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F025  Sector 2 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:5.0HZ

F026 Sector 2 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S
F027 Sector 2 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 2 speed, when the Inverter is operated in multi-
     speed or by program.

F028  Sector3 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:10.0HZ

F031  Sector 4 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:20.0HZ

F034 Sector 5 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:30.0HZ

F037  Sector 6 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:40.0HZ

F040  Sector 7 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:50.0HZ

F043  Sector 8 Speed Frequency    Setting Range: Bottom Frequency ~Top 
           Frequency  Factory Setting:50.0HZ

F029 Sector 3 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F032 Sector 4 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F035 Sector 5 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F038 Sector 6 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F041 Sector 7 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F044 Sector 8 Speed Acceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F030 Sector 3 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F033 Sector 4 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F036 Sector 5 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F039 Sector 6 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F042 Sector 7 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

F045 Sector 8 Speed Deceleration Time   Setting Range:0.0~999.9S    Factory 
          Setting:10.0S

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 3 speed, when the Inverter is operated in multi-
     speed or by program.

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 4 speed, when the Inverter is operated in multi-
     speed or by program.

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 5 speed, when the Inverter is operated in multi-
     speed or by program.

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 6 speed, when the Inverter is operated in multi-
     speed or by program.

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 7 speed, when the Inverter is operated in multi-
     speed or by program.

Function Instruction: These functions are used to set the frequency, acceleration time, 
     deceleration time of the sector 8 speed, when the Inverter is operated in multi-
     speed or by program.

Program Operation

    In program operation, operation frequency, acceleration time and deceleration time 
is set by multi-sector speed function F025~F045, F000 participate operation as the 
frequency of program operation 1 and acceleration/deceleration time of F018, F019.

F046   Program Operation Mode     Setting Range: 0~3    Factory Setting: 0

F046=0: invalid

F046=1: monocycle operation and stop

F046=2: continuous cycle operation

F046=3: monocycle operation and operation in last frequency.

Note 1: When choosing monocycle operation and stop (F046=1), finish one cycle and 
             stop operation according to the set sectors.
Note 2 : When choosing continuous cycle operation (F046=2), continuously cycle operation.
Note 3: When choosing monocycle operation and operation in last frequency (F046=3), 
             finish one cycle and operate in last frequency according to the set sectors.

F047   Program Operation Time coefficient  Setting Range: 0~100  Factory Setting: 1

Function Instruction: Such function is used to set operation time coefficient of the 
     program operation, multiplying operation set time to be actual operation time.

For example: Set this coefficient to be 10, set program operation 1 time t o be 1.0S, 
    then the actual operation time is 10.0S.

F048  Program Operation 1 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F050  Program Operation 2 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F052  Program Operation 3 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F054  Program Operation 4 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F056  Program Operation 5 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F058  Program Operation 6 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F060  Program Operation 7 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

F062  Program Operation 8 Time  Setting Range: 0.0~999.9  Factory Setting: 0.0

Function Instruction: Above functions is used to set the operation time value of the program 
     operation sector 1~8, when set to be 0.0, it doest not participate the program operation.

F048  Program Operation 1 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F050  Program Operation 2 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F052  Program Operation 3 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F054 Program Operation 4 Direction   Setting Range: 0.0~999.9   Factory Setting: 0.0

F056  Program Operation 5 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F058  Program Operation 6 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F060  Program Operation 7 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

F062  Program Operation 8 Direction  Setting Range: 0.0~999.9   Factory Setting: 0.0

Function Instruction: Above functions is used to set the direction of positive and reverse 
    rotation  of the program operation sector 1~8, 0: positive rotation and 1: reverse rotation.

Article6    Function parameter illustration

Article6    Function parameter illustration

Содержание ZVFG7 series

Страница 1: ...ZVFG7 SERIES ZVFP7 SERIES INVERTER USER S MANUAL INVERTER...

Страница 2: ...ble shooting and etc of inverters Ensure that this manual is made available to the final user and keep it handy for future reference If there is any doubt or question please contact the Technical Serv...

