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11

MV MX 

Model 

Function 

No. 

Set 

value

No. 

Set 

value 

Remarks 

Frequency reference 1 

(Principal velocity 

frequency) 

n024 6.00 

F001 

A020 

0.0 

setting frequency on F001 enables to set 

the same value on A020.   

Frequency reference 2 

n025 

0.00 

A021 

0.0 

 

Frequency reference 3 

n026 

0.00 

A022 

0.0 

 

Frequency reference 4 

n027 

0.00 

A023 

0.0 

 

Frequency reference 5 

n028 

0.00 

A024 

0.0 

 

Frequency reference 6 

n029 

0.00 

A025 

0.0 

 

Frequency reference 7 

n030 

0.00 

A026 

0.0 

 

Frequency reference 8 

n031 

0.00 

A027 

0.0 

 

Inching frequency command  n032 

6.00 

A038 

6.0

 

The set range of MX is 0.00 to 9.99. 

Upper frequency 

reference   limit  

n033 

100 A061  0.0 

The default value of MX 0.0 shows “limit 

function invalid”.   

Lower frequency reference   

limit 

n034 0  A062  0.0 

 

Frequency reference select/ 

reference unit selection   

n035 0  b086  1.0 

 

Motor rated current   

n036 

Varies 

with  

capacity

b012 

Rated 

current

b012: set electronic thermal level. 

Motor protection function 

select 

n037 0  b013  00 

b013: set electronic thermal characteristics

Motor protection operation 

time  

n038 8 

―――

 

―――

 

 

Cooling fan operation select 

(with cooling fan only) 

n039 0  b092  01 

 

Motor rotation direction   

n040 0  F004  00 

MV: corresponded to all operation 

command 

 

MX: Direction selection at pressing operator 

RUN 

Acceleration time 3 

n041 

10.0 

―――

―――

 

Deceleration time 3   

n042 

10.0 

―――

 

―――

 

 

Acceleration time 4 

n043 

10.0 

―――

 

―――

 

 

Deceleration time 4   

n044 

10.0 

―――

 

―――

 

 

Summary of Contents for 3G3MX-A2001

Page 1: ...1 3G3MV 3G3MX Migration guide...

Page 2: ...RCUIT TERMINAL 4 CONTROL CIRCUIT TERMINAL 5 THE DIFFERENCES ON TERMINAL SCREW AND WIRE SIZE BETWEEN MV AND MX 6 4 STANDARD BRAKING TORQUE AND MINIMUM CONNECTABLE RESISTANCE VALUE 8 5 PARAMETER TABLE 1...

Page 3: ...r of multi function analog input usable on the MX is one Change to MX is not possible if two analog inputs are used on the MV 4 The functions below are not available on the MX Frequency reference loss...

Page 4: ...dimensions of the MX drive are larger than the MV series Please note that the size value is larger than the MV depending on capacity The mounting screw position on 3G3MV AE002 AE004 A2002 to 2007 diff...

Page 5: ...MV MX Remarks R L1 R L1 S L2 S L2 T L3 T L3 AC power input terminal U T1 U T1 V T2 V T2 W T3 W T3 Motor output terminal B1 P 2 B2 RB Braking resistor connection terminal 1 1 DC reactor connection term...

Page 6: ...ent on the MV and MX drives The default value will display the multi function setting allocated on both MV and MX On the default setting the control terminals of S3 and S4 on MV have switched to the o...

Page 7: ...nd wire size differences between MV and MX Main circuit terminal size and electrical wire size Recommended wiring breaker and electromagnetic contactor will be same Control circuit terminal size and e...

Page 8: ...s 0 5mm 2 The length to signal line armor is 5 to 6mm and connect it as an electrical wire If stranded wire keep it from coming apart The max armor outer dimensions of signal line except alarm signal...

Page 9: ...in the shortest time From 60Hz on a single unit motor MX the average deceleration torque when deceleration in the shortest time From 50Hz on a single unit motor Braking resistor is not installed on in...

Page 10: ...10 bold Depending on cases please consider using a larger capacity drive Minimum connectable resistance value on each capacity Following is the braking options used on MX...

Page 11: ...selection at operator interruption n010 0 Maximum frequency n01 1 60 0 A004 60 0 Maximum voltage n012 200 0 A082 200 Maximum voltage frequency n013 60 0 A003 60 0 Middle output frequency n014 1 5 A04...

Page 12: ...pper frequency reference limit n033 100 A061 0 0 The default value of MX 0 0 shows limit function invalid Lower frequency reference limit n034 0 A062 0 0 Frequency reference select reference unit sele...

Page 13: ...081 C082 100 0 100 0 C081 Gain adjustment at voltage input C082 Gain adjustment at current input Frequency reference bias n061 0 A01 1 A101 0 0 0 0 A011 Bias adjustment at voltage input A101 Bias adju...

Page 14: ...umbers of retry is fixed at 3 Jump frequency 1 n083 0 00 A063 0 0 Jump frequency 2 n084 0 00 A065 0 0 Jump frequency 3 n085 0 00 A067 0 0 Jump width n086 0 00 A064 A066 A068 0 5 MV set output frequenc...

Page 15: ...ng at same frequency on trip retry function Torque compensation gain n103 1 0 A046 1 0 Torque compensation primary delay time constant n104 0 3 Torque compensation excitation loss n105 Varies with cap...

Page 16: ...A071 00 Detection value adjustment gain n129 1 00 A075 1 00 MV Adjust input level of target value MX Set percentage of feedback value and display it on monitor d004 Proportional gain P n130 1 0 A072...

Page 17: ...t used n147 n148 Pulse train input scale n149 2500 Multi function analog output pulse train frequency selection n150 0 RS 422 485 communication time over detection selection n151 0 C076 C077 02 0 00 C...

Page 18: ...sed n165 Input open phase detection level n166 0 Input open phase detection time n167 0 Output open phase detection level n168 0 Output open phase detection time n169 0 0 Enter command operation selec...

Page 19: ...0 10 0 AE022 3 8 11 0 5 0 No decrease of rating Single phase 200V AB037 6 7 17 5 7 5 16 5 A2001 0 3 0 8 A2002 0 6 1 6 A2002 0 6 1 6 A2004 1 1 3 0 A2004 1 0 3 0 A2007 1 9 5 0 10 No decrease of rating A...

Page 20: ...nt or addition to the above warranty See http www omron247 com or contact your Omron representative for pub lished information 14 Limitation on Liability Etc OMRON COMPANIES SHALL NOT BE LIABLE FOR SP...

Page 21: ...mron247 com Canada www omron ca Brazil www omron com br Latin America www espanol omron com MIG_MAN_3G3MVTO3G3MX 2008 OMRON ELECTRONICS LLC UNITED STATES To locate a Regional Sales Office local Distri...

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