Invertek Drives OPTIDRIVE P2 Series Guide


1Introduction






ACVariableSpeedDrive
0.75kW–160kW/1HP–250HP
200–480Volt1&3Phase




Installation&OperatingInstructions



















O

ACSupplyCo
n
3PhaseUnits
:
1PhaseUnits
:




O
ptid
r
n
nection
:
ConnectL1L2
L
:
ConnectL1,L2
,





FusesorMCB
M
Op
r
iveP
2

L
3,PE
,
PE




M

tidriveODP‐2U
2
IP20
S
u
2
0
3
8
Fu
H
e
Di
s
K
e

H
A
Li
n
e
n


C
o
B
a

R
u
Cl
o

M
o
M
o
C
h
E
n
serGuideRevisi
Easy
S


u
pplyVoltage
0
0–240Volts+
/
8
0–480Volts+
/
sesorMCB
oCheckt
h
e
lpCard
s
play
e
ypadOperatio
n
A
RDWAREENA
B
n
ktheterminals
n
ablethedrive.
o
ntrolTerminal
s
a
sedonthefact
o
u
n–Stop
o
setheswitcht
o
o
torCable
oForcorr
e
oObserv
e
oForMot
recom
m
oUseasc
o
torConnectio
n
h
eckforStaror
D
n
tertheMotor
N
oMotor
R
oMotor
R
oMotor
R
oMotor
R
ons1.30
S
tart
U
/
‐10%
/
‐10%
h
eDriveRatingI
n
canbefound
o
IMP
O
B
LEFUNCTION
asshown,opti
o
s

o
rydefaultpara
10KSpeedPo
t
o
run(enable),
o
e
ctcablesize,s
e
e
themaximum
p
orcablelength
s
m
ended
reened(shielde
d
n

D
eltaConnectio
n
N
ameplateData
R
atedVoltage:
P
R
atedCurrent:
P
R
atedFrequenc
y
R
atedSpeed(Op
U
pGu
i
nformationon
p
o
npage26
O
RTAN
T

o
nallythroughs
w
metersettings

t
o
pentostop
e
eTechnicalDa
t
p
ermissiblemot
s
>50metres,a
n
d
cable)
n

intothedriveP
a
P
1‐07
P
1‐08
y
:P1‐09
tional):P1‐10
i
de
p
age47
T
!
w
itchcontacts,
t
t
aonpage47
orcablelength
n
outputfilteris
a
rametersasfo
l
t
o
l
lows



















ACSupp
l
200–24
380–48















O





l
yConnection
0
Volts+/‐10
%
0
Volts+/‐10
%
L3L2L1




O
ptid
r






%

%

PE



Fusesor
M
Checkdriv
Ratinginf
o
Page47

O
p
r
iveP
2









M
CB
e 
o
on

p
tidriveODP‐2
U
2
IP55















U
serGuideRevis
Easy
S


M
ion1.30
S
tart
U











Mo
t
For
c
Tec
h
Obs
e
cab
For
M
out
p
Use
sho
u
Mo
t
Che
c
Ent
e
driv
e
Mo
t
Mo
t
Mo
t
Mo
t
U
pGu
i
Display
KeypadO
onpage2
IMPORT
A
HARD
W
1
Linkthet
e
above,op
contactst
ControlT
e
Run/Sto
p
Closethe
Openthe
t
orCable
c
orrectcablesi
z
h
nicalDataonp
e
rvethemaxim
lelength
Motorcablelen
p
utfilterisreco
m
ascreened(shi
e
u
ldbebondedt
o
t
orConnection
c
kforStarorD
e
e
rtheMotorNa
e
Parametersa
s
t
orRatedVolta
g
t
orRatedCurre
n
t
orRatedFrequ
e
t
orRatedSpeed
i
de
perationcanb
e
6
A
NT
W
AREENABLE
912 13

e
rminalsassho
w
tionallythroug
h
oenablethedr
i
e
rminals
p
10KPot
switchtorun(e
switchtostop
z
e,see
age47
umpermissible
gths>50metre
m
mended
e
lded)cable.Th
e
o
earthatboth
e
e
ltaConnection
meplateDatain
s
follows
g
e:P1‐07
n
t:P1‐08
e
ncy:P1‐09
(Optional):P1‐
e
found


w
n
h
switch
i
ve
nable)
motor
e
s,an
e
shield
e
nds
n
tothe
10














































O











Fu
Che
c
Info
r
Pag
e
ACSupplyCo
n
200–240Volt
380–480Volt
O
ptid
r














sesorMCB
c
kDriveRating
r
mationon 
e
47  
n
nection
s+/‐10%
s+/‐10%

Op
r
iveP
2





















tidriveODP‐2U
2
IP66























M
serGuideRevisi

Easy
S


ons1.30
S
tart
U












Mo
t
For
c
Tec
h
Obs
e
cab
For
M
out
p
Use
sho
u
Mo
t
Che
c
Ent
e
driv
e
Mo
t
Mo
t
Mo
t
Mo
t
U
pGu
i
Display
KeypadO
onpage2
IMPORT
A
HARDWA

Linkthet
e
Above,o
p
contactst
ControlT
e
Run/Sto
p
Closethe
Openthe
t
orCable
c
orrectcablesi
z
h
nicalDataonp
e
rvethemaxim
lelength
Motorcablelen
p
utfilterisreco
m
ascreened(shi
e
u
ldbebondedt
o
t
orConnection
c
kforStarorD
e
e
rtheMotorNa
e
Parametersa
s
t
orRatedVolta
g
t
orRatedCurre
n
t
orRatedFrequ
e
t
orRatedSpeed
1 9
i
de
perationcanb
e
6
A
NT
REENABLE
e
rminalsassho
w
p
tionallythroug
h
oenablethedr
i
e
rminals
p
10KPot
switchtorun(e
switchtostop
z
e,see
age47
umpermissible
gths>50metre
m
mended
e
lded)cable.Th
e
o
earthatboth
e
e
ltaConnection
meplateDatain
s
follows
g
e:P1‐07
n
t:P1‐08
e
ncy:P1‐09
(Optional):P1‐
12 13
e
found
w
n
h
switch
i
ve
nable)
motor
e
s,an
e
shield
e
nds
n
tothe
10

OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 5

1Introduction
DeclarationofConformity:
InvertekDrivesLimited
OffasDykeBusinessPark
Welshpool
Powys
UK
SY218JF
InvertekDrivesLtdherebystatesthattheOptidriveODP‐2productrangeconformstotherelevantsafetyprovisionsoftheLowVoltage
Directive2006/95/ECandtheEMCDirective2004/108/ECandhasbeendesignedandmanufacturedinaccordancewiththefollowing
harmonisedEuropeanstandards:
EN61800‐5‐1:2003Adjustablespeedelectricalpowerdrivesystems.Safetyrequirements.Electrical,thermalandenergy.
EN61800‐32ndEd:2004Adjustablespeedelectricalpowerdrivesystems.EMCrequirementsandspecifictestmethods
EN55011:2007LimitsandMethodsofmeasurementofradiodisturbancecharacteristicsofindustrial,scientificandmedical(ISM)
radio‐frequencyequipment(EMC)
EN60529:1992Specificationsfordegreesofprotectionprovidedbyenclosures
SafeTorqueOFF(“STO”)Function
OptidriveP2incorporatesahardwareSTO(SafeTorqueOff)Function,designedinaccordancewiththestandardslistedbelow.
StandardClassificationIndependentApproval
EN61800‐5‐2:2007Type2
*TUV
ENISO13849‐1:2006PL“d”
EN61508(Part1to7)SIL2
EN60204‐1UncontrolledStop“Category0”
EN62061SILCL2
*Note:TUVApprovalofthe“STO”functionisrelevantfordriveswhichhaveaTUVlogoappliedondriveratinglabel.
ElectromagneticCompatibility
AllOptidrivesaredesignedwithhighstandardsofEMCinmind.AllversionssuitableforoperationonSinglePhase230voltandThreePhase400
voltsuppliesandintendedforusewithintheEuropeanUnionarefittedwithaninternalEMCfilter.ThisEMCfilterisdesignedtoreducethe
conductedemissionsbackintothesupplyviathepowercablesforcompliancewithharmonisedEuropeanstandards.
ItistheresponsibilityoftheinstallertoensurethattheequipmentorsystemintowhichtheproductisincorporatedcomplieswiththeEMC
legislationofthecountryofuse.WithintheEuropeanUnion,equipmentintowhichthisproductisincorporatedmustcomplywiththeEMC
Directive2004/108/EC.WhenusinganOptidrivewithaninternaloroptionalexternalfilter,compliancewiththefollowingEMCCategories,as
definedbyEN61800‐3:2004canbeachieved:
DriveType/RatingEMCCategory
CatC1CatC2 CatC3
1Phase,230VoltInput
ODP‐2‐x2xxx‐1xFxx‐xx
Noadditionalfilteringrequired
Useshieldedmotorcable
3Phase,400VoltInput
IP20&IP66Models
ODP‐2‐x4xxx‐3xFxx‐xx
UseAdditionalExternalFilter Noadditionalfilteringrequired
UseShieldedMotorCable
3Phase,400VoltInput
IP55Models
ODP‐2‐x4xxx‐3xFxN‐xx
UseAdditionalExternalFilter NoAdditionalFilteringRequired
UseShieldedMotorCable
3Phase,525&600VoltInput
ODP‐2‐x5xxx‐3x0xx‐xx
ODP‐2‐x6xxx‐3x0xx‐xx
ThesemodelsareexcludedfromtheDeclarationofconformitytoehEMCDirective.Compliancemayrequiretheuseof
additionalEMCfilters,contactyourlocalSalesPartnerforfurtherassistance
NoteCompliancewithEMCstandardsisdependentonanumberoffactorsincludingtheenvironmentinwhichthedriveisinstalled,motorswitching
frequency,motor,cablelengthsandinstallationmethodsadopted.

