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Panasonic VF100, Instruction Manual

The Panasonic VF100 is a versatile product that guarantees an exceptional user experience. With its extensive range of features, it is essential to have the Instruction Manual at hand. Easily download this manual for free from our website, ensuring you get the most out of your Panasonic VF100.

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Acceleration and 

deceleration link multi 

speed frequency 

operation function

2

nd

, 3

rd

 and 4

th

 

acceleration and 

deceleration 

operation function

Multi speed frequency 

operation function

P045=2

P045=1

P045=0

SW4

(Note1) 

SW3

(Note1) 

SW2

(Note1) 

SW1

(Note1) 

1

st

 acceleration

and deceleration

4

th

 acceleration

and deceleration

3

rd

 acceleration

and deceleration

2

nd

 acceleration

and deceleration

1

st

 acceleration

and deceleration

16

th

 speed

15

th

 speed

14

th

 speed

13

th

 speed

12

th

 speed

11

th

 speed

10

th

 speed

9

th

 speed

8

th

 speed

7

th

 speed

6

th

 speed

5

th

 speed

4

th

 speed

3

rd

 speed

2

nd

 speed

1

st 

speed

Frequency

1

st 

acceleration

and deceleration

4

th

 acceleration

and deceleration

3

rd

 acceleration

and deceleration

2

nd

 acceleration

and deceleration

1

st

 acceleration

and deceleration

Acceleration 

and deceleration

time

1st speed

Frequency

1st acceleration
and deceleration

Acceleration 

and deceleration

time

16

th

 speed

15

th

 speed

14

th

 speed

13

th

 speed

12

th

 speed

11

th

 speed

10

th

 speed

9

th

 speed

8

th

 speed

7

th

 speed

6

th

 speed

5

th

 speed

4

th

 speed

3

rd

 speed

2

nd

 speed

1

st 

speed

Frequency

OFF

OFF

ON

ON

OFF

ON

OFF

OFF

OFF

ON

OFF

ON

OFF

ON

ON

OFF

OFF

ON

ON

ON

ON

OFF

OFF

OFF

ON

OFF

OFF

ON

ON

OFF

ON

OFF

ON

OFF

ON

ON

ON

ON

OFF

OFF

ON

ON

OFF

ON

ON

ON

ON

OFF

ON

ON

ON

ON

OFF

OFF

ON

OFF

OFF

OFF

OFF

ON

OFF

OFF

OFF

OFF

(Note 1)  Any four SW function among 1~5 are set to "0" (multi speed SW input function), 4 SW 

in order are valid as multi speed command SW from the smaller SW No. 

＜

Example

＞

When SW1, SW2, SW4 and SW5 are set to multi speed SW input function, 
the position of SW3 in the above table will change to SW4 and the position 
of SW4 will change to SW5.

［

Setting value "1": example for multi speed frequency operation function

］

The 16 frequency can be selected, switched and controlled with the four button signals SW2~5.
(1

st

 speed: setting signal of P004, 2

nd

 ~16

th

 speed: setting frequency of P046~P060)

・

Any four buttons among SW1~5 are set to multi speed function buttons.

  (Value of P036~P040 is set to "0".)

・

In this function, using one button to input 2 speed, two buttons to input 4 speed and three buttons to 

    input 8 speed.

・

When 2

nd

 ~16

th

 speed frequency (P046~P060) is set to "0000" and this multi speed frequency

    is selected, the inverter stops (0V stop).

92

Acceleration 

and deceleration

time

Summary of Contents for VF100

Page 1: ...Instruction Manual VF100 Inverter http www mew co jp ac c Panasonic Electric Works Automation Controls Shanghai Co Ltd ...

Page 2: ...ies inverter produced by Panasonic Electric Works Automation Controls Shanghai Co Ltd Usage methods and precautions are described in this instruction manual Read this manual carefully before attempting to operate the inverter and store it for future reference This general purpose inverter produced by our company is not designed or manufactured to be used in equipment or system in situations that c...

Page 3: ...all or operate an inverter that is damaged or missing parts Doing so could lead to injuries 2 Always confirm that the power is OFF before starting wiring Failure to do so could lead to electric shocks or fires Always connect the earth Failure to do so could lead to electric shocks or fires Wiring work must be carried out by a qualified technician Failure to do so could lead to electric shocks or f...

Page 4: ...lure the inverter may start restart suddenly Keep out of the working part of motor and the machine Design the machine so that personal safety can be ensured even if the inverter starts suddenly Failure to do so could lead to injury Depending on the start mode function setting if the fault trip is reset with the run signal present the inverter may restart suddenly Reset the trip after ensuring pers...

Page 5: ...te 4 Maintenance Inspection and Part Replacement Caution Wait at least five minutes after turning the input power OFF before starting inspections Failure to do so could lead to electric shock Maintenance inspection and part replacement must be done by qualified persons Remove all metal personal belongings watches bracelets etc before starting the work Use tools treated with insulation Failure to d...

Page 6: ...grams in this instruction manual show the state with the cover or safety partitions removed to explain the details Before operating the product replace the covers and partitions to the positions specified and operate the unit according to the instruction manual 7 Warning Label on Inverter Inverter Surface Example 400V 0 75kW 5 Caution ...

Page 7: ...Forward Reverse Run Operation with the Operation Panel 7 3 Operating with the Operation Panel 7 3 1 Operating with the Operation Panel 1 Factory Setting State 7 3 2 Operating with the Operation Panel 2 7 3 3 Operating with the Operation Panel 3 7 3 4 Operating with the Operation Panel 4 7 4 Operation Modes 8 Control State Monitor 9 Function Parameters 9 1 Setting and Changing Function Parameters 9...

Page 8: ...on of Parameters 11 5 Display or Undisplay of Built in Memory Setting Mode 12 Supplementary explanation of Communication Function 12 1 About Communication Protocol 12 2 Summary of on MEWTOCOL COM in Inverter 12 3 Precautions on MEWTOCOL COM in inverter 12 3 1 About Message Format 12 3 2 Message Formation 12 3 3 Compiling Method of BCC Block Check Character 12 4 MEWTOCOL COM Command in Inverter 12 ...

Page 9: ...cation Control Command Function 12 9 3 Terminal Input of Multifunction Terminals 12 9 4 Supplementary Explanation of Communication Setting Function 12 10 About Data Type 12 11 Error Codes in Communication 13 Individual Details and Resetting Fault Trips 13 1 Individual Details and Remedies for Fault Trips 13 2 Resetting Fault Trips 14 Troubleshooting 15 Maintenance and Inspection 16 Specifications ...

Page 10: ...1 Magnet contactor MC A magnetic contactor is not required in normal use If installed do not start or stop the inverter with the magnet contactor Power factor improvement reactor Connect this when the power factor must be improved Inverter The ambient temperature is the most important factor for the installation site Make sure that the tolerable value is not exceeded See page 12 Thermal relay for ...

Page 11: ...anging the angle of your radio antenna using a noise filter with the inverter housing the inverter in a metallic shield box or routing inverter cables in metal conduit Please inquire separately Radio interference To measure the insulation resistance of the power supply cables or the motor cables them from the inverter Never conduct insulation testing on the control circuits However insulation test...

Page 12: ...t use the applications in which those protection functions activate in the normal operating conditions In some cases the inverter s life may be shorten or the inverter may be damaged Always measure the output current etc with a measuring instrument and check the details of the fault trip memory and confirm that there is no problem in the conditions for all the precautions and specifications descri...

Page 13: ...ny other way decreases its heat dissipation effect and results in malfunction Avoid installing the inverter in the following locations Areas subject to water or high levels of humidity Areas with large amounts of oil mist dust or fiber dust Areas where corrosive gases explosive gases or flammable gases are present Installation onto flammable materials such as wood or near flammable materials Verti...

Page 14: ...is mounted on the 1 5kW 2 2kW or 3 7kW capacities W1 H1 W H 4 φ5 Mounting holes Unit mm 5 D 10 5 143 143 H 160 130 130 143 2 2 3 7kW 150 130 100 112 0 75 1 5kW D H1 W1 W Inverter capacity 72 72 16 10 5 8 5 7 3 Operation panel 61 61 13 4 Outline Dimensions SET MIN MAX RUN STOP MODE ...

Page 15: ... confirm that the ordered product has been delivered Mounting hole Terminal cover 2 Main circuit terminal cover Control circuit terminal cover Explanation of inside of terminal cover Ground terminal Mounting hole Control circuit terminal block Signal input output Main circuit terminal block Control circuit terminal block Relay output Note This explanatory drawing shows the state with the terminal ...

Page 16: ...pacity kW 007 0 75kW 015 1 5kW 022 2 2kW 037 3 7kW Voltage class 4 3 phase 400V AVF100 0154 1 5 AVF100 0374 3 7 AVF100 0224 2 2 AVF100 0074 0 75 3 phase 400V Part Number Applicable motor capacity kW Input power supply 15 5 2 Details on Part Number ...

Page 17: ... 1 Removal and installation of terminal cover 2 Main circuit terminal cover Removal Lightly press up the center part of the terminal cover 2 till the mounting jaw comes loose Installation Insert the mounting jaw of terminal cover 2 into the slot on the frame Lightly press down the terminal cover 2 Mounting jaw two Mounting jaw two Terminal cover 1 Terminal cover2 Note After installation confirm th...

Page 18: ...ter and operation panel The inverter could be damaged if LAN cable is used to connect other machines LAN cable specifications Max length of connecting wire of 8Pin straight cable that is CAT5 or more is 5m Turn off the power supply and remove the panel according to above descriptions Insert one end of LAN cable to the unit of the inverter and the other end to connector RJ45 on the panel till click...

