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Vishay Capacitor Catalogue

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  • 8/10/2019 Vishay Capacitor Catalogue

    1/14

  • 8/10/2019 Vishay Capacitor Catalogue

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    General

    nformation

    VISHAY

    V

    VishayESTA

    9 @

    o

    Designof a MKP-type

    o

    capacilor

    SELF-HEALING

    Ai he endol

    servicei fe, r due o inadmissiblelecir ical

    or thefmal ve ioad,

    n insulat ionreakdown

    ayoccur.

    A breakdown

    auses a small arc which evaporates

    he

    melal

    layer around lhe

    point

    ol breakdown

    and

    re-establisheshe insulauon l the

    place

    ol

    perloralion.

    After electr breakdown,he capac

    or

    can

    st l be used.

    The decrease f caiaci lance aused

    by a sel l 'heal ing

    process

    s less han 100pF. he selihealing

    process

    asts

    lora tewmicrosecondsn

    y

    and

    he enetgy ecessaryor

    heal inq an be rneas urednly by meansof sensit ive

    4

    , 1 2

    9

    1 Electfodes

    metal

    zed)

    2 Polypropyleneim

    3 Eleclr ic onlacl

    (schooping)

    4 Non-melal l izeddqe

    Self-heallng reakdown

    1 Electrodes

    metallized)

    2

    Polypropylenei lm

    3

    Polntof bfeakdown

    insulal ingrea

    We

    recommendhe use of ouroil-impregnaled

    tandard

    tubular an

    ypewhenever

    ossible,

    special lyor i l ter

    appl ical ions,

    s ts hemal esislance

    s very owand t

    thefefore

    orovides

    excellent

    heal diss

    pation,

    which

    helps o overcorne ery high oads.

    Bolhvercions omply i th

    he higheslemperaturelass

    D, specif iedy heslandards.

    heoi l ' impregnated

    ersion

    has morcsafely

    nargin

    y design.

    PR(MI]II'IG

    HE WNDI|GEIEN,|EIIT ITH .ECTHC@NTACTS

    For

    ESTApfopond ESTAdry' \ , lKP-lype apacitors,

    metal

    zed electrodes re use d.

    A windingelement

    consisis

    f lwo displaced

    olypropylene

    i lms, wound

    toqether.

    The Jronl surtaceol lhe

    winding e ements s

    joined

    by meansof a meta spray

    process.

    his

    process

    s

    caled Schooping.

    ue o the displacemenl

    f the two

    polypropylene

    i lms, only one

    fl lm wl l l be electcal ly

    connected n one sideol lhe element. he erminal eads

    can be soldered nto his sDraved

    melalsurJace,

    Fora self-healnqielectr ic,

    mpregnal ions basical lyol

    required. However,

    our l ,4KP'lypcapaci lors are

    impreqnaled

    o

    ei iminaie

    nvironmentalnf luencesnd o

    gr,raranlee

    el iable, long{erm operat ion,

    Vacuum

    i'npreg'rario,1l minalesair and moisture.

    .nproves

    "sel l -heal ing'

    and educeshermalesistance

    IMPREGNATINGGENT ESTAPBOP)

    ESTAprop@\,4KP-lypeapacitors re

    lmpregnated ith a

    special lyrealed l l .Thehiqhly

    ire-resisl ingnsu t ion i l

    onvegetablease

    flash oint

    85'C, gnit ion

    oinl

    15 'C)

    is lul ly biodegradablend

    nonloxic. hereare no Iegal

    Winding

    lement ith

    schooping

    nd

    connctinglripes

    ESTAprop@/ESTAdry'

    owerFactor Correction

    Capacitors

    ow

    Voltage

    GENEFAL

    TECHNICAL INFOBI'ATION

    MKP.TECHNOLOGY

    Capacilorsare used in many divercs applications, nd

    many i l ferenlapacitof

    echnologisreavai lable.n

    ow

    voltage pplications,

    ,4KPiype apacitors hichare

    made

    in accordance

    wiih metallized

    olypropylene

    echnology

    have

    proved

    o be moslappropriale ndalso he

    mosicosl

    el fecl ive.