Formotorcablelengthsgreaterthan100m,anoutputdv/dtfiltermustbeused,pleaserefertotheInvertekStockDrivesCatalogueforfurther
details
VectorSpeedandTorquecontrolmodesmaynotoperatecorrectlywithlongmotorcablesandoutputfilters.ItisrecommendedtooperateinV/F
modeonlyforcablelengthsexceeding50m
Allrightsreserved.NopartofthisUserGuidemaybereproducedortransmittedinanyformorbyanymeans,electricalormechanicalincluding
photocopying,recordingorbyanyinformationstorageorretrievalsystemwithoutpermissioninwritingfromthepublisher.
CopyrightInvertekDrivesLtd©2013
AllInvertekOptidriveP2unitscarrya2yearwarrantyagainstmanufacturingdefectsfromthedateofmanufacture.Themanufactureraccepts
noliabilityforanydamagecausedduringorresultingfromtransport,receiptofdelivery,installationorcommissioning.Themanufactureralso
acceptsnoliabilityfordamageorconsequencesresultingfrominappropriate,negligentorincorrectinstallation,incorrectadjustmentofthe
operatingparametersofthedrive,incorrectmatchingofthedrivetothemotor,incorrectinstallation,unacceptabledust,moisture,corrosive
substances,excessivevibrationorambienttemperaturesoutsideofthedesignspecification.

Thelocaldistributormayofferdifferenttermsandconditionsattheirdiscretion,andinallcasesconcerningwarranty,thelocaldistributor
shouldbecontactedfirst.

Thisuserguideisthe“originalinstructions”document.Allnon‐Englishversionsaretranslationsofthe“originalinstructions”.
ContentsofthisUserGuidearebelievedtobecorrectatthetimeofprinting.Intheinterestofacommitmenttoapolicyofcontinuous
improvement,themanufacturerreservestherighttochangethespecificationoftheproductoritsperformanceorthecontentsoftheUser
Guidewithoutnotice.
ThisUserGuideisforusewithversion1.30Firmware.UserGuideRevision1.30
InvertekDrivesLtdadoptsapolicyofcontinuousimprovementandwhilsteveryefforthasbeenmadetoprovideaccurateanduptodate
information,theinformationcontainedinthisUserGuideshouldbeusedforguidancepurposesonlyanddoesnotformthepartofany
contract.

OptidriveODP‐2UserGuideRevisions1.30
6www.invertekdrives.com

1Introduction
1.Introduction................................................................................................................................................7
1.1.Importantsafetyinformation..................................................................................................................................................................7
2.GeneralInformationandRatings.................................................................................................................8
2.1.PartNumberConstructionandDefinition...............................................................................................................................................8
2.2.Drivemodelnumbers–IP20....................................................................................................................................................................8
2.3.Drivemodelnumbers–IP55....................................................................................................................................................................9
2.4.Drivemodelnumbers–IP66..................................................................................................................................................................10
3.MechanicalInstallation..............................................................................................................................11
3.1.General..................................................................................................................................................................................................11
3.2.BeforeInstallation.................................................................................................................................................................................11
3.3.ULCompliantInstallation.......................................................................................................................................................................11
3.4.Mechanicaldimensionsandweights.....................................................................................................................................................11
3.5.GuidelinesforEnclosuremounting(IP20Units)....................................................................................................................................14
3.6.MountingtheDrive–IP20Units............................................................................................................................................................14
3.7.Guidelinesformounting(IP55Units).....................................................................................................................................................15
3.8.Guidelinesformounting(IP66Units).....................................................................................................................................................15
3.9.RemovingtheTerminalCover................................................................................................................................................................16
3.10.RoutineMaintenance............................................................................................................................................................................17
4.ElectricalInstallation.................................................................................................................................18
4.1.GroundingtheDrive..............................................................................................................................................................................18
4.2.WiringPrecautions.................................................................................................................................................................................19
4.3.IncomingPowerConnection..................................................................................................................................................................19
4.4.Operationof3PhasedrivesfromaSinglePhaseSupply.......................................................................................................................20
4.5.DriveandMotorConnection.................................................................................................................................................................20
4.6.MotorTerminalBoxConnections..........................................................................................................................................................20
4.7.MotorThermaloverloadProtection......................................................................................................................................................20
4.8.ControlTerminalWiring........................................................................................................................................................................21
4.9.ConnectionDiagram..............................................................................................................................................................................21
4.10.SafeTorqueOff......................................................................................................................................................................................22
4.11.ConectingaBrakeResistor....................................................................................................................................................................25
5.ManagingtheKeypad................................................................................................................................26
5.1.KeypadLayoutandFunction–StandardLEDKeypad............................................................................................................................26
5.2.ChangingParameters.............................................................................................................................................................................26
5.3.AdvancedKeypadOperationShortCuts................................................................................................................................................27
5.4.DriveOperatingDisplays........................................................................................................................................................................27
5.5.KeypadLayoutandFunction–OptionalOLEDKeypad..........................................................................................................................28
5.6.DriveOperatingDisplays........................................................................................................................................................................28
5.7.AccessingandChangingParameterValues...........................................................................................................................................28
5.8.ChangingtheLanguageontheOLEDDisplay.........................................................................................................................................29
5.9.ResettingParameterstoFactoryDefaultSettings.................................................................................................................................29
5.10.TerminalControl....................................................................................................................................................................................30
5.11.KeypadControl......................................................................................................................................................................................31
5.12.OperatinginSensorlessVectorSpeedControlMode............................................................................................................................31
6.Parameters................................................................................................................................................32
6.1.ParameterSetOverview........................................................................................................................................................................32
6.2.ParameterGroup1–BasicParameters.................................................................................................................................................32
7.DigitalInputFunctions...............................................................................................................................34
7.1.DigitalInputConfigurationParameterP1‐13.........................................................................................................................................34
8.ExtendedParameters................................................................................................................................36
8.1.ParameterGroup2‐Extendedparameters...........................................................................................................................................36
8.2.ParameterGroup3–PIDControl..........................................................................................................................................................40
8.3.ParameterGroup4–HighPerformanceMotorControl.......................................................................................................................41
8.4.ParameterGroup5–CommunicationParameters................................................................................................................................42
8.5.ParameterGroup0–MonitoringParameters(ReadOnly)...................................................................................................................43
9.Serialcommunications...............................................................................................................................45
9.1.RJ45ConnectorPinAssignment............................................................................................................................................................45
9.2.ModbusRTUCommunications..............................................................................................................................................................45
10.TechnicalData...........................................................................................................................................47
10.1.Environmental........................................................................................................................................................................................47
10.2.Input/OutputPowerandCurrentratings.............................................................................................................................................47
10.3.AdditionalInformationforULApprovedInstallations...........................................................................................................................49
10.4.DeratingInformation.............................................................................................................................................................................50
11.Troubleshooting........................................................................................................................................51
11.1.Faultmessages.......................................................................................................................................................................................51



OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 7

1Introduction
1. Introduction
1.1. Importantsafetyinformation
PleasereadtheIMPORTANTSAFETYINFORMATIONbelow,andallWarningandCautioninformationelsewhere.

Danger:Indicatesariskofelectricshock,which,ifnot
avoided,couldresultindamagetotheequipmentand
possibleinjuryordeath.
Danger:Indicatesapotentiallyhazardoussituation
otherthanelectrical,whichifnotavoided,could
resultindamagetoproperty.