Page 19: ...rding to dimensions of panel cut out The suitable thickness is 1 0mm 3 5mm 2 Mount the operation panel on the forward side of plate panel and mount the attached mounting screws on the reverse side Tightening torque 0 6N m 3 Mount LAN cable after the operation panel is installed Mounting Procedure Unit mm Mounting screws M3 Plate panel Reverse side Forward side Mounting screws M3 A Installed on the...

Page 20: ...he operation panel DOWN button This switch is used to change the data and output frequency and to set forward run direction when carrying out forward rotation with the operation panel UP button The switch is used to change the display between the mode and data display and to save the data In the operation status display mode this switch changes the display between the frequency and current SET but...

Page 21: ...5 Select connected devices and wire size according to P21 Always confirm that the input power is OFF before starting wiring Failure to do so could lead to electric shocks or fires Always connect the earth Failure to do so could lead to electric shocks or fires Wiring work must be carried out by a qualified technician Failure to do so could lead to electric shocks or fires Always install the invert...

Page 22: ...0N 20A M4 2mm2 14AWG Three phase 400V input type Tightening torque 1 2 N m Power supply Circuit breaker MCCB Device grounding class 3 grounding Motor IM R L1 S L2 T L3 U V W P DB N Main circuit terminals Brake resistor options Ground terminal DB Screw size Main circuit terminal M4 Grounding terminal M4 Precautions for Using Regenerative Brakes 1 When using regenerative brakes set the parameter P01...

Page 23: ...lectric wires after removing the specific size of wire s insulation Loosening the terminal screws and insert the wires from under the terminal block and tighten the screws to the designated tightening torque Note 1 Twist the strands of the uncovered electric wires Do not solder them Note 2 Tightening loosely causes the wires to be come away or malfunctions Tightening too hard causes the short circ...

Page 24: ...tor output terminal E Emitter P091 Open collector TR2 output terminal C2 Collector P097 098 Multi function analog signal output terminal 0 10V PWM P004 Frequency setting potentiometer connection terminal 5V P090 Open collector TR1 output terminal C1 Collector Common terminal of input signals P040 P041 Multi function control signal SW5 input terminal P039 P041 Multi function control signal SW4 inpu...

Page 25: ...W4 OFF PWM signal ON Controlled with signal set in parameter P004 No 8 PWM signal input terminal Note 1 When using PWM signal to control output frequency P087 to P089 must be set Note 2 Use a PWM signal transistor Tr that has the following capabilities Max rated voltage 50VDC or more Rated current 50mA or more 7 PWM signal SW4 Tr 8 9 D Transmission line terminal RS485 communication D Transmission ...

Page 26: ...ltage is applied across these terminals the inverter may be damaged Input circuit specifications are shown below Take special care to avoid loop or leakage current 5 When an inductive load is to be driven by an open collector output be sure to use a freewheel diode 24V DC Power supply etc Freewheel diode Inverter internal circuit Terminals No 10 and 11 Terminal No 12 12V DC 2kΩ Terminals No 2 to 8...

Page 27: ...tor can reach high temperatures so do not touch them Failure to do so could lead to burns The inverter can be easily set to run from low speeds to high speeds Confirm the tolerable range of the motor and machine before starting operation Failure to do so could lead to injury Prepare holding brakes if required Failure to do so could lead to injury Before turning power ON check the following points ...

Page 28: ...ing method Parameter P004 set to 1 Press the MODE button on the panel to enter the frequency setting mode display Fr Press the SET button display the frequency to be set with the UP button and DOWN button and then press the SET button to enter the data The following MOP function can also be used to set frequency during operation MOP function The frequency can be changed by holding down the UP butt...

Page 29: ... is set with the digital setting method the MOP function cannot be used Run command status Forward reverse C communication E External control operation L Operation panel Display Run command r Reverse run F Forward run Display Rotation direction Current state Forward reverse r During reverse run operation F During forward run operation 0 During stop Display Current state r Reverse run F Forward run...

Page 30: ...frequency setting dial is set to Min the OV stop state will be entered Gradually turn the frequency setting dial clockwise and then motor will start to run When 25 0 is displayed the motor is operating at 25Hz Power ON Stopping operation STOP MODE MODE Press the STOP button The motor will start to decelerate and will stop Run command Frequency setting Stop command Power ON Changing the rotation di...

Page 31: ...etting dial clockwise and then motor will starttorun When 25 0 isdisplayed the motor is operating at 25Hz Stopping operation Press the STOP button The motor will start to decelerate and will stop Frequency setting Stop command Use the same procedures as Changing the rotation direction explained above In this case when the SET button is pressed last the display will change to the operation state di...

Page 32: ...lockwise and then motor will starttorun When 25 0 isdisplayed the motor is operating at 25Hz Power ON Operating frequency is set to 50Hz Forward run setting Frequency setting Press the UP button to set rotation direction Press the DOWN button to set reverse run Run command Turn the frequency setting dial clockwise to MAX position and rotation speed of the motor will increase When 50 0 is displayed...

Page 33: ...ton to set the rotation direction Press the DOWN button to set reverse run Run command Press the MODE button Press the SET button and check thefrequency command Press the SET button to set the operating frequency Turn the frequency setting dial clockwise and set frequency command to 25Hz Continued to next page Confirming and setting the operating frequency Changing from forward run to reverse run ...

Page 34: ...anceled by pressing the same button again Forward run operation at 25 0Hz Press the DOWN button and set the rotation direction to reverse run Reverse run setting During forward run operation at 25 0Hz During operation Press the DOWN button Display will change from the rotation direction display to operation status display and the rotation direction setting will be canceled Canceling setting Note T...

Page 35: ... the forward direction and will reach 25 0Hz operation Power ON Run command Press the MODE button Press the SET button The main display will flicker Press the UP and DOWN buttons to display 25 0Hz on the main display The main display will flicker Press the SET button to set the data Operating frequency setting Forward run operation at operating frequency 50Hz Press the MODE button Press the SET bu...

Page 36: ...ration Press the STOP button The motor will start to decelerate and will stop Stop command Operating frequency setting Changing the rotation direction Press the MODE button Press the MODE button Press the SET button The main display will flicker Reverse run operation at operating frequency 50Hz Press the UP button The main display will flicker Press the SET button to set the data Return to operati...

Page 37: ...on Press the SET button The main display will flicker Changing from reverse run to forward run during operation Press the DOWN button The main display will flicker Stopping operation Press the STOP button The motor will start to decelerate and will stop Stop command Press the SET button The motor will gradually decelerate and will start forward rotation at 50Hz again Reverse Forward Run command 36...

Page 38: ...ng to the operation If the UP button is held down the operating frequency will increase If the DOWN button is held down the operating frequency will decrease Note Once the operating frequency is determined press the MODE button to display the frequency setting mode Fr and then press the SET button twice to set the operating frequency If this is not carried out this frequency will not be saved when...

Page 39: ... to display 25 0Hz on the main display The main display will flicker Press the SET button to set the data Operating frequency setting Forward run operation at operating frequency 50Hz Press the MODE button Press the SET button The main display will flicker Operating frequency setting Continued to next page Press the RUN button The motor will start rotating in the forward direction and operate at 2...

Page 40: ...on The motor will start to decelerate and will stop Stop command Operating frequency setting Reverse run operation at operating frequency 50Hz Press the DOWN button to set the rotation direction to reverse run Reverse run setting Press the RUN button As frequency is already set to 50Hz the motor will start rotating in the reverse direction and operate at 50 0Hz Run command Changing from reverse ru...

Page 41: ...rate and will start forward rotation at 50Hz again Forward Reverse Run command Continued from previous page Note The rotation direction cannot be set with the rotation direction setting mode dr In this mode only the rotation direction and local external control or communication during operation can be monitored The MOP function cannot be used 40 STOP RUN ...

Page 42: ...can be changed and monitored In addition copy function of the parameter data can be used 10 frequently used parameters can be logged in and the data can be changed and monitored Control state and details of errors can be monitored Rotation direction and control state local external control communication set for panel operation can be monitored Digital setting of frequency and frequency command can...

Page 43: ...rotation direction setting and control state C Communication E External control operation L Local Display Run command r reverse F Forward Display Rotation direction Run command status Forward reverse Control state monitor mode Continued from previous page Continued from previous page 42 MODE SET MODE MODE SET MODE SET SET Press the buttons to change the rotation direction Press the button to set t...

Page 44: ... No will be displayed Holding down Continued to next page The parameter No is changed When displaying parameter No in the custom mode a dot is displayed after P Custom parameter No is displayed Press the buttons to set the required No Press the button to change the required data Press the buttons to change the data Press the button to display the current custom parameter No The data is not changed...

Page 45: ... will be displayed Continued from previous page Built in memory setting mode Function setting mode The parameter No is displayed Press the buttons to set the required No Copy function No is displayed after parameter P151 Press the button to change the required set data Press the buttons to change the data Press the button to display the current parameter No The data is not changed Press the button...

Page 46: ...splay or undisplay Refer to page 152 When built in memory setting mode is set to undisplay it will change from function setting mode to operation status display mode Except the digital setting in the frequency setting mode P004 frequency signal setting 1 command frequency of parameter P004 is displayed Except operating method of the rotation direction setting mode in the rotation direction setting...

Page 47: ...ime n019 Fault display latest n020 Fault display second to latest n021 Fault display third to latest n022 Fault display fourth to latest n023 Accumulative operation time n018 Progress of automatic tuning n017 PID output value MV n016 PID target value PV n015 PID setting value SP n014 Terminal function state monitor n013 Operation control state monitor n012 Operation state monitor n011 Control term...

