manualshive.com logo in svg

Zoncn H5000 Series, User Manual, Page: 1 / 164

Share
Download
Zoncn H5000 Series User Manual Download Page 1

H5000 Series User Manual 

Summary of Contents for H5000 Series

Page 1: ...H5000 Series User Manual...

Page 2: ......

Page 3: ...tion which can cause personnel injury or Inverter and mechanical system fault as determined by different situations the caution affairs may lead to serious consequence The figures in this instruction...

Page 4: ...2 Product Introduction 7 2 1 Unpacking inspection 7 2 2 Inverter model description 7 2 3 Product specifications 7 2 4 Product series models 9 2 5 Product storage 10 Chapter 3 Installation of Inverter...

Page 5: ...of Digital Operating panel 27 5 3 Simple Running and Relative Items 30 5 3 1 Setup installation and wiring 30 5 3 2 Wiring inspection 31 5 3 3 Parameter setup 31 5 3 4 Running 31 Chapter 6 Table of F...

Page 6: ...ance solution 130 8 8 Failure Records 132 Chapter 9 External Fittings Selection 133 9 1 The Purpose of Accessory 133 9 2 Arrangement 133 9 2 1 DC reactor 133 9 2 2 AC reactor 134 9 2 3 Braking resista...

Page 7: ...ard please keep those for reference of further maintenance Whether the product is in accordance with the specifications and whether there are unusual phenomena inside or outside Inverter 1 2 Moving an...

Page 8: ...rter Please make sure that the screws are fixed fastened and locked firmly in accordance with user s instruction of the manual to prevent Inverter from falling During installation prevent screws wire...

Page 9: ...ser s instruction of the manual The grounding connection shall be installed properly in accordance with relative regulations in the user s instruction Otherwise it may cause an electric shock or fire...

Page 10: ...that the power cables and signal cables are connected correctly otherwise it may cause Inverter damaged Please ensure all of the parameters are set correctly before running Before running please ensur...

Page 11: ...nd maintaining please touch a nearby metal substance with your hand to eliminate the static electricity for preventing Inverter from damage caused by static electricity Please do not use Megohmmeter i...

Page 12: ...verter If the fault is not eliminated Resetting and restarting Inverter can cause Inverter s or machine fault When Inverter fault takes place please do not treat it by your own and contact our company...

Page 13: ...r order Check whether Inverter is damaged and related accessories are completed If you find an omission or disagreement please contact the suppliers 2 2 Inverter model description Inverter capacity 5D...

Page 14: ...of maximum output frequency Output Frequency Accuracy 0 01Hz V F Control Setting V F curve can satisfy various load requirements Torque Control Auto increase auto raise torque by loading condition Ma...

Page 15: ...and parameter lock Environment Temperature 10 to 40 non freezing Humidity Max 95 non condensing Altitude Under 1000m Vibration Max 0 5G Structure Cooling mode Compulsory cooling Protection Level IP 2...

Page 16: ...for the moment during the storage please pay attention to those as below A The products must be placed in the dry and dust free location B The relative humidity of the environment is within 0 95 and w...

Page 17: ...r s installation environment please ensure it is in accordance with 1 Environment temperature from 10 to 40 2 Environment humidity 0 95 without condensing 3 Away from direct sunlight 4 The environment...

Page 18: ...extra heat sink to keep environment temperature lower than 45 A Single Inverter installation B Multiple Inverters installed in one control cabinet Please pay attention When installed A Inverter shall...

Page 19: ..._ 170 168 248 6 5 Wall Hang Plastic H5400P0011K H5400P0015K 210 330 _ 190 195 310 6 Semi Plastic H5400P0018K H5400P0022KN 277 410 _ 189 262 390 5 H5400P0030KN H5400P0037KN H5400P0045KN 300 430 455 212...

Page 20: ...N H5400P0160KN 430 825 850 336 250 810 13 H5400P0185KN H5400P0200KN 500 845 860 360 370 820 13 wall hang or floor installtion H5400P0220KN H5400P0200KN1 530 800 860 335 200 200 835 13 H5400P0220KN1 H5...

Page 21: ...esidual current circuit breaker The input power supply has large impulse current when supplying the converter so please pay attention to the selection of the breaker Contactor Please use electromagnet...

Page 22: ...an turn on and turn off power of Inverter to ensure safety 4 AC current reactor A suppress high harmonics for protecting Inverter B improve the power efficiency 5 DC current reactor The DC current rea...

Page 23: ...onnect with the ground independently 5 Please adopt a third way to connect with the grounding terminal E with the ground impedance of the grounding is lower than 100 6 Please use the grounding cable a...