Thisvariablespeeddriveproduct(Optidrive)isintendedforprofessionalincorporationintocompleteequipmentorsystemsas
partofafixedinstallation.Ifinstalledincorrectlyitmaypresentasafetyhazard.TheOptidriveuseshighvoltagesandcurrents,
carriesahighlevelofstoredelectricalenergy,andisusedtocontrolmechanicalplantthatmaycauseinjury.Closeattentionis
requiredtosystemdesignandelectricalinstallationtoavoidhazardsineithernormaloperationorintheeventofequipment
malfunction.Onlyqualifiedelectriciansareallowedtoinstallandmaintainthisproduct.
Systemdesign,installation,commissioningandmaintenancemustbecarriedoutonlybypersonnelwhohavethenecessary
trainingandexperience.TheymustcarefullyreadthissafetyinformationandtheinstructionsinthisGuideandfollowall
informationregardingtransport,storage,installationanduseoftheOptidrive,includingthespecifiedenvironmental
limitations.
DonotperformanyflashtestorvoltagewithstandtestontheOptidrive.Anyelectricalmeasurementsrequiredshouldbe
carriedoutwiththeOptidrivedisconnected.
Electricshockhazard!DisconnectandISOLATEtheOptidrivebeforeattemptinganyworkonit.Highvoltagesarepresentatthe
terminalsandwithinthedriveforupto10minutesafterdisconnectionoftheelectricalsupply.Alwaysensurebyusinga
suitablemultimeterthatnovoltageispresentonanydrivepowerterminalspriortocommencinganywork.
Wheresupplytothedriveisthroughaplugandsocketconnector,donotdisconnectuntil10minuteshaveelapsedafterturning
offthesupply.
Ensurecorrectearthingconnectionsandcableselectionasperdefinedbylocallegislationorcodes.Thedrivemayhavea
leakagecurrentofgreaterthan3.5mA;furthermoretheearthcablemustbesufficienttocarrythemaximumsupplyfault
currentwhichnormallywillbelimitedbythefusesorMCB.SuitablyratedfusesorMCBshouldbefittedinthemainssupplyto
thedrive,accordingtoanylocallegislationorcodes.
Donotcarryoutanyworkonthedrivecontrolcableswhilstpowerisappliedtothedriveortotheexternalcontrolcircuits.
The“SafeTorqueOff”Functiondoesnotpreventhighvoltagesfrombeingpresentatthedrivespowerterminals.

WithintheEuropeanUnion,allmachineryinwhichthisproductisusedmustcomplywiththeMachineryDirective2006/42/EC,
SafetyofMachinery.Inparticular,themachinemanufacturerisresponsibleforprovidingamainswitchandensuringthe
electricalequipmentcomplieswithEN60204‐1.
ThelevelofintegrityofferedbytheOptidrivecontrol inputfunctions
–
forexamplestop/start,forward/reverseandmaximum
speed,isnotsufficientforuseinsafety‐criticalapplicationswithoutindependentchannelsofprotection.Allapplicationswhere
malfunctioncouldcauseinjuryorlossoflifemustbesubjecttoariskassessmentandfurtherprotectionprovidedwhere
needed.
Thedrivenmotorcanstartatpowerupiftheenableinputsignalispresent.
TheSTOPfunctiondoesnotremovepotentiallylethalhighvoltages.ISOLATEthedriveandwait10minutesbeforestartingany
workonit.NevercarryoutanyworkontheDrive,MotororMotorcablewhilsttheinputpowerisstillapplied.
TheOptidrivecanbeprogrammedtooperatethedrivenmotoratspeedsaboveorbelowthespeedachievedwhenconnecting
themotordirectlytothemainssupply.Obtainconfirmationfromthemanufacturersofthemotorandthedrivenmachine
aboutsuitabilityforoperationovertheintendedspeedrangepriortomachinestartup.
Donotactivatetheautomaticfaultresetfunctiononanysystemswherebythismaycauseapotentiallydangeroussituation.
IP55andIP66drivesprovidetheirownpollutiondegree2environments.IP20drivesmustbeinstalledinapollutiondegree2
environment,mountedinacabinetwithIP54orbetter.
Optidrivesareintendedforindooruseonly.
Whenmountingthedrive,ensurethatsufficientcoolingisprovided.Donotcarryoutdrillingoperationswiththedriveinplace,
dustandswarffromdrillingmayleadtodamage.
Theentryofconductiveorflammableforeignbodiesshouldbeprevented.Flammablematerialshouldnotbeplacedcloseto
thedrive
Relativehumiditymustbelessthan95%(non‐condensing).
Ensurethatthesupplyvoltage,frequencyandno.ofphases(1or3phase)correspondtotheratingoftheOptidriveas
delivered.
NeverconnectthemainspowersupplytotheOutputterminalsU,V,W.
Donotinstallanytypeofautomaticswitchgearbetweenthedriveandthemotor
Wherevercontrolcablingisclosetopowercabling,maintainaminimumseparationof100mmandarrangecrossingsat90
degrees
Ensurethatallterminalsaretightenedtotheappropriatetorquesetting
DonotattempttocarryoutanyrepairoftheOptidrive.Inthecaseofsuspectedfaultormalfunction,contactyourlocal
InvertekDrivesSalesPartnerforfurtherassistance.

OptidriveODP‐2UserGuideRevisions1.30
8www.invertekdrives.com

2GeneralInformationandRatings
2. GeneralInformationandRatings
2.1. PartNumberConstructionandDefinition
ThemodelnumberofeachOptidriveP2isconstructedaccordingtothefollowingsystem.
ODP‐2‐24400 ‐3 K F 4 2 ‐S N
ProductFamily
ODE:ESeries
ODP:OptidrivePlusSeries
ODV:HVACProductSeries
  PCBCoating
N:StandardLocalisedCoating
C:FullConformalCoating
Display
S:7SegmentLEDDisplay
T:OLEDTextDisplay
Generation 
FrameSize  Enclosure
2:IP20
4:IP40
D:IP66withInternalDisconnect
N:IP55NonSwitched
S:IP55Switched
X:IP66NonSwitched
Y:IP66Switched
VoltageCode
1:110Volt
2:230Volt
4:400Volt
5:525Volt
6:600Volt
ThreeDigitPowerRatingBrakeChopper
1:NoBrakeChopper
4:InternalBrakeChopper
InputPhases
PowerType
K:kWRated
H:HPRated
EMCFilter
0:NoInternalFiler
F:InternalEMCFilter
2.2. Drivemodelnumbers–IP20
MechanicalDimensionsandMoutinginformationareshownfromsection3.4onpage11.
ElectricalSpecificationsareshowninsection10.2onpage47.
200‐240V±10%‐1PhaseInput
kWModelkWHPModelHPOutputCurrent(A)FrameSize
ODP‐2‐22075‐1KF42‐SN
*
0.75ODP‐2‐22010‐1HF42‐SN
*
14.3 2
ODP‐2‐22150‐1KF42‐SN
*
1.5ODP‐2‐22020‐1HF42‐SN
*
272
ODP‐2‐22220‐1KF42‐SN
*
2.2ODP‐2‐22030‐1HF42‐SN
*
310.52
200‐240V±10%‐3PhaseInput
kWModelkWHPModelHPOutputCurrent(A)FrameSize
ODP‐2‐22075‐3KF42‐SN
*
0.75ODP‐2‐22010‐3HF42‐SN
*
14.32
ODP‐2‐22150‐3KF42‐SN
*
1.5ODP‐2‐22020‐3HF42‐SN
*
2 7 2
ODP‐2‐22220‐3KF42‐SN
*
2.2ODP‐2‐22030‐3HF42‐SN
*
310.52
ODP‐2‐32040‐3KF42‐SN
*
4ODP‐2‐32050‐3HF42‐SN
*
5183
ODP‐2‐32055‐3KF42‐SN
*
5.5ODP‐2‐32075‐3HF42‐SN
*
7.5 24 3
380‐480V±10%‐3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐24075‐3KF42‐SN
*
0.75ODP‐2‐24010‐3HF42‐SN
*
12.2 2
ODP‐2‐24150‐3KF42‐SN
*
1.5ODP‐2‐24020‐3HF42‐SN
*
24.12
ODP‐2‐24220‐3KF42‐SN
*
2.2ODP‐2‐24030‐3HF42‐SN
*
35.82
ODP‐2‐24400‐3KF42‐SN
*
4ODP‐2‐24050‐3HF42‐SN
*
59.5 2
ODP‐2‐34055‐3KF42‐SN
*
5.5ODP‐2‐34075‐3HF42‐SN
*
7.5143
ODP‐2‐34075‐3KF42‐SN
*
7.5ODP‐2‐34100‐3HF42‐SN
*
10183
ODP‐2‐34110‐3KF42‐SN
*
11ODP‐2‐34150‐3HF42‐SN
*
15 24 3
500‐600V±10%‐3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐26075‐3K042‐SN
*
0.75ODP‐2‐26010‐3H042‐SN
*
12.1 2
ODP‐2‐26150‐3K042‐SN
*
1.5ODP‐2‐26020‐3H042‐SN
*
23.12
ODP‐2‐26220‐3K042‐SN
*
2.2ODP‐2‐26030‐3H042‐SN
*
34.12
ODP‐2‐26400‐3K042‐SN
*
4ODP‐2‐26050‐3H042‐SN
*
56.5 2
ODP‐2‐26550‐3K042‐SN
*
5.5ODP‐2‐26075‐3H042‐SN
*
7.592
ODP‐2‐36075‐3K042‐SN
*
7.5ODP‐2‐36100‐3H042‐SN
*
10123
ODP‐2‐36110‐3K042‐SN
*
11ODP‐2‐36150‐3H042‐SN
*
15 17 3
ODP‐2‐36150‐3K042‐SN
*
15ODP‐2‐36200‐3H042‐SN
*
20 22 3