Page 48: ...nted up When each operation ends input the next run command the counted numbers will be cleared Timer runtimes can be set with P068 timer runtimes n008 Alarm type Indicates the lighting details of the alarm LED Alarm LED operation select parameter P147 set to 1 When various alarms occur simultaneously the displayed order of priority is shown as follow If alarm in higher priority order is in operat...

Page 49: ...ication Input and output signals Monitor No Monitor n009 and n010 indicate statuses of the input and output signals of the control circuit terminal Segment data a1 g1 light when input terminals and common terminal or are ON and light out when these terminals are OFF Segment data a1 and b1 of the monitor n010 light when output terminals are closed ON between and and light out when output terminals ...

Page 50: ... ON state OFF state ON state Overload signal b lights out b lights LED segment indication Operation state Monitor No a lights out a lights f lights out f lights OFF state ON state Detect current or less signal h lights out h lights Normal operation state PID automatic tuning operation state PID automatic tuning function a1 lights out a1 lights d1 lights out d1 lights Error state OFF state ON state...

Page 51: ...f lights out f lights SW4 command status e lights out e lights SW3 command status d lights out d lights SW2 command status c lights out c lights SW1 command status b lights out b lights Reverse run command status a lights out a lights Run command status n012 0 without command 1 with command When command status is in operation of timer and parameter P45 multi speed function setting is set to 3 or 4...

Page 52: ...t e1 lights Frequency DOWN setting function h lights out h lights Frequency signal switching function a1 lights out a1 lights 2nd characteristic select function LED segment indication Command status Monitor No h1 lights out h1 lights PWM frequency signal select function g lights out g lights Coast to stop function f lights out f lights External fault stop function e lights out e lights JOG functio...

Page 53: ...ed ON Monitor n019 indicates the accumulative time of the cooling fan in the inverter to operate P143 cooling fan ON OFF control is set to 1 In association operation no counting will be carried out when the cooling fan is stopped Display unit is one hour 0 001 Displays in 10 hours after 10 00 according to 0 01 in 100 hours after 100 0 according to 0 1 and in 1000 hours after 1000 according to 1 As...

Page 54: ...hen operation is stopped Setting example Change the maximum output frequency from 50 0Hz to 60 0Hz Changing the parameter P008 data from 50 0 to 60 0 Press the STOP button to stop the inverter Press the MODE button to enter the function setting mode If a password is set it must be entered at this point Refer to page 139 Press the UP button seven times and change the parameter No to P008 Press the ...

Page 55: ...pressed and the operation status display mode is set to If writing the set data in the non volatile memory inside the inverter while the data is being set and changed the set data will be stored in the memory even after the power supply has been turned OFF The maximum writing times of the non volatile memory inside the inverter is 100 000 times Therefore note that the setting of parameters cannot ...

Page 56: ...e from 5 0s to 10 0s Changing the parameter P002 data from 5 0 to 10 0 Operation state for 50 0Hz operation Press the MODE button Press the MODE button Press the MODE button Press the MODE button Press the MODE button and enter the function setting mode If a password is set it must be entered at this point Refer to page 139 Press the UP button once and change the parameter No to P002 Press the SET...

Page 57: ...ill return to the 0V stop state If a stop signal is input while changing the data and the inverter stops the mode will return to the operation preparation completed state While changing the data in the 0V stop state the inverter will return to the operation status display mode after entering operation state When the speed frequency 2 16 of parameters P046 P060 are set to 0000 the inverter will car...

Page 58: ...stall prevention Function P019 Current limit function P020 OCS level P021 Retry function P022 DC brake time during forward reverse run operation P034 Overcurrent stall prevention function P018 Thermal current setting P017 Electronic thermal select P016 S shaped acceleration deceleration mode P015 Max output voltage P014 Change point voltage 2 P013 Change point frequency 2 P012 Change point voltage...

Page 59: ...S 4th deceleration time P066 0 Rotation direction of timer s operation P067 S Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz S S Hz 0000 32 5 30 0 27 5 25 0 22 5 20 0 17 5 15 0 12 5 10 0 5 0 0 5 0 5 0 10 0 0 0 0 0 0 0 0 80 82 82 82 82 82 89 90 90 90 91 99 99 99 99 99 99 99 99 99 99 99 99 99 99 99 100 100 100 100 100 100 100 101 101 101 102 9th speed frequency P053 10th speed frequency P054 11th speed frequency ...

Page 60: ...uency setting P104 S Hz ms times times times times times times times times times S S S S S S S 0 0 5 7 0 0 1 0 1 0 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 102 102 103 104 104 105 105 106 107 107 108 108 109 110 110 110 111 112 112 112 113 114 102 102 102 102 102 102 102 102 102 102 102 102 102 Output TR1 function select P090 Output TR2 function select P091 Output...

Page 61: ...speed setting P137 01 Communication station No setting P136 0 Communication protocol select P135 1 Stop bit length P138 0 Parity check P139 0000 S Timeover detect P140 1 ms Send wait time P141 kHz Hz Hz Hz Hz Hz S S 0 2 5 100 0 3 0 2 4 50 0 0 0000 0000 0000 100 0 0 01 0 115 115 115 118 118 118 118 119 120 121 121 122 122 122 122 123 124 125 125 127 128 129 129 130 133 133 134 134 135 135 134 134 1...

Page 62: ...larm LED operation select P147 No Note The mark indicates parameters that can be changed during operation The mark indicates rated output current of the inverter The value may vary depending on each rated value 61 0 1 100 0 3 137 Line speed multiplier P146 0 7 0 136 Operation status monitor P145 Changeable during operation Setting range Unit Remarks Initial value Reference page Function name ...

Page 63: ...ing range s P002 1st deceleration time Used to set the time to decelerate to the maximum output frequency from 0 5Hz The display code for 0 04s is 000 The maximum output frequency is set with parameters P005 and P008 0 1 0 1 999 9 1 1000 3600 Setting unit s 0 04 0 1 3600 Data setting range s Output frequency Hz Max output frequency 0 5 Deceleration time Note Take note that if acceleration time is ...

Page 64: ...nication 6 Provided External control 5 Unprovided External control 3 Provided External control 4 Unprovided External control 2 Forward run UP RUN Reverse run DOWN RUN Stop STOP Provided Panel 1 Start RUN Stop STOP Forward reverse run Set in rotation direction setting mode dr mode Provided Panel 0 Operation method and control terminal connection diagram Panel reset function Command state Data setti...

Page 65: ...ted between 14 and 15 0 20mA Current signal 6 4 20mA Current signal 5 Terminals No 14 and 15 14 15 0 10V voltage signal 4 0 5V voltage signal 3 Terminals No 13 14 and 15 Center of potentiometer is connected to No 14 Potentiometer External control 2 Setting in frequency setting mode Fr Digital setting 1 Potentiometer on the panel MAX maximum frequency Refer to P005 and P008 MIN minimum frequency or...

Page 66: ...C The V F pattern can be set according to the parameter P008 and P009 settings The maximum output frequency is set with parameter P008 and base frequency is set with parameter P009 Free mode FF The V F pattern of 60Hz is set regardless of parameter P008 and P009 settings 60Hz mode 60 The V F pattern of 50Hz is set regardless of parameter P008 and P009 settings 50Hz mode 50 Remarks Name Data settin...

Page 67: ...different setting value and load state When change point frequency 1 and 2 are set above base frequency change point frequency 1 and 2 will operate according to the setting value of base frequency When change point frequency 2 is set below change point frequency 1 change point frequency 2 will operate according to the setting value of change point frequency 1 If 3C mode in V F pattern is used sett...

Page 68: ...er control of vector P129 1 V F pattern is invalid P006 V F curve Used to select either the constant or square torque mode 0 100 Square torque mode 0 Output frequency Hz Base frequency 100 Constant torque mode Output voltage Output voltage For fan and pump applications Square torque mode 1 For machine applications Constant torque mode 0 Remarks Name Data setting value Output frequency Hz Base freq...

Page 69: ...gh an overcurrent fault overload fault or motor overheating could occur or the noise could increase The motor current will increase when the value of boost level is increased Carefully consider the settings for P016 electronic thermal select and P017 thermal current setting Under control of vector P129 1 torque boost level is invalid If larger torque is required at low speed value of torque boost ...

Page 70: ...or with a rated frequency of 50 or 60Hz is run at a frequency exceeding the rated frequency the motor may be damaged Always set the frequency to match the motor characteristics If the base frequency is required to be changed together with the max output frequency for a high speed exclusive motor etc such change is done with this parameter When running a general purpose motor with a frequency highe...

Page 71: ... voltage 1 P011 Base frequency P009 Change point voltage 2 P013 0 Note Read carefully details on P005 V F pattern before setting If change point frequencies1 and 2 are set to be higher than base frequency change point frequencies 1 and 2 will operate according to setting value of base frequency If change point frequency 2 is set to be lower than change point frequency 1 change point frequency 2 wi...

Page 72: ...eration mode can be selected between linear and S shaped quadratic and cubic mode Acceleration time Quadratic curve Cubic curve Linear Acceleration time Deceleration time Frequency Frequency S shaped acceleration deceleration Quadratic curve 1 S shaped acceleration deceleration Cubic curve 2 Linear acceleration deceleration Factory setting data 0 Details Data setting value The acceleration deceler...

Page 73: ...ncy derating valid 2 Forced ventilation motor specifications valid 3 OL trip will occur if a current that is 140 of the inverter s rated current flows for one minute invalid 0 Details of function Validity of function Data setting value Set these parameters according to the rated current of applicable motor 0 1 to 100 0 Data setting range A Example for setting current and thermal operation P016 1 S...

