Qirod QD100 Series User Manual Download

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QD100 Series Frequency

Inverter

USER’S MANUAL

English Version

Summary of Contents for QD100 Series

Page 1: ...QD100 Series Frequency Inverter USER S MANUAL English Version...

Page 2: ......

Page 3: ...ETER GROUP 24 2 3 MOTOR CONTROL PARAMETER GROUP 28 2 4 PROCESS PID PARAMETER GROUP 33 2 5 FAULT PROTECTION PARAMETER GROUP 56 2 6 START STOP PARAMETER GROUP 67 2 7 KEYBOARD PANEL PARAMETER GROUP 77 2...

Page 4: ...2 A2 3 CYCLIC REDUNDANCY CHECK CRC 120 A2 4 ERROR CODE 121 A2 5 COMMUNICATION PARAMETER 122 APPENDIX B CONCISE PARAMETER LIST 127...

Page 5: ...ete introduction of installation and use of the frequency inverter setting of function parameters fault treatment and maintenance etc for QD100 series inverters Please carefully read this manual befor...

Page 6: ...No Item Symbol Function 1 Numeric display To display frequency or parameter etc using LED RUN On frequency inverter s operation demands and frequency instructions are all effective Flashing frequency...

Page 7: ...mber or parameter set value 7 ESCAPE key ESC To return to the previous state before the pressing of the ENT key 8 DOWN key To reduce parameter number or parameter set value 9 ENTER key ENT Press the k...

Page 8: ...utput frequency under Powering on default mode so directly use or key to modify the digital frequency setting then press the ENT key to save the modified data and return Powering on default mode or pr...

Page 9: ...er setting value can be modified by or key and ENT key or give up the modification by ESC key as showed as Figure 1 4 Figure 1 4 Parameter Setting Mode navigation Status monitoring mode The status mon...

Page 10: ...n see all the factory default setting different parameters and the parameter setting method of these parameters set the same pattern as shown in Figure 1 4 Note Without any changing of the parameters...

Page 11: ...ase do confirm the following items Table 1 2 Items to be confirmed prior to switching on the inverter Item Description Confirmation of input power supply voltage Please confirm if the power suppy is c...

Page 12: ...ontrol mode QD100 series frequency inverters provide two control modes local and remote The mode is set with parameter f601 At local control mode both the command source and frequency setting source o...

Page 13: ...wiring for two wire control running Table 1 3 Parameter configuration of two wire control running Code Parameter Setpoint Setpoint f002 Selection of run command 0 0 f003 Selection of frequency command...

Page 14: ...control running Code Parameter Set value f002 Selection of run command 0 f003 Selection of frequency command selection 1 f300 AI1 input function analog or logic selection 0 f301 LI1 logic input functi...

Page 15: ...nalog or logic selection 0 f301 LI1 logic input function 2 f302 LI2 logic input function 3 f303 LI3 logic input function 34 f305 Logic input mode setting 0 f306 Logic input type selection 1 f309 Force...

Page 16: ...nput function 2 f302 LI2 logic input function 3 f303 LI3 logic input function 23 f304 LI4 logic input function 24 f306 Logic input type selection 1 f309 Forced effective Logic input function selection...

Page 17: ...function 7 f306 Logic input type selection 1 f309 Forced effective Logic input function selection 1 f310 Forced effective Logic input function selection 2 0 f522 Prohibit motor reverse 0 f000 Inverte...

Page 18: ...input function 3 f303 L3 logic input function 4 f306 Logic input type selection 1 f309 Forced effective Logic input function selection 1 f310 Forced effective Logic input function selection 2 0 f522 P...

Page 19: ...tive as the frequency command Note2 Pressing the key or the key will change the operation frequency even during operation NO Parameter Name Setting Range Default f001 V F control mode selection 0 3 0...

Page 20: ...erminals Ll1 to Ll5 can be defined terminal functions controls running operation 1 Keypad Press the RUN and STOP RESET keys on the keypad to start and stop 2 Serial communication Run and stop through...

Page 21: ...l When switching the terminal operation mode to panel operation mode If f502 1 the motor will keep the running status before switch operation If f502 0 the motor stops regardless the running status be...

Page 22: ...ing speed Note1 Set f007 f008 f009 carefully The motor output frequency is affected not only by these three parameters but also by start frequency DC braking initial frequency and skip frequency Note...

