ZVF330 Series Simple User Manual
Contents
1. 00 0 100 0 0 1 100 0 lt setting 25 ZVF330 Series Simple User Manual Center voltage F5 26 hysteresis 0 00 10 00V 0 01V 0 15V lt loop width 5 7 F6 Group Output Terminal Y1 output No output selection Forward running Reverse tunning Fault output Frequency level detection FDT arrival frequency reached Zero speed running Upper limit frequency reached Lower frequency limit reached 9 Running 10 Reserved Y2 output selection Relay output selection 26 ZVF330 Series Simple User Manual Running frequency Setting frequenc Runnign RPM Output current AFM output Output Voltage 4 selection Output power Output torque Analog AVI input Analog ACI input 9 14 Reserved F6 04 AFM output Ton 109 0 0 1 0 0 v lower limit The lower limit F6 05 corresponding 0 00 10 00V 0 01V 0 00V lt to the AFM output raos EM ot loo 100 0 100 0 v upper limit The upper limit F6 07 corresponding 0 00 10 00V 0 01V 10 00V lt to the AFM output DFM output F6 08 selection 0 14 same as F6 03 v DFM output F6 09 jower limit 0 0 100 0 0 1 0 0 v 2 QU AV MNH O 27 ZVF330 Series Simple User Manual The lower limit F6 10 Corresponding 0 0 10 0kHz OL Nome to the DFM kHz output 6 DEM output o d aQ ob 100 0 v upper limit The lower limit 10 0 F6 12 corresponding 0 02. 6 Common Fault and Solutions Table 6 1 common fault and solutions Fault code Fault Type Reason Solution OCR Over current when acceleration Accel time is too short The load inertia is too big The torque increases too fast or V F curve is improper The voltage of the power supply is too low The power of inverter is too low Restart the rotating motor after momentary stop Increase Acc time Reduce the load inertia Reduce the Torque boost value or adjust V Fcurve Check the input power supply Select a bigger capacity inverter Set the start mode F1 00 to rotating tracking start ped Over current when deceleration Dec time is too short The load inertia is too strong The power of the inverter is too low Increase dec time Decrease the inertia of the load Select a bigger capacity inverter ENE Over current when constant speed running The input power is abnormal The load is transient The power of the inverter is too low Check the input power Reduce the load mutation Select a bigger Capacity inverter 46 ou Over voltage when acceleration ZVF330 Series Simple User Manual The input voltage changes abnormally Restart the rotating motor after momentary stop Check the input power Set the start mode F1 00 to rotating tracking st
3. rotation speed speed 120 output frequency 0 1 100 0 F8 17 Number of poles of motor Braking F8 18 energy output Q 100 1 0 v starting value F8 19 Reserved F8 20 35 ZVF330 Series Simple User Manual 5 10 F9 Group PID control 0 Keypad F9 01 1 Annalog chanel AVI given 2 Annalog chanel ACI given 3 Remote communication given 4 Multi step given 5 keypad direct given 0 Analog channel AVI feedback PID feedback 1 Analog channel ACI source selection feedback 2 AVI ACI feedback 3 Remote communication feedback ome 0 PID output is positive characteristics 1 PID output is negative selection 4 Proportional 36 ZVF330 Series Simple User Manual F9 05 Gr tme 0 01 100 00s J Differential F9 06 time Td 0 00 100 00s O 1Is 0 00s Vv Sample cycle T 0 01 100 00s O ls 0 10s Vv PID control 08 bias limit 0 0 100 0 0 1 0 0 J Feedback lost F9 09 detecting value 0 0 100 0 0 1 0 0 J Feedback lost F9 10 detecting time _ 0 0 3600 0s Ols 1 0s lt F9 11 Feedback gain 0 200 0 1 100 lt Awakening F9 12 threshold 0 0 100 0 0 1 0 0 J Awakening Fo 13 threshold 0 00 360 00s 0 1s 1 00s v detection time F9 14 Sleep threshold g 0 100 0 100 0 v Sleep threshold F9 15 detection time 0 00 360 00s 0 1 1 00s F9 16 Reserved 37 g lo 2 Oo ZVF330 Series Simple User Manual 5 1
