Fr d700

2 MITSUBISHI ELECTRIC

FR-D700
Frequency Inverter

Instruction Manual

FR-D720S EC
FR-D740 EC

MITSUBISHI ELECTRIC INOUSTRAL AUTOMATON

Instruction Manual

Inverter FR.0700 EC
Ar. no. 22587
Version (Changes /Adaiions Corrections
[A 0200 pp |
[5072008 pdp |General Expansion ofthe range af models by ons FA-D7205 or
‘comecton oa ange phase power supp,
‘Secon 6.185 Insructon Cade Mult commana)
[Append A. Aion of rated gevce cuert or requency vertes
FR D7A001210 1600y Mo val for 40
[6 072010 a |General + Soting values 80 67,180, 181° a Pr. 180 and Pr. 192
{Now parameter 197 80 terminal funcion selection”
‘total vate of Pr. 122 and Pr 162
+ Safety stop function
+ Usage oa resal cu doves
Secionzs Towblesneatng
[er oszoro ag03-95 Thora Roly Type Name
Page 3-26,
GED papa [Page 528

Sa SPURT TE TAIT VOTO AT

‘Thankyou for choosing the Mitsubishi invert.

‘Thisinstucion manual provides nstrctons for advanced us ol the FR-0700 sess invoers.
Incomecthandling mph cause an unexpected faut Before using ho inverter, always ead this
insructon manual to uso the equipment ts optmum,

Safety instructions

Do not attempt to install, oporae, maintain or inspect the invertor un you have read though
‘isinsrucion manual carey andcan use o equpmont comecty. Donotuse the verter un
à you have afl knowledge ol he equipment salty nlomaten and instucions In Ie in
struction manual, the saat instruction vas ara lalo ino WARNING: and “CAUTION.

WARNING:

‘Assumes that incorrect handling may causo hazardous conditions, resulting In death
Or severe injury.

>

‘CAUTION:
‘Assumes that incorrect handling may cause hazardous conditions, resulting In mode
lum or sight injury, or may causo physical damage only.

"Noto that ven the CAUTION vel may bad a srious consequence according to conditions.
Place follow scythe instratons of both levels because they are important to personnel
satay

FRO700EC

Electric Shock Prevention

WARNING:

© While power Is on or when the Inverter Is running, do not open the front cover.
Otherwise you may get an electric shock.

e Do not run the inverter withthe front cover removed. Otherwise, you may access
the exposed high-voltage terminals o tho charging part of he circuitry and get an
electo shock.

+ Even if power Is off, do not remove the front cover except or wiing or periode
Inspoction. You may access the chargedinvertorcrcutsandgetan electric shock.

e Before starting wiring or inspection, check to make sure that he operation panel
Indicator Is of, walt for atleast 10 minutes after the power supply has boon
‘itched of, and chock that here are no residual voltage using a tester or the Ik.
The capacitor Is charged with high volage for some time after power off and is
dangerous.

e This invertor must bo earthed. Earthing must conform to the requirements of
national and local safety regulations and elpctrical codes. (US, NEC section 250,
NEC 588 class 1 and other applicable standards)

Uso a neutalpola earthed (grounded) power supply for 400V class inverter in
complance with EN Standard.

© Any person who Is involved Inthe wiring or Inspection of this equipment should
be ly competent o do the work.

e Always instal tho inverter before wing. Otherwise, you may get an electric shock
or be injured.

e Ityourappliation require by installation standards a RCD (residual current device)
as up stream protection please select according to DIN VDE 0100-530 as following:
‘Single phase inverter type Aor B
Three phase Inverter ony type B

e Perform setting di andkey operations with dry hands topreventan electri shock.
Otherwise you may got an lect shock.

e Donotsubject the cablesto scratches, excessive tros, heavy loads or pinching.
Otherwise you may got an elec shock.

e Do not replace the cooling fan while power I on. ts dangerous to replace the
‘cooling lan will power Ison.

(© Do nottouch te printed cru board with wethands You may get an elect shook

© Yen measuring the main circuit capacitor capacity, the DC voltage is applied to
the motor fr 1 at powering o. Never touch the motor terminal, te. ght air
‘powering orto prevent an electric shock.

AAMITSUBISMI ELECTRIC

Fire Prevention

‘CAUTION:

© Mountthe inverter toIncombustible materia. nsalthe Inverter ona nonflammabie
wall without holes (so that nobody can touch the Inverter heatsink on tho rear sido,
‘te, Mounting Ito or near combustible material can cause a Ire

lie inverter has become faulty, switch off the inverter power. À continuous flow
(of arge current could cause a fre.

+ When using brake resistor, make up a sequence that wil urn of power when an
alarm signals output Otherwise, th bake resistor may excessively overeat due
{to damage ofthe brake transistor and such, causing a fe.

(© Do not connect a resistor direct tothe DO terminals +, ~ This could cause a tro
and destroy the inverter. The surtac temperature of braking resistors can far
Oxc00d 100°C for brit poriods. Mako sure that her fs adequate protection against
‘accidental contact and a Sato distance fs maintained to other units and systom
parts.

Injury Prevention

‘CAUTION:

© Apply only the voltage spociid in tho instruction manual to each terminal.
‘Otherwise, bust, damage, ote. may occur.

+ Ensure thatthe cables are connected tothe corect terminals. Otherwise, bust,
damage, ote. may occur.

© Always make sure that polarityiscorect to prevent damage, ee. Otherwise, burst,
‘damage, ete. may occur.

+ We power Is on or for some tine ater power-off, do not touch the invertor as it
1 hot and you may got burnt.

FRO700EC

Additional Instructions
‘Aso note the folowing po to prevent an accidental fu, iur, lt shock, ic.

Transport und instalation

caunon:

(© Transport the product using the correct method that coresponds tothe weight.
Failure to observe this could lead to injuries.

(© Do not stack the inverter boxes higher than the number recommended.

(© Ensuro that installation postion and material can withstand tho weight of tho
Inverter. Install according to We information In the Instruction manual.

{© Donat instal or operate the Inverter ts damaged or has parts missing. This can
resul In breakdowns.

+ When carrying to Invrtr, do not hold by th ont cover or sting al; may
fall otra

© Do not stand or rest heavy objects on the product.
(Check the inverter mounting orientation is correct.

Provent other conductive bodies such as screws and metal fragments or other
Flammabio substance such as of from entering the Inverter,

+ As th Inverter is a precision Instrument, do at drop or subject It to impact.
(© Uso tho inverter under the following environmental conditions. Otherwise, tho
Inverter may be damaged.

CRE

[ec (1700 29 more

io ay ol

EE eee
oe eee

ro era rae sae tn TE

© Temporaure apleabie fora shor Emo, og. trans

wiring

‘CAUTION:

(© Donot instal assembles or components o. 9. power factor correction capacitors)
on the inverter output sido, which are not approved rom MisuDish.

e The direction of rotation of the motor corresponds to the direction of rotation
commands (STF/STA) only he phase sequence (U,V, W) Is maintained.

AAMITSUBISMI ELECTRIC

“Tal un

‘CAUTION:

(© Before starting operation, contr and adjust ie parameters. A alu to do so
may cause some machines to make unexpected motions.

Operation

WARNING:

+ When you have chosen the retry function, stay away from the equipment ast wil
‘start suddenly aftr an alarm stop.

e Since pressing STOP/RESET key may not stop output depending on the function
“setting status, provid a crcul and switch separately to make an emergency stop
(power of, mechanical brake operation for emergency stop etc)

(© Mako sure that to start signal Is off bare resetting the Inverter alarm. A flluro
0 de s0 may restart the motor suddenly.

e The load used should bo a three-phase induction motor only. Connection of any
‘ther electrical equipment 1 he inverter output may damage the equipment.

© Do not modty the equipment.

e Donotpertorm parts removal which snot instructed inthis manual. Doing so may
Head to faut or damage ofthe invert

FRO700EC

‘CAUTION:

(© The electron thermal relay function does not guarantee protection ofthe motor
ram overheating Is recommended to install both an external thermal and PTC
thermistor or overheat protection.

e Donotuse amagnetc contactor onthe Inverter Input or requentstarting/stopping
ofthe inverter. Othorwise, tho Île ofthe Inverter decreases.

© Use a nois er to reduce the effect of electromagnetic interference and follow
the accepted EMC procedures fr proper installation o frequency invertors. Olh-
rise nearby electronic equipment may bo afectod

+ Take appropriate measures regarding harmonies. Otherwise this can endanger
‘compensation systems or overiaad generator,

+ Uso a motor designed for inverter operation. (Tho stress for motor windings Is
bigger than inline power supply)

+ When parameter clear or al clear performed, set again the required parameters
before starting operations. Each parameter retums 0 the inital value.

e The invertor canbe easily set orhigh-speedoperation, Before changing ts setting,
{ul examine the performances ofthe motor and machine

(© The DC braking function ofthe frequency Inverter isnot designed to continuously
‚hola load. Uso an olectro mechanical holding brake onthe moter for this purpose.

e Berorerunning an inverter which had been stored for along period, always perform
Inspection and test operation.

© For prevention of damage due to static electrity, touch nearby metal belore
touching this produet to elíminato stati elecrety Iram your body.

Emergency stop

‘CAUTION:

e Provide a safety backup such as an emergency brake which wil prevent the
‘machine and equipment rom hazardous conditions ithe invertor rls.

e When the breaker on the Inverter primary id tips, check forthe wing fault (short
‘cult damage to Internal parte of to Inverter, et. Identity the cause ofthe rip.
then remove the cause and power on the breaker.

+ When tho protective function Is activated (Ie the frequency Inverter switches off
th an error message), ake the corresponding corrective action as described in
the Inverter manual, thon rset the Inverter, and resume operation.

Maintenance, inspection and parts replacement

‘CAUTION:

© Donot carry out a megger (insulation resistance) test onthe control dire ofthe
Inverter. t will cause à false.

AAMITSUBISMI ELECTRIC

Disposing the inverter

Gaynor:
A e Treat as industrial vasto

General instructions

Many ofthe dagrams and drawings in instruction manuals show the invrterwihoutacovr.or
paral open. Novo run he voter tis status. Always replace In cover and Flow ni in:
Structon manual when operating the inverter.

FRO700EC ve

NOTE

Typographic Conventions

Use of notes
Notes containing important information a leary sented as follows

rotos

Use of examples
Examples containing important information ar cbary iento as fons:

Example tot a

"Numbering in figures and iustrations
Retoronce numbers in figures and Bstatons are shown with wht numbers in a black ele
nde comesponding explanation shown Beneath Io Musicas are Gent wnt same
runbers ke ts

00e

Procedures

Insomecasos he setup, operation maintenance and otherinstructons are explained with num
bored procedures, which must be performed inthe exact order show:

‘The individual stops of hose procedures are numbered in ascanding oder wih lack numbers

O Ton
O Tot
O Tes

Footnotes in tables

Footnote characters inabes ar printed in superscript and the corresponding footnotes shown
bonoath ho tao aro denis by tho same charactors, lo in suparcnpt

Ha tb contains more than ono footnote, hoya al ited below the able and numborod in
Ascondng order wth Back numbers n a wie ceca, Iko vs

Pent

var

AAMITSUBISMI ELECTRIC

Contents

21

22

2a

24

a

a2

aa

34

Contents

Product Checking and Part Identification

Inverter Type

Deserpton fine Caso
121 Accessory .

Instalan

‘Removal and rentaiaion ofthe rot cover
2.4.1 FR0720S:008 to 100 and FR0740-012 10 080
2.12 FR:D740-120 and FR-D740-160

‘Removal and renstalaton of he img cover.
Mounting.
Enclosure design seat

241 Inverter instalation envionment
242 Invenorplcemont .

Wiring

Invortor and porphara dvicos
8.1.1 Peripheral devices.

Terminal connection dagramm
Main tit connection.

331 Specticaon of main cic terminal
202 Terminal layout and wg «u...
‘contol cul speciation...

341 Control orc terminals

342 Wing nstuctons

243 Safety stop tinction
344 Changing the control og.

mn

12
19

24
24
22

24

27
27
an

aa
3

Er

36
38

26
37
320
221
226

FRO700EC

as

36

a

42

43

PU connector... ve a 929
351 Connecting ne parameter unt 329
352 RS485 communication 330
{Connection of stand-alone option unis 331
36.1 Magnetic contactors (MO) 331
362 Comectono!a dedicated extemal brake resistor FR-ABR and MAS,
(#R.07206.025 or more, FR-D740 12 or mare) ES
363 Comecionota brake un FR-BU2 o 298
364 Comecon of he high power factor converter FR HO. 20
385 _ Comeocton ofthe power regeneration common convertor FC 9-40
386 _ Comnocton of he power improving DC reactor FA MEL. ot
367 instalaron ofa reactor En
tectromagnoticcompatbity (EMC). 342
8.7.1 Laakago currents and courtomansues. «++ ++++ 34
37.2 Invenor generated noises and thor eduction techniques 346
373. Power suppy harmonics, 349
2.74 Invertarciven400V class motor 250
Operation
Precautions for use a the inver 44
41.1. Faisal ofthe system wi usos th inoror 43
rive the motor. 46
Operation panal 47
431 Par of ne operation panal 47
432 Basic operation lato seing) 49
43 Easy operation mode sting (easy setting mode) oe)
434 Operation ck. 4:12
435 Mentoring of output cument and oupatvorago Pen
436 Fretproniy monitor su. D 4:14
437 Digas dal push. 1a
438 Chango he parameter sting valo 2415
439 Paramtor clear Paramotor coat 416
43.10 Int valun change ist 417

AAMITSUBISMI ELECTRIC

Contents

5a

52

ss

Basic sattinge
Simple mod parameter ist 54
5.1.1 Overhoat protection ofthe motor by the inverter... 52
5.1.2 Wien the rated mato requeney is 6oHz (Pr. 3) 54
5:13 Increase the starting torque (P.O) 88
5.44 Litto maximum and minimum output frequency (Pr 1, Pr 2). 5-7
515. Chango the acceeraontecotcation Ime (Pr.7, Pr.) ss
5.16 Operation mode selection (Pr 79) sat
5.1.7 Large staring torque and iow speed torque are necessary

(Genera-purpose magnete u vector conto}
(Pe. Pr 71, Pr. 80) 512

5.1.8 TooXbitno best perfomance ofthe moor paromance

(otto au tuning)

(9, Pr 71, PO, Pr 8210 Pr 84, Pr, O, Pr 96) 51
PU operation Mod... à sa
521 Sottho sot oquoncy 1 operato. prosa 1.522
522 Use he gal alike a potoniometoro pererm operaon.....-524
5:23 Use svtches lo give the requency command (mutiepeed setting) 5:25
524 Peron toquency sang by analog otage input 527
525 Paro trequeney sting by analog current input 52
Extemal operation 531
5.9.1 Use he sot requency set by PU (Pr. 78 sar
532 Use switches to gue a stan command and a frequency command

(cult speed seting Pr. 4 to Pr. 6) ES
533 Por roquency sting by analog vage Input... 2.896
534 Change the frequency (40H) ofthe maximum vale

ot ptentiometer (a SV) 530
535 _ Perorm roquency song by analog current input 250
536 Chango the frequency (OH: ofthe maximum vale

ot potentiometar(at 20m). =. = 542

FROT00EC

x

6 Parameter

61 Parameter overiow sa
82 Adhatihe output torque (cuen) of the motor 626
2.1 Manual torque boost (Pr. 0,Pr 46) so 626
622 Generarpurpose magnet fx vector contol
(r8, Pr 71, Pr 80) 62
623 Sip compensation (Pr. 245 10 Pr. 247) 532
624 Stalpreventon operation
(22, Pr23, Pr 48, Pr 66, Pr. 156, Pr. 187) 633
63 Limit tho output requoncy 60
63.1 Masimum and minimum fequoncy (Pe. 1, Pr.2, Pr 16). 640
6:32 Avoid mechanical esonance pins (equency jumps)
CEE es ae 1.642
64 Satvitpatom. sra à Ga
$41 Basooquency.vatage (Pr. 9, Pr.19,P4.47) «+; 2.64
6.42 Load pat selection (Pr. 14) 646
165 Frequency setting by oxtemalteminas. 648
6.51 Mut-speod sing operation
(BA Pr. 8, Pie 240 Pr. 27, Pr 29210 Pr 299) 648
652 Jogaperaton (Pr. 15, Pr. 16) 651
653 Remo soting function (Pr. 59) 655
66 Acceleration and deceleration 65
6.61 Acceleration and deceleration time
APT. Pr 8 Pr 20, Pr. 44, Pr. 45) 60
6.62 String requoncy and startsime hold function. 662
663 Accolraon and decolraton patter (Pr 29) 554
8:7 Selection and protection ofa motor 6-66
7.1 Motor overeat protecton (Electronic thormal Orla)
BAS Pr SH PR len En 1.686
672. Applied motor (Pr. 71, Pr 450) sr

673 To eb best perfomance ofthe motor performance
(otto au tuning)

(71, P80, Pr 8210 Pr, 84, Pr. 90, Pr. 96. 74
68 Maorbrake and stop operation 681
681 DG ioctionbrake (Pr 1019 Pr 12) est
682 Selection fa reganarato bra (Pr. 0, Pr 70) 684
683 Stop solecton (Pr. 250). 6e

x AAMITSUBISMI ELECTRIC

Contents

so

610

sn

612

613

su

615

Function assignnt o! exomal terminals. te
62.1 Input terminal function selacin (Pr 17810 Pr. 182)
692 Inver ouput shot signa MAS signal, Pr. 17)

1693 Condon selection function val
by second funcion electon signal (AT, Pr. 155).

1694 Stat signal selection Terminal STE, STA, STOP, Pr. 250)
625 Outputteminalfuneton selection (Pr. 190, Pr 192, Pr. 197.
626 Detecton of ouput equeney (SU, FU, Pr. 4110 Pr 49)

$37. Ouputcuren detection funcion
(712, IS, Pr. 150% Pr. 153, Pr. 16, Pr. 167)

6.28 Remote ouput function (REM, Pr. 495, Pr. 496)

Monter display and monitor output signals
6.10.1 Speed display and speed sing (Pr. 97.