*Note:Thefinaltwocharactersofthemodelnumberrelatetoavailablefactorybuildoptionsasfollows
‐SNStandardSevenSegmentLEDDisplay,standardPCBcoating
‐SCStandardSevenSegmentLEDDisplay,additionalPCBconformalcoating



OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 9

2GeneralInformationandRatings
2.3. Drivemodelnumbers–IP55
Mechanicaldimensionsandmountinginformationareshownfromsection3.4.2onpage122.
Electricalspecificationsareshowninsection10.2onpage47.
200‐240V±10%‐ 3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐42055‐3KF4N‐SN
*
5.5ODP‐2‐42075‐3HF4N‐SN
*
7.5244
ODP‐2‐42075‐3KF4N‐SN
*
7.5ODP‐2‐42100‐3HF4N‐SN
*
10 39 4
ODP‐2‐42110‐3KF4N‐SN
*
11ODP‐2‐42150‐3HF4N‐SN
*
15464
ODP‐2‐52150‐3KF4N‐SN
*
15ODP‐2‐52020‐3HF4N‐SN
*
20615
ODP‐2‐52185‐3KF4N‐SN
*
18.5ODP‐2‐52025‐3HF4N‐SN
*
25 72 5
ODP‐2‐62022‐3KF4N‐SN
*
22ODP‐2‐62030‐3HF4N‐SN
*
30906
ODP‐2‐62030‐3KF4N‐SN
*
30ODP‐2‐62040‐3HF4N‐SN
*
401106
ODP‐2‐62037‐3KF4N‐SN
*
37ODP‐2‐62050‐3HF4N‐SN
*
50 150 6
ODP‐2‐62045‐3KF4N‐SN
*
45ODP‐2‐62060‐3HF4N‐SN
*
601806
ODP‐2‐72055‐3KF4N‐SN
*
55ODP‐2‐72075‐3HF4N‐SN
*
752027
ODP‐2‐72075‐3KF4N‐SN
*
75ODP‐2‐72100‐3HF4N‐SN
*
100 248 7
380‐480V±10%‐3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐44110‐3KF4N‐SN
*
11ODP‐2‐44150‐3HF4N‐SN
*
15 24 4
ODP‐2‐44150‐3KF4N‐SN
*
15ODP‐2‐44200‐3HF4N‐SN
*
20304
ODP‐2‐44185‐3KF4N‐SN
*
18.5ODP‐2‐44250‐3HF4N‐SN
*
25394
ODP‐2‐44220‐3KF4N‐SN
*
22ODP‐2‐44300‐3HF4N‐SN
*
30 46 4
ODP‐2‐54300‐3KF4N‐SN
*
30ODP‐2‐54040‐3HF4N‐SN
*
40615
ODP‐2‐54370‐3KF4N‐SN
*
37ODP‐2‐54050‐3HF4N‐SN
*
50725
ODP‐2‐64045‐3KF4N‐SN
*
45ODP‐2‐64060‐3HF4N‐SN
*
60 90 6
ODP‐2‐64055‐3KF4N‐SN
*
55ODP‐2‐64075‐3HF4N‐SN
*
75 110 6
ODP‐2‐64075‐3KF4N‐SN
*
75ODP‐2‐64120‐3HF4N‐SN
*
1201506
ODP‐2‐64090‐3KF4N‐SN
*
90ODP‐2‐64150‐3HF4N‐SN
*
150 180 6
ODP‐2‐74110‐3KF4N‐SN
*
110ODP‐2‐74175‐3HF4N‐SN
*
175 202 7
ODP‐2‐74132‐3KF4N‐SN
*
132ODP‐2‐74200‐3HF4N‐SN
*
2002407
ODP‐2‐74160‐3KF4N‐SN
*
160ODP‐2‐74250‐3HF4N‐SN
*
250 302 7
480‐525V±10%‐ 3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐75132‐3K04N‐SN
*
132185 7
ODP‐2‐75150‐3K04N‐SN
*
150205 7
ODP‐2‐75185‐3K04N‐SN
*
185   2557
ODP‐2‐75200‐3K04N‐SN
*
200 2757
500‐600V±10%‐ 3PhaseInput
kWModelNumberkWHPModelNumberHPOutputCurrent(A)FrameSize
ODP‐2‐46185‐3KF0N‐SN
*
18.5ODP‐2‐46250‐3HF0N‐SN
*
25284
ODP‐2‐46220‐3KF0N‐SN
*
22ODP‐2‐46300‐3HF0N‐SN
*
30 34 4
ODP‐2‐56300‐3KF0N‐SN
*
30ODP‐2‐56400‐3HF0N‐SN
*
40435
ODP‐2‐56370‐3KF0N‐SN
*
37ODP‐2‐56050‐3HF0N‐SN
*
50545
ODP‐2‐56450‐3KF0N‐SN
*
45ODP‐2‐56060‐3HF0N‐SN
*
60 65 5
ODP‐2‐66055‐3KF0N‐SN
*
55ODP‐2‐66075‐3HF0N‐SN
*
75786
ODP‐2‐66075‐3KF0N‐SN
*
75ODP‐2‐66100‐3HF0N‐SN
*
1001056
ODP‐2‐66090‐3KF0N‐SN
*
90ODP‐2‐66125‐3HF0N‐SN
*
125 130 6
*Note:Thefinaltwocharactersofthemodelnumberrelatetoavailablefactorybuildoptionsasfollows
‐SNStandardSevenSegmentLEDDisplay,standardPCBcoating
‐SCStandardSevenSegmentLEDDisplay,additionalPCBconformalcoating
‐TNOLEDTextDisplayDisplay,standardPCBcoating
‐TCOLEDTextDisplay,additionalPCBconformalcoating


OptidriveODP‐2UserGuideRevisions1.30
10www.invertekdrives.com

2GeneralInformationandRatings
2.4. Drivemodelnumbers–IP66
Mechanicaldimensionsandmountinginformationareshownfromsection3.4.4onpageError!Bookmarknotdefined..
Electricalspecificationsareshowninsection10.2onpage47.