Страница 3: ...4 3 The content of dispay 27 Article 5 Run in test 28 5 1 Run in test 29 5 2 Operation of run 30 Article 6 Reference on Function Data 31 6 1The fleet of function data 32 6 2Detail reference of functi...

Страница 4: ...ment failure Do not touch any active componentsin the inverter for high voltage remains in it when the indicator light isON after the power cut Cautions for Installation and connection The installatio...

Страница 5: ...rrotate Do not modify the set parametervalue for inverter if there isno special requirement for the factory default settinghas been done properly Otherwise it may cause damage to the inverter or equip...

Страница 6: ...ease open the carton and check it as soon as you got the products Checking item 1 check the Inverter destroied or not 2 Packing box concluding a piece of Inverter a brochure 3 Check the name plate be...

Страница 7: ...ing output 250V 2A contact open electric pole output Other function Diagram run PID restart after transient stop restart after accident frequency down up data locking crawl function absorbing function...

Страница 8: ...he sunshine without dust without combustible and corrosion gas No granule of metal or foam ofmetal place No shake no electro magnetic interference place 3 1 2 Caution of installation The board must be...

Страница 9: ...U V W otherwise it will destroy the Inverter Dangerous It is forbidden to connect the wire when the Inverter is in use Be sure to operate it when cut off the power after five minutes The terminal blo...

Страница 10: ...S T connectfreely Output terminal U V W connect the three phrase motor if you find the rotating reverse please adjust the two phrase arbitrary The Inverte r below 15KW concluding the brake unit if yo...

Страница 11: ...terminal Positive rotata stop Reverse stop Accident exterior Accident reset Multi speed 1 Multi speed 2 Multi speed 3 Crowl function Positive rotate after connecting COM break stop Reverse rotate afte...

Страница 12: ...00A 400A 1 5 2 5 2 5 4 6 6 10 10 16 16 25 25 35 35 50 50 70 3 2 4Directory of complement electric Complement of circuit breaker magnetic starter and the width of wire with the Inverter Article 3 Insta...

Страница 13: ...nel 1 Control panel 2 with potentIometer RLN STOP JOG FWD REV JOG PRGM REV FUNG DATA RUN STOP RESET JOG PRGM REV FUNG DATA RUN STOP RESET FWD REV JOG STOP LED display area Display current status run s...

Страница 14: ...an choose the position of modify data Illustration of indicator Title of indicator Illustration Stop Positive Reverse Crawl After the Inverter connect the power and it is not start the indicator is li...

Страница 15: ...tion Illustration Display F000 enter into the function setting Press four times display F004 Press one time 0 in the between is flashing Press one time display F014 Press one time the forward 0 is fla...

Страница 16: ...he output voltage of the run Display the AC voltage of bus bar wire Display the present speed of the Inverter Display the feedback data when PID run Display the data setted when PID run Display the da...

Страница 17: ...play reduce from P50 0 to P0 0 if everything is ok operate the next step Inverter stop to output motor stop rotate run in test finish Gernerally please repeat servral times from the first step to the...

Страница 18: ...teriorTerminal control positive start stop reverse stop 2 ExteriorTerminal control positive start stop reverse positive 3 ExteriorTerminal control positive start reverse start stop Choice of frequency...

Страница 19: ...ency F004 0 1 999 9S 0 1 999 9S Highest frequency F004 0 1 999 9S 0 1 999 9S Highest frequency F004 5 0Hz 10 0S 10 0S 10 0Hz 10 0S 10 0S 20 0Hz 10 0S 10 0S 30 0HZ 10 0S 10 0S 40 0HZ Multi speed run Fu...

Страница 20: ...rting AC brake torque 0 0 25 0S 0 0 25 0HZ 0 30 0 3 s 3 0HZ 4 Counter funtion Function code Title function Range of setting Factory parameter Note Counter mode Counter parameter 0 Expiry 1 Mode of up...

Страница 21: ...nction choice 0 Multi speed 1 1 Multi speed 2 2 Multi speed 3 3 Exterior lift button 4 Exterior fall button 5 Exterior crawl function 6 Normal close botton 7 Exterior stop free 8 counter 9 counetr to...