Page 23: ...eration time longer than the programmed time If an even shorter acceleration deceleration time is set there may be an overcurrent trip or overvoltage trip for inverter protection Note See f518 f520 f5...

Page 24: ...ced automatically may causes the inverter to be tripped overheat more easily than selecting Carrier frequency reduced automatically Switching frequency level will be automatically controlled in case o...

Page 25: ...the acceleration or deceleration time in time and therefore may be tripped Note Manual acceleration and deceleration time may still be restrained by motor current amplitude limit See f107 and overvol...

Page 26: ...f100 to 2 before the start of operation Tuning is performed at the start of the motor then Check to be sure that the setting of the parameter f101 and that of the parameter f102 agree with the base fr...

Page 27: ...ine stalling falling 6 If auto tuning is impossible or an e 46 auto tuning error is displayed 7 If the inverter is tripped during auto tuning because of an output phase failure e 42 check if the inver...

Page 28: ...ted motor no load current Otherwise the inverter will determine that it is performing motor braking and increase the frequency applied to the motor Note 2 If f603 1 f107 displays in amperes volts If f...

Page 29: ...lative operation time clear 6 Cumulative fan operation time record clear 7 Initialization of type information 8 P type rating 9 G type rating Note1 This function will be displayed as 0 during reading...

Page 30: ...imited 1 Supply voltage corrected output voltage limited 2 Supply voltage uncorrected output voltage unlimited 3 Supply voltage corrected output voltage unlimited If f201 is set to 0 or 2 the output v...

Page 31: ...m adjustments according to the actual operation f202 is effective when f001 is set to 0 V F constant or 1 square reduction f203 is effective when f001 is set to 2 SVC mode Note Be careful not to incre...

Page 32: ...ponse coefficient 1 150 40 f208 Speed control stability coefficient 1 100 20 Use these two parameters to adjust the speed of response and stability to the frequency command How to make adjustments acc...

Page 33: ...stics in a region in which the frequency is above the base frequency region where the field is weak If a heavy load is applied instantaneously or transiently the motor may stall before the load curren...

Page 34: ...If such a phenomenon occurs do not adjust this parameter NO Parameter Name Setting Range Default f212 Waveform switching adjustment coefficient 0 1 14 0kHz 14 0 Specify a larger value for f212 if swit...

Page 35: ...23 as shown in according to the load characteristic Note 1 The following condition must be true when setting up the V f pattern V1 V2 V3 f1 f2 f3 Note Too high voltage output at low speed will cause a...

Page 36: ...l function for LI2 0 69 3 f303 Input terminal function for LI3 0 69 0 f304 Input terminal function for LI4 0 69 10 Use the above parameters to send signals from an external programmable controller to...

Page 37: ...DC braking command OFF No DC braking command ON DC braking started DC braking current level and DC braking time is set by f507 and f508 respectively 14 PID control disabling OFF PID control enabled O...

Page 38: ...f102 f106 f202 22 No 2 motor switching ON No 2 motor f001 0 f108 f109 f110 f111 f206 f518 f519 f511 OFF No 1 motor f001 f010 f011 f101 f102 f106 f107 f202 f510 23 Frequency UP signal input from extern...

Page 39: ...h 33 Fire speed control seef419 ON Fire speed operation preset speed operation frequency f730 OFF Normal operation 34 Coast stop gate off OFF Motor is ready for running ON Coast stop gate off 35 Inver...

Page 40: ...on velocity 2 45 Forward running Command multisection velocity 3 ON The motor runs forward at the same time to activate the multisection velocity 3 46 Reserve running Command multisection velocity 3 O...

Page 41: ...ration curve 2 ON Simultaneously activate acceleration curve 2 forward running command and the multisection velocity 2 56 Reserve running Command multisection velocity 2 acceleration deceleration curv...

Page 42: ...orward running command ON Simultaneously activate forward running Acceleration deceleration curve 3 command 66 Acceleration deceleration curve 3 reserve running command ON Simultaneously activate rese...

Page 43: ...mode selection 0 1 1 0 Source Positive logic terminal mode 1 Sink Negative logic terminal mode NO Parameter Name Setting Range Default f307 AO voltage current output selection 0 1 1 0 Current signal o...

Page 44: ...f311 Output terminal function A of LO CLO 0 255 4 f312 Output terminal function B of LO CLO 0 255 255 The set method is same as f315 Figure 2 9 Output of LO CLO wiring example NO Parameter Name Settin...