4. short circuit or ventilation Power a E module gound fault condition and i The inverter reduce failure get instantaneous overcurrent the carrier frequency 48 ZVF330 Series Simple User Manual The ambient temperature is too high Air duct jam or fan damage G The DC assistant power supply is damaged The control board is abnormal Clear the duct and replace the fan Ask for service Ask for service Low the ambient Ambient temperature temperature is too Replace the fan oO H Cooler high Clear the duct and overheat 8 fan damage improve the Air duct jam ventilation conditions O ee Reduce the torque increases too fast or f V F curve is boost value or adjust improper V F curve The voltage of the 2 meen L Motor el supply istog Check the load Oo overload j and motor The motor didn t run or the load get mutation The setting of motor overload coefficient is improper Set the proper value of the motor overload coefficient protection Fb 01 49 ZVF330 Series Simple User Manual Fault Fault Code Type Reason Solution The torque Reduce the torque increases too fast or boost value or adjust V F curve is abnormal V F curve san Acc Time is too Increase the Acc ol load short Time eee The load is too Select a large power big inverter The voltage of the Check the voltage of grid is too low
5. 10 0kHz kHz kHz to the DFM output 1 F6 13 delay swith g 1 3600 0s af Relay time F6 14 delay off time 0 13600 0s Ols 0 0s lt cape TT 28 ZVF330 Series Simple User Manual 5 8 F7 Group Human Machine Interface FET Pran Z EE ov 0 No operation 1 All parameters will be uploaded to keyboard 2 All parameters will be Parameter download to the machine 1 copy Exept F2 group 3 Reserved 4 The keyboard function parameters are download to the machine All function 1 FWD REV switching selection 2 Clear UP DOWN setting 3 Reverse running 0 Valid when keypad STOP RESE control T key stop 1 Valid when keypad or 04 function terminal control 1 selection 2 Valid when keypad or communication control 3 Always valid afer 29 REV JOG 0 Jog operation ZVF330 Series Simple User Manual Running frequency Setting frequency DC bus voltage Output voltage Output current running rotation speed Running state output power display output torque parameter PID setting selection PID feedback Input terminal state Output terminal state Anaglog AVI value Anaglog ACI value The current step of multi step Roeque setting value setting frequency DC bus voltage Input terminal state Output terminal state PID setting value PID feedback value analog AVI value Analog ACI value The current step of multi step B
6. 3 Description on Control Circuit Terminals 1 Control circuit terminals are shown in the figure 3 4 0000000000000000000 ale TT TT mn hopa fo Fig 3 4 Control Circuit Terminal ZVF330 Series Simple User Manual 2 Description on Control Circuit Terminals Table 3 1 Function Description on Control Circuit Terminal COM Digital signal public yod qnd terminal X1 Valid only when there is INPUT 0 24V power x2 a short level low level valid circuit between Xn 5Ma n 1 2 3 4 5 6 7 8 X4 and COM The X5 functions can be set by X3 PUIULIIJ ndug uon gt unJ Y INN the parameter F5 00 F5 07separately Multi function open OUTPUT Maximum collector output is load Current defined as on off output I lt 50mA Y1 terminal whose function X8 is set by the parameter F6 00 F6 01 with reference of COM eUIUL 193 jndjno uonsunJ N ININ ZVF330 Series Simple User Manual Terminal h cme Electrical Type Function Description Symbol Specification External analog preset power supply connecting GND AVI INPUT 10VDC gt 10V terminal with 5 4 voltage potentiometer The oe frequency can be set as z required amp Anal It ignal g nalog Ve age signa INPUT 0 10V Si AVI input with reference of 5 DC Voltage 2 GND Analog current signal INPUT 0 20mA ACI input with reference