Page 74: ...pplies Note Overcurrent trip prevention function P019 Overvoltage stall prevention function When the set deceleration time is too short for the inertial load this parameter can be used to temporarily reduce the deceleration rate to prevent an overvoltage trip Stall prevention function enabled 1 Stall prevention function disabled 0 Detail Data setting value When using the regenerative brakes with t...

Page 75: ...parameter P021 OSC level OCS level parameter P021 Deceleration time according to parameter P020 setting value Normal acceleration time Output current Output frequency Does not decelerate to below 10Hz 00 0 1 to 9 9 Data setting range s 00 is set when the current limit function is disabled P021 OCS level The OCS level overcurrent stall prevention operation level and current limit function level can...

Page 76: ... cleared The counted retry times will be cleared when the power is turned OFF If a fault dose not occur for 5 or more minutes the counted retry times will be cleared Parameter P022 Retry function Parameter P023 Retry times P022 Retry function P023 Retry times When the retry function is used the inverter may automatically start restart Keep out of the machine Secure personal safety before using thi...

Page 77: ...time has elapsed after the power is turned ON The inverter OP trips when the power is turned ON and the low voltage level LU level is exceeded Turn the start input signal OFF once reset the inverter and then turn the run signal ON again to resume operation OP stop 1 The inverter starts when the power is turned ON the low voltage level LU level is exceeded and the wait time is passed The wait time ...

Page 78: ... 15ms or more Note 1 After the wait time has elapsed the inverter restarts at the frequency applied before the ride through occurred LU will be displayed but a fault warning signal will not be output Restarts from 0Hz after the wait time has elapsed LU will be displayed but a fault warning signal will not be output The LU trips and the inverter operates according to the start mode setting LU will ...

Page 79: ...utes When voltage drop time is more than 15ms but less than 100ms Data setting value 0 No ride through restart function Data setting value 1 0Hz restart Data setting value 2 Pickup restart Output frequency Power supply Voltage drop time LU level Output frequency Output frequency Operate according to the start mode setting details Wait time parameter P026 Current limit function LU trip LU trip LU t...

Page 80: ...hether to ramp to stop or coast to stop when stopping the inverter 1 0 Data setting value The inverter output is shut off immediately by the stop signal coast to stop The frequency is decelerated by the stop signal according to the deceleration time and then the motor stops ramp to stop Descriptions Details P029 Start frequency Used to set the frequency which the inverter output starts when starti...

Page 81: ...un operation P034 DC brake time during forward run reverse run operation and P035 DC brake level during forward run reverse run operation Note P033 Stop frequency during forward run reverse run operation P034 DC brake time during forward run reverse run operation P035 DC brake level during forward run reverse run operation The DC brake can be applied when the inverter output frequency drops below ...

Page 82: ... brake during forward run reverse run operation It s valid when P034 is set to value other than 0000 DC brake during stopping is set with parameters P030 Stop frequency P031 DC brake time and P032 DC brake level Note Stop frequency during forward run reverse run operation P033 Forward Reverse Operation frequency Brake time during forward run reverse run operation P034 During forward run reverse ru...

Page 83: ...requency signal changeover input Frequency signal changeover input Frequency signal changeover input Frequency signal changeover input Frequency signal changeover input 7 Coast to stop input Coast to stop input Coast to stop input Coast to stop input Coast to stop input 6 Parameter setting disable input Parameter setting disable input Parameter setting disable input Parameter setting disable input...

Page 84: ...g on the reset the inverter cannot be restarted When run signal is turned OFF stop the fault trip can be reset When a fault trip occurs relief of the fault trip state with stop signal is disabled The fault trip should be reset with this SW signal after confirming details on the trip and handling fault situations Normally SW signal is input with ON When a fault trip occurs the inverter will maintai...

Page 85: ...uring reverse run operation turn the reverse run signal ON A time and then turn the run signal ON Example When SW1 parameter P036 3 is set to JOG function and run command select parameter P003 2 1 2 3 Run stop Forward run reverse run Common Terminal connection 4 JOG select SW1 Inverter oper ation status JOG select signal ON Run signal Forward run reverse run signal ON ON ON ON ON ON Forward run Re...

Page 86: ...ault alarm output will be output When the signal input is turned OFF the inverter will start operation immediately after run signal is turned ON Note If signal is turned OFF the inverter may start simultaneously Ensure personal safety before operation When signal input is turned OFF the inverter is normally stopped after the run signal is turned OFF Used to set the signal input terminal for disabl...

Page 87: ...gnal changeover input SW1 When SW signal is ON operate according to 2nd characteristics function parameter settings as follow 2nd characteristics select function Note Ensure personal safety before switching characteristics Switch key ON P120 2nd change point frequency 1 P119 Thermal current setting 2 P121 2nd change point voltage 1 P122 2nd change point frequency 2 P123 2nd change point voltage 2 ...

Page 88: ...ut multi speed operation P045 5 6 Input the pulse input signal into SW2 terminal No 5 and count the pulse When P045 Multi speed function select is set to 5 or 6 this function is valid Take count of OFF ON positive edge of pulse In respect of pulse input multi speed operation read P045 Multi speed function select carefully before using this function Pulse counter input function Example When SW1 par...

Page 89: ...ied operation frequency will not be saved Frequency is forced to become function input terminal of SW3 frequency increase SW SW4 frequency decrease SW and SW5 frequency memory SW after parameter P040 is set to 11 ON OFF state of each SW can be set to A contact input or B contact input with parameter P041 Input logic setting When using each SW function please take note of the setting value of param...

Page 90: ...ue into the setting data 1 2 4 8 16 Additional value 0 1 0 1 0 1 0 1 0 1 0 1 Setting value 0 1 2 3 4 5 15 bit Terminal No SW1 SW2 SW3 SW4 SW5 Without setting Terminal name Example When SW1 and SW2 are B contact input and other signals are A contact input Setting data 0 16 0 8 0 4 1 2 1 1 3 ON OFF state of each SW changes according to the input logic setting Completely confirm the setting value bef...

Page 91: ...unction When SW set to JOG function is turned ON the JOG operation preparation state is entered JOG run stop and forward run reverse run are applied with terminals No 2 and 3 Meanwhile refer to function descriptions on page 84 The display code for 0 04 s is 0000 0 1 0 1 to 999 9 1 1000 to 3600 Setting unit s 0 04 0 1 to 3600 Data setting range s The display code for 0 04 s is 0000 0 1 0 1 to 999 9...

Page 92: ...ration function 6 Set to multi speed frequency operation function 0 Details Data setting value Setting value 2 2nd 3rd and 4th acceleration and deceleration operation function Frequency is fixed to 1st speed frequency SW can be used to change at most four acceleration and deceleration time for operating the inverter 2nd 4th acceleration and deceleration time are set with parameters P061 P066 Setti...

Page 93: ...eed 3rd speed 2nd speed 1st speed Frequency OFF OFF ON ON OFF ON OFF OFF OFF ON OFF ON OFF ON ON OFF OFF ON ON ON ON OFF OFF OFF ON OFF OFF ON ON OFF ON OFF ON OFF ON ON ON ON OFF OFF ON ON OFF ON ON ON ON OFF ON ON ON ON OFF OFF ON OFF OFF OFF OFF ON OFF OFF OFF OFF Note 1 Any four SW function among 1 5 are set to 0 multi speed SW input function 4 SW in order are valid as multi speed command SW f...

Page 94: ...time can be selected switched and controlled with the two SW button signals 1st acceleration and deceleration time P001 and P002 2nd 4th acceleration and deceleration time P061 P066 When SW2 5 are to multi speed SW input function Any two buttons among SW1 5 are set to multi speed function buttons Value of P036 P040 is set to 0 When SW1 and SW 2 are set to multi speed SW input function ON ON ON ON ...

Page 95: ...SW2 ON ON ON ON 2 speed 3 speed 4 speed 3 speed 2 speed 1st acceleration 3rd acceleration 4th acceleration 3rd deceleration 2nd deceleration 2nd deceleration 1st deceleration Setting value 3 Example for acceleration and deceleration link multi speed frequency operation function Using two SW button signals among 2nd 3rd and 4th speed to link 2nd 3rd and 4th acceleration and deceleration Any two but...

Page 96: ...imer s multi speed operation Timer s acceleration and deceleration link multi speed frequency operation function Timer s multi speed frequency operation function 8th speed runtime T8 7th speed runtime T7 6th speed runtime T6 5th speed runtime T5 4th speed runtime T4 3rd speed runtime T3 2nd speed runtime T2 8th speed 7th speed 6th speed 5th speed 4th speed 3rd speed 2nd speed Forward run reverse r...

Page 97: ...peration will be stopped immediately even in cycle operation During timer s operation forward run reverse run command of the operation panel external control and communication is invalid After the timer runs one cycle for times set with parameter P068 Continuous times of timer s operation tEnd will be displayed Input stop command when tEnd is being displayed 0000 will be returned to operation stat...

Page 98: ...rom the end of one cycle to the next cycle can be set with parameters P069 Continuous mode of timer s operation and P070 Continuous wait time of timer s operation Each pulse input times of 1st speed to 8th speed can be set with parameters P079 P086 1st 8th speed pulse input times Setting value 6 pulse input acceleration and deceleration link multi speed frequency operation function Input pulse int...