200‐240V±10%‐1PhaseInput
kWModelkW HPModel HPOutputFrame
NonSwitchedSwitchedNonSwitchedSwitchedCurrent(A)Size
ODP‐2‐22075‐1KF4X‐SN*ODP‐2‐22075‐1KF4Y‐SN*0.75 ODP‐2‐22010‐1HF4X‐SN*ODP‐2‐22010‐1HF4Y‐SN*14.32
ODP‐2‐22150‐1KF4X‐SN*ODP‐2‐22150‐1KF4Y‐SN*1.5 ODP‐2‐22020‐1HF4X‐SN*ODP‐2‐22020‐1HF4Y‐SN*272
ODP‐2‐22220‐1KFX‐SN*ODP‐2‐22220‐1KFY‐SN*2.2ODP‐2‐22030‐1HF4X‐SN*ODP‐2‐22030‐1HF4Y‐SN*310.52
200‐240V±10%‐3PhaseInput
kWModelNumberkW HPModelNumber HPOutputFrame
NonSwitchedSwitchedNonSwitchedSwitchedCurrent(A)Size
ODP‐2‐22075‐3KF4X‐SN*ODP‐2‐22075‐3KF4Y‐SN*0.75ODP‐2‐12010‐3HF4X‐SN*ODP‐2‐22010‐3HF4Y‐SN*14.32
ODP‐2‐22150‐3KF4X‐SN*ODP‐2‐22150‐3KF4Y‐SN*1.5 ODP‐2‐22020‐3HF4X‐SN*ODP‐2‐22020‐3HF4Y‐SN*272
ODP‐2‐22220‐3KF4X‐SN*ODP‐2‐22220‐3KF4Y‐SN*2.2ODP‐2‐22030‐3HF4X‐SN*ODP‐2‐22030‐3HF4Y‐SN*310.52
ODP‐2‐32040‐3KF4X‐SN*ODP‐2‐32040‐3KF4Y‐SN*4ODP‐2‐32050‐3HF4X‐SN*ODP‐2‐32050‐3HF4Y‐SN*5183
380‐480V±10%‐3PhaseInput
kWModelNumberkWHPModelNumberHPOutputFrame
NonSwitchedSwitchedNonSwitchedSwitchedCurrent(A)Size
ODP‐2‐24075‐3KF4X‐SN*ODP‐2‐24075‐3KF4Y‐SN*0.75 ODP‐2‐24010‐3HF4X‐SN*ODP‐2‐24010‐3HF4Y‐SN*12.22
ODP‐2‐24150‐3KF4X‐SN*ODP‐2‐24150‐3KF4Y‐SN*1.5ODP‐2‐24020‐3HF4X‐SN*ODP‐2‐24020‐3HF4Y‐SN*24.12
ODP‐2‐24220‐3KF4X‐SN*ODP‐2‐24220‐3KF4Y‐SN*2.2ODP‐2‐24030‐3HF4X‐SN*ODP‐2‐24030‐3HF4Y‐SN*35.82
ODP‐2‐24400‐3KF4X‐SN*ODP‐2‐24400‐3KF4Y‐SN*4ODP‐2‐24050‐3HF4X‐SN*ODP‐2‐24050‐3HF4Y‐SN*59.52
ODP‐2‐34055‐3KF4X‐SN*ODP‐2‐34055‐3KF4Y‐SN*5.5ODP‐2‐34075‐3HF4X‐SN*ODP‐2‐34075‐3HF4Y‐SN*7.5143
ODP‐2‐34075‐3KF4X‐SN*ODP‐2‐34075‐3KF4Y‐SN*7.5ODP‐2‐34100‐3HF4X‐SN*ODP‐2‐34100‐3HF4Y‐SN*10183
500‐600V±10%‐3PhaseInput
kWModelNumberkWHPModelNumberHPOutputFrame
NonSwitchedSwitchedNonSwitchedSwitchedCurrent(A)Size
ODP‐2‐26075‐3K04X‐SN*ODP‐2‐26075‐3K04Y‐SN*0.75 ODP‐2‐26010‐3H04X‐SN*ODP‐2‐26010‐3H04Y‐SN*12.12
ODP‐2‐26150‐3K04X‐SN*ODP‐2‐26150‐3K04Y‐SN*1.5ODP‐2‐26020‐3H04X‐SN*ODP‐2‐26020‐3H04Y‐SN*23.12
ODP‐2‐26220‐3K04X‐SN*ODP‐2‐26220‐3K04Y‐SN*2.2ODP‐2‐26030‐3H04X‐SN*ODP‐2‐26030‐3H04Y‐SN*34.12
ODP‐2‐26400‐3K04X‐SN*ODP‐2‐26400‐3K04Y‐SN*4ODP‐2‐26050‐3H04X‐SN*ODP‐2‐26050‐3H04Y‐SN*56.52
ODP‐2‐26550‐3K04X‐SN*ODP‐2‐26550‐3K04Y‐SN*5.5ODP‐2‐26075‐3H04X‐SN*ODP‐2‐26075‐3H04Y‐SN*7.592
ODP‐2‐36075‐3K04X‐SN*ODP‐2‐36075‐3K04Y‐SN*7.5ODP‐2‐36100‐3H04X‐SN*ODP‐2‐36100‐3H04Y‐SN*10123

*Note:Thefinaltwocharactersofthemodelnumberrelatetoavailablefactorybuildoptionsasfollows
‐SNStandardSevenSegmentLEDDisplay,standardPCBcoating
‐SCStandardSevenSegmentLEDDisplay,additionalPCBconformalcoating
‐TNOLEDTextDisplayDisplay,standardPCBcoating
‐TCOLEDTextDisplay,additionalPCBconformalcoating

3.
M
3.1.
G
•
•
•
•
•
•
3.2.
B
•
•
•
3.3.
U
Notet
•
•
•
•
•
Refer
t
3.4.
M
 
Drive
Size
2
3

Mou
n
AllFra

Tight
e
Contr
o
Powe
r

M
echanic
a
G
eneral
TheOptidri
v
mountingh
o
TheOptidri
v
Donotmou
n
Ensurethat
t
Ensurethat
t
Providesuit
a
B
eforeInst
a
CarefullyUn
Checkthed
r
Toprevent
a
thetemper
a
U
LComplia
n
hefollowingfo
r
Foranupto
Thedriveca
ForIP20uni
t
ForIP55&I
P
ULListedri
n
t
osection10.3
o
M
echanical
3.4.1. IP
2
A
mmin
m
2218.702
0
26110.282
4
n
tingBolts
meSizes:
e
ningTorques
o
lTerminalTorq
r
TerminalTorq
u
a
lInstallat
i
v
eshouldbemo
o
lesorDINRail
c
v
emustbeinsta
n
tflammablem
t
heminimumc
o
t
heambientte
m
a
bleclean,moi
s
a
llation
packtheOptid
r
r
iveratinglabel
a
ccidentaldama
a
turerange–40
°
n
tInstallati
o
r
UL‐complianti
n
datelistofUL
c
nbeoperated
w
t
s,installationi
s
P
66units,instal
l
n
gterminals/lu
g
o
npage49for
A
dimension
s
2
0Units

B
C
m
minmm
0
78.15137
4
69.69‐

ueSettings:
u
eSettings:
O
p
i
on
untedinaverti
c
c
lip(FrameSize
lledinapolluti
o
aterialcloseto
t
o
olingairgaps,
a
m
peraturerang
e
s
tureandconta
m
r
iveandcheckf
o
toensureitiso
f
gealwaysstore
°
Cto+60°C
o
n
n
stallation:
c
ompliantprod
u
w
ithinanambie
n
s
requiredinap
o
l
ationinapollu
t
g
smustbeused
A
dditionalInfor
m
s
andweigh
t
C
D
inmmi
n
5.392098.
2
‐ 2479.
7
4xM4(#8)
AllSizes:0.8
N
AllSizes:1N
m

p
tidriveODP‐2
U
c
alpositiononl
y
2only).
o
ndegree1or2
t
heOptidrive
a
sdetailedinse
c
e
doesnotexce
e
m
inantfreecoo
o
ranysignsofd
a
f
thecorrectty
p
theOptidrivei
n
u
cts,pleaserefe
r
n
ttemperature
o
llutiondegree
t
iondegree2e
n
forallbusbar
a
m
ationforULA
p
t
s
E
n
mm in
2
35.3 0.21
7
2 6 0.24
N
m(7lb‐in)
m
(8.85lb‐in)
U
serGuideRevi
s
y
,onaflat,flam
e
environmento
n
c
tion3.5and3.
7
e
dthepermissi
b
lingairsufficien
a
mage.Notifyt
h
p
eandpowerre
n
itsoriginalbox
r
toULlistingN
M
rangeasstated
1environment
n
vironmantisp
e
a
ndgroundingc
p
provedInstalla
t
F
mm in m
m
185 7.28 1
1
205 8.07 1
3
s
ion1.30
e
resistant,vibr
a
n
ly.
7
areleftclear
b
lelimitsforthe
ttofulfiltheco
o
h
eshipperimm
e
quirementsfor
t
untilrequired.
S
M
MS.E226333
insection10.1
e
rmissible
o
nnections
t
ions.
G
H
m
in mm
1
24.41 63
3
15.16 80
a
tionfreemoun
Optidrivegiven
o
lingrequirem
e
e
diatelyifanye
x
t
heapplication.
S
torageshould
b
H
I
in mmi
n
2.48 5.50.
2
3.15 5.50.
2
tingusingthei
n
insection10.1
e
ntsoftheOpti
d
x
ist.
b
ecleananddr
y
J
n
mmin
2
2100.39
2
2100.39
3

Mechanical

Installation

n
tegral
d
rive
y
andwithin

Weight
Kg ib
1.8 4.0
3.5 7.7
3
Mechanical Installation

OptidriveODP‐2UserGuideRevisions1.30
12www.invertekdrives.com

3MechanicalInstallation
3.4.2. IP55Units


Drive
Size
ABCD E F G HIWeight
mminmminmminmm in mm in mm in mm in mminmmin kg lb
445017.7242816.8543317.0580.31 240 9.45 171 6.73 110 4.33 4.250.177.50.30 11.5 25.4
554021.2651520.2852020.4780.31 270 10.63 235 9.25 175 6.89 4.250.177.50.30 22.5 49.6
686534.0683032.6884033.0710 0.39 330 12.99 330 12.99 200 7.87 5.50.22110.43 50 110.2
7128050.39124549.02125549.4110 0.39 360 14.17 330 12.99 200 7.87 5.50.22110.43 80 176.4

MountingBolts
FrameSize4:M8(5/16UNF)
FrameSize5:M8(5/16UNF)
FrameSize6:M10(3/8UNF)
FrameSize7 :M10(3/8UNF)
TighteningTorques
ControlTerminalTorqueSettings:AllSizes: 0.8Nm(7lb‐in)
PowerTerminalTorqueSettings:FrameSize4:4Nm(3lb‐ft)
FrameSize5:15Nm(11.1lb‐ft)
FrameSize6:20Nm(15lb‐ft)
FrameSize7:20Nm(15lb‐ft)


OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 13

3MechanicalInstallation
3.4.3. IP66Units

H
G

F
Note:Unitshownisanon‐switchedunitwithoptionalOLEDdisplay

Drive
Size
ABDE FGH I JWeight
mminmminmminmmin mm in mm in mm in mm inmmin kg lb
225710.122208.662007.87291.12 239 9.41 188 7.40 178 7.01 4.2 0.178.50.33 4.8 10.6
331012.2027710.892529.90331.31 251 9.88 211 8.29 200 7.87 4.2 0.178.50.33 7.3 16.1

MountingBoltSizes
AllFrameSizes  4xM4(#8)

TighteningTorques
ControlTerminalTorqueSettings:AllSizes: 0.8Nm(7lb‐in)
PowerTerminalTorqueSettings:FrameSize2:1.2–1.5Nm(10–15lb‐in)



DBA
I
J

3MechanicalInstallation
3.5.
G
•
•
•
•
•
•
Thee
n
drive
h
3.6.
M
•
•
•

G
uidelines
f
IP20drives
a
environmen
1environm
e
Enclosuress
Ensurethe
m
Wherevent
i
shouldbed
r
Inanyenvir
o
airbornedu
s
spraysorsp
l
Highmoistu
n
closuredesign
a
h
eatsink.Invert
e
M
ountingt
h
IP20Unitsa
r
Whenmou
n
o U
s
o E
n
o M
o
o P
o
WhenDinR
a
o Lo
o Pr
e
o If
n
ra
i
o T
o
b
o
f
orEnclosur
e
a
resuitablefor
u
ts,drivesshoul
d
e
ntaroundthe
d
houldbemade
m
inimumairga
p
i
latedenclosure
r
awninbelowt
h
o
nmentswhere
s
t,corrosivegas
l
ashingwaterfr
o
re,saltorchem
i
a
ndlayoutshou
e
kDrivesrecom
m
h
eDrive–I
P
r
eintendedfor
i
n
tingwithscrew
s
s
ingthedriveas
n
surethatwhen
o
untthedrivet
o
o
sitionthedrive
,
a
ilMounting(Fr
catetheDINrai
e
ssthebottom
n
ecessary,use
a
i
l
o
removethedri
o
ttomofthedri
v
O
p
e
mounting
u
seinpollution
d
d
bemountedi
n
d
rive.
fromathermall
p
clearancesaro
sareused,ther
e
h
edriveandex
p
theconditions
r
esorliquids,co
o
malldirection
s
i
calcontenten
v
ldensurethatt
h
m
endthefollo
w
P
20Units
i
nstallationwit
h
s

atemplate,or
t
mountinglocat
i
o
thecabinetb
a
,
andtightenth
e
ameSize2Onl
y
lmountingslot
o
fthedriveont
o
a
suitableflatbl
a
vefromtheDI
N
v
eawayfromth

p
tidriveODP‐2
U
(IP20Units
)
d
egree1enviro
n
asuitablecont
r
yconductivem
a
undthedrivea
s
e
shouldbeven
t
p
elledaboveth
e
r
equireit,thee
n
nductiveconta
m
s
.
v
ironmentsshou
h
eadequateve
n
w
ingminimumsi
h
inacontrolcab
t
hedimensions
s
i
onsaredrilled,
a
ckplateusings
u
e
mountingscre
w
y
)
ontherearoft
h
o
theDINrailu
n
a
descrewdrive
r
N
rail,useasuita
erailfirst
U
serGuideRevis
)

nments,accord
i
r
olcabinetwith
a
terial.
s
shownbelow
a
tingabovethe
d
e
drive.
n
closuremustb
e
m
inants(suchas
lduseasuitabl
y
n
tilationpathsa
zesfordrives
m
Drive
Size

2
3
Note:
Dimens
sidewi
t

Typical

Above
a
temper
a
inet.
s
hownabove,
m
thedustfromd
u
itableM5mou
n
w
ssecurely
h
edriveontoth
n
tilthelowercli
p
r
topulltheDIN
a
bleflatblades
c
ions1.30
i
ngtoIEC‐664‐1
sufficientingre
s
a
reobservedwh
d
riveandbelow
e
designedtop
r
condensation,
c
y
sealed(non‐v
e
ndclearancesa
ountedinnon‐
v
X
Above&
Below
mminm
m
75 2.95 5
0
100 3.94 5
0
ionZassumest
h
t
hnoclearance.
driveheatlosse
a
reguidelineso
n
a
tureofthedri
v
m
arkthelocatio
n
rillingdoesnot
e
n
tingscrews
etopoftheDI
N
p
attachestoth
e
railclipdownt
o
c
rewdrivertopu
.Forpollution
d
s
sprotectionto
enmountingth
thedrivetoen
s
r
otecttheOptid
c
arbondust,an
d
e
nted)enclosur
e
relefttoallow
a
v
entilatedmetal
Y
Either
Side
Z
Bet
w
m
inmm
0
1.9746
0
1.9752
h
atthedrivesa
r
sare3%ofope
r
n
lyandtheope
r
v
eMUSTbemai
n
sfordrilling
e
nterthedrive
N
railfirst
e
DINrail
o
allowthedriv
e
llthereleaseta
d
egree2orhigh
e
maintainapoll
u
edrive.
s
uregoodaircir
c
riveagainsting
r
d
metallicpartic
e
.
a
irtocirculatet
h
licenclosures:‐
Z

w
een
Recom
m
airflow
inCFM(
f
1.81
1
2.05
2
r
emountedsid
e
r
atingloadcon
d
r
atingambient
ntainedatallti
m
e
tomountsecu
bdownwards,a
e
r
u
tiondegree
c
ulation.Air
r
essof
les)and
h
roughthe
m
ended
f
t
3
/min)
1
1
2
6
e
‐by‐
d
itions.
m
es.
relyonthe
ndliftthe

OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 15

3MechanicalInstallation
3.7. Guidelinesformounting(IP55Units)
•Beforemountingthedrive,ensurethatthechosenlocationmeetstheenvironmentalconditionrequirementsforthedriveshownin
section10.1
•Thedrivemustbemountedvertically,onasuitableflatsurface
•Theminimummountingclearancesasshowninthetablebelowmustbeobserved
•Themountingsiteandchosenmountingsshouldbesufficienttosupporttheweightofthedrives
•IP55unitsdonotrequiremountinginsideanelectricalcontrolcabinet;howevertheymaybeifdesired.

Drive
Size
X
Above&
Below
Y
Either
Side
mminmmin
4200 7.87100.39
5200 7.87100.39
6200 7.87100.39
7200 7.87100.39
Note:
Typicaldriveheatlossesareapproximately3%of
operatingloadconditions.

Aboveareguidelinesonlyandtheoperatingambient
temperatureofthedriveMUSTbemaintainedatall
times.
•Usingthedriveasatemplate,orthedimensionsshownabove,markthelocationsrequiredfordrilling
•SuitablecableglandstomaintaintheIPprotectionofthedrivearerequired.Glandsizesshouldbeselectedbasedonthenumberand
sizeoftherequiredconnectioncables.Drivesaresuppliedwithaplain,undrilledglandplatetoallowthecorrectholesizestobecut
asrequired.Removetheglandplatefromthedrivepriortodrilling.
3.8. Guidelinesformounting(IP66Units)
•Beforemountingthedrive,ensurethatthechosenlocationmeetstheenvironmentalconditionrequirementsforthedriveshownin
section10.1
•Thedrivemustbemountedvertically,onasuitableflatsurface
•Theminimummountingclearancesasshowninthetablebelowmustbeobserved
•Themountingsiteandchosenmountingsshouldbesufficienttosupporttheweightofthedrives


Y




X
X

Drive
Size
X
Above&
Below
Y
Either
Side
mminmmin
2200 7.87100.39
3200 7.87100.39
Note:
Typicaldriveheatlossesareapproximately3%of
operatingloadconditions.

Aboveareguidelinesonlyandtheoperating
ambienttemperatureofthedriveMUSTbe
maintainedatalltimes.
CableGlandSizes
Frame PowerCable MotorCableControlCables
2M25(PG21) M25(PG21)M20(PG13.5)
3M25(PG21) M25(PG21)M20(PG13.5)

•Usingthedriveasatemplate,orthedimensionsshownabove,markthelocationsrequiredfordrilling
•Suitablecableglandstomaintaintheingressprotectionofthedrivearerequired.Glandholesforpowerandmotorcablesarepre‐
mouldedintothedriveenclosure,recommendedglandsizesareshownabove.Glandholesforcontrolcablesmaybecutasrequired.