7. F4 Group V F Control 0 Linear Curve F4 00 1 Square V F curve 0 0 auto F4 01 Torque Boost 0 1 30 0 V F Slip F4 03 compensation 0 0 100 0 0 1 0 0 limit Auto energy 0 Disable F4 04 saving 1 Enabled 1 selection F4 05 Reserved F4 12 F4 02 Torque boost 0 0 50 0 Relative to the 0 1 20 0 cutoff rated motor frequency 21 ZVF330 Series Simple User Manual 5 6 F5 Group Input terminal No function Forward running Reverse running 3 Wire running control Jog forward control 0 X1 terminal 1 2 3 4 X2 terminal 5 Jog reverse control 6 7 8 9 function selection function Coast to stop selection Reset fault External fault input Frequency UP command X3 terminal function selection CUE 10 Frequency DOWN X4 terminal command DOWN function 11 Clear frequency selection UP DOWN X5 terminal 12 Multi step speed function terminal I selection 13 Multi step speed terminal 2 14 Multi step speed terminal 3 15 Multi step speed XT terminal terminal 4 function selection X6 terminal function selection 22 ZVF330 Series Simple User Manual 16 Acceleration and deceleration time selection 17 PID control pause 18 Traverse frequency pause stop at the current frequency 19 Traverse frequency reset return to the centre frequency X8 terminal Acceleration and F5 07 function deceleration prohibition selec
8. the grid External device O Pop ane extemal External device and input fault Bet fanle orike mpal terminal and clear the terminal is closed fault The current sensor z a Current or the circuit get fault Ask for service detection The DC assistant Ask for service Error power show the fault The motor Change the inverter capacity doesn t mode comply with the Set the rating inverter capacity parameters according to Motor The parameter of the nameplate of the E E ae the motor does not set motor a correctly Make the motor run There have big without load and deviation between the identify again auto tuning parameter of and the standard 50 ZVF330 Series Simple User Manual parameter Check the motor Auto tuning get wiring and set the overtime parameters Error of reading a and writing of the E E P and 8 controlling Ask for service ae arameters Ask for service writin p Maa amp EEPROM get damaged PID PID feedback Check the PID P d E feedback disconnection feedback signal wires disconnec PID feedback Check the PID tion fault source disappear feedback source The d E E main chip eg chip gel Seek for service fault The baud tate Set the proper baud ner rate setting is incorrect Serial port Q oe he j RS485 i set Communication wires communi and increase the MESTE failure due to cation EN interferenc
9. to 20 00Hz mm Enn rm Q FEDO 2 ZVF330 Series Simple User Manual 5 Function Parameters The marked v Indicate the setting value of parameter can be modified no matter when the inverter stop or running The marked X indicates the setting value of parameter can be modified only when the inverter stop and can not be modified when the inverter is running The marked _ indicates the parameter can be displayed only and can not be modified 5 1 F0 Group Basic Function 0 NO PG vector control 1 V Fcontrol 2 Torque control Speed control mode 0 Keyboard command channel 1 Terminal command channel 2 Communication command channel Keyboard and terminal F0 02 UP Down setting Frequency F0 03 command selection F0 04 output F0 05 frequency limi Lower F0 06 frequency limit Keypad FO0 07 setting frequency ZVF330 Series Simple User Manual Valid save the parameters when the inverter is power off Valid the value can not be saved when the inverter is 1 powered off UP DOWN setting is valid Valid during running clear when stop Keyboard or encoder setting AVI ACI AVI ACI keyboard potentiometer setting 1 J PID control setting Remote communication setting External pulse setting AVI host ACI assist combination setting 10 00 600 00Hz 50 00Hz x F0 06 F0 04 0 01