Page 99: ...time A4 D4 3rd acceleration and deceleration time A3 D3 2nd acceleration and deceleration time A2 D2 1st acceleration and deceleration time A1 D1 Acceleration and deceleration time Forward run reverse run 0 1 1st acceleration time A1 1st deceleration time D1 Acceleration and deceleration time Forward run reverse run 0 1 Forward run reverse run 0 1 Forward run reverse run 0 1 Forward run reverse ru...

Page 100: ...ely even in one cycle operation During pulse input operation forward run reverse run command of the operation panel external control and communication is invalid P046 2nd speed frequency P051 7th speed frequency P056 12th speed frequency P047 3rd speed frequency P052 8th speed frequency P057 13th speed frequency P048 4th speed frequency P053 9th speed frequency P058 14th speed frequency P049 5th s...

Page 101: ...f additional value responding to each bit is setting value Refer to details in the table as follow The total value of setting value additional value of each speed is setting value Setting example 1st speed forward run 2nd speed forward run 3rd speed forward run 4th speed forward run 5th speed reverse run 6th speed reverse run 7th speed reverse run 8th speed forward run 128 64 32 16 8 4 2 1 Additio...

Page 102: ...is invalid Note This function is valid only when setting value is 3 6 in P045 Multi speed function select Once one cycle operation ends changes to 1st speed frequency in the next cycle from 1st deceleration time 1 Once one cycle operation ends returns to the 0V stop state from 1st deceleration time and enters the next cycle 0 Details Data setting value 0 1 0 1 to 999 9 1 1000 to 6553 Setting unit ...

Page 103: ...79 1st pulse input times P083 5th pulse input times P080 2nd pulse input times P084 6th pulse input times P081 3rd pulse input times P085 7th pulse input times P082 4th pulse input times P086 8th pulse input times Indication 0 1 one time Indication 0 1 to 999 9 Indication 1 ten times Indication 1000 to 6553 Setting unit s 0000 0 1 to 65530 Data setting range s In P045 multi speed function select i...

Page 104: ... the specifications below Max rated voltage 50V DC Current 50mA or more Relationship between PWM signal and frequency command Tr OFF Ｔｒ ON Ｔｒ PWM cycle OFF Ｔｒ ON Ｔｒ PWM cycle Voltage waveform between terminal No 8 and No 9 Frequency command value Hz ON time PWM cycle Max output frequency Hz When parameter P005 is set to 50 the max output frequency is 50Hz When set to 60 the max output frequency is...

Page 105: ...t within 12 5 of the input PWM signal cycle PWM signal of output frequency is 0V stop or min frequency in the state that no ON is available and max frequency in the state that no OFF is available Nearby min frequency and max frequency accuracy rating of output frequency related to input signal will decrease Don t use it for the purpose of precise frequency control When 2nd frequency setting signal...

Page 106: ...evel parameter P095 setting Current detect 2 6 6 11 5 4 3 2 1 0 TR1 P090 5 4 3 2 1 0 TR2 P091 Output state signal Current detect 1 Frequency detect Setting data Overload alarm Arrival signal Reverse run signal Run signal Function ON when output current is higher than detect current level parameter P095 setting ON when the inverter is running in reverse ON when the output frequency is within the se...

Page 107: ...rent is higher than detect current level parameter P095 setting ON when the inverter is running in reverse ON when the output frequency is within the setting frequency 2Hz ON when the output current is 140 of the rated current or higher or when the electronic thermal level is reached ON when output frequency is higher than detect frequency parameter P094 setting ON when run signal is ON or during ...

Page 108: ...requency output TR Output frequency Run signal OFF Frequency detect signal OFF Setting frequency 2Hz Detect frequency P093 and P094 ON ON OFF OFF Arrival signal OFF OFF OFF ON ON Relationship between output frequency and each output signal 0000 0 5 to 400 0 Data setting range Hz 0000 0 5 to 400 0 Data setting range Hz The frequency is valid in open collector output 1 and 2 0000 is 0V stop 0 0 0000...

Page 109: ...ent detect signal is output 0 1 to 100 0 Data setting range A 0 1 to 10 0 Data setting range s Retardation time of current detect signal is used to set retardation time of signal from OFF to ON Retardation time of signal from OFF to ON is about 100ms fixed Parameter P095 Level of current detect Parameter P095 Retardation time of current detect 108 P090 P092 Related parameters ...

Page 110: ... of acquiring PWM output with terminals No 10 12 parameter P090 output TR1 function select is required to be set to 11 V Precautions on 0 10V voltage output and output state signal PWM The indications of the output signal are not the accurate indications for measuring Use those indications to get rough values If you need the accurate values use a separate measuring instrument Note that the signal ...

Page 111: ...meter P100 Upper frequency clamp Hz Max output frequency parameter P008 Output frequency Lower frequency clamp parameter P099 If the upper frequency clamp is lower than the maximum output frequency parameter P008 the upper frequency clamp will have the priority Upper frequency clamp parameter P100 If the lower frequency clamp is higher than the upper frequency clamp reverse run setting the upper f...

Page 112: ... to 400 0 Data setting range Hz Note If frequency setting signal is analog setting parameter P004 0 2 3 4 5 6 and frequency setting value is below setting value of the OV stop function select the inverter s output will be stopped Max 5V 10V 20mA Output frequency 0 Min 0V 0V 4mA 20mA 0mA Frequency setting signal 100 Setting value Run signal Max output frequency When P101 0 5 400 AB A and B are in O...

Page 113: ...han lower frequency clamp The inverter will not run in reverse direction even if negative frequency setting signal is input Max output frequency Output frequency Output frequency P005 008 Frequency setting signal 100 Bias frequency P104 Bias frequency P103 When bias frequency setting is positive 100 When bias frequency setting is negative Max output frequency P005 008 Frequency setting signal 100 ...

Page 114: ...r external interference of current frequency setting signal After setting value average times is increased frequency command is stable but the response speed decreases Filter constant of analog input signal of control circuit terminals No 14 and No 17 is the same setting value 5 to 200 setting unit 1 Data setting range times 113 P004 P125 相关 参数 Related parameters ...

Page 115: ...ample hot air Positive operation When measured value PV increases the output is increased Example cooling air Automatic tuning function Applying automatic tuning calculate the optimum value of proportional gain Kp integral time Ti and derivative time Td required by PID control and set the speculated results to parameters automatically Setting data A0 A3 can be used to apply changeover setting for ...

Page 116: ...e s 0 0 0 1 to 100 0 Data setting range Parameter P108 Integral time Ti Parameter P109 Derivative time Td Parameter P110 Control cycle Ts Parameter P111 PID target value 0000 is setting that the derivative control is to be disabled 115 PID control select Input signal select of measured value PV Bias gain setting for measured value PV Setting signal select of setting value SP Bias gain setting for ...

Page 117: ...me Td and control cycle Ts settings Parameters Kp Ti Td used in PID control are set to parameters P107 109 Automatic tuning function can be used to adjust parameters Kp Ti Td automatically and change the setting value Cycle Ts applying PID control is set to parameter P110 Lower upper frequency clamp of output frequency are set with parameters P099 and P100 116 P125 Analog input signal select 2 is ...

Page 118: ...g ends measured data will be written into parameters P107 109 When End is displayed it indicates the end of automatic tuning After automatic tuning ends parameter P106 data will automatically change to PID operation mode without automatic tuning function When applying with A0 0 is changed to A1 1 A2 2 Note Automatic tuning cannot be applied in some different processes In this case Err is displayed...

Page 119: ...d width Parameter P115 Skip frequency Parameters P112 113 114 Output frequency 0 Hz Parameter P112 Skip frequency 1 Parameter P113 Skip frequency 2 Parameter P114 Skip frequency 3 Up to three skip frequencies can be set and the skip frequency band can be set between 1 and 10Hz Parameter P115 Skip frequency band width 0000 0 5 to 400 0 Data setting range Hz 0000 is setting that the skip frequency i...

Page 120: ...r with a rated frequency of 50 or 60Hz is run at a frequency exceeding the rated frequency the motor may be damaged Always set the frequency to match the motor characteristics If the base frequency is required to be changed together with the max output frequency for a high speed exclusive motor etc such change is done with this parameter When running a general purpose motor with a frequency higher...

Page 121: ... mode Output voltage Boost level 0 to 40 Data setting range Note If the boost level is too high an overcurrent fault overload fault or motor overheating could occur or the noise could increase The motor current will increase when the value of boost level is increased Carefully consider the settings for P118 Electronic thermal select 2 and P119 Thermal current setting 2 Under control of vector P129...

Page 122: ...ng valid 2 Forced ventilation motor specifications valid 3 OL trip will occur if a current that is 140 of the inverter s rated current flows for one minute invalid 0 Details of function Validity of function Data setting value Set these parameters according to the rated current of applicable motor 0 1 to 100 0 Data setting range A Example for setting current and thermal operation P016 1 Set current...

Page 123: ...Base frequency 2 P116 2nd change point voltage 2 P123 0 Note Read carefully details on P005 V F mode before setting If 2nd change point frequencies 1 and 2 are set to be higher than base frequency 2nd change point frequencies 1 and 2 will operate according to setting value of base frequency If 2nd change point frequency 2 is set to be lower than 2nd change point frequency 1 2nd change point freque...

Page 124: ...r PID control Analog input terminal 2 can be used as feedback signal under PID control Measured value PV When applying PID control refer to details on parameters P106 P111 Input OFF into SW frequency setting signal 1 Input ON into SW frequency setting signal 2 Analog input terminal 2 can be used as frequency setting signal 2 For using PID control effectively parameter P124 is required to be set to...