Page 24: ...ce resistance absorbing devices in the output terminal u v w of Inverter 11 Please confirm that the main loop terminal is locked firmly and the lead wire and terminals have proper contact to prevent l...

Page 25: ...0P0075KN 75 70 250 185 H5400P0090KN 90 70 250 225 H5400P0110KN 110 95 315 265 H5400P0132KN 132 150 350 330 H5400P0160KN 160 185 400 400 The above data is only for reference 4 1 4 Main loop terminals a...

Page 26: ...resistor can be connected between P1 and Pr suitable for 15KW below models DC voltage negative terminal the brake unit can be connected between P1 and N suitable for 18 5 KW above models U V W Connec...

Page 27: ...short connecting sheet B connect DC reactor between P and P1 5 Method of connecting with brake unit apply to 22 KW above machines including 22KW Due to different definitions of the brake unit terminal...

Page 28: ...power supply Analog current output 0 20mA Motor Voltmeter 0 10V U V W P P1 Pr FOV FOC FC RS RS RS485 M KA KB Multifunctional output terminal frequency setup power supply R S T E FWD REV SC 10V FIV FI...

Page 29: ...al 3 S4 Multifunctional input terminal 4 S5 Multifunctional input terminal 5 S6 Multifunctional input terminal 6 24V Assistant DC power supply it supply 24V power for external devices Max 100mA curren...

Page 30: ...tice 1 Please separate the control signal cable from the main loop cable power cables and power supply cable 2 In order to prevent interference that can cause false operation please use glue shielding...

Page 31: ...d hold to confirm setup Potentiometer of operating panel when the frequency is set up as controlled by potentiometer of operating panel to rotate the potentiometer to get different frequency Display s...

Page 32: ...tion DRV Lighting Inverter is on running state RDY Lighting Inverter is on standby state FREF Lighting Display area shows setup frequency FOUT Lighting Display area shows output frequency IOUT Lightin...

Page 33: ...in acceleration 5 2 Operational Instruction of Digital Operating panel 1 Parameter setup taking modifying F1 04 as example Program Key name Display Description 1 Power on RDY A To display setup freque...

Page 34: ...d ENTER RDY Display 1 7 Press RDY Change 1 to 0 8 Press and hold ENTER After flashing END it displays F01 05 Confirm that the value F1 04 has been modified 9 Press PRG RDY Return to the original displ...

Page 35: ...al running frequency display picture 5 Rotate DRV FOUT Modify setup frequency the actual running frequency has been changed from 5Hz to 15Hz 6 Press once DRV IOUT Shift to output current display pictu...

Page 36: ...etup frequency is 15Hz Notice Through shift key you can monitor setup frequency running frequency output current and output voltage in running Inverter The display of the main picture can be customize...

Page 37: ...parameter F1 01 and F1 02 according to the requirements About the setting up method please read chapter 5 2 5 3 4 Running Confirm that there is no mistake in wiring and parameter setup according to r...

Page 38: ...07 PID display Read only F0 10 Fault record 1 Read only F0 11 Fault record 2 Read only F0 12 Fault record 3 Read only F0 13 Fault record 4 Read only F0 14 Setup frequency last fault Read only F0 15 S...

Page 39: ...ximum running frequency 0 01 0 00 F1 07 Acceleration time 1 0 6000 0S 0 1 Change F1 08 Deceleration time 1 0 6000 0S 0 1 Change F1 09 VF maximum voltage VF intermediate voltage 500 0V 0 1 400 0 F1 10...

Page 40: ...2 08 Automatic torque compensation 0 20 0 1 0 F2 09 Rated voltage of motor 0 500 0V 0 1 380 0 F2 10 Rated current of motor 0 setup current of system 0 1 Change F2 11 No load current ratio of motor 0 1...

Page 41: ...voltage output 10V 0 1 10 0 F3 08 FOC minimum current output 0 FOC maximum current 0 1 0 F3 09 FOC maximum current output FOC minimum current 20mA 0 1 20 0 F3 10 Frequency of low analog 0 600 00 0 01...

Page 42: ...rminal S2 0 32 1 18 F3 19 Input terminal S3 0 32 1 15 F3 20 Input terminal S4 0 32 1 16 F3 21 Input terminal S5 0 32 1 8 F3 22 Input terminal S6 0 32 1 9 F3 23 Output terminal M01 0 32 0 Ineffective 1...

Page 43: ...at YA YB YC 0 6000 1S 10 F3 31 Close delay time more than maximum frequency at YA YB YC 0 6000 1S 10 F3 32 Open delay time less than minimum frequency at KA KB 0 6000 1S 10 F3 33 Close delay time more...