Page 45: ...ing of f009 0 ON Output frequency lower limit frequency setting of f009 OFF Output frequency upper limit frequency setting of f008 2 ON Output frequency upper limit frequency setting of f008 OFF Outpu...

Page 46: ...d as frequency command 20 ON AI2 selected as frequency command OFF Operation stopped 22 ON When operation frequency is output or during A 07 OFF Not for ready for operation 24 ON Ready for operation I...

Page 47: ...calculated value of brake resister overload level 50 46 ON calculated value of brake resister overload level 50 OFF Torque current f412 70 f413 48 ON Torque current f412 70 OFF Cumulative operation t...

Page 48: ...e PLC section is completed output one ON pulse OFF Not used 75 253 ON Not used 254 OFF Output always OFF 255 ON Output always ON Note 1 Inversion logic can be obtained by add 1 to the output terminal...

Page 49: ...function 24 Use an input contact terminal to clear the frequency setting that accumulated by the UP DOWN operation see input terminal function 25 Use f319 f322 set the frequency incremental decrementa...

Page 50: ...rent and the entered command for setting an external contact frequency see figure 2 11 Note 1 Do not set the same value to f325 and f327 or f329 and f331 otherwise a 05 will alarmed Note 2 when adjust...

Page 51: ...rting motor you should increase the input bias otherwise it needs to reduce If the input bias is set too high the inverter may start the motor at VIA or VIB without a signal NO Parameter Name Setting...

Page 52: ...Description of Speed reach detection output frequency NO Parameter Name Setting Range Default f340 AI1 input reach detection level 0 100 0 f341 AI1 input reach detection band 0 20 3 Figure 2 15 Descri...

Page 53: ...detection output NO Parameter Name Setting Range Default f345 Logic output pulse train output selection LO CLO 0 1 0 0 Logic output 1 Pulse train output NO Parameter Name Setting Range Default f346 P...

Page 54: ...g reactor cumulative load factor 100 NO Parameter Name Setting Range Default f347 Maximum numbers of pulse train 500 1600 800 NO Parameter Name Setting Range Default f348 AO1 selection 0 16 0 The sign...

Page 55: ...ve load factor 100 15 Serial communication data 16 For adjustments f349 set value is displayed NO Parameter Name Setting Range Default f349 AO gain adjustment 1 1280 varies by model It can calibrate A...

Page 56: ...ion frequency Figure 2 19 Description of f352andf353setting Note When f348 is set to 0 or 2 3 if f352 or f353 are not set to 0 at same time f350 f351 will not be effective NO Parameter Name Setting Ra...

Page 57: ...meter Name Setting Range Default f364 Input terminal filter time 0 200 0 1 is equelance about 2ms NO Parameter Name Setting Range Default f365 Output terminal function B of T1 0 225 0 The set method i...

Page 58: ...ng f371 AO2 analog output slope 0 1 1 f372 AO2 analog output bias 0 100 0 Settings of F369 F372 refer to AO1 parameters of F348 2 5 Fault protection parameter group NO Parameter Name Setting Range Def...

Page 59: ...successful retry A successful retry means that the inverter output frequency reaches the command frequency without causing the inverter to re trip Retry available fault including overcurrent e 01 e 04...

Page 60: ...decreases as the operating speed decreases When the inverter detects an overload this function automatically lowers the output frequency before the motor overload trip e 21 is activated This function...

Page 61: ...ncy DC braking set the DC braking starting frequency f506 at 0 0 Hz NO Parameter Name Setting Range Default f405 Input phase failure detection 0 1 0 0 Disabled No tripping 1 Enabled Phase failure dete...

Page 62: ...sts for one second or more f406 5 If it detects an all phase failure it will restart on completion of reconnection The inverter does not check for output phase failures when restarting after a momenta...

Page 63: ...nameplate NO Parameter Name Setting Range Default f411 Over torque trip alarm selection 0 1 0 0 Alarm only A overtorque alarm can be put out by setting the output terminal function selection parameter...

Page 64: ...l function 32 to T1 T2 or LO CLO Note 2 The 100 standard value of f412 and f413 is the rated output current indicated on the motor nameplate NO Parameter Name Setting Range Default f415 Overvoltage li...