10. 1 FA Group Multi step speed control aa FA 03 100 0 100 0 FA 04 Multi step speed 5 100 0 100 0 FA 05 Multi step speed 6 100 0 100 0 06 Multi step speed 7 100 0 100 0 07 Multi step speed 8 100 0 100 0 08 Multi step speed 9 100 0 100 0 09 100 0 100 0 10 100 0 100 0 11 100 0 100 0 FA 12 100 0 100 0 FA 13 100 0 100 0 38 ZVF330 Series Simple User Manual FA 14 Multi step speed 15 _199 0 100 0 Multi step speed i FA 15 direction source po nee 1 1 own control Motor overload protection Motor overload protection current Momentary power drop frequency point 0 Disable 1 normal motor with low speed compensation 1 2 2 variable frequency motor without low speed compensation 20 0 120 0 0 1 100 0 Motor rated current 70 0 110 0 Standard bus voltage dd ODT ZVF330 Series Simple User Manual Momentary power drop 0 00 KF0 04 i frequency Max frequency rate of decline Over voltage 0 Disable stall J 1 Enable protection Over voltage 110 150 380V Series stall F protection voltage 110 150 220V Series IE Auto current threshold 100 200 HE Frequency decrease rate l when current 0 007100 00Hz s J limiting Input phase al j 0 Invalid protection 1 software detect is valid J selection 2 hardware detect is valid Reserved 40 ZVF330 Series Simple Use
11. 600 0s Terminal running 0 Command invalid when protection powered on selection 1 Command valid when when power powered on on Input Output terminal 0x000 0x7FF selection 17 ZVF330 Series Simple User Manual 5 3 F2 Group Motor Parameters F2 00 Inverter Type i A F2 01 Motor rated g 4 700 0KW power W F2 02 Motor rated 9 91 600 00Hz 0 01 50 00Hz frequency H Motor rated F2 03 speed 0 36000rpm Irp 1 0 1 Z F2 04 Motorrated sgoy voltage Motor rated F2 05 current 0 1 2000 0A 1A Motor stator 0 001 F2 06 resistance 0 001 65 535 Q Motor rotor 0 001 F2 07 resistance 0 001 65 535 Q Q 18 ZVF330 Series Simple User Manual Motor leackage 10 1 6553 5mH J inductance Motor mutual inductance 0 1 6553 5mH J Current without load 9 01 655 35A a 5 4 F3 Group Vector Control Proportional gain 1 of 0 10000 speed loop 0 01 100 00s it Proportional gain 2 of 0 10000 speed loop 19 ZVF330 Series Simple User Manual F3 04 time 2 of 0 01 100 00s J F3 02 F0 04 0 01 F3 05 E 10 00Hz Slip F3 06 compensation 50 200 1 100 v rate of VC F3 07 upper limit 0 0200 0 0 1 150 0 v Inverter rated current Speed filter F3 08 coefficients 0 000 1 000 0 001 0 125 J Without load current F3 09 compensation 0 000 9 999 0 001 0 800 Ni coefficients 20 ZVF330 Series Simple User Manual 5 5
12. Date of repair The name of reapir worker Signature Fault 57 ZVF330 Series Simple User Manual Solution Date of repair The name of reapir worker Signature HE A As The user should keep this warranty bill 58
13. F330 M1IRST4 380 3 7 1 5 ZVF330 M2R2T4 380 5 0 22 ZVF330 Series Simple User Manual 3 Inverter Wiring 3 1 Basic Wiring Diagram for Inverter Braking Resistor MCCB Three Phase AC Input Power Supply gt Terminal X1 Terminal X2 Terminal X3 Terminal X4 Terminal X5 Analog Signal Output Potentiometer Input or 0 10VDC or 0 20mA Analog Voltage Input 0 10VDC 24V Power Supply Output Port Analog Current Input 0 20mA sen 485 COM Port Fig 3 1 Basic Wiring Diagram ZVF330 Series Simple User Manual The jumper wire JP2 is used to switch between analog input ACI voltage and current The jumper wire JP1 is used to switch between the analog output AFM voltage and current 3 2 Main Circuit Terminal BJELLE U Vw P DB J la Fe a Za oeeo oBEEEE M WL Earthing Phase i Connect to Connect to Power Input Three Phase Braking Resistor AC Motor Fig 3 2 Diagram 1 for Main Circuit Terminal Applicable to the model ZVF330 MOR4S2 M2R2S2 ZVF330 Series Simple User Manual SG BBE ADL Ele WF q e E m wii c Connect to Earthing Three Phase 220V 380V onnect to Braking Resistor Power Input Three Phase AC Motor Fig 3 3 Diagram 2 for Main Circuit Terminal Applicable to the model ZVF330 MOR4T2 M2R2T2 ZVF330 MOR7T4 M2R2T4 3
14. F330 M2R2T2 S2 22 ZVF330 MOR7T4 0 75 151 140 100 89 5 116 5 P5 Fig 7 1 IZVF330 M1R5T4 1 5 ZVF330 M2R2T4 2 2 53 ZVF330 Series Simple User Manual 7 2 Operator Panel Outline Dimension amp Mounting Dimension 40 13 5 a a n gt gt malt T T A ies MODE A SHE q mM JOG ENTER V deV a RUN i n B L NZ 4 y RESET FREQ SET E 330MA V When E 330 need to install outside of the inverter it need to add another keypad installation mount Mounting hole size width 45mm x height 75mm 54 ZVF330 Series Simple User Manual 8 Quality Warranty 8 1 Inverter Quality warranty 1 In case of a quality failure the following regulations will be implemented If shipped within one month the manufacturer shall take responsibility for refund replacement and repair except non standard inverter If shipped within three months the manufacturer shall take responsibility for replacement and repair If shipped within twelve months the manufacturer shall take responsibility for repair If exact shipping date can t be fixed the manufacturer shall provide eighteen months warranty from the date of manufacture User shall be required to pay for repair service after expiration of warranty period Paid life long service is avail