Page 44: ...40 100 1 50 F4 16 Option for restart after power off 0 1 1 0 F4 17 Time for power off allowed 0 10S 1 5 0S F4 18 Limitation of torque in racing start 0 200 1 150 F4 19 Time for racing start 0 25 0S 1...

Page 45: ...stop mode circular running mode 4 PLC operates at the last frequency after running in a cycle 1 0 F5 03 Multi section speed terminal 1 Start frequency 0 00 maximum running frequency 0 01 10 0 F5 04 Mu...

Page 46: ...5 17 Multi section speed terminal 15 0 00 maximum running frequency 0 01 10 00 F5 18 PLC running time 1 winding time 0 65000 1S 100 F5 19 PLC running time 2 0 65000 1S 100 F5 20 PLC running time 3 0 6...

Page 47: ...ack value 2 Take balance of FIV FIC as feedback value 3 Take balance of FIC FIV as feedback value 1 0 F6 04 PID figure target value 0 0 100 0 0 1 0 0 F6 05 Upper limit value for PID alarm 0 0 100 0 1...

Page 48: ...act Point of Motor A Industrial frequency 2 Contact Point of Motor A Convertible frequency 3 Contact Point of Motor B Industrial frequency 4 Contact Point of Motor B Convertible frequency 5 Contact Po...

Page 49: ...Pressure allowance of pump up 0 25 0 0 1 5 F6 42 Running frequency of pump up 0 max frequency 0 01 48 F6 43 Delay time of pump up 0 3600 0S 1 10 F6 44 Reserved F6 45 Pressure allowance of pump down 0...

Page 50: ...ure 8 00 23 59 0 1 0 F6 68 Sleep section mode 0 255 1 1 F6 69 Sleep pressure allowance 0 25 1 5 F6 70 Sleep continual time 0 3600 0S 0 1 30 F6 71 Sleep frequency 0 max frequency 1 22 F6 73 Wake up pre...

Page 51: ...tup of displaying current filter time 0 10 0S 0 1 2 0 F8 07 0 10V analog output of low calibration coefficient 0 65535 1 F8 08 0 10V analog output of high calibration coefficient 0 65535 1 F8 09 0 20m...

Page 52: ...06 Display of PID feedback User can set the initial image of Inverter as the image which the user most desires through F0 00 setup so as to make monitoring more convenient For example if the user wan...

Page 53: ...tation rate of motor You can monitor actual rotation rate of motor by examining parameter F0 04 F0 05 Voltage of DC bus Display the voltage of DC bus in main loop of Inverter You can monitor present v...

Page 54: ...tage of main loop in Inverter by examining these parameters respectively You can check detailed state when the latest error takes place by examining the content of F0 14 F0 18 You can examine the setu...

Page 55: ...forward light is on 3 Press once DRY FOUT Switch display image switch to actual output frequency A Inverter is in forward state B The actual output frequency is 50 00Hz C FOUT light is on 4 Press onc...

Page 56: ...essing upward or downward key the modified content will not be stored when Inverter stops running or power is off Stored F1 00 will be worked when Inverter is started next time F1 01 Frequency setup o...

Page 57: ...nalog current setup The running frequency of Inverter is decided by external current signal 0 20mA Control the running frequency of Inverter by external terminal FIC 3 Keyboard POT setup You can contr...

Page 58: ...ncy will be the same Parameter F3 17 15 S1 terminal will be set in UP mode F3 18 16 S2 terminal will be set in DOWN mode Explanation When Up is effective Up is connected frequency will go up When Down...

Page 59: ...nning frequency is 10 00Hz 3 REV DRV A Inverter is in reverse running mode B Switch between forward and reverse of Inverter C The running frequency is 10 00Hz 4 STOP RESET DRV A Inverter stops running...

Page 60: ...OFF Stop OFF ON Reverse ON ON Keep running condition B Three wire system mode Use S1 S2 or S3 as input terminal for external signal Parameter F3 17 6 S1 is in forward F3 18 7 S2 is in reverse F3 19 9...

Page 61: ...ating panel as ineffective or effective to prevent wrong running When F1 03 is set for 0 equals stop key is ineffective stop key cannot stop running of Inverter When F1 03 is set for 1 equals stop key...

Page 62: ...fective F1 05 Maximum running frequency default 50 00 Range Minimum running frequency 400 00Hz The running range of Inverter is between 0 1 400 00Hz Therefore Inverter tends to run high speed Generall...