    Dependent n the n ornlnal

    ol tageof ihe

    capacitor,

    he hicknessf he

    polypropy

    ne

    i lmw l di f ler.

    MKP-TYPE APACITOR

    metalllzed

    olypropylene

    ilm)

    regulaiions egarding ts desiruction

    o it can be safely

    disposed f with ordinafy eJuse.

    rupneereror

    esrapnop9

    Aftsr an exlendeddrying

    period,

    he impregnation

    filling

    the capacilorcaslng

    wilh oil) is carried out under

    high

    vacu!m or

    removal f mois lure, ol lowing

    his

    process,

    lhe capacilor

    will be hermetically ealed.

    This

    process

    ensures excel lenl

    heal dissipat ionand

    conslant

    capacitance ver

    ull service ife,

    rru-lttc

    ceu

    6sreon$

    ESTAdry@

    KP-type apacilors re'dry'.

    That s, alter he

    exrended

    rying

    period

    and beiore

    he hermelic ealingoi

    the casing,

    non-l iquidi l l ingagenl

    s used nslead J

    natural i l . ncase J ubular ans, t s anenvironmenlal ly

    ir iendlynert

    gas-f i l l ing

    0avoid offosion

    i the winding

    elemenls nd inner eleclr ic

    contacts, or largerdry

    capacltorc,

    .g. he DW-Type

    ilterCapacitors,he lilling

    agent s a resin,

    A l i t t le

    g

    shows

    he

    di l ference

    n lhe lype designation

    belweenheoi l- impregnaled

    Ph[,4KP)

    nd hedry

    version

    (PhMKPg).

    oocument umber:

    3001

    3

  • 8/10/2019 Vishay Capacitor Catalogue

    3/14

    General

    nformation

    Vishay

    ESTA

    ESTAprop@/ESTAd4P

    ower

    Factor

    Correction

    -

    VISHAY

    V

    aoacitors

    OVERPRESSURE

    EAB-OFF USE

    If al the end

    of servics ite, due

    to inadmissible

    lectrical

    o ho maloverload,

    n overpressure

    uildsup

    andcauses

    an expansion l lhe

    cover Expansion

    vera ceiain

    limil

    causes th tear-ott

    oi tho internal

    fuses, The

    aclivecapacitor

    lernenis

    are thus cut otf

    lrom the source

    of

    supply.

    The

    pressure

    within

    lhe casing

    separates he

    breaking

    oint

    so rapidly hai

    no harmlul

    arc can occur

    OPERATING

    ONDITION

    TOBN.OFF

    CONDITION

    CE.MARKING

    ESTAprof

    low voltage

    capacilo|s

    conformwith he

    ESTAdy

    regulations

    l he ottowing

    Eurcpean

    kectives:

    Low

    Voltage

    CHARACTERISTICS

    F DIELECTRIC

    MKP.POLYPROPYLENE,

    ETALLIZED

    ;

    ro2

    3

    t

    20 40 60

    30 100

    89/336/EWG

    92/31

    /EWG

    93/68 /EWG

    Eleclromagnetic

    ompalibility

    Electromagnetic

    ompatibility

    Directive

    o change

    he directives

    . . .

    89/336/EWG

    rd

    =

    emp,

    "c]

    ULANDULC.MARKING

    ESTApfop"and STAdlf cylindricalype capacilors ave

    been iested

    and approved

    by independent aboratoris

    such

    as UndeM trs Laboralories

    nc.(Ul).

    ESTApropo

    and ESTAdIP

    ow voltage

    capacitorsconlorm

    wilh UL-

    standard

    10 and Canadian

    tandardC 22.2.

    UL and ULc

    marksare

    ncluded

    n standard

    omponentmarking,

    All ESTAprop6

    nd ESTAdrf low

    voltage Power Faclor

    Correction apacitors

    re suppliedwith

    CE

    -

    marking.

