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VF61 Programming Chart

Model VF61 ___________________ SN: _______________________

Code

No.

Function Abbrev.

  Function setting item

Unit

Setting range (Setting Resolution)

Change

during

operation

Default

User

value

80

Acc2.Time

Acceleration (2) time

Sec.

.1 to 3600

Impossible

30 Sec

81

Dec2.time

Deceleration (2) time

82

Acc3.Time

Acceleration (3) time

83

Dec3.Time

Deceleration (3) time

84

Acc4.Time

Acceleration (4) time

85

Dec4.Time

Deceleration (4) time

86

Preset3.F

Preset (3) frequency

Hz

-Top.F to +Top.F

Possible

0 Hz

87

Preset4.F

Preset (4) frequency

88

Preset5.F

Preset (5) frequency

89

Preset6.F

Preset (6) frequency

90

Preset7.F

Preset (7) frequency

91

Term-9.Sel

Terminal 9 (multifunction analog output)
selection

N/A

Vout                                                                        Output  voltage  (a)
Iout                                             Output current (b)
Torq                                                                                                    Torque
current(c)
Fout                                                   Output  frequency (d)
Internal Mon            justing monitor for internal
use (e)

Possible

(b)

92

Carrier.F

Carrier frequency

kHz

4 to 15

Possible

15 kHz

93

L-SP.Adjust

Line speed indication adjustment

N/A

0 to 3200

Possible

0

94

STB.Adjust

STB adjustment

%

0 to 100

Possible

0%

95

OL.Pre-Alarm

Overload pre-alarm setting

%

0 to 100

Possible

50%

96

LED-Disp.Sel

Inverter LED indication item selection

N/A

Fout                                     Output frequency (a)
Fref                                  Reference  frequency  (b)
Iout                        Output  current  (c)
Vout                                          Output  voltage  (d)
Torq  out                                                      Torque  current  (e)
Vdc                                                      DC  voltage  (f)
Motor  Speed               Synchronous  motor  RPM (g)
OL  counter            Overload  counter  (h)
Line  Speed                                  Line  Speed  (i)
ROM Version                                      ROM Version
(j)

Possible

(a)

97

ALM-data cir

Fault history clear

N/A

yes (a)

no (b)

Impossible

(b)

Code group special settings

Code

No.

Function Abbrev.

Function setting item

Unit

Setting range (Setting Resolution)

Change

during

operation

Default

User Value

17

Motor.Cap

Rated motor capacity

kW

.4 to rated inverter capacity

Impossible

N/A

18

Motor.V

Rated motor voltage

V

(400V class)  320 to 480

Impossible

400V

V

(200V class)  160 to 240

Impossible

200V

19

Motor.I

Rated motor current

A

1 to Rated inverter current

Impossible

N/A

20

Motor.F

Rated motor frequency

Hz

30 to 400

Impossible

60Hz

21

Motor.RPM

Rated motor RPM

rpm

300 to 24000

Impossible

1740rpm

22

Motor.Pole

Number of poles of the motor

N/A

2,4,6,8 (pole)

Impossible

N/A

23

Motor.R1drop

Primary resistance drop of the motor

%

0 to 25

Impossible

5%

24

DB.V

Dynamic Brake operating voltage

V

(400V class)   540 to 740

Possible

720V

V

(200V class)   270 to 370

Possible

360V

25

0 to 10V Gain

Frequency setting input + side (0V to
10V) gain

%

50 to 150

Possible

100%

26

-10 to 0V Gain

Frequency setting input - side (-10V to
0V) gain

%

50 to 150

Possible

100%

27

Term-9.Gain

Terminal 9 (analog output) gain

%

50 to 150

Possible

100%

28

Term-9.Ofset

Terminal 9 (analog output) offset

%

-5 to +5

Possible

0%

29

VDC.DET.Gain

DC voltage detection gain

%

90 to 110

Possible

100%

30

CRT.DET.Gain

Output current detection gain

%

50 to 150

Possible

100%

31

FCL.Level

FCL level

%

80 to 100

Possible

100%

Special Setting 2 (Sp.set-2)

Code

No.

Function Abbrev.