6.10.2 Montor dplay soietion of DUPU and terminal AM (Pr 52,
re 158, Pr 170, Pr. 171, Pr. 26, Pr 69, Pr 564, Pr. 891)

6.10.3 Relerenco of he terminal AM analog votage output)
(55, Pr 50)

610.4. Terminal AM eatbation [CH (PrOON).

‘Operation selection at power ur.

6114 Automate restan
KB. 30, Pr 57, Pr. 58, Pr. 06, Pr. 162,
e165, Pr. 258, Pr. 299, Pr. 61). -

6.11.2 Poverfalureaime deolraten-tostopfuncton (r.261)

Operation sting at alam occuronco
6.121. Roty funcio (Pr 65, Pe. 67 to Pr. 69).

6.122 Inpwoutput phase aïe protection solchen (Pr 251, Pr. 872).

6.123 Earth (ground) au dotación at tar (Pr. 249).

Energy saving operation.
6.13.1 Optimum exctaton convo! (Pr, 60)

Motor noie, EMI measures, mechanical resonance

6.141. PWM carer fequency and so PUM contol
(672, Pr 240, Pr 260)

6.142. Speed smoothing contol Pr. 65)

Frequency sing by analog input terminal 2, 4)
{6.15.1 Analog input selection (Pr. 73, Pr 287) es
6.152. Input ir ime constant (P 74).

6.15.8. Bias and gain of requency setting votage (eurent)
[Pr 125, Pr. 126, Pr, 281, C2 (Pr. 802) lo C7 (Pr. 905)

ss

0

se
64
698
so

6-105
6407
so
6-109
om
one
6120

sm

or
si
198
6-138
sn
su?
eus
ous

su

ous
eus

our
our
sw

6159

FROT00EC

xu

616

617

618

ON

62

Misopraton provonión and parameter sting restriction... sw
6.16.1 Reset selctontdiscomectes PU detecionPU stop selection

(2.75) 6160
6.162 Parametr wre selection (Pr. 77) 616
6.1.2. Reverse rotation prevention selection (Pr. 78) 6167
6.16.6 Extended parameter display (Pr 160) 6-168
6.16.5 Password function (Pr. 296, Pr. 297) sw
‘Selection loporaon mode and operation location ... er
6.17.1 Operation mode selection (Pr. 78) ore
6.172. Operation mode at powor on (Pr. 78, Pr. 940) …. si
6.17.3 Stat command source and oqueney command source during

communication operation (Pr. 33, Pr. 899, Pr. 551) 5188,
Communication poration and stings ui 6199
6.18.1 PUcomecter sw
6.182 Ina sotings and spociicaons of RS485 communication

(Pe 147 tor, 120, Pr 123, Pr 124, Pr. 549), 6-198
6.18.3 Operation selection at communication aro occurence

(Pin. P22, Pr $02), sw
6.18.6 Communication EPROM wie selection (Pr. 342) 6208
6.18.5 Misubish inverter protocol (computer ik communication ...... 6205
6.186 Mocbus-ATU communication

AB 117, P18, Pr 120, Pr. 122, Pr. 943, Pr. 640) can
Special operation san
6.19.1 PID conte (Pe. 127 t Pr. 194, Pr. 675104. 7)... 620
6.19.2 Dancer conto (Pr. 44, Pr. 5, Pr 1281 Pr, 134)... 6254
6.19.3 Traverse function (Pr. 592 Pr. 597). 6.268
6.18. Regonoraton avoidanc function

(665, Pr 882, Pr 889, Pr. 885, Pe. 888) ‚6206
soul funcions 628
620: Coaing fan operation selection (Pr. 244) 6260
16.202 Dipley of hele of tho aver pars (Pr. 2551 Pr. 250) 6270
620.3 Maintenance tmer alarm (Pr 509, Pr 508) 6275
620.4 Current average vale monitor signal (Pr. 85510 Pr. 57) 6.276
6205 Foe parametors (Pr. 88, Pr. 880) - 6200

xv

AAMITSUBISMI ELECTRIC

sar

72

za

74

75

76

Sting forth parameter uni operation pane! 8 sa
621.1. RUN Hey own direcion selection (Pr. 40) 628
621.2. PU play language selection (Pr. 145). 6281
{6.21.8 Operation panal frequency setingey lock operation selection

Ca) sa
621.4. Magnitude frequency change sting (Pr. 285). sam
621.5 Buzzer contrat (Pr 990) san
6216. PU contrat adısiman (Pr. 691) 6.288
‘Troubleshooting
Lat of alarm sila 72
Causes and conecte actions 74
Reset method af protective function. 737
LED aspay 738
(Check and clear ofthe fut history 719
Check rt when you have roues eee 72
76.4 Motor dons ot san za
7.62 Motor ormactine gonrats abnomal ose 723
783. Invenorgeneratos abnormal ose 723
7.64 Motor generates eat abnormay
7.85 Motor ates in opposite dracien 724
7.86 | Speed grey der trom he seting 720
7.87 Acesleatonidceleaton isnot moot 725
7.88 Speed vario dung operation 726
7.69 Operation mode is not changed proper «u... Be
76.10 Operation panel display isnot operating 70

78M Motor curontis 100 large +. aoe
7.612 Speed doos not accolrto.....- 3
7.6.13. Unable towne parameter sting.

Matos and measuring methods.
771. Measurement of poners ce... -

7.72 Measurement of veges and us of PT 799
773. Measurement ocur 739
7.74 Usa of CT and transduce. 74
775. Measurement of nverternput power factor 7234

17.76 Measuromon of comer cup wage (aros tominals + and)

FROT00EC

a2

a2
aa

Aa
As

Maintenance and inspection

Inspection

aaa
812
813
ena
815
816
817

Daly inspection.
Periode inspection

Daly and parte inspection

Display of the Ho ofthe inverter pas
Checking the inventer and conver modules.
tearing

Replacement of parts

Measurements on the main ru

821
822
823

Insulation resistance ast using megger
Pressure est

Measurement ofvotages and current.

‘Appendix

Spoctientens

Ata
824

phase, 200V class
‘S-phase, 400V class

(Common specications Be
tine dimension drawings

aaa
A92
ass
Aas
Aas

Parameter

FR.D7206-008 O MZ eons
FR-D7205-070 and FR-0740012 10 080
FR.07208-100

FRLD740:120 and 160 een:
Parameter un FR-PUOT

Parameter vot FR.PAOT .
th nation codes

Spocteaton change

Ass
As2

SERIAL number check
(Changed tunes

a

840
840

840
Let

Aa

AS
As
As
ae

ices M
a
a0
an
a

xv

AAMITSUBISMI ELECTRIC

Product Checking and Par Identifcaon Inverter Type

1 Product Checking and Part Identification

Unpack the inverter and chock the capaciy pato on ho fen cover andthe rating pito onthe
Inver side fac to onsuro that ho product areas with your order nd mo invari inact.

11 Inverter Type

FR - | D740 |- |036| - EC

CI E
ras | Spe ase 23
ONG [Teese | mo | “SY

Fig. 1-1: Inventor Typo FRO 700 EC

FRO700EC E

Dosciption of the Case Product Checking and Par Ideticason

12 Description of the Case

Fig. 1-2: Appoaranco and Structure

NOTE | Forromoal and ration of cover reto secton 28.

2 AAMITSUBISMI ELECTRIC

Product Checking and Par Ionication Description of he Case

121 Accessory
Fan cover fing serows
ony ooo La
Tab. 1-4: Fan cor tng scrows
NOTES | inverters FR-07205-008to 042 and FR-D740-022 or loss are not provided withthe cooling
tan. Trarlor the fan cover fang screws are nat dalvere with these modes

| Forremoval and rinstalaton ofthe cookng fans, retro section 8.17.

FROT00EC 1.3

Dosciption of the Case Product Checking and Par Ideticason

ra AAMITSUBISMI ELECTRIC

Instan

Removal and reinstalaon otha front cover

24

244

Installation

tion of the front cover

Removal and reinstal
FR-D720S-008 to 100 and FR-D740-012 to 080

Removal of te front over
© Loosen the instalation screw ofthe rot cover. (This screw cannot be removed)
® Remove the ron cover by puing ko th recio of ram

Fig. 2-4: Romovalof he ront cover

Reinstlition
© To rita, match the covert he inverter ent an nat straight
© Tagen the instalation crew.

Fig. 2:2: Ronstaaton ofthe font cover

FRO700EC

Removal and reinstatation ofthe ron cover Installation

242 FR-D740-120 and FR-D740-160

Removal of ie front cover
(© Loosen ha instalation serows of th rot cover. (The screws canna bo removed)

(O Remove the front cover by pullng ke the dicton of ao wih hokng the instalo
ook onthe front cove.

como FDP 00

Fig.28: Ramovalof the ont cover

AAMITSUBISMI ELECTRIC

Instan

Removal and reinstalaon otha front cover

NOTES

einstalition o ho front cover

© Insert tow fo hooks on the ower sido oe font cover int the Sockts oo invente
‘Than press In over again! the dovic unit corey lock on.

@ Tighten he instalation screws.

aap FOTO

Fig. 24: Ronstlaton of te tent cover

Fully make sur mate front cover has boon ronstalod socuroy. Aways ight te instal
laton serowe ofthe font cover

‘Tho same soral number is printed on tho capacty plato ofthe font cover and ho rating
plato e the invoror. Blot reintaling te om cover, chock th sora numbers o ensure
that he cover removed rites othe vor tom where was removes,

FROT00EC

Removal and renstataton ofthe wieng cover

instalation

22

Removal and reinstallation of the wiring cover

“The cover can bo removed easily by puling it downward (FA-D7205-008 to 100 and
074001210080) o oward you (FA-D740-120 and 160)

To instal. the coverto the inverter long the guides.

testament soem

Fig. 2-5: Exampes for romoving be wiing cover

AAMITSUBISMI ELECTRIC

Instan Mounting

23 Mounting

NOTE | inal he invororvercaly, Do net mount horzantaly orany ar vay.

Remove the front cover and wing over ox te inverter to th sueco.

Fig. 2-6: instalation onthe pane!

NOTE | vinen oncasing mutige invertors, instal thom in paralelas a cooling measure, Leave
enough Caracas around the ver (or 10 pago 211),

Fia.27:
Good heat ss pation is achieved tough the
oral algnment of te Hequency morte,
ose dy sdemountingandmainenance ot
‘minimum cearances

FROT00EC 2.5

Mounting Insataton

The invrtr consists precision mechanical and olctone paris Never instal e hand tin
any fhe folowing conditions as doing so could causo an operation faut or are

Sm

Sa |

Fig. 2-8: Conditions, nat cout cause an operation fu or lue

ze AAMITSUBISMI ELECTRIC

Instan

Enclosure design

24

241

Enclosure design

en an invrtor enclosures tobe designed and manufacture, neat goneratd by contained
equipment, ot, the environment ofan operating pace, and others must be fly consid lo
ntomino ir endosu sucre, siz and equipment yout

“Tne inverter unituses any emicondictor devices, Toeneurehigher resabilly and ongpeiod
cfeperaton eperatetheinvertern he ambient envronmant hat completa satetes te equp-
mont specicans.

Inverter installation environment

As the invoner instalation environment should say th standard specications indcatod ia
‘he folowing abs, operation in any place that does nt moe hace concitons not only dete
‘rates ia perfomance and fe of he inver but also causes a lue. Rete tthe alowing
pois and take adequate measures.

co E
[Arsentungemun 00H 100 porn

at iy o ores a connu

Parois Fe am ese andere pas aot

Tab. 24: Environmental standard specications olímener

‘Temperature
“Tho pamisile ambient tomperaur o he inverter FR-D700 is betwoon -10 and +80°0. Al
ways opera the inverter wihin this temperatura range, Oporaton outs his rang wi on
Sidorabl snotenthe sowie vs fe somiconductrs pas, capacitorsand ars Take
folowing measures so thatthe Ambiont temperature o th invertor fas wihin tho spaces
range.
(Measures agains high temperature

= Uso a force ventilation system or sir cooing system. (Relrto page 2-10.)

neat the enclosure in an aiconditonad electrical chamber.

= Block direct sunt

Provigo el or similar plat 1 avoid ac exposure tothe radiated heat and wind

l'a nent soe.

=. Vantlat the area around he enclosure wel
© Measures against iow temperature

Provigo a space hearin th oncosur.

— Don power ofthe inver, (Keep the star signal ofthe inverter o)
© Sudden temperature changes

— Select an instalation pace whore temperature does not change suddenly.

= Avoiinstaling tho inverter near the aout o an air condone.

=. Memperature changes are ausedby openingosing ota door, instal he invertor away
rom the coor,

FROT00EC

Enclosure design Insataton

Humieny

Normal operate ho inventor witintho 45510 90% range ol he ambienthumidy. Too high
ty wel pose problems. reduced insulaton an metal corroson. On ho oz hand, oo ow
humidiy may produce a Spatial local broakdown. The insulaton distance specited in
EN 103 "Conte Equipment Insulator” is detined as humic 45% 85%.

© Measures against high hum
— Mako the enclosure enciosed, and provide with a ygroscopi agent.
— Tato ary lrieto he enclosure from outside.
= Provide a space hearin th oncosur

© Measures against ow hum

‘wnat is importa! in iting or nspecton of tho ut in his stats iso charge your body
(state einen} etorehand and keep your bay rom contact wih he parts and pata,
esis Bowing ai of proper humidy mo th eles om outside.

(© Measures against condensation

Condensation may occur frequent operation stops change the in-encosure temperature
sudéeiy oe the outside ar temperature changes sudden Condensation causes such
aut as reduced ination and rose.

Tako the moasures agains high hu.

Do no power the verter (Koop the sar signal ofthe voir ot)

Dust, ir, où mis
Dust and dit will cause such faults as poor contact of contact points, reduced insulation or
ducoë cotng lc due te mosture absexpion of accumulated dust and it and n-enclosure
temperature rise ue o logged ite

In ie atmosphere whore conductive powder floats, dust and dt wil causo such faut as ma
funcion, denied nsulaton and short ercut na shorttme. Since ol mat wil cause simiar
condos, ts necessary fe ako adequate measure,

© Measures against dust drt, ol mst.

= Place in atotay once ensure.
Take measures lin imenclosure temperature rises. (Refer o page 2:10)

= Purge ai.
Pump clean arom outside to make the -enclosure pressure higher than the outs
aiprossure.

Corrosive gas, sat damage
Ihe nvonris exposed tocorosve gas orto atera beach the pnt board pattems and
par wi coro ortho rola and swiche wl rol poor contac In such lacs, ako the
measures against dus, it of ms.

AAMITSUBISMI ELECTRIC

Instan

Enclosure design

Explosive, flammable gases

As the invonr i now exposin roo, must be contained in an explosion pro! enclose
Inplaces where explosion maybe caused by explosive gas, dustor an ensure cannot be
used uriess structural comples wih ho quisimos endhas passed the spectedtest. This
makes the enclosure ase expensive (nclting the test charges)

“Tho best way 1 avid instalation in such places and inca he inverter in non-hazardos
paco.

Highland
Use the invertor at he ale of vit 1000m.

His used at a higher places kel at in ir wi reduce he cooingeffoctandomairpros-
Sur wil detererate ect strength,

Maximum 1000m above sea evelforstandardoperation. Ar na erat by 9% fr every extra
500m up o 2500m (91%)

Visraion, impact

“Tho vibration resistance ol ho invane is upto vs? a 1010 SE frequency and tm am
Ptuce forth iectons 01%. Y,2 axe

Vibration orimpaet tes than the spect valve, apptedora long im may make the mech
nism 1008 of causa poor contac fo the connector. Especially when impact s mposed re.
poate, cauton mus be taken as the par ins ar too break.

e Countermeasures
— Provide the enclosure wih nbber vation soon
= Srengthen he sucre o prevent the enclosure frm resonance.
Instat the enclosure away rom sources ol vbraton

FROT00EC

Enclosure design Insataton

Cooling system types for inverter enclosure

From the enclosure that contains the inverter, the heat f the invertor and ther equipment
(vanslormers tumps, resistors etc andthe mcaming hea uch as eect sung mus bo ds
Spat to kop ein encisure temperature ower than the permise temperatures oia
anceaur equipment including he ener.

‘Tho coolng systems ar casio as flows in tems ofthe cooing caleulaton metho.

© Cooling by natura neat isipaon om the enclosure sur (Totaly encosed ype)
(© Cooling ty heat sink (Aluminium fn, te)

(© Cooling by venation (Force venation ype, pipe vention pe)

(© Gocing by heat exchanger or cooler (Heat pipe coder.)

Sina Son Tae Son a
rose [e open) AS
2) FN
Te
el
seam enn
E nn ere
er Be
El
fans ns
ES u a eee
El
ea ee,
A5
D an fasses

Tab.22: Cooing system pes for ivrtr enclosure
(CIN tho ges stands lor verter)

2-10 AAMITSUBISMI ELECTRIC

Instan Enclosure design

242 Inverter placement

Ciearances around the inverter

Always observo o specied minimum clearances to ensure good heat sion and ade-
{quate access ofthe requency mvanor or soning

‘mire srta tn o ve to

eli
“L

u erro ÓN

Fig. 2-8: Cioaancos.
Inverter mounting orientation
Mountihe invener ona wall as species. Do not mount thrzonaly or any othr way.