Page 65: ...r Name Setting Range Default f416 Overvoltage limit operation level 100 150 130 f416 specifies the Overvoltage limit operation level Figure2 23 Description of overvoltage limit operation level NO Para...

Page 66: ...l function 33 will not stop the inverter The following inverter trip will not make it stop but automatic restart is performed e 01 e 04 e 11 e 21 e 22 e 23 e 24 When the inverter is under local runnin...

Page 67: ...te on the analog input terminal AI1 1 100 Fault detection level If signal on AI1 drops below the selected fault detection level and this low signal level lasts 300 ms or more fault occurs in the inver...

Page 68: ...rminal AI2 to a PTC motor thermal probe input The wiring is shown in the following figure Figure 2 24 PTC wiring example Note PTC resistance must be connected in from AI2 terminal One 3 3k 1 4 W resis...

Page 69: ...information of just eliminated fault will be transmitted to the fault history record If the fault cause has not been eliminated yet original fault codes and all running data can be inquired as current...

Page 70: ...iguration with multiple motors connected to one inverter Setting f500 1 3 This function operates after power has been restored following detection of an undervoltage by the main circuits and control p...

Page 71: ...f501 is enabled the inverter will be monitored at the speed of f009 or less than f009 in the starting or motor reverse process Note3 If f501 and f915 are completely equivalent One of them changes the...

Page 72: ...ncy to a value from 0 5 to 3Hz is recommended f503 is usually set to the motor rated slip frequency The occurrence of an overcurrent can be suppressed by setting this frequency below the rated slippag...

Page 73: ...irect current to be applied to the motor the application time and the starting frequency During DC braking a 07 displays DC braking can be activated by two methods as follows Automatically DC braking...

Page 74: ...ct this pattern to accelerate decelerate the motor rapidly to a high speed region with an output frequency of 50Hz or more or to minimize the shocks applied during acceleration deceleration This patte...

Page 75: ...2 pattern 0 2 0 f512 Acceleration deceleration 3 pattern 0 2 0 0 Linear This pattern can usually be used 1 S pattern 1 2 S pattern 2 NO Parameter Name Setting Range Default f513 Acceleration decelera...

Page 76: ...reases below f513 setting f518 or f519 is effective Note A and F according to Acc Dec 1 B and E according to Acc Dec 2 C and D according to Acc Dec 3 NO Parameter Name Setting Range Default f515 Selec...

Page 77: ...2 0 0 3200s 20 0 f519 Deceleration time 2 0 0 3200s 20 0 f520 Acceleration time 3 0 0 3200s 20 0 f521 Deceleration time 3 0 0 3200s 20 0 Three acceleration times and three deceleration times can be sp...

Page 78: ...tion 5 input terminal function 64 Acc Dec selection 0 0 ACC1 1 0 ACC2 0 1 ACC1 Fc f513 1 1 ACC2 0 0 ACC2 1 0 ACC1 0 1 ACC2 f513 Fc f514 1 1 ACC1 0 0 ACC3 1 0 ACC3 0 1 ACC3 f514 Fc 1 1 ACC3 Note A and...

Page 79: ...he direction of operation of the terminal simultaneously activated inverter stops NO Parameter Name Setting Range Default f527 regenerative braking selection 0 2 2 0 Disabled 1 Enabled with resistor o...

Page 80: ...e 0 1 1 0 display in percentage terms 1 A ampere V volt display in amperes volts These parameters are used to change the unit of monitor display Like current monitor and Voltage monitor display A ampe...

Page 81: ...eter Name Setting Range Default f606 Inclination characteristic of free unit display 0 1 1 0 Negative inclination downward slope 1 Positive inclination upward slope NO Parameter Name Setting Range Def...

Page 82: ...handy when operating the load at limited frequencies that change in steps of 1Hz 5Hz 10Hz and so on NO Parameter Name Setting Range Default f609 Free step 2 panel display 0 255 0 0 disabled 1 255 ena...

Page 83: ...monitor display format by setting f610 NO Parameter Name Setting Range Default f611 Panel running order clear selection 0 1 1 0 Clear when standby terminal OFF 1 Keep when standby terminal OFF Note 1...

Page 84: ...Integral output power display unit selection 0 3 varies by model 0 1kWh 1 10kWh 2 100kWh 3 1000kWh NO Parameter Name Setting Range Default f618 Search and resetting of changed parameters selection 0...