Function setting item

Unit

Setting range (Setting Resolution)

Change

during

operation

Default

User Value

17

4 to 20 out.Sel

4 to 20 mA output selection

N/A

Vout                    Output  voltage  (a)
Iout                                            Output  current  (b)
Torq                          Torque  current  (c)
Fout                            Output  frequency  (d)
Internal Mon     Adjustment monitor for internal
use (e)

Possible

(b)

18

4 to 20 out.gain 4 to 20 mA output gain

%

50 to 150

Possible

100%

19

4 to 20

out.Ofset

4 to 20 mA output offset

%

-1 to +1

Possible

0%

20

ISOin.Gain

Insulated input gain

%

50 to 150

Possible

100%

21

ISOin.Ofset

Insulated input offset

%

-1 to +1

Possible

0%

22

PG-Pulse

Number of PG pulses

P/R

100 to 2400

Impossible

600 P/R

23

ASR.P-Gain

ASR proportional gain

N/A

1 to 200

Possible

5

24

ASR.I-Time

ASR integral time

mS

.20 to 200

Possible

10 mS

Summary of Contents for VF61

Page 1: ...NVERTER FUNCTION MANUAL 12 10 96 REV 820 Lakeside Drive Gurnee IL 60031 1 800 DRIVCON 374 8266 PH 847 855 9150 FAX 847 855 9650 http www drivecon com Email drive sales drivecon com ULYHFRQ 0 2 7 2 5 5 9 6 1 2 1 7 5 2 6 ...

Page 2: ... Items 1 5 3 Special Setting Items 2 5 4 Optional Setting Items 5 2 Alarm indication 7 3 Console Monitor Indications 8 4 Description of Functions 4 1 Basic Setting Items 9 4 2 Special Setting Items 1 13 4 3 Special Setting Items 2 25 4 4 Optional Setting Items 26 VF61 Series Function Manual 1 ...

Page 3: ...HOHFWLRQ 1 0LQ VWDUW 0LQLPXP IUHTXHQF VWDUW D IUHH VWDUW UHH VWDUW E PSRVVLEOH D 6WRS PRGH 6WRS PRGH VHOHFWLRQ 1 GHFHO VWRS HFHOHUDWLRQ VWRS D IUHH VWRS UHH VWRS E PSRVVLEOH D XQFWLRQ XS 6HOHFWLRQ RI VSHFLDO VHWWLQJ LWHPV 1 6S VHW 6SHFLDO VHWWLQJ D 3RVVLEOH D 1 6S VHW 6SHFLDO VHWWLQJ E 2SWLRQ 2SWLRQDO VHWWLQJ F 6SHFLDO VHWWLQJV 6S VHW LP 8SSHU UHTXHQF OLPLW XSSHU LP WR PSRVVLEOH LP RZHU UHTXHQF OL...

Page 4: ...lection Sec 10 Sec d Impossible a 39 Rotation Sel Rotation direction selection N A For Rev Both Both forward and reverse allowed a For only reverse rotation is inhibited b Rev only Forward rotation is inhibited c Impossible a 40 IPF Restart Restart after instantaneous power failure selection N A off ower failure lasting 10 seconds or less is a on assumed to be instantaneous power failure b Impossi...

Page 5: ...unction selection Arrive Ref F Set value is reached a F Detect 1 F Frequency detection 1 b F Detect 1 F Frequency detection 1 c F Detect 1 F Frequency detection 1 d F Detect 2 F Frequency detection 2 e F Detect 2 F Frequency detection 2 f F Detect 2 F Frequency detection 2 g T Detect T Torque detection h OL Pre Alarm Overload Pre alarm i Under Volt Insufficient voltage j Reverse Now Reverse rotati...

Page 6: ...d inverter capacity Impossible N A 18 Motor V Rated motor voltage V 400V class 320 to 480 Impossible 400V V 200V class 160 to 240 Impossible 200V 19 Motor I Rated motor current A 1 to Rated inverter current Impossible N A 20 Motor F Rated motor frequency Hz 30 to 400 Impossible 60Hz 21 Motor RPM Rated motor RPM rpm 300 to 24000 Impossible 1740rpm 22 Motor Pole Number of poles of the motor N A 2 4 ...

Page 7: ...6 Thispagereservedforyournotes ...