[Above the inverter

Heatis blown up rom inside th inverter y o sal an bitin no wi Any equipment places
above the vor shouldbe heat resistant

FROT00EC at

Enclosure design Insataton

Arrangement ot multiple inverters
Ven motile avons ro paced in th samo enciosu, genoral arrange thom horizontal
as shown nthe igure (a), Vin novato torre hor versal tominerize space, ke
Such measures aso provide guides since hoa! om he boto inverters can neroas the te
poratures inthe tp inverter, causing wore fae,

EE | >
de em

Fig. 2-10: Arangoment of mati imertors

en mounting muti inverters, fly lake cation not o maño the ambient temperature ot
the verter higher than the permissible vale by providing wenn and increasing the
endosue size.

Placement of ventilation fan and inverter
Hea gonoratd in th invonaris ton up om the botom athe unt as warm irby te coding
fan, When instaling a ventlation an or tat ha, determine te place of vention fan naa
lation alor fly considarnganalrhow.Alpasses tvough areas low resistance Mako anal
‘way and aio plates o expose the iverter 1 coo a)

tt
L
‘Good expt CE

‘Fig. 2-11: Placement of venation la ana invorer

AAMITSUBISMI ELECTRIC

Wing Inverter and perpheral devices

3 Wiring

34 Inverter and peripheral devices

.5-1: System contguraton overviow

FRO700EC a

Inverter and peripheral devices, Wing

NOTES

‘To lo of tho invorr 6 infuenced by suroundng air emporatur, The surounding ai
temperature shoud be a ow as posse wihin th pars range. Tis must Do nated
(special whon no vor i insta In an enclosure (oor o section 2.4 2)

Wrong wiring might load to damage othe inverter. The conta signal ines must bo kept ly
away rom the man circulo protect thom Wom aise (rl section 32),

Don instal a power factor corecton capacitor or surge suppressor onthe vor ouput
‘do, This wi cause the inverter fo u or the capactor and surge suppressor tobe dam
aged. any of ho above devices are connected, media remove hem.

Esctremagrate Compasbity
(Operation of he frequency meter can cause slctronagnet inerísanos in o input and
put at can o propagated by cable (via Io power input nos, y wireless radiation 10
earoy equoment (ey AM rad) or va data and signa! nes.

Acivato the integrated EMC fier (and an additional optional titer f present) 1 reco ai
propagated noreronc on tho input sido of tho var. Uso AC or DO reactors 1 duce
fe propagated nice (harmonics) Uso shielded motor power Ins to reduce output noise
(rotor als te secton 37 Electromagnatic Compatbliy)

oor othe Instucion manual of each option and peripheral devices fr detal af pap
ral devees,

AAMITSUBISMI ELECTRIC

Wing

Inverter and perpheral devices

311

ores

Peripheral devices

{Chackine motor capac of he inverter you purchased. Appropate peripheral devices must be
Ssolctodaccordngto he capac. alero the folowing stand prepare appropriate perrera
device:

me |
orange | | enormen, asco comio
A tm m
a jeasupreen ewe
A [wasn waar
O
$ [or free ironia eiasren

Tab. 94 Breakers and contactors

© Select the MOCB according 1 the invrter power supply capacity. Install one MCB per
inver

‘The places with 0€ roer o tho breaking capac in caso of shot cout. The correct

selection must o dane depending cn tn design ho power input wing,

Fig. 3-2:
EHE | hnstatavon oro beats

© Magnete contactors selected basecon te AC: ass. The electrica durabilty of magne
‘contactors 500,000 mos Whan the maghot contactos useateremorgoncy top ding

‘motor ting, the leia dura 625 umes.

‘inon using tha MO for omorgercy slop dung motor driving oF using onthe motor sido

during commarcia-power supply operation, select the MC wih lass AG rated current tor

the motor rated cute.

nen the inventor capacty i ago than the motor capaci. sole! an MCOB and a mag-
note contactor according 1 he vere ype and cable and reactor according tothe motor
ouput

Viven the breaker onthe Inverter primary sido tps, chock forthe wing fa shor ecu),
‘damage fo intmal parts ol ho vere, ee deny the cause o the tip, then remove the

cause and power on tha broaker

FROT00EC

“Terminal comeción dagramım Wing

3.2 ‘Terminal connection diagramm

Cord
Pr
Somme

119.99: Terminal connection dagram of th inverter

34 AAMITSUBISMI ELECTRIC

Wing Terminal connection diagram

NOTES | To proven a maltuctin duo to noise, keop he signal cables mor than 100m away Kom
0 poor cables, Also soparate tho mai Creu wie of he input sido and no ouput So.
Ar wing, wr oc must not be lt nthe inverter. Vire ets can cause an alarm,
faire or maluncion. Aways Keep the invertor cean. When dling mouning holes in an
enclose at, ake care net to alow chips and thor foreign mata entr tho verter

| me oupu otto sngle- phase poner np spacitaton s thee-phase ZU.

FROT00EC 25

Main sit connection

Wing

3.3 Main circuit connection
231 Specification of main erult terminal
SRE E
a e
EN ON
fase pater em ste
a gr ror
EEE
D a
EE RE
CN [Peer EPA
> ie
TRE So man Son om
© un girls ova pt, lL ná
© manu tee pase paar pena Pie an
282 Terminal layout and wiring
single ihn, 2007 cae
RSS Torna yor
En] Aumsunsm eiserne

Wing

Main rut eonnecton

“roo phase, 400Y class

oo

aa um

Tab. 3-4 Tormina ayoutand weng

‘CAUTION:

e Make sure the power cables are connectedtothe UL, SL2, TS (three-phase 400V
class) asp. tothe L1,N (fr single-phase 200V clas) (Phase soquonce needs not
too matched) Never connect the power cable the U, Y, Wf the Inverter. Doing

0 mil damage the inverter.

e Connect the motor to U,V, W. At this tie, turing on the forward rotation switch
(signal) rotates the motor In the counter clockwise direction when viewed irom the

motor shart

FRO700EC

Main sit connection

Wing

Cables and wiring length

Solet ho recommended cable size o ensue that a votago cop willbe 2% max.
Ite wing dance i Long betwoon ho verter and motora main heu cable wokage drop
al cause Ihe motor oque to decrease especialy atthe output ofa ow frequency

The folowing tables indicate aselecton example or the wring length of 20m,
200V cass (when input power supply is 220¥)

| =
irc ce Tem "E rl
is se | En
¿e dl E
manos Cas
00V cass (un na poner pi on)
opte maar Termin | TR ul Feine
3 FLE ER un E
1 i Pee A
ara jeje u fstete
O is [ser ter ajaja
propias CC
To Cueste
© The command cabo si sat olmo HI ato (00 cias 2 vine ca
‘i nos mann pement tempera 75 Aasones a the abet
demorar 20 orice ane eg unc 20m or ls.
© Tho recommended cil sn tale De TIRAN cae wth coms maxim
Demat tenors 75: Asımas at he ano np a sie
Erato ming On zomor es
(Gascon reper se many he United Stes)
© Thorecomanddcate ao atan PVC cal win coinious mari omiso
Jaco PE Asano tale arnt opor 00 rss an he sang
ns
(nen sra te mat lupe)
© Tr orinal acte sio nce o tral zo for UL, SAZ, TA UM. PR,»
Panda ecos erent, Forang hase ore tetera te on a
fo aie oma ron LR UV PR > OP and aston earn
(omar)
eine vote rp canbe cad y loving expos:
otage Le sie (mw tance ni cure
Une tage cp Lai
Un taper amer ca mn o wig tance isang or min ti desa to decease
te vote rp org cin) em spend ane.
ze

AAMITSUBISMI ELECTRIC

Main rut eonnecton

Wing

100 loosely can cause a short circuit or malfunction. A screw that has been
tightened too tightly can cause a short circuit or malfunction due tothe unit

breakage.
e Use crimping terminals with insulation sieve to wire the power supply and motor.

caine
ZN rin min sco sector Ascowats bon are

FRO700EC

Main sit connection Wing

Notes on earthing

A E

CAUTION
Esalago cumonts flow in the inverter or the EMC titer respectively. To prevent an
chock the Inverter, Input er andmoter must be earthed his inter must
Dear Esa mue colo oth requrement nana and ca sat
A ESS US A PER ARE
‘plead standards).

Use he deccated earth einai arte vere, Do nat use the srew inthe casing chas
Use to mickost posible cart cable, Us he cable whose siz is quai o greater han that
indesiodIn Tab 8, and minmiz tho cab engin. The eating pont shoud bo as nea as
posi fo he none
‘ways cart no motor and invertor
e prosa of earth
‘Gotoraly an ca apparatus has an earth ominal, wich must be connected tothe
und beter ue,
An ect creat is usualy insulted by an insulating material and encased, However
ls impossible to manuactre an eng matral at can sul of leakage corre
Completo andacu sight curt low ima ne case. The purpose foin bo cace
‘tan satin apparus e lo preve operator om geting an lire shock rom this
Jakage curan won touching i
To age the muenco o external noises, hs oarting is important to audio equpment,
‘Senors computers and hor apparatuses hat hand lu vo signal operat very fs
(© Éarhing methods and earthing work
As described previous, earthing is roughly classed to an electrical shock prevention
‘Spe and a nls aie malución prevenson ype Moore, oso two Nps MO
en, ein og rk ma te eve adage caret
fing ing mener mh uen compos on ergo malien meron
‘pga
‘Where passte, usa independent earthing fr the inverter. Independent earthing (Ds
Impasse us om orig (i) wher ho vor is connoctog win mo oer equ:
‘mont at an earting port Jen caring asin (il) must be auodod asthe moi
‘mectod win ne eter equipment by cormon enr cabo.
o a eakago cnt nebeing many high frequoncy components Hows inthe cart
abs of Me vet and verter aon motor. Therlore they must Use tho nsepans.
‘Sev earhing mobos and bo separates om ho rang of eignen Sonate 1016
‘Sorementoned asses
Ina tal balan, sal e a good pol to use the nose maluncon prevenion type
ario wth so! ames an carry ou lot shock Prevention type earn 10
‘idepencont eating method
— This vert must be earthed. Eating must conform 10 ho requirements of national
‘nigel ey egiten sn line! coos (IS NEC scion 250, EC 598 ass
Vand cer appicable standards).
— Use Mo ka pose earth cabo. The earth cae shouldbe nt os than ho izo
indicada Tab 28
~The ground point should be as near as posib othe invent
shouldbe as shor as possi
= Rn ine earth cable a faraway as posse rom the UO wing of equipment sensitive
{rolces and an them para in ne minimum deinen.

and he ground wre

LI Vo

Fig. 9-4: Earting to ve

AAMITSUBISMI ELECTRIC

Wing Main ckcuitconnecson

“otal wiring length

‘Th maximum possible length ofthe motor cables depends on the capacty ol no inver and
the selecto carer troquency.

‘The lenghsinthe flowing tables aro for unshielded able, When side cable ar uso d+
vida mo values tod in o tab y 2.

200 tne
RE Eee de
Tenant | we] en ONE een
‘ano Toa wenger

son

Ce ca q] co co EJ

Tab. $8: Total wiring long

moss:
Remember hat in tr aba above the tota
‘ning login what's being efron
paral comectons of several motors every
‘motor wir must be counted. in he example,
forthe invertor FR-D7208-070 or more or
PR-0740.080 or moro th pormissb wiring
Jong is exceeded by the Iwo paral! motor
food wies

FROT00EC an

Main sit connection

Wing

NOTES

Noto that he motor windings aro subjected 10 signant higher ods when tho motor is
‘peratod by inver than with normal mains operation. The motors must be approved or
inver poration by no manulaciure aor als o secon 37.4),

Espocialy for longistance wiring, tho ivorer may bo affected by a charging curont
caused bythe stay capactances 6 he wing, leading to a maïuncion of ho overeuont
protective function, last response current Im funson, or tal proventon function ora mal
Function o faut ofthe equpment connected on ho inverter ouput so.

1 fastrosponse cure Int malinetons, able tis function, When the sa prevention
function miscportos, crease o tal oval, (otr Pr. 22 "Stall prevention operation iver
and Pr. 156 Stal prevention operation selection")

[atrio section 6.144 fr dtl ofr. 72 “PUNA raquncy selection"

non using the automate restar a
length exceeding below, selectos Kequency search (Pr 162

instantaneous power flo function with wing

my,

or

era nam

AAMITSUBISMI ELECTRIC

Wing

Conte cul specications

3.4

Control circuit specifications

‘Tho function ofthe terminals ihightedin grey can bo adjust wth parameters 17810 182
“Wputtorminaltuncton assignment andPr. 190, Pr. 192oFPr. 197 ‘Ouputteminaluncton as:
signmont (orto secon 89). Te ised seine show tho fau configuration as shipped,

‘whch you can restore by resto Mo factory dofauts,

out sie
== a Er
re RER Trees gar
m fes [ones Ines, Meere;
i festa ee |e
i a en
Fl om fees [ones [ren [Isle oc | 098
E rm AA
A ee [ie
Lune ER
|e tn [En oscense
a pac te
i FE
sn manner
i bins, AN [co
vc e (éteinte [io | sas
E e pa
FE eect qe
cme can ma
Tense puras (0)
Fmonoes a

Control cele specications Wing

== pn E
RER ee

=, | EEE re

he Ber EEE =

5 | EEE |

[nn emana

muting wv (01 10 mme | se
(en cry ead” | a

NT SA
| ES SE

RAR
[enc normar buno” | Corera:

og rt

(oo ton. FEB na

de, FE

5 |Reguocy ating | ences pl 5) srl shou

Faxcomeang TC nomasroasa om

3
i rename [peepee frees
a ee EE | eo
E Be Ba
PAS musas

MOTE. | 517.287 aa gun ec conch an an dae cot:
a

Appiing a votage wh vtagetcurert input such in" positon (current input is seco)
‘ora eurent wih sh Iv” poston (vage input i Sleciea) could causo componont
amago of he imartror analog ui of ouput does. Retro section 6.15 for deals

301. AAMITSUBISMI ELECTRIC

Wing Conte cul specications

ouput ras
Tonal Juano [en E [rer |
|,
A
o PS Ein
Pe fe “i Eos
A al
nn, Steen
SR Fate
H De A
i ES
«es Gens | =
| Select one a. ouate ET
A sey atom PTA
RE NET,
ouput an ot, [rouen [toad imped: | 6118
BEE |,
! a |
Tab 3.10; apts
Cammuniaten
a ana E
—
EE
a ne E
EE

Tab. 9:17; Communicaton sal

FROT00EC Er

Wing

orar sos |
rosie Terra SY an Sm um

topos laura. mere Pesar,
enologia | ote

Steer Sm se sa soto

Le [Sato top ina. 820 SC. nte ital wats. terminado | yO
at esses cements, A
| sextecing wee. Remove te shortening” | °P om SC)
RSS
nt sysop tn
oa tow nc sat al a
ee sa
since tec tence
Ze Los
samy eno AAA
bo [ones sore
A [Sev

Le [same

Écrans SO na otre

Tab. $42: Safety stop signal

AAMITSUBISMI ELECTRIC

Wing

Conte cul specications

344

Control circuit terminals,

1]

A

Fig. 8-6: Terminal yout

‘Connection othe terminals
Use aire end lue and a cable witha sheath stripped oo conta cul wing. Fora
Single Wo, sip of he shoath of ho cable and apply act.

(© Remove about 10mm ofthe cable insulation. Wie the stippod cable ator sing 1 0
Pfevnı rom becoming lose. In addon, do not side

moon
2 Pate te cable

Inson wires o wr and stove, and chac at ho wires como out or about 1 05 mm
rom a love,

Fig. 3-8:
Fixing o wire ond sooves

(® Check th condton ofthe wie ond seva ater crimping. Do not use a wre end slave ot
which the crimping is nappropfae, othe faces damaged.

SER

Gate re

19.9.8: Incorecty crimped wie end stoves

FRO700EC

corra qt sue
a E Sa er
En eee
TH: cams oes Pen
ire Size {mn} Le product mmber | steve crimpng oo!
Tsai des tar REPU
@ tet ohana

© When using stand wie witout a wire

end loewe oF a sino io, push aopeniceo

Fig. 3-11:

aten altho way down wth a athaad srow diver and nor wi.

Connection of a sanded wre

au
Au

Circuit with a nearby terminals o wies.

e Place the lathead screwdriver vertical tothe open/close button. In case the blade

tip Slips, may cause to damage of inverter e injures.

AAMITSUBISMI ELECTRIC

Wing

Conte cul specications

Pal ne wie with pushing he ponícosobuton athe way down emy with a Nah sera
aver

Foo
Vine roma

‘CAUTION:

e Use a small fathead scrondrhor (Tp thickness: 0.mmip width: 2.5mm, such as
SFZ00,4x2501Phoanix Contact Ca, Ltd). a fathaadserowdriver witha narrow
U I used, terminal block may be damaged.

+ Paco the fathead screwdriver vertical tothe open/close button In ase the blade
Hp slips, may cause to damage of inverter or injuries.

‘Common terminals of the contro circuit PC, 5, SE

ominas PC, 5, and SE eso al commen terminals (OV) fr UO signals andar slats from
each er. Alá connecting ho terminal PC and andth terminal SE and. Terminal PC is
commen tominal forte contact input terminals (STF, STR, AH. AM and RL).

‘The opan octo cout i cats rom the internal contro eut by protocouplr

Terminal is. a common trina for roquencysaing signal orminal 2 or 4) ana analog output
terminal AM shouldbe protected rom oxomal noo using a shielded or it cado.