15. IT9 Torque setting value BIT10 BIT15 Reserved ZVF330 Series Simple User Manual Rectifier 0 100 0 C 0 1 C temperature F7 1709 Mn Te 0 1 C tl a 17 0 Sete Accumulated F7 11 running time 0 65535h lh F7 12 Reserved F7 13 0 29 No fault nonE Over current when acceleration ocA Over current when decleration ocd Over current when constant speed running ocn Over voltage when when acceleration ovA Th i Over voltage when decleration ovd F7 14 en Over voltage when constant running ovn two fault type 8 8 Over voltage when stopping ovS DC bus under voltage Lv Ei OANINDN B IU IN O Input phase failure LP 10 Output short circuit SC 11 Inverter overheat OH1 12 Motor overload OL1 31 ZVF330 Series Simple User Manual Inverter overload OL2 The previous External fault EF RS485 communication fault CE 1 Reserved Current detection fault ItE Keypad communication fault CE 4 Autotuning falut tE EEPROM fault EEP 21 PID feedback fault PIDE 22 24 Recerved 25 dCE 26 27 Reserved 28 Output phase failure SPO 29 Reserved fault type Thecurrent fault type The current fault running 0 00 600 00Hz frequency The current fault output 0 1 3000 0A current The current fault DC bus 0 1000V 1V voltage The current fault input 0 0xFFFF 1 terminal
16. Max Freuency me Ni 0 00 F0 05 0 01 upper frequency limit 0 00Hz 0 01 0 00 F0 04 Max frequency Hz 50 00Hz 14 Acceleration time 1 Deceleration time 1 Running direction selection Motor parameters autotuning Restore parameters AVR Fcuntion Reserved ZVF330 Series Simple User Manual 0 1 3600 0s 0 1 3600 0s 0 Forward the default running direction 1 Reverse 2 Forbid reverse running 1 0 15 0kHz No action Rotation autotuning Static autotuning No action Restore the default value Clear fault records Disable Enable all the time Disabled during deceleration 15 ZVF330 Series Simple User Manual 5 2 F1 Group Start and Stop Control 0 Start directly F1 00 Start Mode 1 DC braking and start 1 2 Speed tracking starting Direct F1 01 starting 0 00 50 00Hz 1 50Hz frequency ZA Starting F1 02 frequency 10 050 0s 0 1s 0 0s maintain time DC braking F1 03 current before 0 0 150 0 0 1 0 0 start DC braking F1 04 time before 9 0 50 0s 0 0s start 0 Decelerate stop Fl 1 Starting frequency of 0 00 F0 04 0 01 FI 0 00H 06 Inc braking Max frequency Hz at stopping 16 ZVF330 Series Simple User Manual 5 2 F1 Group Start and Stop Control continued Braking wait time at stopping DC braking current at 0 0 150 0 stopping DC braking time at 0 0 50 0s stopping Dead time of FWD REV 0 0 3
17. ZVF330 Series Simple User Manual ZVF330 Series Simple User Manual 1 Foreword Thanks for using ZVF330 Series inverter The inverter use high quality components material and adopt the latest DSP control technoloogy The user manual provide installation parameter setting thourbleshooting and other relevant considerations for the users In order to ensure proper installation and operation of the inverter Please read the user manual before installtion and keep it and distribute to the end users For more details please visit our webite to download the user manual The following items for special need to notice Be sure to turn off the power when wiring Electronic components inside the inverter are particularly sensitive to static electricity So don t insert foreign objects into the inverter and don t touch the main circuit board Even after cutting off the AC power if the indicators on the keypads doesn t light off it means there is high voltage inside the inverter and it is still very danagerous Do not touch the inner circuit or components 1 ZVF330 Series Simple User Manual Make sure good connection for the ground terminal of the inverter Never connect the output terminal U V W to AC power 2 Product Introduction 2 1 Inspection upon Arrival This product is guaranteed a high level of quality with strict outgoing inspection crush proof and shockproof packaging But this does not preclude damage to