Page 85: ...ess or to change jog direction NO Parameter Name Setting Range Default f701 jog run frequency 0 0 20 0 5 0 NO Parameter Name Setting Range Default f702 Jog stopping pattern 0 2 0 0 Slow down stop 1 co...

Page 86: ...ump frequency setting width overlapped During acceleration or deceleration the jumping function is disabled for the operation frequency Figure 2 34 Description of jump frequency NO Parameter Name Sett...

Page 87: ...running motor at operating frequency f1 Hz that is lower than command frequency f0 Hz by droop frequency f Hz when the torque current is T1 The droop frequency f can be calculated using the following...

Page 88: ...Droop frequency f Hz and operating frequency f1 when command frequency f0 is 50 Hz and torque current T1 is 100 are as follows Droop frequency f Hz vl f714 T1 f715 60 Hz 10 100 30 4 2 Hz Operation fre...

Page 89: ...For more information see table 2 10 Table 2 10 Relation between Preset speed command and Preset speed Setting Frequency Preset speed command 4 Preset speed command 3 Preset speed command 2 Preset spe...

Page 90: ...00s min 0 0 f741 Multisection speed 9 running time 0 65000s min 0 0 f742 Multisection speed 10 running time 0 65000s min 0 0 f743 Multisection speed 11 running time 0 65000s min 0 0 f744 Multisection...

Page 91: ...89 2 Setting example Parameter setting value...

Page 92: ...e state of the last state the operation 2 Cycling operation After the completion of a single cycle the inverter automatically starts to carry on the next cycling NO Parameter Name Setting Range Defaul...

Page 93: ...rding to F011 1 0 1 20 0 Enable reverse point dynamic frequency when forward point dynamic point dynamic frequency according to F701 forward point dynamic acceleration and deceleration time according...

Page 94: ...lt f805 Modbus behavior on communication fault 0 4 4 0 Inverter stop communication command frequency mode open by f002 f003 1 None continued operation 2 Deceleration stop 3 Coast stop 4 Communication...

Page 95: ...for example set f830 100 means that pressure setting is 1 6Mpa Note 1 When f900 0 f830 is not effective Note 2 f830 and f916 are completely equivalent One of them changes then another will be automati...

Page 96: ...not set the same value to f003 and f900 Figure 2 38 PID wiring example Process quantity input data frequency or percentage term and feedback input data can be combined as follows for the PID control S...

Page 97: ...the smaller the deviation between target value and feedback value after stability is However excessively large set point may arouse vibration in the controlled object and make it unstable Furthermore...

Page 98: ...ult f906 Sleep mode awakening hysteresis bandwidth 0 0 Hz f007 0 2 Under the sleeping mode the inverter will re accelerate the motor to the given frequency once it detects frequency command f009 f906...

Page 99: ...r than f911 setting inverter wake up from sleep mode NO Parameter Name Setting Range Default f912 Auto sleep level 0 100 0 0 When feedback detected value is bigger than f912 setting inverter enter int...

Page 100: ...isplayed in Hz free unit See f604 u004 load current The inverter output current A is displayed u005 input voltage AC RMS The inverter input voltage 200V is displayed u006 output voltage AC RMS The inv...

Page 101: ...d u021 Communication counter Displays the counter numbers of communication through the network u022 Normal state communication counter Displays the counter numbers of communication only at normal stat...

Page 102: ...of detecting time Table 2 13 Display of detailed information on past trip n n 1 2 3 4 NO Parameter Name Description Cause of trip E g e 01 un00 Continuous trips The number of time the same trip occurr...

Page 103: ...01 Name un09 Output terminal status indicated Note 1 If no trip occurred in the past the message nerr will be displayed Detailed information for past trip is not accessed Relay 1 OFF Transistor i i ON...

Page 104: ...cceleration time is too short V f parameter is wrongly set When the inverter starts the load is still in rotation Inverter is supplying power to low impedanc e motor Interphase short circuit or earthi...

Page 105: ...device are earthing Connect with factory e 04 Earthing fault earthing failure IGBT unit damage Confirm whether the wiring and device are earthing Connect with factory e 06 Underload fault Inverter s o...

Page 106: ...is too short Install input reactor or use braking resistance Adopt forward reverse speed tracking and restart function STR function f500 1 Set f418 2 Determine the cause of output phase failure such...