Terminal SE a common terminal or the open elector output terminal RUN.
‘The contact input ccut oate rom he intemal contro ic by phoocouplr

Signal inputs by contaciless switch
‘The contactod input eminals of the inverter (STF, STA, RH, RM and A) canbe consoledus:
ingaaneistor nsead ofa contacted suteras ehown baton. Aosording tothe ated cond
loge, PNP transistors (osiiwo loge) or NPN wansistors (negative loge) must be usod o act-
vat the np

Fig. 8-18:
External signa nput in source bg using
ans (na sting)

FRO700EC

Control cele specications

Wing

342 Wiring instructions.

eu

shido o viste cas for conection othe conto! cul terminals and un them

‘aay om the man and power cuts (eluding the 200V relay sequence cect

(© Use 0 er more pa mirosignal cotas or win contact o prevent a contac fats
‘when using contactinpuas since the conto creat input signals are mcro-curent.

Es

Mee pacos Twn cect

0.3.1.
Contacts

(© Donotappy avotago to he contact input teminas (eg. STF) ofthe contol cui
(© Aays apply a voltage tothe alarm ouput terminal (A,B,C) via. a ely cal lamp, ee In
‘away mut a votage be short rue by these relay contacts

© ‘tis commended to use the cables of 0.75mi gauge for connection othe contra ut
tecmana tho cable gaugo uses 125 mn ox more, he ron cover may net bo mounted
core Run the cables a proper way in Oder to mount the ont cover cont,

© Tho wing long shouts be 90m maximum.

(© Do not short trminal PC and SD. inerte may be damaged

AAMITSUBISMI ELECTRIC

ang cor ce
343 Soy stop uncon
Teter y nn on hon: Front
Sooner
m
ae E Rene
ea roro sep canna Sho: Serta ty pose
joe [ied E (Sc
fs eee EN
na |
em
or een TE
[ANT [set |e sar orme es
en
TES a |
© iene at, wna 1 92 er wih wr 6 y sng i
Ke st arn yy le ek ey
Srey
2, In the inital setting, safety monitor output signal (SAFE signal) is assigned to terminal SO.
er ee
cn ne er ete
© ang ns ot mi 1
dise eg
ne oe On
TES | vn sare spl tx ness mnt ay ops SAE tb u

As saety stop input signa to oe devices (thor tha tho safety oly mode)

SAFE2 signal can ony be used to output an alam oro prevent restart an inverter, The
‘Signal cam be use as safety sop Input signal 1 other dios

FROT00EC

Control cele specications Wing

Wiring connection dlagram
To prevent restr at au occurence, connect terminals RUN (SAFE2 signal) and SE tor
nal XSO and XS1, which ar tho feedback input terminal of ho salty relay mod

By soting P£19010"81" (SAFE? sona), terminal RUN tuned OFF a alt occurence

nme

E

Fig. 3-15: Connecting tho Saety relay module GS9OSR2SN-O of suis

Changing the tominal assignment using Pr. 190, Pe, 192 oF Pr. 197 may alec no other
fete, Make soting ar canning tho functon of each toma

Safety stop function operation
opone] sree | ec | (EMM) [SAFE] SAFE] opens

=” | - | - = or | or | EII
PO I 55 CT" CN EC ee

Dames [OFF | OFF | Gupta est)

CON [OW] Osten aay

on [oven | ome Pos | Orr | OFF | Ona svt ne)

[sf | 0 | 0] opinan Sas

INIA ME A IC

Tab. 3-16: Doscrption of aley stop function operation

© ON: Transistor usos for an open color oupu is conducted.
(OFF: Transistor sed or an open alto outputs not conducted

AAMITSUBISMI ELECTRIC

Wing

Conte cul specications

Note

Safety stop when operating multiple frequency invertors in parallel

Wiring of frequency inverters which were manufactured after August 2010

Ven using mulsplo FR.D740:EC and FR-D7208-€C inverter manutactues in August 2010
ter or he safety stp funcion, connect as shown Io iagram bolo. (For th seria
number flat selon A.)

Detais ofthe eset sop funcionar writen onthe Safty Stop Function Instruction Manual
(BCN-A211508.000). You can downlod the manual rom the Misubi homepage,

: Comochon of mutpl quency vers 1 a sale relay module when using ho
Salt sp funcion.

Fig. 9-1

en using the sat stop funcion, donot connect the FA-D700 series manufacture in

{hay 2010 bere together wi Be one mantacuresin August 2010 ate. connected
togotnr, the sat stop function may not work propa

Viento FR.D700 sores marutactwted in JUy 201007 Dore must be used together con.

oct an electrons compone (dodo) tthe inverter output sto ig (mia St and
$2). (See aso page 324 and 3-25)

FRO700EC

Control cele specications Wing

Wiring of frequency inverters which were manufactured before August 2010

A

WARNING:
The drawing on page 6 in the English manual "Sat stp unction instruction manual
or FR-0700 Transistorized Inverter (BCN-A211508-000:0)" contains an error that
‘might result nan sale state when using the function "Safety stop torque". Thisrisk
exists when several FR-D700 Inverters, which were manufactured in July 2010 or
before, are connected in parallel o a safety relay. (For Ihe seral number, reer to
section Ar)

The following product satey notices explain tho potential safety issue and the stops
being taken to ect the situation.

If your inverter Is operated in the configuration described here, or In a similar
Configuration, then the remedial measureslistedhere must be carledoutimmedaaly!

loue
‘To drawing on page 6 of he manual BCN-A21 106 000-C doos not show diodes which must
ba placed onthe inputs SY and 2 o he FR-D7O0 nverter, which were manufactured in uy
2010 bot. Wihout thse diodes in place, when he user instal configuration which has
util F-D700invrtors wih thi Sale Torque Of inputs (91 and 2) wrod in paralelo à
Sing salary okay wit one or mor fhe connected invortor poweradof. thn int condition
thor is asron potent tat the Sao Toque Offuncbon wine rtv when requredon the
Inveners al remain powered,

Fig. 8.17: Enor in cxeut dagram

AAMITSUBISMI ELECTRIC

Wing Conte cul specications
Corroctieemodia ation
e Inmediato ación:

— Ensue tat al inverters are powered up when operating machinery wih FR-D700
inverts that have thor Sato Torque Of Funcion wiredintalog In the descrbed
configuration

— Download revised manual BON-A211508.000-F Safety stp function instruction manual
{or FR.D700 trom your cal Maule webs (ww mtaubsh-avtomaton com)

© sev conection:

At your aries convenince please hat th operation of your machinery and gta quals

“criant insert one dodo, ofthe allowing specication, nine as shown onthe foi

‘aga,

Die specications

V, (peak rovers votage:SOV or more

1, onward cuen: 100 mA or more

Vi four vohage) O SmA: TV rss

“ype of diode: PN junction ype

A Schatky barr ode ot appropriate fr this applcaton ass reverse leakage current

‘stage

tc
oo mein sf 1)
DAN
an
Fig. 8-18: sue conecton
NOTE | you ao unsure you have tis sy of istaason please contact our local Misubish

ei Factory Automaton representative

FROT00EC

Control cele specications Wing

344

Changing the control logic

0700 tequoncy ivonersfforthe poss of choosing beton wotyposccontoliogic.

Depending on the ection ofthe lowing eurent on isinguishes betwean:

© insinkloge, a signa tes on when a current fous om the corespondia signal input
teeminal. Terminal SO is common othe contact input signals. Terminal SE 8 common to
the open colector ouput gras.

© Insourcologs,asignalswichos onwhon a current ows int the corresponding ignainput
emana), Terminal PG is common o ho contact input signals. orinal SE = common 10
the open colector output signal.

cing cng re ea

Fig, 8-18: Changing the conto bg
“Tne input signals are set to source lage (SOURCE) when shipped rom the factory. To change
‘ho conto ig. th Jumpor connector above the contol Grcut termina! Block most Do moved
too other poston
(Me output signals may be used in ether te snk or source log independent oth Jumper
connector postion)

Fig. 2-20:
Changing the conve og

AAMITSUBISMI ELECTRIC

Wing Conte cul specications

NOTES | Tum of ie inverter powor befor swching a jumper connecter.

‘Tho sink source logic changeover jumper connactor must be td in any one of thse
postions ts od in bth postion tthe same timo, ho inverter may bo damaged

Te eapacty plates placed on the ran cover and ho rating plate on tho inver. Since
‘ose plates have tho same seral numbers, aways ronslal 6 removed cover onto the
ginal menor

FROT00EC on

Control cele specications Wing

Using an external power supply
© Srkiogie pe
Use terminal PC as a common termina to prevent a mauncion caused by undosiablo
‘caren Do not connac termina! SO oho inverter wth terminal OV of the external power

‘supply.
(Wien using terminals PC-SD as a 24V DC power supply, do nt install a power supply a
Paral into outside of th mener. Doing so may cause a matuncion duo 1 undestable
ment)

at the ouput oa PLC (nk pc type)

© Source loge type
Vian using an exomal power supply or ransior ouput, uso terminal SD as a common
to prventmiseporaton caused by undostable eurent.

Fig. 3-22:
Using an extra pomor supply in connecton
‘wth te output ofa PLC {source lee pe)

AAMITSUBISMI ELECTRIC

Wing PU connector
3.5 PU connector
Using the PU connecter, you can perform communication operation rom a paramotor unt
FRLPUOT/FR.PAOT ora porsonal computer. Parameter soting and monitoring can bo per
formed by FR Contguratr.
Remove the wore lon cover when coming.
Fig. 9-2:
PU connecor
351 Connecting the parameter unit

AFR-PUOTIER-PAOT parameter un can bo connected va the FR-ASCRL Ino tothe invenor
and, e.g. then mounted ono a control cabinettocontrl ha Invorr rom hate. The maxim
To lengin must nt oxcood 20m,

When connecting, make sure aïe plugs inte inverter andinthe parameter untae correctly
engage: Intl ho Inverter ron cover aor connecting

ES

Fig. 8-24: Connecting a paramatr uni using a connection cable

FROT00EC

PU connecter Wing

352 S485 communication

\Wnen tie PUconnectoris connected wih personal, FA or other computerty a communication
‘cable, user program can rn and monte I inverter or ead and wate te parameters

‘The protocol canbe selctd rm Mitsubishi inventor and Medbus ATU. Fo dtaied nfoma-
ton ftertosecion 6.18.

E E
[cortaron os ma,
Frenne Coos
formater u ao» m

Tab. $47: Technical data ol communiaton tert

0 AAMITSUBISMI ELECTRIC

Wing ¡Connection of standalone option uns

3.6 Connection of stand-alone option units

The invrtr accepts a vary of stand-alone option uns as requir.

‘CAUTION:
Incorrect connection wll uso invertor damage or accident. Connect and operate tho
‘option unit careful in accordance withthe corresponding option unit manual.

361 Magnetic contactors (MC)

Inverter input sido magnetic contactor (MC)
(nthe inverter input sio, ts recommended to provide an MO for in folowing purposes.

(© Toroloaso th inverorrom he power supply when tho fault occurs or hon he crio not
uneboing (eg emergency stop cperaton).
Vian cy operation or beau du operation performed wth an optional brake resistor
connected, overeat and burnout of he dscharging resistor canbe proved I a regener
‘vo bake ans is damaged duelo nsuicenthoat Capa othe sscharging ositos
and excess regenerative brake ty.

© To prevent any accident dust an automate restart at restoration por after an inverter
‘stop made by a power alu,

(© The conto power suply or Inverter is always running and consumes a ite power. When
stoping the mener ar an extended pero clio, povering of tho meri wi ave Power
sight

(© To soparato ho invertor om the power suppl 1 ensure slo maintenance and inspection
work. The inverters input side MC is used forthe above purpose, select lass JEMTO38-
ACM for ho Ivo input Sid current when making an emergency stop during normal
operation

NOTE | Sinco repeated inrushcurronts at power on wil shoton the Ho of tho convorer cut
(ewtching ite about 1,000,000 times), equont stars and stops of tho MC must bo
avoided. Tun on tho invertor star conraling tomminals (STF, STR) to ruvitop the
rer

FRO700EC ss

Connection of standalone option units Wing

Example Y As shown below, always uo the stat signal (ON or OFF across tminals STF or STR-PC)
0 make a sa or stop. (Refer to secton 69.4)

a

Sos Operon

CAE

we

Fig. 8:28: Examplo for connection fan invertor

© when the power supply is 400V class, instal a stp-downtranstonmer

Handling of he inverter output side magnetic contactor

‘Switch he magnetic contacor between the inverter and motor any when both he inverter and
mor area a stop When fhe magnetic conacir 5 turned on whl the inverter is operating
‘overcurrent protection of he venir and such wi activa. When an MC is provdedtor amic

ing 1 the commarcal power sup, tor exampi, switch Lonja afer te inverter and maior
have stopped

-32 AAMITSUBISMI ELECTRIC

Wing

¡Connection of standalone option uns

362

Connection of a dedicated external brake resistor FR-ABR and MAS.
(FR-D7205-025 or more, FR-D740-012 or more)

Insta a dedicated brake resistor (FR-ABR or MAS) outside when th motors made 1 run by
the oad, quick deceleration s required, ec. Connect a dedicated bake resistor (FR-ABR or
MRS) 1 terminal + and PR (Fr Mo location of terminal + and PR, refer to tha terminal block
layout (section 9.32)

Set parameters below (ler t secon 6.8.2).

eam" er 7.70 Spec genera brake y=
— oo =

Tab. 918: Sting of parameter 30 and 70 when connecting an external brake resistor

‘CAUTION:
e The brako resistor connected should only be the dedicated brake resistor FR-ABR
ores.

(© Do not remove a jumper across torminal + and P1 except when connecting a DC
reactor.

e The shape of jumper ators according to capacties.

FR.07206-025 and 042

Fig.3-28:
Connection of brake resstrto tr terminals
‘and PR forte veto FR.D7205-025 nd
FRO720S-042

FRO700EC

Connection of standalone option units

Wing

FR:D7208-070 and 100 and FR-0740-012 0 080

FRD740:120 and 160

12 Yu

osa:
Connection oa brake rsstrtoo terminals
‘and PR ote imvortos FR-D7205-070 nd
100 ang FR-D740012 o FR-D740080

osas:
Connection oa brake resistor toth terminals
and PR fr ine inverters FR-D740-120 and
FRD70-160

AAMITSUBISMI ELECTRIC

Wing

¡Connection of standalone option uns

Ins recommended to configure a sequence, which shuts of power in ho input sido of ho n>
vororby e exomal thermal relay as shown below io preventovorheat and burrouto high
‘uty brake resisto in eso tho rogonoratwo bao transistor damages. Tho long Fou
Shows two connection examples {cuis (The brake resistor can nat be connected tothe
FR.D7208.008 0" 014)

aw Ss St

Fig. 828: Protcton eut

© Rterto Tas 3:19 forte type numberof each capacty of thermal relay ance diagram for
the conection,

Won to power supply is 400V class, instal a stop-down transformer

Fons Worse mom ony Pe Teoma nas
AAA ¡subi! Prod) =
E mem [resonar
a SN
Pa | 060234 00 au)

Tab. 949: Resistor and Moral lay combination

Aa.ss0:
x Connecting me thermal roy.

A

‘CAUTION:
e Brake resistor can not bo used with ho brake unit (FR-BU2) high power factor
‘convertor (FR-HC), power supply regeneration converter (FR-CV), oe.

(© Do not connect a resisor rectly tothe DC terminals + and = This could cause a
tre.

FROT00EC

Connection of standalone option units Wing

363

Connection of a brake unit FR-BU2

Ven connecting brake unio improve the brake capabit at deceleration, make connection
e shown below:

{Connection example withthe GRZG type discharging resistor

Fig. 881: Connection with o rake uni FR.BU2

© Iihocentolcontats are an specfadtor230V contr power youmustinsta
‘when using a 400V power supply.

(2 Connect the imertr terminals (+, -) an brake unit trminas so that ther terminal signals
‘match wih each or (core! eannacton wil damage ne verte)

© Tho wiing distance between the inverter, brake unt an resistor una shouldbe within Sm.
Iwistod wires ao uses, tho distance should bo win 10m,

© ‘tte transistor in the bake unt shout Become faut the resistor can be unusualy at
causing a re Tereor, installa magnetic contactor on ne inverters input sie configure
rc co that acurente shut off caso of aut.

© ter to FR-BU2 manual or connection method ol dlscharging resistor.

ranslormer

EE Dear E
ran CEE ocean
Frourse ESC A
GE [oros] [orme

Tab. 320: Rocommonded oxomal ray

ER Fig. 3-92:
Connecting te thermal oy

3-96

AAMITSUBISMI ELECTRIC

Wing

¡Connection of standalone option uns

‘CAUTION:

e 1/ tho transistors Inthe brake unit should become fault, the resistor can be
‘unusually hot, causing a fre.
Therefore, install a magnetic contacter on the Inverters input sie to contigur a
leu 0 that a current Is shut off incase of au.

(© Do nat remove a jumper across terminal + and P1 except when connecting a DC
reactor.

NOTE

| Satin 0 Brake modo seen“ he FF-BU2 1 u GRZG po dscharing resister

FRO700EC

Connection of standalone option units Wing

Connection example with the FR-BR-H) type resistor

us

Fig. 88: Connection withthe brake u FR-BU2

© inmocontl contacts are ony spectedtor230V control power youmustinstllarantormer
‘when using a 400V power supply

(2 Normal: across THI-TA2 .. cose, Alam: acoss THI-THE .. pen

© Connect ne imertr terminals (,-) and brake unit terminals so thatthe terminal signals
‘match wth each efor (core! connection wi damage ne inverter)

© A jumper is connected across BUE and SO in the nta status.