18. able regardless of where and when to use our inverter The manufacturer shall take responsibility only for the above service If user need more guarantee please apply for insurance company In following causes of failure even within the warranty period the user is required to pay for repair service 55 1 2 3 4 5 6 7 8 9 ZVF330 Series Simple User Manual Failure caused by incorrect operation against user manual Failure caused by using inverter beyond its standard specification requirement Failure caused by natural disasters such as flood fire or abnormal voltage Failure caused by unauthorized repair and modification Failure or components ageing caused by improper environment Payment is not settled as per purchasing agreement Label trademark and date of manufacture are not recognizable Damage caused by improper transport and storage The details of installation operation wiring and maintain can t be described clearly and truthfully Refund replacement and repair service will be provided only when goods is returned to manufacturer and responsibility ownership is confirmed 56 ZVF330 Series Simple User Manual Appendix 4 Inverter User s Warranty Bill User s detail Name of The date of Distributor purchase Inverter Serial Model Number Equipment Motor Name Power Date of Date of Use Installation Records of repair Fault Solution
19. art oud Over voltage when deceleration Dec time is too short There have loads of energy feedback The input power is Increase the dec time Select the proper braking components Check the input Oun abnormal power Check the input The input power is power Over voltage abnormal Install or select when constant speed running There have loads of energy feedback Voltage detection channel is abnormal the proper braking components Ask for sevice oug Over voltage when stop The input power is abnormal Check the input power 47 ZVF330 Series Simple User Manual es Fault Type Reason Solution Check the input voltage is low or not The input voltage is Reset the inverter too low and check the input Under Sudden power loss power MO Input power get Check the input Lu ee fault power of the grid fanning Poor contact of the Check the main DC circuit circuit or ask for G Contactor with service poor connection Check the contactor or ask for service Check the input TE Input phase R S and T phase voltage l l loss loss Check installation and wiring U V and W phase Check installation Output get loss or serious and wiring SRG phase loss unbalance for three Check the motor phase of the load and cable The three phase Check the wiring of inverter output is Improve the
20. e measures fault No PC Check the PC is ee enon work or not and the signals communication cable is disconnected or not 51 Fault Type ZVF330 Series Simple User Manual The wire between the keypad and i Keypad control board get Ask for service E E uy communication le Check and The wire between fault the keypad and connect the wire control board loose Aam The wire between the keypad and control board get Ask for service Data upload failure Check and EAA I error The wire between the keypad and control board loose connect the wire again EAA Data download error The wire between the keypad and control board get failure The wire between the keypad and control board loose Ask for service Check and connect the wire again 52 ZVF330 Series Simple User Manual 7 Outline Dimension amp Mounting Dimension 7 1 Inverter outline Dimension amp Mounting Dimension d X IE J 1 NH 1 Wi W m to Fig 7 1 Inverter Outline Dimensional Drawrings Power Size MM Weight Inverter Model Fig kW H HL W WIL D d kg IZVF330 MOR4T2 S2 0 4 i 141 51130 5 85 74 113 P5 Fig 7 1 ZVF330 MOR7T2 S2 0 75 ZVF330 MIR5T2 S2 1 5 IZV