Page 63: ...time is the time which reaches maximum running frequency from 0 00Hz in Inverter DC time is the time which lowers minimum running frequency from maximum running frequency in Inverter The default of a...

Page 64: ...curve corresponds with different load Constant torque curve apply to constant torque load output voltage and output frequency in linear Down torque curve apply to double torque load like fan and pump...

Page 65: ...up value of the parameter slowly until ideal value Do not try to increase the value greatly Otherwise it may cause protection of Inverter or fault F1 12 intermediate V F frequency V F intermediate fre...

Page 66: ...120 14 1 H5400P0185KN 150 150 13 1 H5400P0200KN 200 200 12 1 H5400P0220KN 200 200 12 1 H5400P0250KN 220 220 12 1 H5400P0280KN 250 250 12 1 F1 15 Carrier frequency default Range 1 15 unit 1 Carrier fr...

Page 67: ...f parameters default 0 Range 0 8 Unit 1 Content 8 Initialization of parameters When improper parameter setup or wrong operation you may set F1 17 for 08 to restore all parameters to the default and th...

Page 68: ...when you use racing start And also start up the stopped motor directly according to the result of measurement and follow up Attention when Inverter starts in racing start mode Inverter will keep track...

Page 69: ...aking and other options If you do not choose DC braking it will stop in free running stop mode 1 Free running stop When Inverter receives stop command it will stop frequency output and it will have fr...

Page 70: ...rate until reaching stop frequency Inverter will stop output by free running stop F2 04 DC braking current in start default 100 Range 0 150 Unit 1 F2 05 DC braking time in start default 0 Range 0 250...

Page 71: ...ng torque according to the actual load DC braking time is lasting And when it is 0 DC braking is ineffective F2 06 DC braking current in stop default 100 Range 0 150 Unit 1 F2 07 DC braking time in st...

Page 72: ...F2 09 Rated voltage of motor default 380 00V Range 0 500 00V Unit 0 01 F2 10 Rated current of motor default Range Smallest unit 0 1 F2 11 Rated no load current of motor default 40 Range 0 100 Unit 1...

Page 73: ...elated to 50Hz of the rotation rate for displaying Generally it shall be set according to the value on the nameplate Display the actual rotation rate of motor You can set parameter F2 12 for actual ro...

Page 74: ...imum voltage input default 10 0 Range FIV minimum voltage input 110 0V Unit 0 1 F3 02 FIV input filter time default 1 0 Range 0 25 0 Unit 1 F3 00 FIV minimum voltage input FIV minimum voltage input va...

Page 75: ...ake current signal below value of F3 03 as ineffective F3 04 FIC maximum current input FIC maximum current input is related to frequency of high analog For current command higher than value of F3 04 I...

Page 76: ...t is related to frequency of low analog F3 07 FOV maximum voltage output is related to frequency of high analog You can connect with voltmeters of various measurement ranges by setting parameter F3 06...

Page 77: ...of low analog default 0 Range 0 1 Unit 1 Content 0 Positive direction 1 Negative direction F3 12 Frequency of high analog default 50 Range 0 00 600 00Hz Unit 0 01 F3 13 Direction of high analog defaul...

Page 78: ...d or reverse F3 14 Analog reverse selection Analog reverse selection determines running status of analog negative bias voltage using above parameters can make up satisfied curve by customers Example 1...

Page 79: ...curve is as follows Example 2 upper computer outputs 4 20mA and control running of Inverter Running frequency is 100Hz 0Hz Parameter F3 3 4 FIC minimum current input F3 04 20 FIC maximum current input...

Page 80: ...rse Content 4 Forward reverse 5 Run 6 Forward 7 Reverse 8 Stop 9 Multi speed selection one 10 Multi speed selection two 11 Multi speed selection three 12 Multi speed selection four 13 Acceleration dec...

Page 81: ...Forward Define terminal as forward When the terminal is effective Inverter will forward 7 Reverse Define terminal to be reversing when terminal is defined as effective Inverter reverses 8 Stopping De...

Page 82: ...l seven F5 09 0 0 0 1 Multi speed terminal eight F5 10 1 0 0 1 Multi speed terminal nine F5 11 0 1 0 1 Multi speed terminal ten F5 12 0 0 1 1 Multi speed terminal twelve F5 14 1 0 1 1 Multi speed term...

Page 83: ...f and reset again adjusted frequency will not be stored Inverter still stores value of F1 00 17 Free stop When terminal is effective Inverter stops outputting and free stop 18 Reset When Inverter gets...

Page 84: ...ared through this terminal 25 PLC memory removal In the running process of PLC program due to fault or stop Inverter will record status of the program automatically after the fault is cured and Invert...