Page 107: ...arts the load is still in rotation The load is too large Increase acceleration parameter f007 or f617 Reduce the setting of f606 and f607 Correctly set V f parameter Set parameter f501 2 Use an invert...

Page 108: ...locked There is heat source near the inverter Reset the inverter s fault after cooling and restart the inverter Expand the free space around the inverter Remove all heat sources near the inverter to l...

Page 109: ...to maintain e 33 Communic ation fault Network communication error Check network control devices and cables Check the setting of communication overtime parameter f803 Check remote keyboard panel cable...

Page 110: ...nput phase failure The input side of the main circuit is phase failure The inside component of the inverter is in abnormal state Determine the cause of input phase failure and correct it Set f405 0 e...

Page 111: ...g error Confirm whether motor rated parameter settings are correct The motor capacity is far smaller than that of the inverter Cable of the motor is too thin Motor is still in rotation when the self s...

Page 112: ...function as 1 and close this terminal a 05 Abnormal setting of frequency point Frequency points at point 1 and point 2 are set too closely Do not set f325 and f327 too closely Do not set f329 and f331...

Page 113: ...ation See parameter f120 If the alarm code is momentarily displayed and then disappears the inverter comes back to normal a 13 Loss of analog signal Analog input terminal detection level is lower than...

Page 114: ...panel under local control mode or under remote mode and f002 1 press STOP key on the keyboard panel after the fault is eliminated The keyboard will display a 00 Press the STOP key again and the inver...

Page 115: ...verter QD100 series inverters adopt RS 485 bus and Modbus protocol for serial communication A1 RS 485 bus The hardware circuit of serial communication for QD100 series frequency inverter follows RS 48...

Page 116: ...otocol The master governs the whole communication process Only when the master sends command to the slave the slave executes the actions or and send feedback information to the master Otherwise the sl...

Page 117: ...s RTU is classified into three types and two formats 1 Request Interrogation message Command request message transmitted by master to slave 2 Normal response message The slave s feedback message when...

Page 118: ...tent of communication and the core of data exchange Its content and length vary with the variation of the command codes See the following concrete descriptions of every command code 4 CRC code Cyclica...

Page 119: ...age but a number corresponding to the data Every control state or monitoring parameter of QD100 series frequency inverter corresponds to a communication address See A2 5 Communication parameter 4 Read...

Page 120: ...e 1 byte 1 byte Low byte High byte 83H 1 Slave address and CRC code See A2 2 2 Command code 83H It is 03H 80H 3 Error code For detail see A2 4 Error code 4 Example Read upper limit frequency Master re...

Page 121: ...l response message Slave addres s Comma nd code Communication address Write data CRC code 2 bytes 2 bytes 2 bytes 1 byte 1 byte High byte Low byte High byte Low byte Low byte High byte 06H Slave s nor...

Page 122: ...CRC16 rule for message check of serial communication Every CRC code consists of 2 bytes including 16 bit binary value The calculation is as follows 1 Initialize CRC register 16 bit to 0xFFFF 2 Perform...

Page 123: ...e gives feedback of corresponding error code to indicate cause of the current error Refer to the following table for the concrete meaning of error code Table A 9 Description of error code Error code D...

Page 124: ...ever it is required to change F at the highest bit to 0 Another example The display code of parameter Default keyboard panel display value is f702 so the corresponding communication address is 0702 2...

Page 125: ...ing 50Hz 50Hz x100 5000 1388Hz It is if setting 50Hz write 1388H in the fa08 address 0 0 4 Communication analog output setting Communication address fa16 Table A 12 Communication analog output setting...

Page 126: ...gic input See A 15 for details 11 FE12 Logic output See A 16 for details 12 FE30 Logic input AI1 10 bit accuracy Range 0 1023 13 FE31 Logic input AI2 10 bit accuracy Range 0 1023 14 FC39 Fault monitor...

Page 127: ...al L7 or As Al1 during logic input OFF ON 7 Terminal L8 or As Al1 during logic input OFF ON 8 15 Reserved Table A 16 Logic Output state monitoring Communicatio n address Description of function FE11 L...

Page 128: ...celeration overvoltage e 11 000BH Deceleration overvoltage e 11 000CH Constant speed overvoltage e 11 000DH Inverter overload e 21 000EH Motor overload e 22 0010H Overheat tripping e 24 0011H Emergenc...