Page 8: ...ure Note 2 on Over Freq R Excess frequency on EXT Failure 1 Q External failure 1 for multifunctional input on EXT Failure 2 Q External failure 2 for multifunctional input on EXT Failure 3 Q External failure 3 for multifunctional input on EXT Failure 4 Q External failure 4 for multifunctional input on Panel Error 3Q U Console panel error on Option Error R3 U Internal option board error This occurs ...

Page 9: ...minal check 1 bit on 1 Meaning of each bit is shown in Table 7 10 I2 term check Input terminal check 2 bit on 1 Meaning of each bit is shown in Table 7 11 O term check Output terminal check bit on 1 Meaning of each bit is shown in Table 7 12 Not used 13 Not used 14 Not used 15 ROM Version ROM version The XX XX portion of the ROM software version VF61 XX XX is indicated Alphabetic characters A B ho...

Page 10: ...requency reference frequency and excess frequency can be set When the START key is pressed the motor rotates at the reference frequency 1 No 00 Ref set F reference frequency 2 No 05 Top F maximum frequency 3 No 11 Min F minimum frequency 4 No 21 OF Set excess frequency protection is performed 4 1 2 Jog frequency The jog frequency can be set 1 No 01 FOR JOG F forward jog frequency 2 No 02 REV JOG F...

Page 11: ... No 07 Rated Out V rated output voltage Note The rated output voltage can be lowered than the rated motor voltage Motor V and used Note 1 For program operation three more points can be set for the acceleration deceleration time Four points in total Note 2 When the S shape acceleration deceleration is used time from 0 Hz to Top F and time from Top F to 0 Hz increase for the S shape 4 1 7 Torque boo...

Page 12: ...rload counter decreases the value The overload pre alarm function can also be used to turn on the multifunction output terminal when the over load counter exceeds a specified value That is the overload protection can be prevented by detecting the pre alarm output to reduce the torque See 4 2 21 4 1 10 V F pattern selection 1 No 13 V F Pattern V F pattern selection The V F pattern characteristics c...

Page 13: ...de start mode selection 1 Min F start minimum frequency start The inverter is started with the output frequency set as Min F Note When Min F Start is selected for restarting the inverter after instantaneous power failure the inverter is restarted at the frequency just before the instantaneous power failure has occurred 2 No 15 Stop Mode stop mode selection 1 decel stop deceleration stop When the s...

Page 14: ... the reference frequency range is ignored and the plus side setting is used However reversal by using For Rev is possible 4 2 2 Output frequency characteristics 1 No 19 Ex RefF set selection of external frequency setting 1 When 10 0 10V is selected the frequency can be set using voltage 2 When 4 20mA is selected the frequency can be set using current When current is selected however the frequency ...

Page 15: ...r and load The bend point voltage and bend point frequency are set as of the ratings 1 No 23 Bend Point V bend point voltage The bend point voltage is set as of the rated output voltage 2 No 24 Bend Point F bend point frequency The inclination of the V F constant characteristics when starting the inverter can be increased or decreased according to the load 4 2 5 Torque limit function 1 No 25 Lim T...

Page 16: ...boost 15 4 2 6 DC brake function DC brake can be applied when stopping the inverter In this case set the voltage start fre quency an time for the DC brake The multi function input signal can be used to apply DC brake Turn off the start command and then turn on the selected multifunction input 1 No 28 DC br V DC brake voltage 2 No 29 DC Br F DC brake start frequency 3 No 30 DC Br Time DC brake time...

Page 17: ...rse rotations are allowed 2 For only Reverse rotation is inhibited 3 Rev only Forward rotation is inhibited The rotation direction can be selected from among the three choices shown left The reverse rotation with Rev only selected or forward rotation with For only selected are limited to 0 Hz 4 2 10 Rotation direction selection Insufficient voltage lasting about 10 seconds or less is assumed to be...

Page 18: ...ant square law reduction or bend characteristics are used for operation 2 Slip Compen Slip compensation control This is selected to compensate the slip amount of the motor corrects the output frequency so that the number of motor rotations is not reduced when the load increases 3 Freq Droop Frequency droop control This is selected to droop the frequency when the load increases 4 ASR Control ASR co...