Page 85: ...n running 2 Fault arrival 3 In fault 4 Zero speed 5 Frequency 1 arrival 6 Frequency 2 arrival 7 Accelerate 8 Decelerate 9 Low voltage alarm 10 Timer 1 arrival 11 Timer 2 arrival 12 Stage completion in...

Page 86: ...requency the contact will take action 5 Frequency 1 arrival 6 frequency 2 arrival When frequency arrives at preset value the contact will take action 7 Acceleration When Inverter is in acceleration th...

Page 87: ...lti function output contact will output a pulse in every finished stage 13 Process completion indication When all procedure of Inverter completed the pulse can be alarming signal to notify operational...

Page 88: ...in the value arriving at preset value F4 25 28 Middle counter arrival When Inverter is counting the contact will take action in the value F4 26 F3 26 Output terminal FOV default 0 Setup range 0 7 Min...

Page 89: ...g with running frequency 1pulse HZ 50 5 Pulse output corresponding with running frequency 2pulse HZ 50 6 Pulse output corresponding with running frequency 3pulse HZ 50 7 Pulse output corresponding wit...

Page 90: ...d operate at same time by the highest prior level F4 01 Acceleration time 2 default 10 0 F4 02 Deceleration time 2 default 10 0 F4 03 Acceleration time 3 default 20 0 F4 04 Deceleration time 3 default...

Page 91: ...tput current of Inverter may be higher than the protection range Limiting level of overage current may be set by F4 09 When electric current reaches set value Inverter will stop accelerating Not until...

Page 92: ...n the decelerating process of Inverter rapid deceleration may increase the DC bus voltage of Inverter When Over voltage prevention in deceleration is ineffective Inverter will meet over voltage protec...

Page 93: ...e effective of automatic voltage stabilizer voltage of Inverter output will be stable automatically in condition of instable input electric 2 Ineffective in deceleration this function will enhance bra...

Page 94: ...se and DC voltage would come back by braking resistance Built in braking unit closes until DC voltage falls to a certain value Please pay attention to setting the parameter DC voltage may be over to c...

Page 95: ...ve running commands over a period time It would start regularly on recovery power Attention when restart after instant power off works Inverter will suddenly start up Please pay attention to safety Be...

Page 96: ...nit Meanwhile Inverter would stop tracking and output current of Inverter would come back to common Inverter will continue tracking Value 100 of this parameter is rated current of Inverter The protect...

Page 97: ...art in error is effective Inverter will suddenly restart It is very dangerous to use this function Please be careful F4 22 Over torque action default 0 Range 0 3 Minimum unit 1 Content 0 Frequency arr...

Page 98: ...on terminal will take action over torque will alarm and frequency conversion will continue running If the duration exceeds set value of F4 24 Inverter will be protected and be taken action by F4 22 Wh...

Page 99: ...orque limiting time default 0 50 Range 0 6000 0S unit 0 1 F4 30 Width of arrival of frequency in hysteretic loop default 0 50 Range 0 00 2 00 unit 0 01 This parameter sets frequency arrival width For...

Page 100: ...t 0 Range 0 00 2 00 unit 0 01 Content 0 stored 1 not stored Control UP DOWN to raise and low down the speed When the terminal is effective to increase or decrease set frequency F3 34 every 40ms The se...

Page 101: ...arting Inverter will run according to initial state of program F5 01 PLC start mode default 0 Range 0 1 Minimum unit 1 Content 0 Ineffective PLC does not start 1 Effective PLC starts F5 01 option for...

Page 102: ...down stop and accelerate to the next speed The illustration is as below User may select proper running mode according to actual conditions F5 03 Multi speed terminal 1 default 10 0 F5 04 Multi speed...

Page 103: ...ault 0 F5 25 PLC running period 8 default 0 F5 26 PLC running period 9 default 0 F5 27 PLC running period 10 default 0 F5 28 PLC running period 11 default 0 F5 29 PLC running period 12 default 0 F5 30...

Page 104: ...0 Reverse 30 Part 4 15 0 Forward 20 Two buttons one of which is for running the other one is for stop The main frequency must be with adjustable potentiometer 1 Connection illustration 2 The parameter...

Page 105: ...ncy is 60HZ F1 07 10 F1 08 10 acceleration deceleration 10S F3 17 6 S1 terminal as forward F3 18 8 S2 terminal as stop F3 19 20 S3 terminal is that PLC start to run F5 00 1 PLC programming memory F5 0...