Page 129: ...riable torque 2 Sensor less vector control 3 Energy saving 0 f002 Command mode selection 1 0 Terminal board 1 Keypad 2 Serial communication 1 f003 Frequency setting mode selection 1 0 Built in potenti...

Page 130: ...n 0 f003 switchable to f005 1 f003 0 f007 Maximum frequency 30 0 400 0 Hz 50 0 f008 Upper limit frequency 0 5 Hz f007 50 0 f009 Lower limit frequency 0 0 Hz f008 0 0 f010 Acceleration time 1 0 0 3200...

Page 131: ...ction 0 Disabled 1 2 wire control 2 3 wire control 3 External input UP DOWN setting 0 f018 Factory reserved f020 Factory reserved f1 NO Parameter Name Setting Range default WRT User setting f100 Auto...

Page 132: ...aries by model varies by model f107 stall prevention level 1 varies by model varies by model f108 Base frequency 2 25 0 400 0 Hz 50 0 f109 Base frequency voltage 2 50 660V varies by model f110 Motor e...

Page 133: ...parameters 4 Trip record clear 5 Cumulative operation time clear 6 Cumulative fan operation time record clear 7 Initialization of type information 8 P type rating 9 G type rating 0 f2 NO Parameter Na...

Page 134: ...by model f203 Torque boost 0 0 30 0 varies by model f204 Slip frequency gain 0 150 50 f205 Exciting current coefficient 100 130 100 f206 Voltage boost 2 0 30 varies by model f207 Speed control respons...

Page 135: ...217 Multi point profile V F patter 0 factory reserved 1 factory reserved 2 Enable multi point profile V F patter 0 f218 point 1 output frequency f1 0 f220 10 0 f219 point 1 output frequency voltage V1...

Page 136: ...mand 3 Reverse run command 4 Jog run mode 5 Acceleration deceleration 2 pattern selection 6 Preset speed command 1 7 Preset speed command 2 8 Preset speed command 3 9 Preset speed command 4 10 Reset c...

Page 137: ...stop signal input from external device 29 Forced switching from remote to local control 30 Operation holding stop of 3 wire operation 31 Forced switching of command mode and terminal board command 32...

Page 138: ...ng command multisection velocity 3 46 Reserve running command multisection velocity 3 47 Forward running command multisection velocity 4 48 Reserve running command multisection velocity 4 49 Multisect...

Page 139: ...deceleration curve 2 57 Forward running command multisection velocity 3 acceleration deceleration curve 2 58 Reserve running command multisection velocity 3 acceleration deceleration curve 2 59 Forwa...

Page 140: ...itch 69 3 wire control stop counter 70 Simple PLC stop reset 71 Simple PLC pause 0 f305 AI1 voltage current input selection 0 0 5V voltage signal input 1 0 10V voltage signal input 2 0 20mA 4 20mA cur...

Page 141: ...input Sink 2 AI2 contact input Source 0 f314 Input terminal function of AI2 f301 f304 0 f315 Output terminal function A of T1 T1A T1B T1C 0 Frequency lower limit 2 Frequency upper limit 4 Low speed 6...

Page 142: ...PBr OH pre alarm 48 OT pre alarm 50 Alarm of cumulative time 52 Aarm of life time 54 Alarm of PTC thermistor 56 Status of MOFF signal 58 Status of brake 60 Motor acceleration process 62 Motor deceler...

Page 143: ...321 External contact input DOWN response time 0 0 10 0 s 0 1 f322 External contact input DOWN frequency steps 0 0 Hz f007 0 1 f323 Initial up down frequency 0 0 Hz f007 0 0 f324 Change of the initial...

Page 144: ...nt 2 frequency 0 0 400 0 Hz 50 0 f333 AI1 input bias 0 255 varies by model f334 AI1 input gain 0 255 varies by model f335 AI2 input bias 0 255 varies by model f336 AI2 input gain 0 255 varies by model...

Page 145: ...eement detection range 0 0 Hz f007 2 5 f345 Logic output pulse train output selection LO CLO 0 Logic output 1 Pulse train output 0 f346 Pulse train output function selection LO CLO 0 Output frequency...

Page 146: ...1 Output current 2 Set frequency before PID 3 Frequency setting value after PID 4 DC voltage 5 Output voltage command value 6 Input power 7 Output power 8 AI1 input 9 AI2 input 10 Torque 11 Torque cu...