9 Tho wiing distance between th inverter, brake unt and resistor una shouldbe within Sm.
Issted rs ao sed, te distance should be win 10m,

=
A ihc inn tenir
i re nt me ea mt oe
ne cr i aa RE:
rer

En

3008 AAMITSUBISMI ELECTRIC

Wing

¡Connection of standalone option uns

364

Connection of the high power factor converter FR-HC

en connecting the high pomor factor converter FR-HC)10 suppress power harmonies per.
form wing securely as shown blow.

A

‘CAUTION:

Portorm wiring ofthe high power factor convertr (FR-HC) securely as shown below.
Incorrect connection wil damage the high power factor converter and inverter.

Fig. 8-84: Connection ofthe high power factor converter PAHO.

© Koopinputtorminas (A1. SL2, T.3) open. incor connection wl damage the iverter.

© Do not insert an MCCB between the torminals + and - (batweon P and +, between N and
©). Opposte platy of terminal + wil damage th invertor

© Use Pr 17810 Pr. 1821 assign ho lomas used or ha X10, RES signal

© Be suo to connect terminal AY ofthe FR-HC tothe X10 signal or MAS signal assigned
termina ie meros and connect trminal SE ofthe FR HG oterminal SD ofthe mena.
Vianos! proper connecting, FRG wil bo damages

NOTES | mo votago phases of tominals ALA, SL2, TALS and tominals RA, SS, Ta must bo
matched
Uso sink loge when the FRLHC is connect, The FR-HG cant be connected when
source loge lactry sang) secos
| o not remove a jumpor across terminal + and 1.
FROT00EC 3

Connection of standalone option units Wing

365

NOTES

Connection of the power regeneration common converter FR-CV

Ven connecting the power regeneration coman conver (FR-CV), mata connection 0 hat
the inverter terminals (+) andthe terminal symbols ofthe power regeneration common con
verter (FR-CV) ae the same.

Fig. 895: Connection of the power regeneration common converter FAC |

© Koopinputtrminas (ALI, S2,TL3) open. Incoreet connection wil damage honte

© De rotinsort an MCCB botwoon the terminals + and- (batweon PL+ and + beton NL-
and. Oppeste polarity ef trminals + wi damage tho voter

© Aways connect the power supply and terminals ALI, S121, TMC. Operating hoinvoter
‘tout copnocing them il damage the power regeneration common comener

© Uso Pr 178 t Pr. 182 to asign tho tominals used forthe X10, RES signal

9 Be suo to connect terminal ADYB othe FR-CV tothe X10 signal or MRS signal assigned
texminalo!tb moro, and conte terminal SE ofthe FR-CV 1 tomindl SD fo menor.
‘Wihout proper comecing, FR-CV vil be damaged

‘The volage phases of teminals RIL, S121, TIMO! and tominals R2L1, S2L2, T2A3
msi maten.

Use ainkloge han the FA-OV is connacied, The FR-CV cam be connect when source
rege nto setting) selected

1100 not remove a jumpor across terminal + and 1.

AAMITSUBISMI ELECTRIC

no Conan a standen aan
355 | Connection ofthe power improving DC reactor FR-HEL
Ven sng he O ea (FR HEL) come been emis nd». ns cas, be
impor sented acusa mina Pande mun bo renaved hens, a sr wrt
ts is peromance
0.996:
Chiron ota DO racer
NOTES | To wing stance shout win im
‘The sz of cables used ou qua rre a ha othe power spay aos
sem
367 installation ofa reactor
Ven o inonor connects nar arg capcty power anime (S00WA 0 moe) or
‘una pomor apio tobe eco oe ances pu on may ln nth power
put damagıng mener crit Yo prvet he amaya tl Do optional D e
(FR MEL or A ener (FR BA
SR mane
BE
tee nes RTE
BIC
Le d +
Res ea eon
a ue mo
as
u a
vow SE
sp Stores 4
SSE
Ai
0.37: alton a acer
© wren comecig 6 FRAHEL roman o jumper ares mis + nd PA
NOTES | Towing ongnbetoen be RHEL ancinvenor nou be Sn maxim and mines

| uo na am vr a at pone spy wre LI, S12. A) (Feet pago 98)

FROT00EC

Essctomagneti compañtilty EMC) Wing

37

1

Electromagnetic compatibility (EMC)

Leakage currents and countermeasures
Mains tts, shielded motor caos the mete, andthe verte se cause staonary and var
labo leakage cuts to PE. Since ts value depends on the eapactances, carr Hoquoncy.
fe, lowacousto noe operation athe ineeased care fequency ofthe inverter val ncease
‘he lokage eurent. Therefore take the flowing measures. Sold the eat eakago breaker
accorting o ratos sonst cron, independant of fe car frequency eting,

To-earth (ground) leakage currents

Leakage currents may low not only into tho inverter’ own in but als into th other nos
{hroughthe ar (ground) abl te. These lake curens may cpertecath (youn) lak:
ago cui bakers and earth eakago relays unecessary.
e Countermeasures
= N cartier troquency soting high, docreaso tho Pr 72 "PWM foquoncy slecton"
‘sot, Noto that mote noise inereases.Slacting Pr. 240 “Sa PVIM oportion selec:
ton matos th sound intenso,

By using earth leakage cut breakers designed for harmonic and surge suppression
in tb inventes own Ine and other line, operation can be performed wih the caer
‘fequoncy ep! high (th ow aie)

+ To-carth leakage cuents

— Tako cauton as long wiring wil increase the leakage current, Decreasing the carr
‘requoncy of he inverter reduces the leakage current

creasing the motor capacity increases ho leakage cure

= Shielded motor abies sica increase tho leakage current o PE (approx. double
tho valo generated win unshielded motor able oto same lng).

= The leakage current ofthe 400Y las is ager han that of the 200V cas,

LUnetortne Isakage currents
Harmonics flakage curs flowing in state capaci between the inverter ouput cables
may operate the extemal ermal relay unnecessary When th ving length song (Som or
‘mor orth 400 cas smalrcapacty model (FR-D740-160 rose) te external thorra rly
[katy 1 operate unnocessany because th ratio th leakage cur tho rated mator

AAMITSUBISMI ELECTRIC

Wing

lacremagnati company (EMC)

Example Y

Note

{Une orn leakage curont data example
Desestod motor SEA AP
Cartier frequency 1.52
Used wie: 2mm 4 cares, cab yo cabo

ater Gao | ted ar Cuan E

La] N gene m] Vo na Tm
EJ T ea wo LI
E T a7 we e
3 ER} ña ma

Tab. 321: Loto ino leakage curar data example (400V class)
9 The leakage eurent of the 200V las is about a ha.

a
wo me =
pen 2
ST
Sá

Fig. 398: Lineto-ne makage eurents
e Countermeasures
Uso Pr 9 Elton hammal Orly’

= No cami requency soting high, docrease tho Pr. 72 "PVIM frequency selection”
‘sotng, Noto thal motor noise increases Seecing Pr. 240 “Sal PVIM oporain sale
on makes the sound intensa To ensure at he motor protected against ine
no leakage cures, is recommendadto use a tomperature sensor (e.g. PTC element)
16 doc detect motor tomperatre.

© Solcing a pour suppy cut breaker:
You can aso use a ereut breaks (CCE) to protect the power supply Anos against short
cereus and ovoioads. However noto tar is doesnt protect ine imener ects, GBT).
Select capacty of ine crureskeron he basis ofthe cross atonal area of tho power
‘supply Ines. To caca the requred mans cure np pant you need I know the power
required bythe inver (Rafer to Rated Input Capacty in Append A, Specifications) and
e mans supply votage, Selecta crcut breaker with rippin tat is signty higher than
callate, parteuary in the case ol breakers ih electromagnet tipping, since the tro
charactors are strongly infuenced by th harmonics inthe power suppy Ino.

‘Te earth leakage breaker must be ether a Misubi earth leakage breaker (ELE, or ar
‘monies and suges) or an ELB weh breaker designed fr harmonk and surgo suppression
thats approved forse wth requency inverters.

FROT00EC

Essctomagneti compañtilty EMC) Wing

Noto on seecting a sutable power supply ELCB

"your application require by instalation standards a RCD (residual cure device) as up steam
[potecon paso selec according to DIN VDE 0100-590 as Ing:

Single paso lavener ype Aor 8

wee phase invaner only pe B

Agéticnasy,whon salocting a residual eurent device (RCD), leakage current caused by the
mans iter, he length ofthe shed motor ab and Io cari equancy must e aken into
‘oneiseration

nen comocting AC current using itches wähout a stp funcion, re asymmatrical loads
‘may osu In unarted tnggring of to residual current devic (RCD). I's recomendable
Pete uso à Type B residual unan device (ACD) Type B with delayed actuation oro etch
‘nal ve phasos simutancousl using a main contacto.
Calculate the np unen sens of he ELO a fotos:
(© Bronkr designs fr harmonie and suge suppression:
ln 10° (gt ln + 1 + gm)
e Standard breaker:
Han 102 + lon + gi 3 (02 + m]
Int 92 Leakage curont in ire path during commercial power suply operation
Ign: Leakage current of verter input side nose Mer
gm: Leakago curent of motor dung commercial power supply operation

ET
Eo eS ee

1 For star conecto, he amount tiago rent 1

AAMITSUBISMI ELECTRIC

Wing

lacremagnati company (EMC)

Example Y
y
3
Coe
[E
EEN
ng
[e =
Frans cm ma, = =
secre mar E ma
Ta. 322: sima ofthe permanent Hong leakage cren (400 ds, sa connection)
a
NOTES | me roquony var montors is ou opa o ground fats up 1 roquney of 20H.
Hoovers mponantto unersan Mat etre oly price verter tel. Kean
rete uso prod pretecion gat shock haar lr persona,
ino connocen aahoc-neutal system he sol cuen puts agains an car
feta th verter ouput id. Eating must on Be egufemenl fata ar
Ica! aeyrguatone an esta odes. (IS. NEC secton 250 EG 59 case Yard
er appt tana)
an the bear male on o op sie ofthe ivre, may be unncnssanty
«prats by hamonis even Y seco vale les han De ating ts caso, donot
Ital do beaker sree the e conor and yo ssl mens, wading 1 om
pare se.
“Tne folowing modos are standar brokers: BY-C1, EC NVB, NV. NV:GEN.NV-GONA
NO NV earth nage rly (ocap NYHA, NV wih AA noua! vio open phase ro.
son
“hv cr models ao designed for hamonc and ue suppression: NV-CAW-SIMN srs,
ANÉSO FR, NVEO-FA, BCE, ear eakag alan Braker INF-Z NV ZHA, NV
From o 3%

Essctomagneti compañtilty EMC) Wing

372

Inverter-generated noises and their reduction techniques

Soma noises ete th iver o malfunction it and others are radiated by th inverter o ma
tinction peripheral devices. Though ine nvertesdesgned tobe nsuscepbe to noises, than
dos lowiove signal, sol requires the flowing basic techniques. Also, since the iverar
‘hops opus at igh carr roquency. that could generate noes, hos noios cause po:
Fphora devicos to maluncton, measures shou be taken o suprass noses

These techniques ter sig depending on ais propagation paths.

© Base toctniques

= Donotrun the power cables (VO cables) and signal cables of te inverter in parael wit
‘each ether and dono! Dune hom.

— Uso twisted pair sido cats for the doctor connection and contol signal able.
Earth she

— Earth he inverter, motor, lc. tone po

(© Techniques to edie aise hat ener and matuncion the vertes
‘Wen devices that generate many noses (whch use magaete contactor, magna rates,
many flys for example) are nsaled near the Inverter and ne verter may be mature
ones by noises, the tloning measures must bo lake:

— Provide surge suppressors for devices that generale many notes 1 suppress naiss.
at in fies 1 signal cables.

Earth the shies of ho detector connacton and contro signal cabls wth cable camp
ma.

(© Tochniquos to racuco noises that aro radato by the imvrtr to mattunction porpheral
dences
ini generated noises are largely casi ito:

= those ratos by the cables conectes to tho verarandivertor main cuits (VO),

= those oloctromagratcaly and oloctrosttcay induced o the signal cables of the
porhral device 108615 I man er power supp,

and those transmit tough he power supply cables.

AAMITSUBISMI ELECTRIC

loctemagnati compatbiity (EMC)

= ee A re
EA

Fig. 841: Nowo pains

FROT00EC

Elocwomagnticcompatbity EMC) Wing

rare sal cae ay nos bre esc ay bated |
rss Thefctoncyreasses mates war

rte aco eves as ony pao om mr

ney ann alae toys e291

2 Da po a cs at pores re a pat ae
seg a mt) a gris meen om

RE ras mayo a vo saltos ann a gots at
ten tcs one as ay posi tom a mena

à Ban ay tects a a tr ny pos om o VO ls a na
Los ar na a os on cs ec a pat nec

rn pone ete po STE are cea D sah oa
(ma Ge ana Dion mar meer 77
= Use ane orton ne un asus

a ro a ont as met tar ou Coreen TUI

[renace nop cris mod) og pre dano oa rar
LE deinen cbs eum cst once ay cal ns

Tab. 3-23: Nose and Countermeasures

I m ORES

AAMITSUBISMI ELECTRIC

Wing

lacremagnati company (EMC)

373

Power supply harmonics

‘Tho nverer may generate power supply hamoncs rom A convener cc to tha power
g2noraor, power capac et. Power Supply amas are ferent tom noise andleakage
‘Coren in source, fequancy band and tranemision path Take the loving countermeasure
Suppression tcnnigus.

co [mone cy
Fr Maran EST Sr Rr TORE
[sonas ae carnet ponia | o nc mg
Y [Teouciakainoate Rande war
[Gara FT spa on Raten

[sciences sc pomo [Ofen sponge mars ee
PERA

EN LEI rene a
Tab. 524: Diflerencos botwoon harmones and osos

e Measures
‘The harmonic cunont general trom the imertr to tho input sido cers according to

various cantons such as ho wing impedance, whether a reactor is used or not, ana

‘output roquoncy and ouput curent on o load side,

Forthe output requency and pu cunt, we understand that hey shouldbe calculated

Inthe conditions under tho rated cad atthe maximum operating roquency.

>

The power factor improving capacitar and surge suppressor onthe Inverter output
side may be overheated or damaged by the harmonic components ofthe invertor
‘Output. Als, since an excessive current flows inthe Inverter o activate overcurrent
protection, do not provide a capacitor and surge suppressor on the inverter output
‘Side wher the motors driven by the Inverter. For poner actor improvement, install
{reactor on tho invertor input sido or inthe DC crea.

FRO700EC

Essctomagneti compañtilty EMC) Wing

374

NOTE

Inverter-driven 400V class motor

Into Pw typo inverter, surg votageatrb.taieto wiring constats eneratedat thom:
tor erminalsEspacity lora 400V cass moto, the surge ollas may deterrate the neu
ton. Won tho 400V class motor I riven by th inverter. consider ho fofowing measures:

(© ectin the moter insulation and Emling the PWM carr frequency according to the
wining long. For the A0OV cass motor, use an insulation-enhanced motor

— Speci tho AODV class invrir-even insulation enhanced motor.
=. For ddeatemetr sith ashe onto ner and obran otr se

Set. 72 “PUNA equoney selber as indicated below according toto wiinglorgih.
coor
ame [as ree E ET

Tab. 9-25: Sting of Pr, 72 according ote wing let

(© Limting th vage rise speed of he Foquoncy inverter output tage (AUT):
Ifthe motor tequres arse speed a SOS or ess you must instal a to inthe ouput 0
ho invert. Paso contact your Mitsubishi dealer or more detal

| or ei Pr 72 Pw toquonoy secon, tr to satin 614

AAMITSUBISMI ELECTRIC

Operation

Precautions for us ofthe inverer

41

Operation

Precautions for use of the inverter

‘The FA0700 seres highly reliable product, but incorrect prior ut making or op-
eratonmancting motiod may shorn no producto o damage the prod.

Botor starting operation, aba rchock he ftowing tems.
(© Use crimping terminals wih insulation steve 10 vo tho power supply and motor

(© Application of powerto he output terminals (U,V, W) ofthe inverter wil damage he inverter
vor poro such wiring.

(© tor wring wir ocu must not belt into inverter.
Vire outs can cause an alarm, allure or matuncton, Alvays Keep the inverter clean.
Vian ding mouning holes in a contol box ec, take care na o al chips and other
foreign mater fo enter tho inverter

© Use cables of the sz to make a voltage crop 2% maximum,
Ie wing distance i ong between tha mtl and motor, a main rus cable vage
‘top wil cause the motor torque to decrease especial atthe output fa low frequency.
(Poor o page 38 forte recommended cable sizes)

© The overt wring angt should bo 500m mas,
Especial fr long stance wing th fastesponse current m function may be reduced
‘ortho equipment connected 10 tho inverter cuput ae may maluneton o become fly
Under to ‚one 01 charging current duo 1o Be say eaparty athe wing, Th,
‘ote the overall wring long (Rote page 3-11)

+ Elocromagnose Compatbiny
Operation lt roquency imertorcancauso oloctomagnete introrencoin tho input ans
Opa at can be propagates by cao (via he power ut ines), y wirst ra to
‘oarty equipment (9. A radios) or va data and Signal Ins.
Use AG or DC reactors to reduce ine prepagated noise (harmonics) Use said motor
power ines to reduce output nase (eto soto secton 3.7 Elschamagneie Compatiby).

(© Do natinstal a power factor conectin capaci, surge suppressor o rado noise ter on
th imoror output sido. This wil cause the imoro 1 tip or ho capacitor and surge
‘suppressor tobe damaged. Hany of te above dovces installed, Immadataly remove 1.