Page 106: ...n error stop Inverter then the error is removed press K1 then Inverter will run by program D If F5 00 is set for 1 and the program is not stored running will start from very beginning Triangle wave fu...

Page 107: ...PID and start working function F6 01 PID mode default 0 Range 0 1 Unit 1 Content 0 Ineffective negative feedback mode 1 Effective positive feedback mode 0 Negative feedback mode If feedback value is...

Page 108: ...ault 0 Range 0 2 Unit 1 Content 0 Choose FIV as feedback value 1 Choose FIC as feedback value 2 Choose the difference between FIV and FIC as feedback value 3 Choose the difference between FIC and FIV...

Page 109: ...ive in multi functional input of PID The diagram of PID control General regulation method for PID control 1 Select proper transmitter whose input specification shall be 4 20mA or 0 10V 2 Set proper ta...

Page 110: ...orms user to handle and Inverter will not stop as well F6 06 PID lower alarm value default 0 Range 0 0 100 Unit 0 1 PID lower alarm value is suitable for abnormality alarming When PID feedback value i...

Page 111: ...ndicates shut down F6 10 PID action step length default 0 10 Range 0 00 1 00HZ Unit 0 01 PID is figured out once every 10ms Frequency increment will be figured out FHz every time While frequency incre...

Page 112: ...unction will turn on and the controller starts operating Example target value is 60 0 100 is corresponding to 0 10V and wake up value is 80 which is actually corresponding to 0 10V then the actual wak...

Page 113: ...isplay Example Four digit display is required for displaying 1 digit after decimal point and target value is set as 50 and PID corresponding value of display is 200 Then the display value is 200 50 10...

Page 114: ...s 29 then the relay terminal YB and YC will not take action Application example application of F6 17 F6 18 can carry out supplying water with constant pressure in single split type one is variable fre...

Page 115: ...uency 5 Contact Point of Motor C Industrial frequency 6 Contact Point of Motor C Convertible frequency 7 Contact Point of Motor D Industrial frequency 8 Contact Point of Motor D Convertible frequency...

Page 116: ...work 1 Convertible frequency pump Start a corresponding pump Based on the condition of non switch another pump the corresponding pump will adjust variables in a whole constant pressure system Accordi...

Page 117: ...gate F6 50 then it will start to run next one by conjunction gate F6 51 3 If next one is an industrial frequency pump the inverter will speed down to the time of pump down F6 46 and then carry out run...

Page 118: ...53 Start time T2 default 0 F6 54 Start time T3 default 0 F6 55 Start time T4 default 0 F6 56 Start time T5 default 0 F6 57 Start time T6 default 0 F6 58 Start time T7 default 0 F6 59 Start time T8 de...

Page 119: ...1 The sleep pump will stop when feedback pressure setting pressure as it is running 2 The sleep pump will restart when feedback pressure setting pressure F6 69 as it stops 3 In time section of openin...

Page 120: ...nnect with 240 others F7 02 is set as 0 communication function is ineffective Series MODBUS communication agreement Communication agreement is with MOBUS ASCII American standard code for information i...

Page 121: ...ty Stop bil 8 Data bits character string 11 bits character frame Start bit 0 1 2 3 4 5 6 7 Stop bit 8 Data bits character string 10 bits character frame Start bit 0 1 2 3 4 5 6 7 ever parity Stop bit...

Page 122: ...LRC Check 8 bit LRC Check consists of 2 ASCII codes LRC CHK Lo END Hi End character END Lo END Hi CR 0DH END Lo LF 0AH RTU mode START Keep that zero input signal is more than or equal to 10 ms Addres...

Page 123: ...mple For driver address 01H read out the data characters in 2 successive temporary storages as follows Initial temporary storage address is 2102H ASCII mode Format of enquiry message character Format...

Page 124: ...ess 0 1 Function 0 6 Data address 0 1 0 0 STX Data content 1 7 7 0 LRC Check 7 1 END CR LF Format of response message character string STX Address 0 1 Function 0 6 Data address 0 1 0 0 STX Data conten...

Page 125: ...t right CRC temporary storage and fill 0 into high bit position Step 4 Check right shift value If being 0 store the new value for step 3 into CRC temporary storage Otherwise in case of Exclusive OR A0...

Page 126: ...or j 0 j 8 j if reg_crc Ox01 LSB b0 1 reg_crc reg_crc 1 OXa001 else reg_crc reg_crc 1 retum reg_crc Finally feedback the value of CRC temporary storage 7 9 Parameters for Advanced Application F8 00 Ad...