Page 147: ...unction for LI5 See f301 0 f363 Factory reserved f4 NO Parameter Name Setting Range default WRT User setting f400 Retry selection 0 disabled 1 10 times 0 f401 Electronic thermal protection characteris...

Page 148: ...0 Coast stop 1 Slowdown stop 2 Emergency DC braking 0 f404 emergency braking time 0 0 20 0 s 1 0 f405 Input phase failure detection 0 Disabled No tripping 1 Enabled 0 f406 Output phase failure detecti...

Page 149: ...ue detection time 0 0 10 0 s 0 5 f415 Overvoltage limit operation 0 Enabled speed 1 Disabled 2 Enabled Quick deceleration 3 Enabled Dynamic quick deceleration 2 f416 Overvoltage limit operation level...

Page 150: ...retention selection 0 disabled 1 Enabled 0 f422 AI1 input loss 1 100 0 f423 Activation of the inverter during 4 20mA signal loss 0 No measures 1 Coast stop 2 switch to Fallback speed 3 Speed maintaini...

Page 151: ...terminal function 1 on or off 4 At start up 5 7 Factory reserved 8 Fistly DC brake then restart 0 f501 auto stop time limit for lower limit frequency operation 0 0 disable 0 1 600 0 s 0 1 f502 Bumple...

Page 152: ...rn 0 Linear 1 S pattern 1 2 S pattern 2 0 f513 Acceleration decele ration 1 and 2 switching frequency 0 0 Hz f008 0 0 f514 Acceleration decele ration 2 and 3 switching frequency 0 0 Hz f008 0 0 f515 S...

Page 153: ...run prohibited 0 f523 stop pattern 0 Panel slowdown stop 1 Panel coast stop 2 Terminal coast stop 0 f527 regenerative braking selection 0 Disabled 1 Enabled with resistor overload protection 2 Enable...

Page 154: ...e 0 1 A ampere V volt 1 f604 Frequency free unit magnification 0 unit is Hz 0 01 200 0 free unit 0 00 f605 Factory reserved 0 f606 Inclination characteristic of free unit display 0 Negative inclinatio...

Page 155: ...ency Hz free 7 communication data display 8 Output speed 9 Communication counter 10 Normal communication counter 0 f611 panel running order clear selection 0 clear 1 keep 1 f612 Panel operation prohib...

Page 156: ...n 0 disable 1 enable 0 f619 factory reserved f620 factory reserved f621 factory reserved f622 factory reserved f623 factory reserved f7 NO Parameter Name Setting Range default WRT User setting f700 Pa...

Page 157: ...insensitive torque band 0 100 10 f716 Preset speed 1 f009 f008 3 0 f717 Preset speed 2 f009 f008 6 0 f718 Preset speed 3 f009 f008 9 0 f719 Preset speed 4 f009 f008 12 0 f720 Preset speed 5 f009 f008...

Page 158: ...Parameter Name Setting Range default WRT User setting f800 Modbus baud rate 0 9600 bps 1 19200 bps 2 4800 bps 3 2400 bps 4 1200 bps 1 f801 Modbus parity 0 NONE 1 EVEN 2 ODD 1 f802 Modbus address 0 247...

Page 159: ...oles for communication 1 8 2 f821 factory reserved f822 factory reserved f823 factory reserved f824 factory reserved f825 factory reserved f826 factory reserved f827 factory reserved f828 factory rese...

Page 160: ...width 0 0 Hz f007 0 2 f907 Sleeping mode awakening threshold based on PI deviation 0 0 Hz f007 0 0 f908 Sleeping mode awakening threshold based on PI feedback 0 0 Hz f007 0 0 f909 sleeping mode action...

Page 161: ...ge AC RMS The inverter input voltage 200V is displayed u006 output voltage AC RMS The inverter output voltage command 200 V is displayed u007 Input terminal status indicated u008 Output terminal statu...

Page 162: ...u021 Communication counter Displays the counter numbers of communication through the network u022 Normal state communication counter Displays the counter numbers of communication only at normal state...

Page 163: ...om EN Add No 339 Songchun Road Qingpu District Shanghai 201703 P R China International Sales Branch Import Export Shanghai FMZ Industry Co Ltd Tel 0086 21 6111 6396 5870 1811 Fax 0086 21 5106 9358 E m...

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