3MechanicalInstallation
3.9.
R













Usin
g
scre
w
retai
n
scre
w
R
emovingt
h
3.9.1. F
r
3.9.2. F
r
g
asuitableflat
b
w
driver,rotatet
n
ingscrewsindi
w
slotisvertical
.
h
eTerminal
r
ameSizes2
&
r
ameSize4
b
lade
hetwo
cateduntilthe

O
p
Cover
&
3

p
tidriveODP‐2
U
TerminalCo
v
U
serGuideRevis
Usingas
u
screwsin
d













Usingas
u
screwdriv
e
retaining
s
thescrew
v
erReleaseScr
e
ions1.30

u
itableflatblad
e
d
icateduntilthe
3.9.3. Fram
e
u
itableflatblad
e
e
r,rotatethef
o
s
crewsindicate
d
slotisvertical.
e
ws
e
screwdriver,r
o
e
screwslotisve
e
Size5
e

o
ur
d
until
o
tatethetwore
t
rtical.

t
aining

OptidriveODP‐2UserGuideRevision1.30
www.invertekdrives.com 17

3MechanicalInstallation
3.9.4. FrameSize6
Removethetwoscrewsindicated,liftthecoverforwardsandoff.Torefitthecover,slidethetoplocatinglugsupwardsunderthetopcover,
thenre‐fastenthelowercoverscrews

3.10. RoutineMaintenance
Thedriveshouldbeincludedwithinthescheduledmaintenanceprogramsothattheinstallationmaintainsasuitableoperatingenvironment,
thisshouldinclude:
•Ambienttemperatureisatorbelowthatsetoutinthe“Environment”section.
•Heatsinkfansfreelyrotatinganddustfree.
•TheEnclosureinwhichthedriveisinstalledshouldbefreefromdustandcondensation;furthermoreventilationfansandairfilters
shouldbecheckedforcorrectairflow.

Checksshouldalsobemadeonallelectricalconnections,ensuringscrewterminalsarecorrectlytorqued;andthatpowercableshavenosigns
ofheatdamage.

OptidriveODP‐2UserGuideRevisions1.30
18www.invertekdrives.com

4ElectricalInstallation
4. ElectricalInstallation
4.1. GroundingtheDrive

Thismanualisintendedasaguideforproperinstallation.InvertekDrivesLtdcannotassumeresponsibilityforthecompliance
orthenon‐compliancetoanycode,national,localorotherwise,fortheproperinstallationofthisdriveorassociated
equipment.Ahazardofpersonalinjuryand/orequipmentdamageexistsifcodesareignoredduringinstallation.

ThisOptidrivecontainshighvoltagecapacitorsthattaketimetodischargeafterremovalofthemainsupply.Beforeworkingon
thedrive,ensureisolationofthemainsupplyfromlineinputs.Waitten(10)minutesforthecapacitorstodischargetosafe
voltagelevels.Failuretoobservethisprecautioncouldresultinseverebodilyinjuryorlossoflife.

Onlyqualifiedelectricalpersonnelfamiliarwiththeconstructionandoperationofthisequipmentandthehazardsinvolved
shouldinstall,adjust,operate,orservicethisequipment.Readandunderstandthismanualandotherapplicablemanualsin
theirentiretybeforeproceeding.Failuretoobservethisprecautioncouldresultinseverebodilyinjuryorlossoflife.
4.1.1. RecommendedinstallationforEMCcompliance.


Thegr
Optid
r
confir
m
conne
c
Thed
r
indust
TheC
r
Thisis
floor
g
Them
Aswit
h
compl
y
earth
c
apply:
•
•
•
Thesa
shoul
d
termi
n
4.2.
W
Conne
gener
a
morei

Itisre
c
andc
o
4.3.
I
•
•
•
•
•
•
•
•
•
•
•
•
4.1.2. Gr
o
oundterminal
o
r
ivegroundcon
n
m
tolocalindus
t
c
tions.
r
iveSafetyGrou
n
rialsafetyregul
a
4.1.3. Pr
o
r
osssectionalar
e
4.1.4.
S
a
f
thesafetygrou
n
g
roundrod,orb
u
4.1.5. M
o
otorgroundmu
4.1.6. Gr
o
h
allinverters,a
y
ingwithworld
w
c
onnectionsus
e
‐
ATypeBDe
v
Thedevice
m
IndividualE
L
4.1.7.
S
h
i
fetygroundter
m
d
alsobeconne
c
n
al.
W
iringPrec
a
cttheOptidriv
e
a
l:StarandDelt
a
nformation,ref
e
c
ommendedth
a
o
desofpractice.
I
ncomingP
o
For1phase
For3phase
Forcomplia
n
Forcomplia
n
rated600V
(
impulsewit
h
Afixedinsta
ACPowerS
o
ofmachiner
y
Thecabless
Suitablefus
e
datainsecti
fusesaresu
i
Whereallo
w
fuses,provi
d
Whenthep
o
minimumo
f
Themaximu
Anoptional
o T
h
o T
h
o A
n
o T
h
Inallotheri
o
undingGuid
e
o
feachOptidriv
e
n
ectionsshould
t
rialsafetyregu
l
n
dmustbecon
n
a
tionsand/orel
o
tectiveEarth
C
e
aofthePECo
n
f
etyGround
n
dforthedrive
u
sbar.Groundi
n
o
torGround
stbeconnecte
d
o
undFaultM
o
leakagecurren
t
w
idestandards.
e
dandthetype
o
v
icemustbeus
e
m
ustbesuitable
L
CBsshouldbe
u
i
eldTerminati
o
m
inalprovides
a
c
tedtothemot
o
a
utions
e
accordingtos
e
a
.Itisessential
t
e
rtosection4.
6
a
tthepowerca
b
o
werConne
c
supply,powers
supplies,powe
r
n
cewithCEand
n
cewithCSAre
q
(
phasetogroun
d
h
standvoltage
p
llationisrequir
e
o
urce.Thedisco
y
).
houldbedimen
e
stoprovidewi
on10.2.Thefu
s
i
table;however
w
edbylocalreg
u
d
ingthatthecle
o
wersupplyisr
e
f
5minutessho
u
mpermissibles
InputChokeisr
h
eincomingsup
p
h
esupplyispro
n
n
imbalanceexis
h
epowersupply
n
stallations,an
O
p
e
lines
e
shouldbeindi
v
notloopfromo
l
ations.Tomee
t
n
ectedtosyste
m
ectricalcodes.
T
C
onductor
n
ductormustb
e

thatisrequired
n
gpointsmust
c
d
tooneoftheg
o
nitoring
t
toearthcane
x
Thelevelofcu
r
o
fRFIfilterinst
a
e
d
forprotecting
e
u
sedforeachO
p
o
n(CableScre
e
a
groundingpoi
n
o
rframe(motor
e
ction4.3,ensu
r
t
oensurethatt
6
MotorTermin
a
b
lingshouldbe
4
c
tion
houldbeconne
r
shouldbecon
n
CTickEMCreq
u
q
uirements,tra
n
d
),600V(phase
p
eakof4kVor
e
e
daccordingto
nnectingdevice
sionedaccordin
r
ingprotection
o
s
esmustcompl
y
insomecasest
y
u
lations,suitabl
y
aringcapacityi
s
e
movedfromt
h
u
ldbeallowedb
hortcircuitcur
r
ecommendedt
o
p
lyimpedancei
s
n
etodipsorbro
w
tsonthesuppl
y
tothedriveis
v
inputchokeisr
e
p
tidriveODP‐2
U
v
iduallyconnec
t
nedrivetoano
t
t
ULregulations,
m
ground.Grou
n
T
heintegrityof
a
e
atleastequalt
bycode.Oneo
f
c
omplywithnat
roundterminal
s
x
ist.TheOptidri
v
r
rentisaffected
a
lled.IfanELCB
e
quipmentwith
p
tidrive
e
n)
n
tforthemotor
end).Useashi
e
r
ingthatmotor
t
hemotoriscon
a
lBoxConnecti
o
4
‐corePVC‐insu
l
ctedtoL1/L,L2
/
n
ectedtoL1,L2,
u
irements,asy
m
n
sientsurgesu
p
tophase),suita
e
quivalent.
IEC61800‐5‐1w
mustconform
t
gtoanylocalc
o
o
ftheinputpo
w
y
withanylocal
c
y
peaRfusesm
a
y
dimensionedt
s
sufficientfort
h
h
edrive,amini
m
eforeremoving
r
entattheOpti
d
o
beinstalledin
s
loworthefau
l
w
nouts
y
(3phasedrive
s
v
iaabusbarand
e
commendedt
o
U
serGuideRevi
s
t
edDIRECTLYto
t
her,orto,orfr
o
ULapprovedri
n
n
dimpedance
m
a
llgroundconn
e
othatofthein
c
fthesepoints
m
ionalandlocali
n
s
onthedrive.
v
eisdesignedt
o
bymotorcable
(EarthLeakage
C
aDCcompone
n
cableshield.T
h
e
ldterminating
o
t
erminalboxco
n
nectedinaccor
d
o
ns.
latedscreened
c
/
N.
andL3.Phase
s
m
metricalshiel
d
p
pressionshallb
bleforovervolt
a
ithasuitabledi
s
t
othelocalsafe
t
o
desorregulati
o
w
ercableshoul
d
c
odesorregulat
a
yberequired.
T
ypeBMCBcirc
u
h
einstallation.
m
umof30seco
n
theterminalco
v
d
rivePowerter
m
thesupplyline
f
l
tlevel/shortci
s
)
brushgearsyst
e
o
ensureprotec
t
s
ion1.30
thesiteground
o
manyothere
q
n
gcrimptermin
m
ustconformto
e
ctionsshouldb
c
omingsupplyc
o
m
ustbeconnect
e
n
dustrialsafety
o
producethe
m
lengthandtyp
e
C
ircuitBreaker)
n
tintheleakag
e
h
emotorcables
o
rEMIclampto
n
nectionsarec
o
d
ancewiththe
v
c
able,laidinac
c
s
equenceisnot
d
edcableisrec
o
einstalledont
h
a
gecategoryIII,
s
connectingde
v
t
ycode/regula
t
o
ns.Guidelined
d
beinstalledin
t
ionsinplace.I
n
T
heoperatingti
m
u
itbreakersofe
n
dsshouldbeall
v
ersorconnect
i
m
inalsasdefine
d
f
ordriveswher
e
rcuitcurrentis
h
e
m(typicallyov
e
t
ionofthedrive
busbar(throu
g
q
uipment.Grou
n
alsshouldbeu
s
therequireme
n
echeckedperi
o
o
nductor.
e
dtoadjacent
b
regulationsand
m
inimumpossibl
e
,theeffectives
w
istobeused,t
h
e
current
hieldconnecte
d
connecttheshi
o
rrect.Therear
e
v
oltageatwhich
c
ordancewithl
o
important.
o
mmended.
h
elinesideofth
andshallprovi
d
v
iceinstalledbe
t
t
ions(e.g.withi
n
imensionsareg
t
heincomingsu
n
general,type
g
m
eofthefuses
quivalentratin
g
owedbeforere
i
on.
d
inIEC60439‐1
e
anyofthefoll
o
h
igh
e
rheadCranes).
againstpower
s
g
hthefilterifin
s
n
dloopimpeda
n
s
edforallgroun
n
tsofnationala
n
o
dically.
b
uildingsteel(gi
r
/orelectricalco
e
leakagecurre
n
w
itchingfreque
h
efollowingcon
d
tothistermina
eldtothesafet
y
e
twoconnectio
n
itwillbeopera
t
o
calindustrialre
g
isequipmenta
n
d
eprotectionfo
t
weentheOpti
d
n
Europe,EN60
2
iveninsection
1
pplyline,accor
d
g
G(IEC60269)o
mustbebelow
0
g
maybeutilise
d
‐applyingthep
o
is100kA.
o
wingcondition
s