Page 127: ...justed down to guarantee normal running of Inverter F8 04 Setting of low voltage protection level default Three phaseAC380V 400 One phaseAC220V 200 Range Three phaseAC380V 380 0V 450 0V One phaseAC220...

Page 128: ...ove parameters are default settings Thus shall not be corrected otherwise it will cause abnormal running of Inverter F8 11 Interval compensation frequency point default 0 00 Range 0 maximum operation...

Page 129: ...e and humidity of installation 8 Cleanliness on radiator 9 Inverter output electric current and displayed current 10 Sound or vibrating in running 8 2 Maintenance and checking notice 1 When maintainin...

Page 130: ...ome of which need maintenance for normal running of Inverter To keep Inverter working normally in a long term some fittings need to be replaced regularly according to their life Replace time for your...

Page 131: ...on time 2 Correct V F curve 3 Check insulation of motor wire 4 Reduce the value of torsion lift 5 Check electric net 6 Check load 7 Set tracking start 8 Increase capacity of controller 9 Sent for repa...

Page 132: ...n OU2 Over voltage in deceleration 1 Much short deceleration time 2 abnormal power supply voltage 3 Over load 4 Disarrangement Braking resistance or parameter 1 Extend deceleration time 2 Check power...

Page 133: ...Much lower Motor protection level 4 Disarrangement of V F curve 5 Much quicker torsion lifting 6 Bad motor insulation 7 Disarrangement of motor 1 Reduce load 2 Extend acceleration time 3 Extend protec...

Page 134: ...g machine and check whether the connection line is broken down C Machine is running and parameter cannot be set Please stop the machine and set Press run external control but the motor does not run 2...

Page 135: ...stall anti alternating current machine E Voltage resistance between motor phases is not sufficient Inverter will generate impact voltage between motor loops in switching The maximal impact voltage wil...

Page 136: ...Adopt control connection with shield connection Cable should be covered metal tube G The terminals of connection input and output should be installed magnetic loop 8 7 Disturbance solution The regula...

Page 137: ...welding machine and Inverter cannot share the same power supply 2 Wave filter The filter is installed for restraining the disturbing signal to be transmitted from Inverter to power supply and motor t...

Page 138: ...OC2 66 Big letters OC3 67 CT gets over current in checking Small letters oc 0 68 Small letters oc 1 69 Small letters oc 2 70 Small letters oc 3 71 Over voltage OU0 80 OU1 81 OU2 82 OU3 83 Cut fuse off...

Page 139: ...ansformer Insulate input and output of the controller for reducing disturbance DC reactor Protect and restrain high frequency wave AC reactor To protect the controller and restrain high frequency wave...

Page 140: ...l connection 9 2 2 AC reactor Controller type Suitable power AC reactor parameter Rated currency A Inductance value mH H5400P0011K 11 24 0 52 H5400P0015K 15 34 0 397 H5400P0018K 18 5 38 0 352 H5400P00...

Page 141: ...H5400P5D5K 500 100 Embedded 125 5 5 H5400P7D5K 1000 75 125 7 5 H5400P0011K 1000 50 125 11 H5400P0015K 1500 40 125 15 H5400P0018K 1500 40 4030 1 125 18 5 H5400P0022KN 4800 32 4030 1 125 22 H5400P0030KN...

Page 142: ...pply the braking DC voltage is 800V 820V and for 220V system the DC voltage is 400V Moreover the braking resistance value is related to braking torsion Mbr The braking resistance values are different...

Page 143: ...rter A Basic connection illustration B Parameter setting and instruction F1 01 1 the measure of analog voltage setting Potentiometer of external terminal F1 02 1 external terminal control F3 17 6 defi...

Page 144: ...01 L03 L07 L09 111 113 115 121 123 125 127 129 L31 L33 L35 L37 5 15 1 10 1 X2 101 113 A3 A5 A4 5 SL 1 2 3 L3 QF14 101 SA1 103 105 SA2 SA3 107 109 KA4 KA4 143 147 KA2 KA3 111 KH1 KH2 113 115 KA4 HL1 KA...

Page 145: ...F3 01 10 FIV maximum voltage F3 03 4 FIC minimum current F3 04 20 FIC maximum current F3 15 5 FWD defines as forward F6 00 1 PID works RI A2 A3 A4 A5 FIV FC 10V FIC A8 A9 KA4 SC FWD KA1 KB1 KA2 KB2 K...

Page 146: ...mp up F6 60 50 targeted value according to actual condition F6 42 48HZ Running frequency of pump up F6 43 8S delay time of pump up F6 45 5 pressure allowance of pump down F6 46 25HZ running frequency...