Page 125: ...tage signal 4 0 5V voltage signal 3 Operation method and control terminal connection diagram Details on setting signal Data setting value Note If 4 20mA or 0 20mA signals are used always connect a 200Ω resistance between terminals No 16 and 15 If the 200Ω resistance is not connected the inverter could be damaged Start or stop of operation is divided by setting value of P101 0V Stop function select...

Page 126: ...e Relationship between output frequency and frequency setting signal 2 control circuit terminal No 16 can be changed at random Use this function according to applications Max output frequency Output frequency Output frequency P005 008 Frequency setting signal 2 100 Gain frequency 2 P127 Max output frequency P005 008 Frequency setting signal 2 100 Gain frequency 2 P127 Bias frequency 2 P126 Bias fr...

Page 127: ...requency clamp The inverter will not run in reverse direction even if negative frequency setting signal 2 is input Negative PID feedback signal is 0 Setting value of bias gain function select parameter P102 does not affect bias frequency 2 and gain frequency 2 Note 126 P005 P008 P036 P040 P124 P125 P106 P111 相关 参数 Related parameters ...

Page 128: ...r frequency will be output at 5 0 kHz for the output frequency in the range of 0 5 to 10Hz 2 When it is set to 10 0 kHz the carrier frequency will be output at 5 0 kHz for the output frequency in the range of 0 5 to 10Hz and at 7 5 kHz for the one in the range of 10 to 15Hz 0 8 1 1 1 6 2 5 5 0 7 5 10 0 Seven types of settings are possible Data setting value kHz 2 5 5 0 7 5 10 0 Four types of setti...

Page 129: ...Motor capacity in use is set to P130 Motor capacity 0 2 3 7kW Motor capacity and inverter capacity are the same at factory setting If motor capacity and inverter capacity are the same setting is not required 3 Motor polarity setting Motor polarity in use is set to P130 No of motor poles 2 4 6 poles Motor polarity is set to 4 poles at factory setting If motor polarity is set to 4 poles setting is n...

Page 130: ...nge to the motor constant recommended by our company 2 2kW 2 2 0 75kW 0 7 0 4kW 0 4 1 5kW 1 5 3 7kW 3 7 Motor capacity Data setting value Note P131 No of motor poles Used to set No of poles required to drive the motor when vector control is used After setting data is changed data of P133 Voltage compensation constant and P134 Slip compensation frequency will automatically change to motor constant ...

Page 131: ... SW to measure constant 2 According to setting data of P130 Motor capacity and P131 No of motor poles details on P133 Voltage compensation constant and P134 Slip compensation constant are changed to the constant recommended by our company After the data is set if the constant of P133 and P134 is changed setting value will return to 0 automatically 3 Indicates the data value in normal state Used to...

Page 132: ...ltage to the motor and such operation will last about 2 seconds P132 1 is displayed in measurement flicker When slip compensation frequency is measured Inverter will drive the motor at 60Hz Such operation will last normal 1st acceleration time plus about 5 seconds P132 2 is displayed in measurement flicker End of automatic tuning When automatic tuning ends data will be automatically written in P13...

Page 133: ...range Special motors such as high speed motor and high slip motor occasionally cannot perform tuning correctly tEr1 or tEr2 will be displayed in case of fault tuning and trip will occur Press the STOP SW and the trip will be reset 132 ...

Page 134: ...d P134 Slip compensation frequency Data value is used to set slip compensation frequency required by vector control Converting slip at 60Hz to frequency value for setting slip compensation frequency Calculate the data according to the method as follow Setting value N0 N1 N0 60 Hz N0 N1 Rated rotation number of motor at 60Hz 120 60 No of motor poles 5 00 to 5 00 0 01 unit Data setting value Hz When...

Page 135: ...rned off once after setting the data for the communication parameters P135 to P142 The data setting value will be displayed in the inverter after the power supply is turned on again P135 Communication protocol select For VF100 two protocols MEWTOCOL COM and MOD BUS RTU are available Either protocol can be set for using P136 Communication station No setting P137 Communication speed setting P138 Sto...

Page 136: ...s invalid in the model 0 75kW that is not equipped with cooling fan Note If the setting value is too large interference resistance capability is strong but response speed of control input terminal will become low If the setting value is too small interference resistance capability is weak but response speed of control input terminal will become high Using start stop forward run signal and reverse ...

Page 137: ...e Data setting value Used to change display on the panel according to applications The values shown in the above table are displaying examples for operating frequency 50 0 output current 1 0 A setting frequency 50 0 communication station No 01 and line speed multiplier 0 5 In the operation status display mode press the SET button and switch to current display Note Operation preparation completed s...

Page 138: ...speed in P145 Operation status monitor Parameter P146 Line speed multiplier Setting example Display line speed Line speed m min F Hz K multiplier To display the line speed 25 m min for 50Hz set the multiplier K to 0 5 A line speed exceeding 9999 is displayed as 9 9 9 9 0 1 to 100 0 Data setting range Note 137 P145 Related parameters ...

Page 139: ...nt alarm belongs to with monitor function n008 Alarm type When alarm LED operation select parameter P147 is set to 1 and various alarms occur simultaneously the displayed order of priority is shown as follow If alarm in higher priority order is in operation the alarm in higher priority order is still displayed even if an alarm in lower priority order enters Temperature anomaly alarm Overload alarm...

Page 140: ... SW in the control status monitor mode and password indication changes to PS After the password is input and the MODE SW is pressed custom mode function setting mode and built in memory setting mode can be called No password is displayed in password input indication PS Press the MODE SW and enter to operation status display mode Enter the operation status display mode Press the STOP SW during oper...

Page 141: ... custom mode to the distribution at factory setting 3 Data value that indicates normal state 0 Details Data setting value Note Setting value is changed to the value other than 0 Press the SET button and when the displayed value automatically changes to 0 after data changing the change is completed Data related to vector control P134 Slip compensation frequency P131 No of motor poles P133 Voltage c...

Page 142: ...o Setting example Function parameter P002 1st deceleration time is distributed to custom parameter U001 Stop state or operation state at 50 0Hz Press the MODE button Press the MODE button Press the MODE button Press the MODE button and select the custom mode Press the SET button and confirm the current function parameter No to be distributed When function parameter No in the custom mode is display...

Page 143: ...D operation select P147 U009 Operation status monitor P145 U008 Base frequency P009 U007 Max output frequency P008 U006 Frequency setting signal P004 U005 Operation command select P003 U004 Torque boost level P007 U003 1st deceleration time P002 U002 1st acceleration time P001 U001 Related page Function name Function parameter No Custom parameter No Initial settings for custom parameter No 1 10 ar...

Page 144: ...s greatly Ensure personal safety before using this function Failure to do so could lead to injury Stop state or operation state at 50 0Hz Press the MODE button Press the MODE button Press the MODE button Press the MODE button and select the custom mode Press the SET button to display parameter P008 data Main display will flicker Press the UP button to set the displayed value to 10 0 Main display w...

Page 145: ...d to if the inverter 0V stops While changing the data the mode will return to the operation status display mode if a stop signal is input and the inverter stops While changing the data in the 0V stop state the mode will return to the operation status display mode if the inverter enters operation state During operation the parameters other than those that can be changed will be monitored only The d...

Page 146: ...emory parameters Display or undisplay of built in memory setting mode can be selected in setting mode display select Confirm whether function parameter of the main unit is in conformity with details on built in memory parameters of the operation panel Download the built in memory parameters of the operation panel to the parameter setting of the main unit Upload the parameter setting of the main un...

Page 147: ...to E008 Press the SET button to display built in memory parameter E008 data Main display will flicker Press the UP button to set the displayed value to 60 0 Main display will flicker Press the SET button to set the data Press the MODE button and enter the operation preparation completed state Operation preparation completed state The normal stop state will be entered and the inverter can be run Op...

Page 148: ...ll return to the operation status display mode if the inverter enters operation state During operation the parameters other than those that can be changed will be monitored only The data can only be displayed but cannot be changed While setting and changing the data the set data will be written in non volatile memory inside the inverter and the data will be stored even if the power is turned off M...

Page 149: ...d ends End will be displayed Note When the upload ends built in memory parameter data and parameters of the main unit are the same If a run signal enters during uploading the operation will not be activated After the operation preparation completed state is returned to OP trip will occur While uploading the data the set data will be written in non volatile memory inside the inverter and the data w...

Page 150: ...ton Press the MODE button Press the MODE button Press the MODE button If a password is set it s necessary to input the password Refer to page 139 Press the MODE button Press the UP DOWN button and the show value is set to CPY2 Press the SET button Current setting value is displayed Press the UP button and the displayed value is set to dOL Press the SET button to start the download The download ind...

Page 151: ... inside the inverter and the data will be stored even if the power is turned off Max writing times of the non volatile inside the inverter is 100 000 times Take note of the downloading times The function cannot be used during operation Always use this function in the stopped state Used to compare and verify the setting values of function parameters of the main unit and the setting values of built ...

Page 152: ...s held down built in memory data inside the operation panel will be displayed Press the SET button and the next data will start the verification again Press the MODE button to stop the verification and CPY3 will be displayed When all check ends End will be displayed Press the MODE button and enter the operation preparation completed state Operation preparation completed state The normal stop state...

Page 153: ...he MODE button Press the MODE button Press the MODE button If a password is set it s necessary to input the password Refer to page 139 Press the MODE button Press the UP DOWN button to and the show value is set to CPY4 Press the SET button Current setting value is displayed Press the DOWN button and the displayed value is set to OFF Press the SET button Press the MODE button once and E000 will not...

Page 154: ...ring data selecting the operation will not be activated After the operation preparation completed state is returned to OP trip will occur The function cannot be used during operation Always use this function in the stopped state 153 ...