Page 19: ...equency 56 PGM1 Acc Dec Program operation 1 acceleration deceleration selection 48 PGM 1 Time Program operation 1 time 3 04 Preset2 F Preset 2 frequency 57 PGM2 Acc Dec Program operation 2 acceleration deceleration selection 49 PGM 2 Time Program operation 2 time 4 86 Preset3 F Preset 3 frequency 58 PGM3 Acc Dec Program operation 3 acceleration deceleration selection 50 PGM 3 Time Program operatio...

Page 20: ... to switch between the console and terminal Terminal 33 34 voltage at the terminal is applied 35 34 current at the terminal is applied Console The reference frequency set in code No 00 Ref set F at the console Option 1 Signal from the optional board Option 2 Not used reserved for function extension Up Down Key Acceleration deceleration operation using the UP DOWN keys at the console Up Down Term A...

Page 21: ...8 T Detect T Torque detection The torque can be set in code No 73 Detect Torq torque detection 9 OL Pre Alarm Overload pre alarm The specified value can be set in code No 95 OL Pre Alarm overload pre alarm setting 10 Under Volt Insufficient voltage This is when the inverter is stopped due to insufficient voltage 11 Reverse Now Reverse operation in progress This is output when DIR REM at the consol...

Page 22: ...inal 27 5 No 78 Term 28 Sel terminal 28 6 No 79 Term 29 Sel terminal 29 When the same function is set at two or more terminals and any one of them is turned on the condition is assumed to be on OR condition The function which are not set at any terminal is assumed to be off Emergency stop B Emrg Stop B how ever is B contact operation When the selected terminal is opened emergency stop occurs Multi...

Page 23: ...Output frequency acceleration Output Frequency deceleration Multifunction input terminals can be used to accelerate decelerate the output frequency Set code No 63 Ref F Sel to Up Down Term 8 9 10 11 Ext Failure 1 Ext Failure 2 Ext Failure 3 Ext Failure 4 External failure 1 External failure 2 External failure 3 External failure 4 Multifunction input terminals can be used Failure input to stop the i...

Page 24: ...output voltage Vout Output voltage 7 5V 400V 400V Class 200V 200V Class Iout Output current 5V 100 rating for the inverter Torq Torque torque current 5V 100 rating for the inverter both and directions Fout Output frequency 10V Top F both and directions Internal mon Adjusting monitor for internal use 4 2 17 Multifunction analog output 1 No 91 Term 9 Sel multifunction analog output selection Output ...

Page 25: ...ear alarm data set it to yes After the clearing it is automatically set back to no Table 16 Inverter LED indication No LCD Monitor indications Unit Remarks 0 Fout Output frequency Hz 1 Fref Reference frequency Hz 2 Iout Output current A 3 Vout Output voltage V 4 Torq out Torque torque current Current for the same phase as the output voltage is indicated 5 Vdc DC voltage V 6 Motor Speed Synchronous...

Page 26: ...already set to Sp set 2 select Sp set 2 again to set those code numbers 4 3 1 Input of motor constants Before performing auto tuning input the following motor constants inscribed on the motor rating plate No Code No LCD Setting 1 No 17 Motor Cap Rated motor capacity 2 No 18 Motor V Rated motor voltage 3 No 19 Motor I Rated motor current 4 No 20 Motor F Rated motor frequency 5 No 21 Motor RPM Rated...

Page 27: ...o the optional board No Code No LCD Setting 1 No 17 4 20out Sel 4 20mA output selection No Selection item No Selection item 1 Vout Output voltage 5 Fout Output frequency 2 Iout Ouput frequency 6 Internal Mon Adjusting monitor for internal use 3 Torq Torque 2 No 18 4 20out Gain 4 20mA output gain 3 No 19 4 20outOfset 4 20mA output offset 4 No 20 ISOin Gain Insulation input gain 5 No 21 ISOin Ofset ...

Page 28: ...820 Lakeside Drive Gurnee IL 60031 1 800 DRIVCON 374 8266 PH 847 855 9150 FAX 847 855 9650 http www drivecon com Email drive sales drivecon com ULYHFRQ 0 2 7 2 5 5 9 6 1 2 1 7 5 2 6 ...

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