Page 147: ...XX 0D 0A 17BYTES 010620000010XX 0DH 0AH Send in error 01 06 2000 0010 XX 0D 0A 17BYTES 010620000010XX 0DH 0AH Send in error 01 06 00 XX 0D 0A 11BYTES 010600XX 0DH 0AH 2 2 RTU mode ADDR FUNC DATA CRCL...

Page 148: ...H c Address F1 00 Main frequency Address 100 Hexadecimal 00H 64H d Functional code F1 01 Frequency source Address 101 Hexadecimal 00H 65H e Functional code F1 07 Acceleration time Address 107 Hexadeci...

Page 149: ...requency In 2001H unit to write into 50 00HZ 1388H Received word signal HEX 3A 30 31 30 36 32 30 30 31 31 33 38 38 33 44 0D 0A 2 Operating command In 2000H unit to write into 02H Send word signal 0106...

Page 150: ...ud frequency 9600 F7 01 3 8N1 FOR RTU F7 02 1 address Using RTU mode to control 1 To set the frequency first In 2001H unit to write 50 00HZ 1388H Send word signal 01 06 2001 13 88 CRCL CRCH 2 Operatio...

Page 151: ...speeding up 1 10 10 10 10 10 10 seconds 5 F1 08 the time of reducing the speed 1 10 10 10 10 10 10 seconds 6 F1 18 Parameter locking 1 1 Parameter lock setting on finally 7 F2 01 Parking mode 1 1 1 1...

Page 152: ...2 2 2 2 2 2 The Frequency contact of motor A 19 F6 21 KB2 KA2 Function Selection 1 1 1 1 1 1 1 The Power Frequency contact of motor A 20 F6 22 KB3 KA3 Function Selection 4 4 4 4 4 4 4 The Frequency co...

Page 153: ...value for the reference for adding the pump 31 F6 42 Running frequency when pressure the pump 48 48 48 48 48 The running frquency for pressure the pump 32 F6 43 Delay the time when pressure the pump 0...

Page 154: ...lection for dormancy 255 255 255 255 0 255 dormancy any time 39 F6 69 The difference of the value for pressure of dormancy 2 2 2 2 5 2 0 25 40 F6 70 duration of the dormancy 10 10 10 10 10 30 Dormancy...

Page 155: ...14 W 14 KM2 KM1 KM4 KM3 KH1 KH2 U23 V23 W23 U24V24 W 24 U3 V3 W3 U4 V4 W4 1 5 10 L1 L2 L3 N V3 U3 W3 U4 V4 W4 X1 three phase four wire system 1 Pump 2 Pump U1 V1 W1 U2 V2 W2 KA1 KB1 KA2 KB2 KA3 100 14...

Page 156: ...nstructions The power frequency operation and instructions L3 QF13 101 SA1 105 103 113 111 KA2 KA3 SL KH1 KH2 115 Automatic By Hand Stop SA2 107 KA4 143 SA3 109 KA4 147 KA4 N HL1 KA2 HL2 KA3 HL3 HL4 R...

Page 157: ...24 U3 V3 W3 U4 V4 W4 1 5 10 L1 L2 L3 N V3 U3 W3 U4 V4 W4 X1 three phase four wire system AC380V 50 60Hz 1 Pump 2 Pump U1 V1 W1 U2 V2 W2 KA1 KB1 KA2 KB2 KA3 100 141 143 145 147 KB3 KA4 KB4 SC FWD A8 A9...

Page 158: ...KH1 KH2 115 Automatic By Hand Stop SA2 107 KA4 143 SA3 109 KA4 147 KA4 N HL1 KA2 HL2 KA3 HL3 HL4 Auto Run 1 Pump By Hand Run 2 Pump By Hand Run Breakdown Alarming Source sink level too low Power instr...

Page 159: ...3 U4 V4 W4 X1 three phase four wire system AC380V 50 60Hz 1 Pump 2 Pump U1 V1 W1 U2 V2 W2 KA1 KB1 KA2 KB2 KA3 100 141 143 145 147 KB3 KA4 KB4 SC FWD A8 A9 FIV FC A2 A3 10V FIC A4 A5 PT RT QF13 U15 V15...

Page 160: ...n 1 Pump By Hand Run 2 Pump By Hand Run Break down Alarming Source sink level too low Power instruct water pump overload 1 5 101 113 A3 A5 A4 X2 1 5 10 N 101 103 107 109 111 113 115 121 123 X3 Connect...

Page 161: ......

Page 162: ......

Page 163: ......

Page 164: ...We reserve the right of this manual contained information change without prior notice 2013 12...

Reviews:

No comments