Page 155: ... on MEWTOCOL COM in inverter Host computer transmits command order to the inverter and receives response answer from the inverter According to this step by means of session between host computer and inverter the host computer can receive or transmit various messages Text Command message Response message normal ASCII code transmission Original transmission right belongs to the host computer Each ti...

Page 156: ...acts can be registered for the MC command 6 Header supports only RCS RCP WCS WCP RCC WCC RD WD MC MD MG 7 There is no distinction between data and setting areas in the internal memory of the inverter It can be treated as word data 16 bits and contact data 1 bit for the same address region 12 3 1 About message format Basic format single frame Ｃｏｍｍａｎｄ ｍｅｓｓａｇｅ Response message normal Response message...

Page 157: ... transmission source used for transmitting response message in response message Namely transmission destination and transmission source are the same communication station No When full station transmission Command message is transmitted to all communication stations simultaneously is applied transmission destination of command message is FF and response message in relation to this command message w...

Page 158: ...f ASCII code In respect of exclusive OR logic sum from header of the received message to text final character verify the consistence of the data after transmission If the conditions before and after the transmission are different it indicates some errors occur in communication Example 01 RC S X 0000 Station No 1 Read contact Single contact processing Contact X input Contact No 0 BCC 2 characters 1...

Page 159: ...rmance of Monitor MG Registration of Monitor Data and Canceling of Registration MD Registration of Monitor Contact and Canceling of Registration MC Write Data Area WD Read Data Area RD Write Contact Message in Word Unit WCC Write Multiple Contacts Message WCP Write Contact Message in 1 Contact Unit WCS Read Contact Message in Word Unit RCC Read Multiple Contacts Message RCP Read Contact Message in...

Page 160: ...haracter S C R Transmis sion destination L Transmis sion destination H Decimal address 3 bits Hexadecimal BIT specification 1 bit cr BCC L BCC H Contact data 1 character C R Transmis sionsource L Transmis sionsource Transmis sionsource Transmis sionsource H cr BCC L BCC H L H R R Data Contact 0 OFF 1 ON Data Contact state Contact code Contact data Internal relay 159 ...

Page 161: ...ination H Decimal 3 bits Hexadecimal 1 bit Contact data 1 character C R Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H cr BCC L BCC H Contact n No 4 characters Contact code 1 character Number of contacts n 1 8 Internal relay R Decimal 3 bits Hexadecimal 1 bit Internal relay R Contact code and read single contact RCS is the same cr BCC L BCC H...

Page 162: ...tination H Initial contact data 4 characters C R Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmission source L Transmission source H Contact code and read single contact RCS is the same cr BCC L BCC H Final contact data 4 characters Hexadecimal low bit Hexadecimal high bit Hexadecimal low bit Hexadecimal high bit 161 RCC Read Contact Area block in word unit Decimal 4 bits Decima...

Page 163: ...racters Contact code 1 character S C W Transmis sion destination L Transmis sion destination H Decimal address 3 bits Hexadecimal BIT specification 1 bit cr BCC L BCC H C W Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H R R data Contact 0 OFF 1 ON data Contact state Contact code data Internal relay 162 ...

Page 164: ...ters Contact code 1 character Number of contacts n 1 8 Internal relay R Internal relay R Contact code and read single contact RCS is the same Response Normal response write OK Error response write error Error code cr BCC L BCC H C W Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H 0 OFF 1 ON Data Contact state Data 163 Decimal 3 bits Hexadecima...

Page 165: ... contact RCS is the same Response Normal response write OK Error response write error Error code cr BCC L BCC H C W Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H Final data No 4 characters BCC H BCC L cr Initial data No 4 characters Hexadecimal low bit Hexadecimal high bit Hexadecimal low bit Hexadecimal high bit 164 Internal relay R Decimal...

Page 166: ...ansmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H D data register cr BCC L BCC H data n 4 characters Decimal 5 bits D DT Data Data register Data code Read method of the data Note that high byte and low byte switch and they are stored in the message Data of host computer 15 8 7 0 bit High bit Low bit High bit Low bit Data of response message 7 0 15...

Page 167: ...ecimal 5 bits Response Normal response write OK Error response write error Error code cr BCC L BCC H D W Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H Write data No 4 characters BCC H BCC L cr Write data No 4 characters D data register 166 Hexadecimal low bit Hexadecimal high bit Hexadecimal low bit Hexadecimal high bit ...

Page 168: ...ontact code 1 character Internal relay R Decimal 3 bits Hexadecimal 1 bit Internal relay R 40 contacts MAX Response Registration OK Registration error Error code cr BCC L BCC H C M Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H F F F F BCC H BCC L cr F C M Transmis sion destination L Transmis sion destination H Registration Registration reset...

Page 169: ...n OK Registration error Error code cr BCC L BCC H D M Transmis sionsource L Transmis sionsource H cr BCC L BCC H Transmis sionsource L Transmis sionsource H F F F F F BCC H BCC L cr F D M Transmis sion destination L Transmis sion destination H Registration Registration reset A maximum of 16 data can be registered D data register Decimal 5 bits D data register MD Registration of Monitor Data and Re...

Page 170: ...haracters Number of characters for contact 2 characters data 1 4 characters Hexadecimal Hexadecimal Hexadecimal Hexadecimal number of data 4 cr BCC L BCC H G M Transmis sion destination L Transmis sion destination H Read contacts and state of data area registered for MC and MD commands Contact data is 2 characters and data of 8 contacts will be returned to In respect of data one out of every four ...

Page 171: ...e Original transmission right belongs to the host computer Each time a command message is transmitted the transmission right will be transferred Response message normal The inverter conforms to MOD BUS RTU communication however note that there are some differences as below 1 The inverter has only one data block 12 6 Precautions on MOD BUS RTU Communication in Inverter 2 Each data can be accessed w...

Page 172: ...l Discrete output and Discrete input If the address is the same it indicates the same contact No 5 There is no distinction between Input register and Holding register If the address is the same it indicates the same contact No 6 Setting value of parameter P142 changes depending on communication speed 171 In MOD BUS RTU communication the start and end of the frame is normally set to 3 5 byte time w...

Page 173: ... MOD BUS RTU communication the start and end of the frame is normally set to 3 5byte time with P142 TEXT completion judgment time in the inverter Setting value of parameter P142 changes depending on communication speed Slave addresses The setting range is 1 to 31 P136 Communication station No 0 is broadcast full station command During broadcasting no response message is sent back in relation to th...

Page 174: ...ed data is H00 no CRC check is performed The response data is sent back with the calculated CRC code 12 7 Function code for MOD BUS RTU in inverter The inverter is supported for the following eight codes Write Multiple Registers Write Multiple Coils Write Single Register Write Single Coil Read Input Registers Read Holding Registers Read Discrete Inputs Read Coils Name 16 15 06 05 04 03 02 01 DEC F...

Page 175: ...adecimal 1 byte Hexadecimal 2 byte Data 1 number of data bytes n 01 Slave address Start Setting value of P142 CRC L End CRC H Data n Setting value of P142 CRC L End CRC H Error code 81 Slave address Start Setting value of P142 Setting value of P142 The lowest bit of data 1 is coil data of starting to read address If the last data coil is less than 8 bits 0 is added Hexadecimal 1 byte Hexadecimal 1...

Page 176: ...value of P142 CRC L End CRC H Data n Setting value of P142 CRC L End CRC H Error code 82 Slave address Start Setting value of P142 Setting value of P142 The lowest bit of data 1 is coil data of starting to read address If the last data coil is less than 8 bits 0 is added 1 byte Read Discrete Input H02 175 Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byt...

Page 177: ...value of P142 Data n H CRC L End CRC H Data n L Setting value of P142 CRC L End CRC H Error code 83 Slave address Start Setting value of P142 Setting value of P142 Register is 2 bytes so number of data bytes is two times of read register number Read Holding Registers H03 176 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hex...

Page 178: ...byte Data 1 H Data 1 L Number of data bytes n 04 Slave address Start Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte Data n H CRC L End CRC H Data n L Hexadecimal 1 byte Setting value of P142 CRC L End CRC H Error code 84 Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte Register is 2 bytes so number of data bytes is two times of read register number He...

Page 179: ...or code 85 Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte When data H is turned to ON HFF is set to When turned to OFF H00 is set to Data L is fixed to 00H CRC L End CRC H Data L H00 Data H Start address L Start address H 05 Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte...

Page 180: ...l 1 byte Hexadecimal 2 byte CRC L End CRC H Error code 86 Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte CRC L End CRC H Data L Data H Start address L Start address H 06 Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 2 byte Same as command Hexadecimal 1 byte ...

Page 181: ...t Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte CRC L End CRC H Error code 8F Slave address Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Data n H Data n L CRC L End CRC H Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 2 byte Setting value of P142 Setting value of P142 Number of data...

Page 182: ...cimal 1 byte CRC L End CRC H Error code 90 Slave address Hexadecimal 1 byte Start Setting value of P142 Setting value of P142 Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Data n H Data n L CRC L End CRC H Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 1 byte Hexadecimal 2 byte Hexadecimal 1 byte Hexadecimal 2 byte Setting value of P142 Setting value of P142 For nu...

Page 183: ...setting the parameter P150 Setting data clear maximum 2 0sec processing time is necessary for writing data into the internal memory When the timeout period is specified on the host computer the value which does not give any effect on the system must be set 12 8 3 Precautions on Communicating with Host Computer For inverter is not one party in communication that internal memory of the inverter is e...

