154: ...dust on the surface of frequency converter thus preventing the dust enter into the inside of the frequency converter Especially for the metal dust 9 Effectively eliminate the oil in the cooling fan of frequency converter 8 1 2 Daily maintenance Please make regular inspections to the places which are hard to be inspected during running Regular inspection items 1 Inspect the air channel and clean it...

Page 155: ...quency converter After the user purchased the frequency converter the following points must be paid attention to concerning the temporary storage and long term storage 1 Upon storage try to put into the company s packing box as per the original package 2 Storage for a long time can lead to the degradation of the electrolytic capacitor so connecting to the power supply once within 2 years must be e...

Page 156: ...rt circuit for frequency converter output circuit 2 Too long wiring between motor and frequency converter 3 Too hot module 4 Loose internal wiring for frequency converter 5 Abnormal main control panel 6 Abnormal drive board 7 Abnormal inverse module 1 Troubleshoot the external failure 2 Install electric reactor or output filter 3 Inspect if the air channel is blocked and if fan functions normally ...

Page 157: ...ot external failure 2 Conduct the motor parameter identification 3 Adjust the voltage to the normal range 4 Cancel sudden load 5 Choose frequency converter with higher power level Overvoltage during acceleration Err05 1 Relatively high input voltage 2 External force dragging motor running exist in the acceleration process 3 Too short acceleration time 4 No installing of brake unit and brake resist...

Page 158: ...tection parameter F9 01 is appropriate 2 Whether the load is too heavy or motor stalling happens 3 Relatively small model selection for frequency converter 1 Correctly set the parameter 2 Decrease the load and inspect the motor and machinery situation 3 Choose the frequency converter with higher power level Power input phase loss Err12 1 Abnormal three phase input power 2 Abnormal drive board 3 Ab...

Page 159: ...e the contactor Current detection fault Err18 1 Inspect Hall device is abnormal 2 Abnormal drive board 1 Replace Hall device 3 Replace drive board Motor auto tuning fault Err19 1 The motor parameter is not set as per the name board 2 Time out for parameter identification process 1 Correctly set the motor parameter as per the name board 2 Inspect the down lead from frequency converter to motor EEPR...

Page 160: ...A 26 as an appropriate value Waveband current limit failure Err40 1 Whether the load is too heavy or motor stalling happens 2 Too small model selection for frequency converter 1 Reduce the load and inspect the motor and machinery conditions 2 Select the frequency converter with higher power level Motor switchover fault during running Err41 1 Change the current motor selection through terminal when...

Page 161: ...lutions 1 No display when power on No or too low network power Switching power failure on the drive board of frequency converter The rectifier bridge damages The buffer resistance of frequency converter damages Control panel and keyboard failure Disconnection among control panel drive board and keyboard Inspect input power Inspect Bus voltage Pull and plug 8 core and 28 core flat cable once again ...

Page 162: ... OP and 24V jumper Seek factory service 6 When it is in closed loop vector control the motor speed cannot be raised Encoder failure Encoder misconnection or poor contact PG card failure Drive board failure Replace the coded disk and reconfirm the wiring Replace PG card Seek service 7 Frequency converter frequently reporting overcurrent and overpressure failure Motor parameter setting error Inappro...

Page 163: ...the master it shall organize a failure as the response to feed back to the master machine C 1 1 Application mode The frequency converter is accessed into the single principal line and multiple affiliated lines PC PLC control network equipped with RS485 bus and used as a communication salve computer C 1 2 Bus structure 1 Hardware interface The main board interface labels are 485 and 485 2 Topologic...

Page 164: ...master machine can not only communicate specially with any slave machine but it also can issue the broadcast information to all the lower slave machines As for the individual access inquiry command by the master machine the accessed slave machine shall return a response frame as for the broadcast information sent by the master machine the slave machine has need to feed the response back to the mas...

Page 165: ...l of JAC200 Series General Frequency Converter 165 If the salve computer detects the communication frame error or the other reasons lead to the unsuccessful reading and writing then it shall response the error frame ...

Page 166: ...e low byte is behind See the instruction of CRC verification in this section for the detailed computing method CRC CHK low position END When there are 3 5 characters CRC verification mode CRC Cyclical Redundancy Check uses the RTU frame format and the includes the error detection domain based on CRC method CRC domain detects the contents of the whole messages CRC domain is two bytes including 16 d...

Page 167: ... 0x0001 crc_value crc_value 1 0xa001 else crc_value crc_value 1 return crc_value The address of communication parameter is defined as the reading and writing function code parameter some function codes cannot be modified since they are used only by the manufacturer or for monitoring purpose C 3 Address marking rules for function code parameter Make function code group number and mark number as the...

Page 168: ...t is the Group A parameter whether only the high position A for the function code address changes to 4 then the function can be achieved The corresponding function code address is shown as below High byte 00 0F Group F 40 4F Group A Low byte 00 FF For example If function code F3 12 is not stored in EEPROM then the address is shown as 030C If function code A0 05 is not stored in EEPROM then the add...

Page 169: ...e percentage of relative value 10000 corresponds 100 00 and 10000 corresponds 100 00 As for the frequency dimension data the percentage is the percentage of relative maximum frequency F0 10 as for the torque dimension data this percentage is F2 10 A2 48 A3 48 A4 48 the torque upper limit digital setting respectively correspond the first second third and fourth motor The control command is input in...

Page 170: ...FFF indicates 0 100 Frequency converter failure description Frequency converter failure address Frequency converter failure 8000H 0000 failure free 0001 reserve 0002 acceleration overcurrent 0003 deceleration overcurrent 0004 constant speed overcurrent 0005 acceleration overvoltage 0006 deceleration overvoltage 0007 constant speed overvoltage 0008 buffer resistance overload failure 0009 undervolta...

Page 171: ...is used to set the transmission rate between the upper computer and frequency converter Note the upper computer must be consistent with the Baud rate set by the frequency converter otherwise the communication cannot be conducted The higher the Baud rate the faster the communication speed is Fd 01 Data format Default value 0 Set range 0 no verification data format 8 N 2 1 even parity data format 8 ...

Page 172: ... When the function code is set as the effective value whether the interval time between one communication and the next communication exceeds the communication timeout then the system shall report the communication failure error Err16 Under the normal conditions they are all set as invalid Whether the sub parameter is set in the continuous communication system then it can monitor the communication ...

Page 173: ...he handling without complying with the user s manual provided by our company E Failure and damages caused by the trouble other than the machine for instance the external device factors 3 In case of failure or damages to the products please fill in each item in the Product Warranty Card correctly and in detail 4 The collection of the charges to the maintenance costs shall be in accordance with the ...

Page 174: ...equency Converter 174 Customer information Address Name Contact person Postal code Contact number Product information Product model Body barcode pasted here Name of the agent Failure information maintenance time and content maintenance personnel ...

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