(Boker staring wing rober work after Ihe inverters operated, wat for atleast 10 minutes
‘afer the power supply has been swiched of, and check hat there are no residual voltage
‘Using a tester or he Ike, The capacitor is charged wih igh volgo for some time aer
power of and ts dangerous,

© A short cru or earth faut on tho invertor output sido may damage th inverter modules.

— Fuly chock the inslaon resistance of the Orc pro o inverter operation since
repeated shor cul caused by peripheral cuit nadoquacy or an arth aut caused
by wing inadequacy oF reduced motor insulation resistance may damage tho morter
mous

— lly check the t-cath insulation and interphase insulation ofthe inverter output sido
or power-on.

Especial lor an old motor or use in host atmosphere, secure check the motor

FRO700EC

Precaution for use of tha inverter poration

(© Do not uso the imertorinput side magnetic contactor 1 startstop tho invertor.
‘Alvays uso the start signal (ONOFF of STE and STA signa) o sarUop tho voter,

(© Across + and PR terminals, connect only anextemalregoncralvo bake discharging rite.
Do not connect a mechanical brake.
‘Tha brake rostor cannot be connected oe FR-0720S-008 and 01, Leave terminal +
‘and PR open ls, never short between + and PR.

(© Donotappy a votage higher han ho permssteveltago 1 the inverter O signal cut.
‘Contact othe inverter UO signal cuts or oppose poly may damage the UO devices.
Espocialy check the wring toprovent he spood seri poteniometerrom being connected
income o shor terminas 105.

+ Provide lectrcal and mechanical intros for MG and MC2 which ao used or commer:
al power supp invrtorewich-over
Vian the wg 6 incor or thor is a commercial power suppty-mvertersuitevover
{reat as shown bolo, tho morir wl De damages by leakage caren om tho power
‘Supply due to ares general at th tn of But av or chatorngegusod by a Sequence

Fig.
Mechanical interlocks for MOT and MC2

caumon:

A {tho machine must not bo restarted when power is restored aer a power fallo,
providearagnteconactr inthe inerte Input side andalso make pa sequen
ich wl not such on tesa loa. Ife star na (tart st) romans en
er a power ature o Intro ml automaticaly restart as soon a he power Is
estore.

© Instrctons for vario operation
Vian peroming operation of Irequetslaristop of tho invror,inereaseldecrase inthe
empaature of te transitorslemónt fe mena may repeat duo toa continuous How cl
large cnt shorening th fe am thermal Tasgue Since thermal aigu related the
“amountotcunen, the le can be increased by educig bound eurent string eurent te
Decreasing current may increase thee. However, decreasing cut wl result.
canttorque athe inverter may not stan. Therefore, increase ho inverter capaci have
enough allowance for unan

(© Moke sure hat the specifications and rating match the system requirements.

(© won tho motor spoedis unstable, du to change inthe frequency satin signal caused by
‘locremagnete noises rom the invert, ko tho folowing measures when applying tho
‘motor speed bythe analog signal

= Donotrun he signal cates and power cables (inverter VO cables) in paral with ach
‘ther and do not bund them.

= Run signal ables as ar away a possi rom power cable (rior UO cables),
= Use shies cabos a signal cates.
Insta fre ore on the signal abl (Example: ZCAT2095-1890 TOM,

42 AAMITSUBISMI ELECTRIC

Operation

Precautions for us ofthe inverer

414 Failsafe of the system which uses the inverter
Ven aft cus, theinverertipsto ouput fault signal However, fautouput sgralmay
note cup atanrerteriaultoocurenca when deecion rca or ouput ut fats le.
‘though tsb assis bos quay products prove an erh sos vot st
tus ouput signals 1 prevent accidents such a damago 1 machine whon the wart als or
‘tthe samo tie consider th system configuration where tato ram outside he verter,
Aout using tho vert. à na ven tho inverter fas,

Interlock method which uses the Inverter status output signals
By combing the inverter stats ouput signals to povieanintrock as shown below an
Vario alarm can bo deleted,
[rock mnos [omar mesa co rare
rear goes —]Oprotn exo aan frames ES
AAA E
on pa E cor
x, Ea
ged tte varia an we
Imarnernmnng | oS
ananas mn
Tab. 4-1: Dieron oupur gras oo Frequency invertor can be used fr noes
Check by the output the inverter fault signal
Vin he au occurs and vis te vet, he fut ouput signal (ALM signals ouput (ALM
Signals assigned termina ABC in e ita eng), Check atthe inverter factions pro.
ah alto, negative lage can bo set (on when the inverters oma of when De auto
aus.
pres
Bl
E
sors —
Etre ri ei
O aa
Fig. 42: Contact 8 opens whan a faut ocur rial sting)
Fromoec 43

poration

[Checking the inverter operating status by the inverter operation ready completion signal

(Operation reay signal (AY signal output when ho inverter powers on and tna inver bo-
eames operative, Check tho RY signal 1 output alr powering an the ener

Checking the inverter operating status by the start signal input to the inverter and
inverter running signal

The nvrterruning signal (RUN signa) is ouput when the inverters running (RUN salis
gres terminal RUN ho ia Seg),

hack RUN sigaliscutputwhon puting he sar signaltotheinvenrtonvardssgnalis STE
Signal and vero signals STR signa. Frog check, noto hat RUN Signal ouput ortho
fd rom th inverter decorates url output ithe moors topped, conigur a sequence
Eonsidering to inverter decotoraton timo

Ponge FOR lore

Fig. 43: Roady status and meter runing

‘Checking ne motor operating status by the start signal input to the inverter and inverter
output current detection signal

‘The ouput current detection signal (Y12 signa) s ouput when the inverter operates and cur
rent lows nthe motor. Check 4 Y12 egnal ouput when inputing the starsat the
Vor (lord signals SF signal an reverse signal is STA signa).

to thatthe current oveat which Y 12 signals output i oto 150% of he inverter rated ur
rent ho nd saing, tis necossary to agusto vet around 20% sing no oad current
ine motor as reorence wih Pr. 150 "Output eurent detecton ver

Forlgi check, a same as no inverter running signal (RUN signa), the inverter outputs forthe
tio tom he inverter aecolorates unt ouput the mat topped, congue a sequence
Corsidoring to nenas decserason time.

AAMITSUBISMI ELECTRIC

Operation Precautions for us ofthe inverer
Output terminal function assignment
Won using varous signa, assign functions 1 Pr. 190, Pr. 192 and Pr. 197 “output tominai
function selector" eering tthe table blow

E
anna) Fete Mere La
Tab. 42: Song n postive and negative loge
NOTE | Changing mo terminal assignment using Pr. 100, Pr. 192 and Pr. 197 may aft mo other

fete, Make soting ator confining tho functon of each toma

Backup method outside the invertor

Even tthe interlock i provided by the inverter stats signal enough sate ie net ensured do.
ponding on he ature stats lo inverts For example, when he inverter CPU als, von
Fine marks provided using he iver ful signal star signal and RUN signal, her le
‘ase where a laut signal snot ouput and FUN signals apt output ven fan invetarTaut oc

Provide a speed detector detect tne motor sped and curnt detector to detect he mor cur
rontand conse the backup system suchas necking upas blow according too lve om
prance ho system, Check no motorruning and motor eurent hie mo stat gal input
{Sto invortorby comparnig ho start signal the quorer and datctod speed the speedo:
tector or detected cuen the current Beer. Note that ne motor cent uns asthe motor
is running forthe period unl he mor stops since he inverter stars deceleraing even the
Stat signal turas 0. For ho ogi check congue a sequence considering the verter doce.
‘atone. nao. rocommendedto chock th woo phase current when using Macu
Dre

o

_ O) os,

Fig. 44: Backup mohod outside to verter

(hack heres no gap batween ho actual speedand commanded speedy comparing then
veto speed command and detected speed ofthe speed dis.

FROT00EC

rive the motor poration
42 Drive the motor
"Tre inverter needs frequency command and ta command. Refer to o flow char below to
poro satin,
=D
me) re
Fig. 4-8: Stops of operation
hack the allowing toms Dolor powering onthe invertor
(© Check mat no imoreris instalo conety in a coro place. (oer to sacton 23.)
(© Check at wieng is croc. Relerto section 22)
© Check mat no loads connected tho mote.
NOTES | vien pretacting mo motor rom overheat by the iver, set Pr. 9 Electron thermal ON.
relay. (ler section 51.1)
nen the rates Hequoney ofthe motor is GHz, sol Pr. 3 “Base frequency” (Role 10
section 512).
es AAMITSUBISMI ELECTRIC

Operation Operaton pane

43 Operation panel

431 Parts of the operation panel

|
[maana

Etes

o veo

Pare moon
PER]
arar arca nr
na don Penco
nia er coman

Pa]
O]

oo
ra rante on
a ot)
ea ton mee NET
TA Lo

Fig. 46: Oporaton panto the FR-D700

(© The number ot digits displayed on te operation panels our Only the upper ur igs of
aies can be depiayed and se. the values fo be display have fe cts or more
neh decimal places, tho ft oar numoras can not bo played nor et
‘ion SOs sat, 50.01 splayed When 120Hz & se, 12001 dspayed and second
canal pace i not played nor st

FROT00EC 47

Operaten pane

poration

er A SO
pro ern
RS
comes MA
So ex weeps ounce
on romero an
Ol ee
Sages [Umrao coma
© | == rte
an
ergs str rg sn me
CRE RE
meg en an nn pa
a SOT
Fee
re eae,
CS ae

ee
nennen
ea

Tab. 439: Koys of the operation panel

AAMITSUBISMI ELECTRIC

Basic operation (factory setting)

Fig. 47: Overview of tho base funcions ofthe operation panel

Operaten pane poration

433

Notes

Easy operation mode setting (easy setting mode)

‘A troquoncy inverter canbe conti one va the parameter uni, through extemal signals
(earth, SPC ouput, extomal sopor sources, et) or rough a comblnaon of xtemal sg
al and inputs tothe parameter unt. The cha of operation made a done by sting param
toe 79. (Rotor to section 8.1.8)

Seting Pr 79" Operation made selection” according to combination ofthe startconmandand
peed command can be easy mado.

Into flowing example Io parameters sotto ho valo “3 so that ho motors stared bys
‘alto the STF and STA terminal aná to speed can be adjusted using the digital dal onthe
operation panel

Operon ley

EEE para

Ps PUEXT a MODE rose

torn cn o nen gs ke

rms seria
9.8: Ono can immedey change parametor 79 by imulaneousy pressing the PUEXT
‘sna MODE hoya

Press MODE bolo pressing SET to rtum 1 he monitor spay without setting
In is case, tha made changes to extemal operation mode when pertormedin the PU oper
ation mode (PU JOG operation modo) and PU operation mode when portones in the exter.
ra operation mac.

| Reset an be made with STOPIRESET.

AAMITSUBISMI ELECTRIC

Operation

Operaton pane

=>”
oe
| EEE ee E
corm A ©

Tab. 4-4: Oporabon modes and operation pana! nacen

Possible faults:
+ “Ent (Wate sable er) is displayed

= Paramotor rte à abled wih“ satin Pr. 77.
“Er is deplayed

= Soting can ot be mado dun opero. Stop the motor with the STOPIRESET key or

by swichng ofthe STRISTF signal

+ Te priortis o he frequency commande when Pr. 79 = "3 ar: "Mult-4p00 operation
(RLRMIRHLREX) > PIO eon! (Xt4) > terminal 4 analog npu (AU) > ga input rom ho

‘operation pane,

FRO700EC

Operaten pane poration

434

NOTES

Operation lock

(Operation using the cgtal dal and ey ofthe operation panel can made vaio prevent
rameter change and unexpected star and to.

Operation lock
© Sot"10"or*1"n Pr. 161, thon press he MODE key for 210 maketh gta al and key
operation vat.

(© non ho ia dal and oy operations made inva, “HOLD” appears on the operation
panal

(© non the dpt dial anc key operation ar nvak, HOLD” appears ho italia or oy
‘operation is peiomed. (When the gal dal or key operaton is nt perormed for 2, the
mono display appoars)

Operation uniock

To make th digital dal and Koy operation val again, pros the MODE hoy for 25

| me STOPIRESET toys va even in he operation ck its

Set 10"or*11" (keylock mode val) in Pr. 161 “Frequency setsngkey lock operation selec:

pa

AAMITSUBISMI ELECTRIC

Operation

Operaton pane

o

omer me PUES ay em murs

® ©

Ds te yO ty chon pane

Dane ag le Pre Pr 161 ape

Or She ma

RO

DPmsneserptout

o © © ©

Pass te MODE hey zoo on toy ck

Fig.48: Operabon oct

FRO700EC

Operaten pane

poration

435

435

437

Monitoring of output current and output voltage

Mentor display of ouput requency, output eut and output voltage canbe changed push
Ing the SET key during mentor modo.

Operon Dar

oe à as

Fig. 4-10: Mentoring of ouput current and ouput valle

First priority monitor

Hold down th SET koy for sto set monitor descrpiontobe appearod fist inthe montormode.

Torotum othe outputrequancy monitor, hold doute SET kay o 1s ator displaying he ut
putrequency manta.

Digital dial push

‘Appears when PU operation mode or extenalPU combined operation mode 4 is selected
CEE

Push he Gal alto play ho se equency curently sot.

Fos.
Display a set frequency current set

AAMITSUBISMI ELECTRIC

Operation Operaton pane

438 Change the parameter setting value

[Example Y _ Change tn Pr "Maximum frequency satin from 120Hzto So

pero

ne TE Dre

pus ne PEAT ay wenn

Da ne uO 1eme aes

@ rane om ans pp

passe Sey sont corny an

orge emcees

Ps mes ey ost

o00e ©

{Pr he MODE ty rt nan ueno en

Fig.

Possibie ta:

e Em “ER, or Eris spayed,
~The oor nation means:

2: Seng the maximum output requency

Ent: Vito Gsable anor
EZ Vite emor during operation
EG: Calbraton enor

Ent: Mode designation enor

For deats refer to section 71

FRO700EC 45

Operaten pane

poration

439

Parameter clear/All

ameter clear

e Sat-1" n Prk "Parameter clear o ALLO “al parameter clea o nil al parameters.
(Parameters are not cleared when “st in Pr. 77 Parameter ua selection”)

© Parameter car ets al parameters except albraton parameters Ct (Pr. 901) 10 C7
(61-805) and terminal funcion selection parameter ote ial vals.

(© Roferto the extended parameter ist Ta. 6-1 for parameters cleared wih his eperaton.

‘penton

CE

Date Dan men

D ne OE tytn paar

® ©

Tunis PCL ALC an

e

Geste SEL nce a.

ne at sae cron te st

Ps meta

o e.

{Pert ET hoyo mon a tng o
‘Presb SET oy ia osa poros

Flg-4-13: Paramotor oar

vo played atematey
natin the PU operation mode, Press he PUIEXT key The PU ication
is Man the montor (4 dit LED) days“ (Wen Pr. 7

Carry ut operation ram stop @ again

AAMITSUBISMI ELECTRIC

Operation Operaton pane
43.10 Initial value change list
Displays and set the parameters changed ro hentia ave.
NOTES | Catbraton parameters (C1 (Pr. 901) to G7 (Pr. 905) are not displayed even they are

changed rom ho intial stings.

Cony simple mode parameters splayed when simple mode is set Pr. 160 "Extended fun
on display selection = 9899 (deplay ony the simple mode parameters)
Pr. 160 “Extended function play sation is spayed indopendeaty of whether the sat
Eng valu is changed o OL

en parameter sing is changed ate creating th inal value chango It the sting wi
recto 1 tho rial valve change ist next ine.

FROT00EC

Operaten pane poration

penton

Fema Se para

omer me PUES yt em murs

Os ne MODE hey occ Re mar

(Tune ag le Pr apre

oie SE a oe tae

Trg i dt de ima
ee

e
ormsneseruvomstecemysivan E)
©

a epee gems ct e sera

© ume sp to wat rata part

octal oran
ans

Epa ©) à

+ Tung a dls on panne
+ Paine SET hy Sra o cargo an.

Fig. 4-14: Ita valo chango lst

mary AAMITSUBISMI ELECTRIC

asic sotngs ‘Simple mode parameter ist

5 Basic settings

51 ‘Simple mode parameter list

For simple varabl-spoed operation fhe inverter in ital eting oo parameters may be
Usedasthoy ae. Solthenecessary parametarstomaat ho load andoperatenal specications.
Parameter ating, change and check can be made rom he operation panel For detal of pa:
rameters, oer to chapter 6.

NOTE | Al paramoters are displayed wih the intial song of Pr. 160 “Extended function splay
‘section For detal of Pr. 160 refer lo secon 6.164

Fea [peor

rasan) | Oss sra node and ones me prats
D (one ta me game,

Tab. 543 Soting of parameter 160

Pr. [Name Es = Range | Description Era
er
oem en | wane | oom DORE.
| Birne
D EC CS
| ig
a some a fee
unge Br — oo. u O | gay
a Ci | sea
cs 2" fran] m EE ss
rer nn
AH Erle [Breiner 5
are [era | sos
En (ln) ae | ome [scan
eal oa Ser =
rn
| =

Tab.52: Simple mode parameters

© tia values lr according th voter capaci
5% FRID7208 042 o loss, FR.D740.022 or lose
As FR.07208.070 and 100, F-D740-006 10060,
3% FRO740-120 ana 160

© Int values lo according t the inverter capaci
56: FR.D7208.00810 100, FR-0740.080 oF loss.
Os: FRLD740-120 and 160

FROT00EC E]

Simple mode parameter ist

asic setinge

saa

Example

Overhoat protection of the motor by the inverter

Satis parameter whan using a motor othr than tho Misuish standard motor (SF-JR) and
subi’ constant toque mor (SF-HROA) Set the rated motor eurent in Pr.9 “Electronic
thermal OL relay to protect he moto rom overmaa

oo Eu EL nenn

© torte append Afr Io rated iverar cont valve

Chango mo Pr. 9 “lectonic tharmal OL olay” sting to SA according tothe mato ratos

Son

Opa
© Fee mam Se aaa.