Страница 22: ...nal F002 Frequency Setting Way Choice Setting Range 0 4 FactorySetting 0 F002 0 Frequency is set by key on panel F002 1 Frequency is set by potentiometer on panel F002 2 Frequency is set by outer pote...

Страница 23: ...ncy Factory Setting 25 0HZ Function Instruction Such function isused to set therandom middle frequencyvalue of V F curve Note Middle frequency top value is limited by the highest frequency F004 bottom...

Страница 24: ...owlimit F015 Note 2 Frequency lowlimit top value is limited by frequency toplimit F014 Top Frequency Frequency Toplimit Frequency Lowlimit Top Frequency Frequency input sigal F016 Start Frequency Sett...

Страница 25: ...eleration Time Crawl Instruction Time Crawl Deceleration Time Multi Speed Operation In multi speed operation F000 is the operation frequency of the first sector F018 is the acceleration time ofthe fir...

Страница 26: ...or 7 speed when the Inverter is operated in multi speed or by program Function Instruction These functions are used to set the frequency acceleration time deceleration time of the sector 8 speed when...

Страница 27: ...aximum Target Value Setting Range 0 9999 Factory Setting 1000 Function Instruction Such function is used to set the maximumtarget value when PID is operated F068 Relevant Feedback Value of Maximum Tar...

Страница 28: ...everse Carrier Wave Frequency abridged general view is as below Carrier Wave Frequency Electromagnetism Noise Disturbance Leakage Current Fever Value Large Small Small Large Small Large Note Carrier w...

Страница 29: ...ut is analogue signal input ratio of the maxim um output freque ncy value with relevant frequency set signal value is frequency gain in another word when input signal is not more than 10V 20mA throug...

Страница 30: ...put frequency and continue recovery to operation frequency after voltage restored to be normal F102 Acceleration Over current Stall prevention Function Setting Setting Range 80 180 Factory Setting 130...

Страница 31: ...ruction After fault Inverter will restore operation totally 10 times are allowed to restore operation after fault of every power on F112 Fault Restart Wait Time Setting Range 0 60S Factory Setting 10S...

Страница 32: ...connected terminal phases Load change suddenly Accelerate time too short Motor jammed turn Inverter inner malfunction Input voltage abnormal Decelerate time to short Unsuitable braking component Load...

Страница 33: ...Yes No Yes No Yes No 7 2 2 Over voltage over voltage when accelerating when decelerate when constant speed over voltage over voltage OU 1 Decrease the power voltage to be within the bound of regulate...

Страница 34: ...stic Change to use out connected thermal relay Whether the over current setting is suitable Rectify the setting value Whether the on load is too big Maybe because of mal function or mal operating Plea...

Страница 35: ...unction Yes No No Yes Yes Yes No No Yes No Yes Yes No No Yes Yes No No Yes Yes No No Yes Yes No No No Yes No Yes No Yes Yes No No Yes 7 3 2 Motor could operate but couldn t change speed Motor could op...

Страница 36: ...hip on the circuit board Attention please don t leave tool and other eyewinker inthe Inverter or else it ll bring malfunction Attention please close the cover and screwedtightly after the examination...

Страница 37: ...it board Other device 2 3 years 4 5years 5 8years According to the examination conditions Transportation and Deposit 8 2 1 transportation of Inverter put the Inverter upward when transport it acutely...

Страница 38: ...0T 4150T 300 180 280 130 168 7 d A B W Outline dimension and installation dimension Article9 Outline dimension and installation dimension Article9 Outline dimension and installation dimension Type Pow...

Страница 39: ...g to this using handbook or problem induced by repair and rebuildpersonally without permission Problem induced by using beyond the standard requirement Damage induced by move or storage afterpurchasin...

Страница 40: ...rating panel out press downward the arrow directs emphatically by hand then pull out the operating panel 2 Install the leading out panel on the Inverter 3 Put the pulled out operating pane l in the in...

Страница 41: ...the Inverter then the Inverter could be repaired and maintained conveniently Please don t use it as the daily on and off switch for the Inverter Magnetic contactor It s unnecessary to install magneti...

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