21. of DC Current GND rs Analog signal public 3 5 GND g signal p Ga port Programmable analog voltage output Connect OUTPUT 0 Analog with the voltmeter The 10VDC Voltage Output AFM corresponding output 0 Or Terminal to the maximum 0 20mA DC frequency with Current reference of GND ZVF330 Series Simple User Manual Power 24VDC Power supply Supply 24V output control Power 24VDC 100mA Interface supply TA Relay contact output g when normal TA TB S TB turns on and TA TC Contact rated value turns off when there is L z Z action TA TB turns off NO 240VAC 3A S TC and TA TC turns on NC 240VAC 1A lt This function is set by F6 02 s Q SG Eommmenon Signal z E Positive Port le s 5 SG Communication Signal TS Negative Port 10 ZVF330 Series Simple User Manual 4 Keypad and Its Operation 4 1 Keypad Diagram LED Display Area Display Frequency Current Parameters 5 H H 7 Error and etc LED Display Area Hz ES Display the Runing Status SHIFT MONITOR Key UP DOWN Key JOG REVERSE Key MODE Key ENTER STORE Key RUN Key Potentionmeter Key STOP RESET Key Vdd FREQ SET E 330M4 Fig 4 1 E 330MA Operation Panel 11 ZVF330 Series Simple User Manual 4 2 Use of Operation Panel Modification of parameter value for function Modify the parameter value for F8 02 JOG function from 5 00hz
22. r Manual 5 13 Fc Group Communication Parameters Local 1 247 F 0 broadcast address ERS 1200bps 3 9600bps 2400bps 4 19200bps 4800bps 5 38400bps Noparity N 8 1 forRTU Even parity E 8 1 for RTU Odd parity O 8 1 for RTU Noparity N 8 2 forRTU Even parity E 8 2 for RTU Odd parity O 8 2 for RTU No parity N 7 1 for ASCII Even parity E 7 1 for ASCII Odd parity O 7 1 for ASCII No parity N 7 2 for ASCII Even parity E 7 2 for ASCII Odd parity O 7 2 for ASCII No parity N 8 1 for ASCII Even parity E 8 1 for ASCII Odd parity O 8 1 for ASCII No parity N 8 2 for ASCII Even parity E 8 2 for ASCII Odd parity O 8 2 for ASCII 41 ZVF330 Series Simple User Manual 0 0 invalid 0 1 200 0s 0 Alarm and coast to stop 1 Do not alarm and keep running 2 Do not alarm and stop at the Commun I stopping method only for ication JG FC 05 communication control mode error action 3 Do not alarm and stop at the stopping method for all communication control modes Respons 0 Response to reading and writing FC 06 e action ve 1 No response to writing 0 Group mode 1 Sequential mode 42 ZVF330 Series Simple User Manual 5 14 Fd Group Supplementary Function Low frequency Fd 00 threshold of restraining oscillation High frequency Fd 01 threshold of restraining oscillation Amplitude of Fd 02 res
23. state The current fault output 0 0xFFFF 1 terminal state 32 ZVF330 Series Simple User Manual 5 9 F8 Group Enhanced Function F8 00 Acceleration 10 1 3600 0s time 2 Jog F8 03 acceleration 0 1 3600 0s time F8 04 deceleration 1 3600 0s be Skip 0 00 F0 04 0 01 0 00 F0 04 0 01 0 00H Max frequency F8 01 Deceleration 0 1 3600 0s 0 0 1 1 s s s s 1 1 Hz Z ZVF330 Series Simple User Manual F8 03 acceleration 0 1 3600 0s J F8 04 deceleration 0 1 3600 0s i J Skip 0 00 F0 04 0 01 nee Max frequency Hz OO orp 0 00 F0 04 0 01 F8 06 frequency VU TU bandwidth Max frequency Hz Traverse 0 0 100 0 Relative to the F E 1 i Peor inne setting frequency Ob Oe Jitter F8 08 frequency 0020107 epi ene 0 1 0 0 lt bandwidth traverse amplitude traverse traverse Auto reset PST eee 0 9999 O 1s d Fault reset F8 12 interval 0 1 100 0s 0 1s 1 05 lt 34 8 07 10 ZVF330 Series Simple User Manual F8 13 FDT Level 0 00 F0 04 0 01 50 00 J j Max frequency Hz Hz Frequency arrival 0 0 100 0 F8 15 detecting Mess 0 1 0 0 lt range 380V Series iek 115 0 140 0 0 1 125 0 lt rake tardard DC b lt F8 16 threshold Stardard DC bus voltage voltage 220V Series 115 0 140 0 0 1 115 0 lt Stardard DC bus voltage 0 1 999 9 Actual hanical Coefficient of E F8 17