Pres ne PUEXT Kyo choose tw PU

pete yey chon paar

(ame ag les PO Maps

© Fae Sears GOR OP ND

© cats a mese

ea SET hey sob stn ap,

Fig. 51: Song lo elscrone thormal OÙ olay

AAMITSUBISMI ELECTRIC

asic sotngs

‘Simple mode parameter ist

NOTES

Protective function by electo thermal lay function i eset by inverter power reset and
rose! signal input. Avoid unnecessary rset and power.

en bo or more motor are connected tothe inverter, oy cannot bo protected by the
‘econ tarmal rly unto Intl an extemal forma rola o wach mato,

non ho iference between the invertar and motor capaci is lago and tho sting is
mal, the protective characters ofthe electron overouent protection vil e deter:
rates Thermal motor protection must be ensured by extemal motor protection (eg PTC 0.
‘mont.

A special moter cane be protecod by the electron tharmal relay function. Use an or
‘a thermal lay.

locuoni tharmal relay does not werk when 5% or loss ol invertor rad cuen is set 10
¿econ thermal ely ang,

FROT00EC

Simple mode parameter ist Basic sotings

512

Example Y

When the rated motor frequency is 60Hz (Pr. 3) wm

First, check the moor rating plate Ia frequency given on the rating plates "Oz" only. aays
satPr-3"Baserequoncy 10 "80H Leaving obeso frequency unchanged om sor" may
‘maketh votage ow and torque neu may esutin an ver rp due to voa

a CES

(Change Pr. "Base frequency" 19 60H} according othe moto ated toquoncy.

Ormaterun

een

®
|

(Tune ag au ape

Pa ane 800" Bon pp

Ye gat sueur rome sum

Pasi ser ey set

o...

‘yung estat you can aa panne
pm vo ST oyo mon a stig on
{Pras SET ayi on a ps

Fig. 52: Sotng he baso hoquoncy

AAMITSUBISMI ELECTRIC

asic sotngs ‘Simple mode parameter ist

513 Increase the starting torque (Pr. 0) wim

Seti parameter un the motor wih a land does nat ot, an alam OL I output, resulting
in an verter due 10 OC, ee

AS COIE

co een | 2

Example Y _ Yen tho motor with a load does nt tte, increase te P.O value 1% by 1% unit y look
ingatihe molor movement. The guideline i or about 10% chango athe greatos.

Ross:
Foaïenbotwoenoutpuoquencyandouput
voltage

spate He

FRO700EC ss

Simple mode parameter ist Basic sotings

NOTES

Fema Se para

ome PUT iy meurs

Os ne MODE hey occ Re mar

(Tune a les PO Pr Days

em

o00e

nn @
rmrne serie ©

ps ET hy sona sein on
‘Ps SET ey ito ona pr

Fig. 54: Sotng ne saving torque

‘too large steng wil cause the motor to overheat, resulting in an ovrcument tip (OL
(overeutent alam) then €.0C1 (overcurent shtot during accolerason) Ihomal 1
{ETM (Mator overond sho!) and E-THT (neener ovefead shut). Whon an nor
{€0Ct) occurs, release the sar command, and decease tho value 1% by 1%. (Retr to
page 7-8)

He inverter sit does not operate propery atar ne above measure, aust Ihe aoclra
Ron decaleration Sing or acate th vector conte! funcion y Pr. 80 “Advanced magnetic

fx actor conto? (Retro section 622)

AAMITSUBISMI ELECTRIC

‘Simple mode parameter ist

Base setos
514 Limitihe maximum and minimum output frequency (Pr. 1, Pr. 2)
ñ E
an COME
= ie CIC sy

[Example V You can limit tho motor speed. Limit the frequency st by the potetomster, et. to SOHz
maximum. (Sot"50" Hz 19 Pr. "Maximum Woqueney)

Fa. 8-5:
[Minimum and maximum output tequoney

FROT00EC

Simple mode parameter ist Basic sotings

NOTES

pero

ee para

omer me PUES ay em murs

Os ne MODE hey occ no mar

Tune a samt 1 000

© Tanta ae F0 en

en 2

Omas me Bert

© © © © OM)

By aria estat dat you can daar panne
{Parte Set ty mon a sein on
{Pres be SET hyn or a poros

Fig. 5-6: Song he maximum roquency
a

‘Te output frequency is clamped by ha Pr. 2 seting ven the st frequency is lower an
to Pr. 2 eating (The roquency wil ot deroaso tothe Pr, 2 sang. Not that Pr. 15 og
frequoney" has higher prot than the minimum aqua.

en th Pr. 1 serias changed, requancy higher than th Pr. 15
‘he digital dia,

en paoeming a highspeed oporaton at 120 or moro sting of Pr 18 “Highspeed

ing cannot be set by

maximum frequency" is necessary. (Rete t schon 03.1)

‘CAUTION:
UW the Pr. 2 soting is higher than the Pr. 12 “Starting frequency” value, not tat the
‘motor wil run atthe set frequency according othe acceleration tine setting by merely
‘Switching the start signal on, without entry of ho command frequency.

AAMITSUBISMI ELECTRIC

asic sotngs

Simple mode parameter ist
5.1.5 Change the acceleration/deceleration time (Pr 7, Pr. 8)
etn. 7"Acaleaton ma" lanar valve re slower sped incas and a amer vals
lor also speedineaase
Sat r.8"Docaratontime ger valo lora slower speed decrease an a mar va
fr ati sped decos,
an ue [Hit ooo
[EROTAD 20160 | 105 u
[öewasonsme [180000210000 | | 635095 | ser ma ncenaen ne
NOTE | Too shor acstratoniscaeratin mas may loto an inverter ana wäh enor message
Eime mn E OCT EOVT ac)
Example Y Change Pr. 7 "Acceleration me" sting rom Sto "108
FRomoec

Simple mode parameter ist Basic sotings

Operon

Fema Se para

omer me PUES yt em murs

Os ne MODE hey occ Re mar

@ wn ales 277 ape.

Ogg gg nm carton

4
e
A E). EN EPS
4
e
©

Pein Bert

rua ET hey Sow stn ap,
ese SET hey eo oh pr

Fig. 58: Sting he accoleraon time

5-10 AAMITSUBISMI ELECTRIC

asic sotngs

‘Simple mode parameter ist

5:18 Operation mode selection (Pr. 78)
lc ns opeaon comen catan ad rgıency command late,
aia
Dh | | ae lone ar
E =
ada fer
aga
o id]
Sa ar
+ [a santa |e eR
RIRE [eee
semana: Pisa
LE]
ed Fu
[se tan vc Pop El
© forte emia ea Kt a PU open merca) En a
FR 0 Pr 102 st tanta ten son eu nor (ar codos
£5. whan next Dons a asia incon ol he MÉS sa ones ho MS
(Gap 2 PU peas tet apn
NOTE | Sang vaso, 12,34 7 can changed in us pm meo, (lo
nas)
moroso En]

Simple mode parameter ist Basic sotings

54.7

NOTES

Large starting torque and low speed torque are necessary
(General-purpose magnetic flux vector control (Pr.9, Pr. 71, Pr. 80) «crane

Large starting toque andon speed torque ar avala wih general purposo magnetic tx
vector contol

\Whatis general-purpose magnetic Aux vector contol?
Tho ow peed torque can be improved by rovingvotago compensation o ou a motor ur
rontwhich meets the oa orque. Wah ating sipeampensaton (Pr. 24510 Pr 247), output te
quency compensaton stp compensaton is made so thal he actual mote speed goes coser
‘Ba speed command valve. Electve when load fucuatas drastoaly, et.

General purpose magnet ux vector contas the same function asthe FR-ESDO sro.

a EE

E ‘a,

rra
besan o | enansasencoss [posan nan tn

RENE

CRE

Tho above parameters can be st when Pr. 160 = 0.
© etat append Afr the rated inverter ouput current.

1 the folowing conditions are net sale, select VIF contol since malfunction such as

Insuliden or and uneven rotation may occu

(© Tho motor capac should be equal o or one rank lower han the inverter capaci. (The
cap shoud be 0 KW ormare)

+ Moto 10 bo used is any of Mesubih standard motor, high elicioney moter (SF-IR,
SEMA O.2KW of mero) or Misubiani constanttorque motor (SF-JACA (our pol
'SF-HRCA 0.241 10 7K). When using a motor ther han the above (ther maniac
ors moto) port fine auto tuning tout a,

| sncemotr operan (on motor run y ene inverter shoul be parce

“Te wing length rom inverter to motor should be wäh 30m. Otherwise, tho driv baha-
ur may bo impaired rin fie ato tuning may be cancel and an approprate alarm
issued, Pete lino ao toning in th state whore ring works prtormed hon he wir
ing long excoods Som.

Pomme eng long botwoon imrtor and moter dlrs according toto or capac:
ly and sting valo of Pe. 72 “PMA roguoney selector (car frequency). (ter o pogo
E)

AAMITSUBISMI ELECTRIC

asic sotngs

‘Simple mode parameter ist

NOTES

Selection method of General purpose magnetic lux vector control

BR
+

en

= O
ee [e CRE
CO CAMA
UE [= 3

a rer Slot

y

Sa mr pa Pr) fbr pa 1)

Seine gran On a a aa
A pt a,

Su comen cam ob scan 2).

noo ur conmardand command

e

a nee
Eee

Fe re

EEE ns ron o

nara

Esmas eaten une 2 mer meson 7.
À Sty comparto at Pe 28 Pe rar con 629)

Fig. 8: Solocion methodol genera purpose magnetic ux vector conto!

‘Uneven rotation sighty increases as compared to tho VIF contol I is not suabe or
machines such as grading machne and wrapping machine whch requires lass uneven
roi at lw speed

non a surge votage suppression fer (FFR-OT or FFR.S connected between the
and motor, ouput torque may decrease

FROT00EC

Simple mode parameter ist

asic setinge

518 Toexhlb the best performance ofthe motor performance
{cite ato tuning) {Pe 8 B71, Be BD BBs Pr Bt P90, Pr. 96)
‘he oer pofemane canbe mein wih fie aun
ats fin at ung?

Vian patear pur pp magra ht er enol. he ncn be it bo
et ne mms coro (ads
fer ptet pt aie
Rance
Ty [one = Deserition
a | eme, cc
——
inne oem MER EEE
en RL COLE
Pan | STR Yarn
Er En D | Sater moco 0
= | ies
ee
Is 1 ee
ES Ê et
Ber
Tran panes can bel man Pr OWE
© area Alten net up ce
== Aumsunsm eiserne

asic sotngs

‘Simple mode parameter ist

NOTES

‘This uncon i vl eny when a valu othr than “9999 is st in Pr. 80 and Gonralpur
poso magnet ux veto conto lee

You can copy the fine au tuning data (motor constants o ano invertor with the PU
(FRPUON,

Even han motors (ther manulaturer’s motor, SIAC, et) other than Mitsubishi stan
fard motor, non eine motor (SPUR, SF-HR 02 or more), and Misubeh constant.
torque motor (SFA, SF-MACA four pol 0.24W to 7 Sk) are used or no wing length
'S fon, using tho offino auto tuning funcion runs the motor withthe optmum operating
Sanciones

“Tuning is enabled even when a load connected the motor As he motor may run sig
Five motor securely win a mechanical rake or make sue that tere wi be no problem in
salty ithe motor runs (cautions required especaly in elevo) Noe that tuning pare
nos à una even te motor uns slighty

| Reasnoiartngcopy o mator constant tunes y fine auto tuning ar enables.

‘Tho fino auto tuning status can be monitor withthe operation panal and PU (FR-PUD4/
FREUDN,

Do not connec
and motor

surge votago supprosion iter (FFR-DT or FFR.SI) between the none

Check the following before performing offine auto tuning:

+ ‘Moke swe gonora-purpose magnese tux vector conto! (Pr. 0) act tet section
5-7) (Tuning can be perormes even under V conte sell by ting on X18)

(© A motor shouldbe comected. Note that the motor should e at a top at tuning str

© Themotorcapacay shouldbe equal orone renklower than the imerercapaciy.(Capaciy
shoud be 0.1 or more)

(© Tho maximum foquoncy is 120
© Anigh-sip motor high-speed motor and special motor cannot bo tuned.

(© Asno motor may rn sight fix the motor socualy with a mechanical ako or maño suo
‘hat Moro wi bono problom in safety tho moter runs (can 6 required especialy a
‘vate, Note that tuning performance is nafected ven ifthe motor runs sgh.

(© Donot connect. surge witage suppression ir (FFR.DT or FFR.S) betwen tho invertor
and moter

FROT00EC

Simple mode parameter ist Basic sotings

Setting
© Select Genera purposo magna fx vor contra (or section 5.17.)

(O Set in Pr. 96 to tune motor constant (Rt) without running the mor. takes appro
‘mately Os uni tunings completed

@ Sette rated motor cuenta values ated invorer unen in Pr. 9“Elecvone thermal
OR rely (toto page 52)

@ Settho rats vage of motor (ia alu is 200V1400V) in Pr. 8 "al mor votago”
‘and ated motor frequency in Pr. 84 "Rated motor frequency”,

(© SetPr. 71 "Apple moto” acord tothe motor used

rr — RTERETE =
ho farm =
Correr mar [SF HRCA =

One SIRE we =

Tab. 5: Motor selection
© Foroihar singe of PL, rele ho secion 6.7.2

AAMITSUBISMI ELECTRIC

asic sotngs

‘Simple mode parameter ist

Execution of tuning

‘CAUTION:
‘Bofore performing tuning, check the monitor display of the operation panel or
parameter unit (FR-PUDSPR-PUOT) If the Inverter In the status for tuning. (er to
Tab. 5-4) Won the start command Is turned on under VI contro, the motor stars.

ores

ne performing uning or PU operation, pres te RUN y tthe poration panel or the FWD
or REV Key of he parameter unt (FR-PLOHFR.PUOT)

For extomaleperaton tum on the run command (STF signal or STR signal) Turing sta.
(Gectaton nie is produce during tang.)

To ore tuning to end, use the MAS or RES signal or prs the STOP key of
Panel Turing the sta signal (STF signal or STR signa) of aso ends tuning

‘ring affine auto turing, ony he fokowing UO signal are va:
— Input toma:

Strang STR
~ Output ominal

UN, AA B,C
‘Noo that ho progress status o in auto tuning is ouput rom AM when speed and ouput
trequoncy are soeciod.

Since he RUN signal tums on whan tunings stated, caution s required especialy when à
‘sequence which releases a mechanical brake bythe RUN signal has boon designed

hen executing fin auto tuning, input he run command a
ut power (ALI, SL2, LS) 0 me inverter

Do notpertorm ONIOFF swiching ono second uncton sleton signal (AT) dung exec:
Bon of ing auto tring. Au tuning isn excocuted proper.

witching onthe main cl

FRO700EC

Simple mode parameter ist Basic sotings

Monitor dspla during auto tuning

Montor is displayed on no operation pane! and parameter unit (FR-PUOL/FR.-PUCT) during
tuning as below. The valo dplayedcortesponds tothe valve of parameter 96

A | Oman etnies

j

ER Fa

Tab. 5-4 Montordsplay

NOTE | tos prima 0 nl tring completed
1 mos tone monta pay dng mo fine at ting One

518 AAMITSUBISMI ELECTRIC

asic sotngs

‘Simple mode parameter ist

Return to normal operation
en fin auto tuning ends, press he STOP/RESET ky tn operation panal during PU:
raton. For extemal operation um fn start sgnal (STF signal or STA signal one. Ths o.
‘ron ose th fine auto uring andthe PUS monitor play ers othe nomalinden
ton. (Wihout ths operation, nex operation canna bo sated)

fine ato tuning ondod in ror (suo the tabi below), moor constants are not et, Poder
an voto eset an rst tuning,

os oF [Evora Fer
[receded Cs
EL
EE
= [esse CECILE TENTE]
Kemer mes ES

Tab. 55: Valve ol Parameter 6

Wen tri is ended rc by prosin th STOP-Keyortuming o he ta signal (STF or
STR) during tuning, lio auto tuning does not end normaly. The moto constants have not
boon st. Performan nono osa an rsia tuning.

men using no motor corespondig othe flowing specications and conditions, reset Pe. 9

"Elactoas thermal Olay” as below aor luing ls compite,

(© mono ates power specicaon ofthe motors 200/220V(400/440¥) Oz ot. timos
‘ated moter event valo Pr.

(© non pertorming motor prtacton rom overheat using a PTC thormisor or motor with
temperatur detector such as Klon, s0t°0" (motor overheat protecton by no invertors
mal np O.

men you know motor excitation eurent (no load cure), et ho val in Pr 82.

FROT00EC

Simple mode parameter ist Basic sotings

NOTES | mo moter constants measured once in he fine auto tuning ar stored as paramatrs and

‘i data are el ut he fin au tung i pornos again.

An intantaneous power fature occuring during tuning wäl result in a tuning error. Aer
vor goes tho normal operation modo. There, whan STF
motor ons nto forward revere) eatin,

Any alarm cccuring ding uring is handled as in ho ordnany mode. Noto that lan or
ret has beens rin is gored

canon

A ‘As the motor may run silghty during offline auto tuning, x the motor securely with
A mechanical rake or majo sure that thre wil be no problem In salt {he motor
‘une (caution Ie required especialy In elevator. Now tat tuning performance 16
act oven the motor rune sgh.