Page 184: ...0 0 5 Duringmeasuring 6 Measurementends 7 Measurementsuspends Progress of automatic tuning progress DT317 0 01 unit data type 3 PID output value MV DT316 0 01 unit data type 3 PID target value PV DT315 0 01 unit data type 3 PID setting value SP DT314 Contact data Terminal function status monitor R313 Contact data Operation control status monitor R312 Contact data Operation status monitor R311 Cont...

Page 185: ...e Relay No It indicates the input states of the control terminals No 2 8 R310 Control terminal state monitor output signal 1 TR output signal is ON 0 TR output signal is OFF TR1 output signal R3100 1 TR output signal is ON 0 TR output signal is OFF TR2 output signal R3101 1 RY output signal is ON energized 0 RY output signal is OFF not energized RY output signal R3102 Details Name Relay No It indi...

Page 186: ...state PID automatic tuning R3118 Detect current or less signal R3117 1 ON 0 OFF Arrival signal R3112 1 Runs 0 Stops Reverse operation status R3111 1 Runs 0 Stops Operation status R3110 Details Name Relay No It indicates the operation status of the inverter R312 Operation control status monitor During the operation of timer R3127 SW5 command state R3126 During the operation of pulse input R3128 SW4...

Page 187: ...ing disabled function R3131 1 Function is turned ON 0 Function is turned OFF Multi speed function R3130 Details Name Relay No It indicates function status of multifunction terminals With function setting and command SW input or communication command 1 ON is set to DT320 Fault display latest DT321 Fault display second to latest DT322 Fault display third to latest DT323 Fault display fourth to lates...

Page 188: ...e memory inside the inverter However its maximum writing times is 100 000 times If it is necessary to change frequency settings frequently storage command without memory DT237 should be set to When communication control is used for setting frequency value of P003 is set to 6 or 7 When a fault occurs in the inverter no setting can be performed When writing into DT237 it will not be stored in the me...

Page 189: ... Terminal input and communication command can be used simultaneously Reset lock function Dedicated function of terminal input PWM frequency signal select function Terminal input and communication command can be used simultaneously 1 PID function changeover function Terminal input and communication command can be used simultaneously 1 2nd characteristics select function Terminal input and communica...

Page 190: ...200 0 3 1 200 0 99 0 1 0 1 1 1000 0 3 0 2 0 500 0 100 50 40000 0 100 50 40000 4500 40000 5000 40000 0 40 0 1 0 1 2 3 0 7 0 7 0 36000 0 36000 Internal data 1 Overvoltage stall prevention Function P019 2 Current limit function P020 1 OCS level P021 1 Retry function P022 2 DC brake time during forward run reverse run operation P034 1 Overcurrent stall prevention function P018 2 Thermal current settin...

Page 191: ...36000 s 2nd acceleration time P061 2 1 36000 s 3rd deceleration time P064 2 1 36000 s 4th acceleration time P065 2 1 36000 s 4th deceleration time P066 1 0 255 Rotation direction of timer s operation P067 s Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz s s Hz 0 65530 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 50 40000 0 6 0 36000 0 36000 50 4...

Page 192: ...mpensation P098 3 0 50 40000 Hz 0V stop function select P101 1 0 1 Bias gain function select P102 7 10 3500 Bias frequency setting P103 3 0 50000 Gain frequency setting P104 s Hz ms times times times times times times times times times s s s s s s s 0 36000 0 50 40000 0 21 0 10 0 11 1 20000 1 100 0 1 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 65530 0 ...

Page 193: ... Communication speed setting P137 1 1 31 Communication station No setting P136 1 0 1 Communication protocol select P135 1 1 2 Stop bit length P138 1 0 2 Parity check P139 2 0 600 s Timeover detect P140 1 1 1000 ms Send wait time P141 kHz Hz Hz Hz Hz Hz Hz Hz s s 2 6 0 1 0 6 0 50000 10 3500 3 6 0 1 0 100 50 40000 0 100 50 40000 0 3 0 40 4500 40000 0 10 0 50 40000 0 50 40000 0 50 40000 0 10000 1 600...

Page 194: ...ge 57 for determining whether to change parameter settings with communication or not during operation When sending change command to parameters other than allowable ones during operation of the inverter the command will return as response in MEWTOCOL COM mode error code 53 Return to H07 mode error in MOD BUS RTU Turn off the power supply once after the data has been set otherwise the set value wil...

Page 195: ...cy setting and P134 Slip compensation frequency data Transmission data Displayed data 10 1000 7 P032 DC brake level and P035 DC brake level during forward reverse run operation data Transmission data Displayed data 5 5 P005 V F mode data Displayed data 50 60 FF 3C Transmission data 0 1 2 3 4 Data in 0 01 unit Transmission data Displayed data 100 3 Data in 0 1 unit Transmission data Displayed data ...

Page 196: ...nsufficient or transmission destination is not contained in the message Format error A transmission error occurred in the command data BCC error A received data is 118 bytes or more Frame over error A data error occurred during the communication e g Parity error framing error NA CK error Description Content Commands are ignored when an error occurred in communication Following error codes are retu...

Page 197: ...vel Reduce the load An output current exceeding 125 of the electronic thermal setting current or 140 or more of the inverter rated current occurs for more than 1 minute OL Measure the power supply voltage Check input open phase Check the ride through function Power supply voltage drops to less than 85 of rating LU Increase the acceleration time Excessive internal DC voltage during acceleration OU1...

Page 198: ...and button through external control communication is turned OFF once The fault will be reset when the STOP button on the operation panel is pressed and then the inverter can be restarted Resetting by panel When operation is set to panel Parameter P003 set to 0 or 1 the fault will be reset when the STOP button on the operation panel is pressed and then the inverter can be restarted When operation i...

Page 199: ...inquire When one of faults on page 196 is displayed and the motor has not rotated check the following two points Check whether this is the first time or immediately after installation power has been applied to the inverter or it has been in use Check if this is an inverter malfunction failure a wiring or a motor malfunction Check the run signal and setting data Check the frequency setting signal a...

Page 200: ...Reduce the motor load factor Increase the motor capacity If the motor capacity exceeds the inverter capacity increase the latter as well No Reduce voltage frequency characteristics Does an open phase exist in the output of the inverter Yes No No Reduce the motor load factor or carry out forced cooling Increase the motor capacity If the motor capacity exceeds the inverter capacity increase the latt...

Page 201: ... The contact current and load inductance are major factors 2 The capacitor inside the inverter is used mainly as a smoothing filter and its lifetime varies greatly with temperature as internal chemical reactions take place Generally when the temperature of the aluminum electrolytic capacitor increases by 10 the life is halved Thus the temperature determines the inverter life span If the inverter i...

Page 202: ...Check output line voltage balance between phases during inverter operation without application 2 Check the protection and display circuits with the sequence protection operation test 1 Measure voltage between output terminals 2 Simulate a short circuit between the inverter warning outputs 1 Line output balance is 4V max 400Vtypeis8Vmaximum 2 The sequence protection circuit must function correctly ...

Page 203: ...uous operation at 323V AC or more Continuous operation at less than 323V AC for 15ms Instantaneous voltage drop resistance capacity 5 of rated input frequency Tolerable frequency variations 10 15 of rated AC input voltage Tolerable voltage variations Three phase 380 to 460V AC 50 60Hz Number of phases voltage frequency Input power supply 150 of rated output current for 1 minute Overload current ra...

Page 204: ...op frequency Optional setting from 0 5 to 60Hz Start frequency Stop signal reset external reset panel reset optional and power supply reset Reset function Select from ramp to stop or coast to stop selection changeover Stop mode Setting frequency Optional setting for 0 5 to 400Hz Acceleration deceleration time Optional setting from 0 04 to 3600s JOG operation Operation panel buttons 1a contact sign...

Page 205: ...for 0 1 to 120s DC braking 20 or more Regenerative braking torque Braking Interface RS485 serial communication Communication speed 4800 9600 19200 38400 bps selectable Protocol MEWTOCOL COM MOD BUS RTU selection changeover Communication method Half duplex Max No of connected units 31 units Max transmission distance 500m total length Communication function PID control mode optional PID function ext...

Page 206: ... temperature and humidity Environment Overcurrent stall prevention and overvoltage stall prevention Stall prevention function nstantaneous overcurrent and malfunction of fan SC1 to 4 temperature faults OH overcurrent OC1 to3 overload and electronic thermal relay OL low voltage LU overvoltage OU1 to 3 auxiliary faults AU operation error OP and CPU error CPU Trip stop Current limit can be set from 1...

Page 207: ... liabilities for expendable goods such as battery and electric light and auxiliary materials shall not be borne by our company Coverage We will offer necessary parts or promptly replace repair the defective and or faulty parts free of charge at the repairing sites designated by our company However the following cases are the exceptions 1 Failures caused by specifications or faulty handling methods...

Page 208: ...te 2007 8 8A3 645 7000 1 First edition 2007 11 8A3 645 7000 1 Second edition amendment Manual No is recorded on the back cover 207 Modification of hexadecimal indication Appendix to 12 8 3 Precautions on Communicating with Host Computer Refer to page 182 ...

Page 209: ...ad Guangzhou Tel 020 87622201 Dalian Branch Address 7F Senmao Mansion No 147 Zhongshan Road Xigang District Dalian Tel 0411 83607758 Shengyang Branch Address 3 906 2 City Plaza No 206 North Nanjing Street Heping District Shenyang Tel 024 23341905 Chengdu Branch Address A 2 15F Chuanxin Tower No 18 2nd sect South Renmin Road Chengdu Tel 028 86199501 Shenzhen Branch Address D C unit 19F Tianmian Cit...

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