s
upplyfaults.
4

Electrical

Installation

s
talled).
n
cemust
dwiring
n
dlocal
r
der,joist),a
des.
n
twhilst
ncy,the
ditions
l(driveend)
y
ground
n
sin
t
ed.For
g
ulations
n
dshallbe
rarated
d
riveandthe
2
04‐1,Safety
1
0.2.
d
ingtothe
rULtypeT
0
.5seconds.
d
inplaceof
o
wer.A
s
occur:‐
4
Electrical Installation

4ElectricalInstallation
4.4.
O
Aspe
c
correc
ForEx
a
limite
d
Thesu
4.5.
D
•
•
•
•
•
•
•
4.6.
M
Most
g

Thiso
p
highe
r


4.7.
M
Thed
r
foras


Wher
e


O
peration
o
c
ialfunctionof
O
tratedvoltage
a
a
mple,ModelN
d
to45Amps
pplyshouldbe
c
D
riveand
M
Thedrivein
h
whichhave
b
qualityofin
s
Themotors
utilised,wit
h
conductors
w
equalcross
s
Themotor
e
Forcomplia
n
screenedca
b
recommend
Thecablesc
largestposs
i
Wheredriv
e
suitableEM
C
ForIP55dri
v
M
otorTer
m
g
eneralpurpose
p
erationalvolta
g
r
ofthetwovolt
a
M
otorTher
m
4.7.1. In
t
r
ivehasanin‐bu
u
stainedperiod
4.7.2. M
o
e
amotortherm
o
f3Phased
r
O
ptidriveP2allo
w
a
tupto50%of
t
umberODP‐2‐
6
c
onnectedtoth
M
otorConn
e
h
erentlyproduc
b
eenwoundfo
r
s
ulationisunkn
o
houldbeconne
c
h
theshieldope
w
hentheyare
m
s
ectionalareaa
n
e
arthmustbec
o
n
cewiththeEu
r
b
lewherethes
c
edasaminimu
m
reenshouldbe
t
i
blesurfaceare
a
e
saremounted
i
C
clamporglan
d
v
es,connectth
e
m
inalBoxCo
motorsarewo
u
g
eisnormallys
e
a
geratings.
IncomingS
u
2
4
6
4
6
m
aloverloa
t
ernalTherma
l
iltmotortherm
oftime(e.g.15
o
torThermist
o
istoristobeus
e
O
p
r
ivesfroma
w
salldrivesde
s
t
henominalca
p
6
4450‐3KA4Nca
n
eL1andL2ter
m
e
ction
esfastswitchin
g
r
operationwith
o
wnthenthem
c
tedtotheOpti
ratingasanear
t
m
adefromthes
a
n
dmanufactur
e
o
nnectedtoone
r
opeanEMCdir
e
c
reencoversat
l
m
.Installation
w
t
erminatedatt
h
a

i
nasteelcontr
o
d
,asclosetoth
e
e
motorcablesc
r
nnections
u
ndforoperati
o
e
lectedwhenin
s
u
pplyVoltage
2
30
4
00
6
00
4
00
6
00
dProtectio
n
l
overloadpro
aloverloadfun
c
0%for60seco
n
o
rConnection
e
d,itshouldbe
p
tidriveODP‐2
U
SinglePha
s
s
ignedforoper
a
p
acity.
n
beoperated
o
m
inalsofthedri
v
g
oftheoutput
v
avariablespee
d
otormanufactu
driveU,V,and
W
t
hconductor,t
h
a
mematerial.
W
e
dfromthesam
e
o
f
theOptidriv
e
e
ctive,asuitabl
e
l
east85%ofth
e
w
ithinasuitable
h
emotorendu
s
o
lpanelenclosu
r
e
driveaspossi
b
r
eentotheinte
r
o
nondualvolta
g
s
tallingthemot
o
MotorName
p
230
/
400
/
600/
230
/
340
/
n
.
tection.
c
tion;thisisint
h
n
ds).
connectedasf
o

Additio
n
•
•



U
serGuideRevis
s
eSupply
a
tionon3phase
o
nasinglephas
e
v
e.
v
oltage(PWM)
t
d
drivethenthe
rershouldbec
o
W
terminalsusi
n
h
eshieldmusth
a
W
herea4corec
e
materialasth
e
e
earthterminal
e
screened(shie
e
cablesurfacea
steelorcopper
s
inganEMCtyp
e
r
e,thecablescr
e
b
le.
r
nalgroundcla
m
g
esupplies.Thi
s
o
rbyselecting
e
p
lateVoltages
/
400
/
690
1050
/
400
/
600
h
eformofan“I
.
o
llows:‐
n
alInformation
CompatibleT
Useasetting
P1‐13=6.Re
f
ions1.30
suppliestobe
o
e
supply,380–
4
t
othemotorco
m
reisnopreven
t
o
nsultedandpr
e
n
gasuitable3
o
a
veacrosssecti
ableisutilised,
t
e
phaseconduc
t
s.
lded)cablesho
u
rea,designed
w
tubeisgenerall
y
e
glandallowin
g
e
enmaybeter
m
m
p
s
isindicatedon
e
itherSTARorD
Con
Delta
Star
.
t‐trP”tripafter
hermistor:PTC
ofP1‐13thath
a
f
ertosection7
f
o
peratedonasi
4
80volts,witht
h
m
paredtothe
m
t
ativemeasures
e
ventativemea
s
o
r4corecable.
W
onalareaatlea
t
heearthcondu
t
ors.
u
ldbeused.Bra
w
ithlowimpeda
n
y
alsoacceptabl
g
connectionto
t
m
inateddirectly
thenameplate
o
ELTAconnectio
n
nection
delivering>100
Type,2.5kΩtri
p
a
sInput5functi
f
orfurtherdeta
i
nglephasesup
p
h
emaximumou
m
ainssupply,fo
r
required,howe
v
s
uresmaybere
q
W
herea3core
c
stequaltothe
p
ctormustbeof
idedortwisted
t
n
cetoHFsignal
s
e.
t
hemotorbody
tothecontrol
p
o
fthemotor
n
.STARalways


%
ofthevalues
p
level
onasExternal
T
i
ls.
p
lyofthe
tputcurrent
r
motors
v
erifthe
q
uired.
c
ableis
p
hase
atleast
t
ype
s
are
throughthe
p
anelusinga
givesthe
etin
P 1‐08
T
rip,e.g.