-20 AAMITSUBISMI ELECTRIC

Basic singe

PU operation modo

5.2

PU operation mode

‘en operating the invorir via tho parameter nt, tho motor started or stopped by tho RUN
kay ortho STOPIRESET key on the unt. The aod frequency valve can oro oniginat rm
© Anos set value
‘Operation tthe frequency set inthe roquency setting mode of the PU. Rotor o section
521)

© Operation using the diga al as tho volume
‘Te frequency is setby the dgtal dal, usedhere asa potentiometer. (Reertosecton5.2.2)
+ Solcin of sor st valves by eternal signals
‘Change ot troquoncy with ONOFF ses connactodto tominas (Reertosocton 52.3)
(© Sapoit sting mado by external analog signals
Frequency seing wih a voage up eve (section 5.2.4 or wih curentouput device
{secton 825).

Fig 1
PU operation mode

FROT00EC

PU operation mode Basi sings

524

Example Y

Set the set frequency to operate

Portrming operation a 30Hz

op

gerer aomerpaon
‘ema uo ou

ops PUT hy one mers

e

A
Bag
Ft mo a ot

Berar oe

panera st,
BE

D Press he STOPIRESET tay son. O > hm.

Fig. 5-11: Frequency sein wih ine dgtal dl

Possible faults:
(© Operation cannot be performed atthe set requency.

— Did yu press the SET ke within Ss ator turning the gta da?
(© The tequoney does not chango by turing ho digital da.

= Chacko see fhe operation mode selecta sto extemal operation made
(Press the PUIEXT key to change to na PU oporaton mode)

(© Operation dons ot change tothe PU operation modo,
=. hack nat 0" etal value is sot in Pr. 79 "Operation modo selection’.
— Chock hat he star command snot on,

AAMITSUBISMI ELECTRIC

Basic singe PU operation modo

Chango tn acceleration tine using Pr. (oro Section 515) andthe deceleration imo using
Pr Berto saction 5.15)
“Tho maximum output frequoncy is sot Pr. 1. (Retro section 5.14.)

NOTES | Pros mo cits it to show tesa roquncy
ho gia dat can also be used tke a potentiometer pam operation. (Refer 1
scion 5.2.2)
Use P25 "Magne o regen change eating” 1 chango toquen sting nr
mans he pl da

FROT00EC

PU operation mode Basi sings

522

Example Y

Notes

Use the digital dial like a potentiometer to perform operation
e Sot"1"inr. 161 “Frequency sating/ky lock operation selection’

Change ho frequency trom OHz to SO during oporton.

een
Oman Sty ous

oper PAT ay cone ed

O

@ Ps UAM po na

A A

Fig. 5-12: Uso io dglal alka a potentiometer to prtrm operaten

1 ickering “50.00 tums 100”, ho Pe. 161 “Frequency sating/ky lock operation sole
on sing may not

Independent of whether th inverter i running or at a stop, te frequency canbe se by
‘moray trig he Stal da

| wen mo toquony change, wi seen PROM asthe et Iequency ater 1.

AAMITSUBISMI ELECTRIC

Basic singe

PU operation modo

523

Use switches to give the frequency command (multi-speed setting)

In frequency inves ofthe FR-D700 seis up o 15 frequency setpons (and thus rpm and

Speeds) can be selected a In RH, AM, RL and REX terminal. Manual acvato swichos

‘or raiay opus of programme lege concer (PLC), for example, can be used o select a

frequency.

(© Pr. 79 “Operation mode selection’ must be sat to
mode)

(Use me RUN key to giv a start command.

© The inal values ofthe tominals RH, AM, AL are S0Hz, SOHz, and 10H. (Rotor to
section 53.210 change requences using Pr, Pr Sand Pr 6.)

(© Tico sapos can be selects by separately siching onthe sgnas to the RH, AM and
PL termina, The selection ofthe ourth othe seventh ied tequency is posse hough
the combination o gnal ofthese input (sao dgram below). Tn setpoint are deter:
‘ed by parameters 24 1 27. The REX terminal e used o sect the Bin fo the 15h pm
‘Speed (section 6 5.1),

(enernavPU combined operation

FROT00EC

so oot
i
i
3
i
AAA AAA
==

PU operation mode

Note

Operon Dur

Orne pmpnen
ee ELLE
Demos: Testa:
A tere tea)

“PU ey ra EXT ly a

orem sr ten

rase een
sem

an

rre e > ET

Fig. 5-18: Oporto the inverter by using mul spoed song

Possible faults
(© Sobrino RH 30H ortho RL and 10H ortho AL arenotoutputwhen thoy arotumed on.
= Chacko he set of Pr 4, Pr 5, and Pr 6 once again

Check ore seting of Pr 1 “Maximum frequency“ and Pr. 2 "Minimum frequency once
again. (Relato section 51.4)

hack nat PL 180“ALtominaluncton selection” = "0" Pe 181 “RM terminal function
Solacion" = "1, Pr 162 RH terminal función sachen" = "2 and Pr 59 “Remote
{uncon section” = 0° (al area alos)

e RUN amp is not

= hack hat wiring scort.
— ChackiorinoP. 79 settng once again. (Pr. 79mustbe sao

)(folertosectons.1.6)

Fer lo section 5.3.21 change the ruming frequency at each ermal in Pr. 4“Mutspood
sting (highspeed, Pr. 5 "Muti'speed sting (miso sped)’, and Pr. 6"Mul-spocd set
eng Vow speed.

AAMITSUBISMI ELECTRIC

Basic singe PU operation modo

524 Perform frequency setting by analog voltage input

Int typeof setpont seleciona potentomaeris comectedo the tequency inverter. Te po
tentometer ls supped wih a vollage of SV trough terminal 1001 te requency inverter.

Fig. 5-18: Frequoncy soting by analog vage input
(© 79 “Operation mode selection" must be st to 4" (extemalPU combined operation
modo 2)

(© Uso the RUN Hey to gve a start command.

FROT00EC Sa

PU operation mode Basi sings

Opern Dan

Me KES
E change ot sang)

Den ta st ten Fun ES

O + + |

en «cc net

come ny
‘Rename ER le A > [5200 Ez]

a eon veo ma SE > EE

(Passe STOPRESET ay.

Fig. 5-17: Oporto the inverter by using th analog vage input

NOTES | Chango ho frequency (SOM) of tho maximum value of potentiometer (at SV) by adusing
Do inc). 125 Tomnal 2 que sing gam tear at ©

Change the frequency (fa of he minimum value of potentometr (at OV) by adusting the
frequency in calraton parameter C2 “Terminal 2 fequency seing las equency(Reor
Pen

5-28 AAMITSUBISMI ELECTRIC

Basic singe

PU operation modo

525

NOTE

Perform frequency setting by analog current input

An extemal curo soute is connection othe requency verter or stgo laut set,

Fig. 5-18: Frequency soting by analog eurent input

(© Pr. 79 “Operation mode selon” must bo sat o "4" (exernalPU combined operation
mode?)

e Tum me AU signal on,
© Uso the RUN Key to giv a stat command.

For the analog curnt input (0/4 1 20 mA) 1 become oleciv for sotcin dota cating,
‘he AU signal on th AU terminal must be activated Thi is done, for example y moss 0
Abrego as shown in Fig. 518.

FROT00EC

PU operation mode Basi

sings

NOTES

pera

=
—

PAR MR à PE Bang ot sat

PU sp nd ENT Sot ae

OR amame essen sat)
een etc ON e

A > | Cure sora
OBER cea Meteo Caras

age on won | Soc
Presse STOPRESET ay e : EEE

Fig. 5-18: Oporto the inver by using the analog cunent np

(One of Pr. 178 10 Pr, 182"AU terminal uncon selection” must be st 4" (AU signa) ie
alae) (Rete to section 68.1)

{Change te trequency (Sot) at the masimum value of potaametar at 20m) by adjust
mo frequency in Pr. 126 “Terminal 4 frequency Setirg gain frequency”. (ler 1
ection 3.38),

{Change the frequency (OH) atthe minimum vato af potentomote at 4ma) by acting
tho frequency à calbrati parameter CS "Tormnal 4 roquency sating Das roquency-
(Porto soon 6.153)

AAMITSUBISMI ELECTRIC

Basic singe

Estemal operation

53

531

External operation

Won operating ho inverter a oxtomal signals, tho motors sated and stopped by oxemal
signals connected 1 tominas STF and STR on invert. Just as whon operating ung the
Parameter unt th st froquency valve may originate fom various sources
© Aves set value
‘Operation tthe roquency set inthe roquency soting mode of the PU. Rotor o section
531)

+ Saicion al sore st values by externa! signals
Give a foquency command by such (mull-poed sein). (Rete to secton 5.2.2).

+ Sopointsating mado by oternal analog signals
Perorm tequeny sing by a volage output devis (section 5.3.3 or by a eurent ouput
aie (salon 5.3.4),

Use the set frequency set by PU (Pr. 79 = 3)

e Sat: in P 79 (EtemalPU combined persan made 1)
© Switch terminal STF (STR)-PC onto give a start command.
(© ‘Retort scion 52:1 fr tho st requency by PU.

ones)

Fig. 620: Extomal operation

FROT00EC

Estemal operation

Basic stings

NOTES

ron

Farman Say app.

© Ft aan à PT change oto tog)

PU sp nd ET dl a

Ge mars pr Say
{ines pote ST y mg ae ars
ie eke day nt

see @

En ae ah mest
‘aie an be phan =

Pe

Bo

RETTET. FF
ER +

ter

> HI ~~
> DE a

- "€

Fig. 521: Operate the ver by using eornal signals

on selection" must bo 0110617) (Alaro inal vals)

valid (Metro section 5.32)

Possibie fats:

Pr. 178 ST terminal uncon selection’ must beset 80" (or Pr, 179"STA terminal tuno»

Wen Pr. 79 “Operation mode selection” i st 10°", mut-speed operation ie also made

(© Pressing th STOPIRESET ka othe cporaton panel changed the

a IES
e PO

se

AAMITSUBISMI ELECTRIC

Basic singe

Estemal operation

Use switches to give a start command and a frequency command
(mult-speed setting) (Pr. 4 to Pr. 6)

Upto 15 st roquency values can be site via terminals RH, RM, RL and REX ofthe =
quency invertor Manvaly operated suis olay opus ol programmable logar
(PLC) lor tance, canbe us,

© Star command by torminalSTF (STRIPC.

© Froquoncy command by terminal AH, RM, RL and STR PC.

(© “EXT: must bo. When “PU is, cht 10 “EXT with the PUIEXT Ky.

© The intial vals ofthe terminals AH, RM, RL ar SOM, OH, and 10Hz Use Pr 4, Pr.
and Pr 610 change.

(© Too st values can be seectod by separate switching on he Signal at terminal RH,
FM and RL. The fourth 10 seven aed quencies are selected by combiing the signal
rom these inputs (ee Agur below). Tho set values aro determined by parameters 24 ©
27. The REX terminals ured elect the th 1 15h speed (rl cion ©.)

Den
a spd
Lense

‘Fig, $22: Frequency and sar command by switches

syed ous

pat tng

CEE]

Fig, 5-28: Mul speed solcton y external terminas

FROT00EC

Estemal operation Basi stings

Example Y

Set “40H in Pr. 4 “Mult-speedsoting (hgh speed) and um on terminals RH and STE
(STR)-PC to operate

ee

fa)

enc a ign ped eae,

un

Era,

innen ine > EE
% af = E

Fig. 524: Oporto the vor by using eternal signals

AAMITSUBISMI ELECTRIC

Basic singe Estemal operation

Possible faults
© Tho EXT lamps not oven when te PLIEXT key i rosso.
— Swichover of he operation mode with is vad whan Pr. 79 = D (mil val).
(© Soh, soz and YOH2arenotouput rom RH, Mand RL espect whon moy aretumod on.
hack or he soting of Pr 4,PL.5, and Pr. 6 once agan.

= Checkiorne sting of Pr. 1 “Maximum frequency" and Pr. 2"Minimum frequency once
again. (Rolr to secton 5.1.4)

= hack forthe Pr. 79 soting once again (Pr. 79 must Be Seto "0" oF 2) (Ror to
sect 516)

= Checktnat Pr. 180 "AL terminal uncton selection
selecton"="F'Pr 182°RH terminal tinction election
Socio" = "D (A aro nal vals)

© The RUN lamp snot
= Chack tat wing is comoct

— hack that ‘60s tin Pr 178°STF terminal function election” or°61" i ein Pr. 170
"STR temina funcion selection”. (Al ae nial valves)

Pr 181 "RM tominal fonction
“and Pe. 9 Remote function

NOTE | Extemal operation is xed by seting 2° (mal operation made in Pr. 79 “Operation
‘mode selecton' when you do nat want fo ak me pressing ie PUIEXT key or when you
anti use the cent star command and equency command.

FROT00EC 5-35

Estemal operation Basi stings

533 Perform frequency setting by analog voltage input

Int typeof setpont seleciona potentomaeris comectedo the tequency inverter. Te po
tertiometar is Suppl with a volage of SV though terminal TO he requency inverter.

Pon

Fig. 5:25: Frequency soting by analog vage input

5-08 AAMITSUBISMI ELECTRIC

Basic singe

Estemal operation

NOTES

pan Dep

Tune natn ST oF Aon

© sean sora spo

Op sss
enero
A - 00 3 |
Beate Biases nea

© Beene sar en STE or STA) of

Fig. 5:26: Oporto the invertor by using he analog vage put

nen you want o operate in the extoma operation mode always at powering on or when
you want o save the rouble of input, 12” (extemal operation mode) m Pr. 79 “Operation
‘mode selecion”o choose extemal eperaion mode amays.

Pr. 178°ST terminal uncton selection” must be set 10 60" (or Pr 179"STA terminal unc-
on selection" must bo 0110617). (Aare inal vals)

Change he frequency (0H) fhe minimum value of potentometer {at OV) by adlusing the
frequency in albraten parameter C2 Terminal requency seing ias frequency. (Reor
to secion6 15.8)

FRO700EC

Estemal operation

Possible faults
© To motor notre.

hack thatthe EXT lamp is it.The external operation mode is valid when Pr. 70 = 0
(ital value) Use the PUEXT kay to change mothe extemal eperaton mode,

= hack hat wiring scort.

5-08 AAMITSUBISMI ELECTRIC

Basic singe

Estemal operation

534

Example Y

Notes

Change the frequency (40H2) of the maximum value of potentiometer (at SV)

‘Tho troquency of mo maximum analog valgo of the potentemeter (at SV) has 10 be
changed rom tho inal sting SO o JO, Sat a0 In Pr. 125.

penton
© Wn tl la P5128 pa

nee me

Oye gpl ato carn eco

Orsay

ofertas armen em
em
Ei

o ©@0@

Fig. $27: Change me eqvency ofthe maximum analog valve

Ste tua a ung abraten parameter C2

Li

bo Eo

As cher adusimont methods frequency sting volage gain, hor ar methods to aust
vt a volage appled to across terminals 2-5 ana ads at any pom without a vokage

[pple (Aero socton 619. fore sting method of calibration parameter C4)

FRO700EC

Estemal operation Basi stings

535

Note

Perform frequency setting by analog current input

An extemal curo soute is connect o Ihe requenc invert for spot laut set.
© Switch terminal STF (STR)-PC onto give a start command,

e Tum ie AU signal on,

© 7.79 Operation mod selection must be satt 2" (external operation mode).

Fig. 628: Frequency seting by analog eurent input

Forth analog curent input (/ 1 20 mA) © become eleciv for setoin deta sing.
‘he AU signal onthe AU terminal must be activated Tis done, for example by means
a brego as shown in Fig. 528.

AAMITSUBISMI ELECTRIC

Basic singe

Estemal operation

penton
Ofer en coute at

A o ron ST or STA on

Opponent get ss _
A | Se |, 000 -= E
zB a ESSOR
ann

RER eu me egon atento [mu
o PE

om, ne

ne mens erm A

Fig. 5:28: Oporto the nvoror by using the analog curent input

NOTE | Ono of Pr 178 0 Pr 182°AU terminal uncon selection” must be st 4" (AU signal) ie
alvao) (Rote to section 69,1)
Possibie tat:
e Tho motor notre.
— Chack thatthe EXT lamp it.The external oporabon mode i va on Pr. 70 = 0
(ka vaio) 072. Uso ne PUIEXT key 1 Change tothe eternal operation modo.
~The AU signal must tuned on.
= Check nat wig is come.
NOTE | Change th frequency (0) ofthe minimum value of potentiometer at AmA) by acusting
the frequency in cabrakon parameter CS “Terminal 4 requency seing Das Hoquet}
(Poerto secton 6.153)
FRO700EC on

Estemal operation Basi stings

536

Example Y

NOTES

‘Change the frequency (40H2) ofthe maximum value of potentiometer (at20mA)

‘To tequoncy ofthe maximum analog eurent of tho potetometor (at 20mA) has to be
changed rom tho ial sting SOM to JO. Sat 40H in Pr. 126

penton EN

ET |

Bm mer

ORE gato dummm ten

Ps me sert

oe o

pate ng tr ee eco net
© Yin ma ST area ar
ET. mono

Fig. 580: Chango te troquency ofthe maximum analog value

‘Sette Hagueney at AmA using carain paramoter CS.

\

A oo adusimont matos of requeny satin current gain, thar aro mats to aust
‘wth a current towing in the terminals 48 and adjust at any point Without cuen: og.
(eter to con 6.13 for the sating mañod of ealbraton parameter 07.)

Wien performing a highspeed operation at 120Hz ox more, geting of Pr, 18 "Highspeed
‘maximum frequency” necessary. (Refer to secton 63.1.)

AAMITSUBISMI ELECTRIC

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