24. the product due to heavy collision or strong extrusion So it is necessary to unpack the inverter upon arrival and perform these steps Check whether there is a deformed or damaged casing or any shattered component Check the specification label of the inverter and make sure it matches the product part number you ve ordered Check whether the items in the packing list are in readiness or not If there is any problem with the above mentioned contents please contact the supplier or Our Company immediately ZVF330 Series Simple User Manual 2 2 Demonstration of the Model X ZF 330 MIR5 T 4 M D M Ingeration Module S Schism Module Voltage Class Codd 2 220V 4 380V Inverter Model Mini Type M Voltage Phase No S Single Phase T Three Phase Motor Power Code 1R5 1 5kW Fig 2 1 Inverter Model Demonstration 2 3 Specification Label Name INVERTER Inverter Model MODEL ZVF330 M1R5T4MD Adaptive Motor Power POWER 1 5KW Input Power Rating INPUT 3PH 380VAC 50 60Hz Qutput Power Rating OUTPUT 3PH 3 7A 0 600Hz Product Number NO Fig 2 2 Inverter Label 3 ZVF330 Series Simple User Manual 2 4 Type Style Fig 2 3 Molded Wall Mounted 2 5 Models and Specifications Table 2 1 Models and Specifications ZVF330 MOR4T2 S2 220 2 4 0 4 ZVF330 MOR7T2 S2 220 4 5 0 75 ZVF330 M1R5T2 S2 220 7 0 1 5 ZVF330 M2R2T2 82 220 10 0 2 2 ZVF330 MOR7T4 380 2 5 0 75 ZV
25. tion Disable torque control Clear frequency acc and dec settings DC braking when stopping External pulse input Frequency switch to ACI Frequency switch to ACI Reserved 8 Decelerate Stop ON OFF 2 wire control mode 1 Terminal 2 wire control mode 2 F5 09 control ee alet running mode 2 wire control mode 3 wire control mode 2 23 ZVF330 Series Simple User Manual 5 6 F5 Group Input terminal continued 0 01 50 00Hz s eve ha ao change speed z s rate ps 11 AVI lower 0 00 10 00V 0 01V 0 00V limit AVI lower limit 100 0 100 0 0 1 0 0 corresponding setting F5 13 0 00 10 00V 0 01V 10 00V AVI upper a ___ 100 0 100 0 0 1 100 0 corresponding setting AVIinput _ 19 00 10 00s 0 01s 0 10s filter time ACI lower F5 16 imit 0 00 10 00V 0 01V 0 00V 24 ZVF330 Series Simple User Manual ACI lower limit corresponding 100 0 100 0 0 1 0 0 lt setting ACI upper F5 18 fc 4000000 0 01V 10 00V v ACI upper limit corresponding 00 0 100 0 0 1 100 0 lt setting ACI input F5 20 filter time 0 00 10 00s 0 01s 0 10s lt F5 21 902000 0 1kH 20 0kH J pulse input 7 F5 22 Pulse input 9 9 20 0kHz 0 1KH 9 okuz y lower limit 7 Pulse input lower limit 4100 0100 0 0 1 0 0 v corresponding setting Pulse input 0 1kH 10 0kH 1524 ert 00200 qer Pulse input upper limit corresponding
26. training oscillation Threshold of 0 00 F0 04 Fd 03 restraining Max fr oscillation Fd 04 Restrain Enable oscillation Diable 0 PWM mode I Fd 05 PWM Selection 1 PWM mode 2 1 2 PWM mode 3 43 ZVF330 Series Simple User Manual 0 Keypad setting torque corresponding to Fd 07 1 Analog AVI setting torque 100 compared to 2 times of inverter rated current Torque setting 2 Analog ACI setting source torque same as 1 3 Analog AVI ACI setting torque same 4 multi stage torque setting same as 1 5 Remote communication setting torque same as 1 Keypad torque 200 0 200 0 the rated Fd 07 sett j 0 Keypad setting upper limit frequency F0 05 1 Analog AVI setting upper limit frequency 100 corresponds to the maximum Upper frequency frequency limit gt Analog ACI setting 1 SOUTEE upper limit frequency same selection ge 3 Multi step setting of upper limit frequency same as 1 4 Remote communication setting upper limit frequency same as 1 44 Auto current limiting selection Lower limit frequency operation mode Zero frequency operation braking current Torque Static Friction Coefficient Reserved ZVF330 Series Simple User Manual 0 Enabled when constant speed 1 Disabled when constant speed O lower limit frequency running 1 zero frequency running 0 0 150 0 0 00 10 00 45 ZVF330 Series Simple User Manual
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