    Documonl

    umben 3001

    Revision

    5-Sep-01

  • 8/10/2019 Vishay Capacitor Catalogue

    4/14

    Termsand

    Definitions,

    pplicable

    tandards

    VISHAY

    V

    Vishay

    ESTA

    ESTAprop' nd

    ESTAdry"

    owef

    lactor co(ecl ion

    capacitorsredesigned0VDE0560'46 47, EC60831-

    l+2 and

    EN60831-1+2,

    atesl

    di l ion.

    OEFINITIONFRATINGS

    Ucn, laled

    voltage:he r.m,s. alueof

    lhe

    altemating

    ollage .,

    In,

    rated uftenthe m.s-

    alue f healtemalingu(ent...

    Cn,

    raled apacilance:

    he capacitancealue ,.

    ...lorwhichhecapacitor

    asbeen esigned.

    MAXIMUM EBMISSISLE

    URRENT

    ESTAprop,and

    STAdry'l\,4KP-type

    apacitorc resuitable

    lor

    contlnuous

    peral ion t an

    r.m.s-inecurrenl l

    1 .3

    ESTAprop@/ESTAd4f

    ower

    FactorCorrection

    Capacitors

    ow

    Voltage

    TERIIS A D DEFINITIONS,

    APPLICABLE STANDANDS

    t imes the lundamental

    urrnl hal

    occurs al rated

    sinusoidalvol tage and rated lrequency,excl !ding

    transients.

    aking nto account he capacitance

    olerances

    of 1,1s'Cn,

    hemaxlmumurrenl an

    each ,5

    ln,

    These overcurrent

    aclorsare

    iniended o take lnlo

    accouni

    he combined ffects

    of harmonics,

    vervollages

    andcapacitance

    olerance,

    MAXIMUM EBMISSIBLE

    OLTAGE

    ESTAprop'and

    ESTAdry ,4KP-typeapacitors

    are

    suitable

    or operalion l voltage

    evelsas indicaled

    n the

    lable

    exlraci

    rom EC60831

    1

    par.

    20

    -

    Table ll) below:

    resul ied

    n feduced esistance

    f modern ,4KP-type

    capacilors.

    Especially wilching

    apacilors

    n

    parallel

    o

    others

    eingalready ne.gized,

    ause

    eryhigh nrush

    curfents

    hichshould e

    reducedo

    < 100 x In. As a

    consequence,he l i fe cycle

    oJ contaclors

    nd also

    capacitors ill be alfecied.

    In caseol detuned apacitor anks, he nrushcurrentwill

    be limited

    by he inductivily f

    the series iller reactors.

    Forcapacitoranks

    withoutilter eactors,

    e recommend

    theuseof capacitor

    ontactors

    iihseries esistors,

    We recommend hese special

    contaclors nstead

    ol

    damping

    he nrush urrenl

    ycoi l ing p heconneci ion

    cable between ontaclor nd

    capacilor.

    his is due to

    superior amping

    enavior ' ]d

    redJced osses n

    connecting ables,

    esulting n temperature

    educlion

    inside

    hecubicle.

    FFEOUENCY

    tR.M.S,)

    VOLTAGE ACTOB Ucn

    OURATION

    OBSEFVATION

    1 . 0

    H

    ghest

    average aloe

    duringany

    period

    ot

    capacilor nerg aion.

    For energizalion

    eriods

    less han 24 hours,

    exceptions ppLy s

    indicaled

    1 . 1 0

    systemvohago

    egulation nd

    1 1 5

    Syslem

    ohage egulation nd

    1 . 2 0

    Vohaoe rise at low load

    1 . 3 0

    Such that

    the cutrent does nol exceed the

    value

    g

    ven above.

    HARII4ONIC

    ISTOBTION

    Capacitors

    an be overloaded

    n networksdislo ed by

    harmonics.his i lual lon

    s evenmore r i l ica

    n

    hecase

    of resonance,Where

    he capacitor urrenlor

    vollagecan

    be a lew imes s

    highas he nominal

    ol taqe. herelore,

    speciaL

    recautionse.9.

    series

    l l ter

    circui t

    eaclors)

    shouldbe

    taken n networks istoded

    by harmon s. Our

    warranty ony appl ies for operal ing condit ions n

    accordancei lh heabove

    mentionedlandards.

    OAMPING F

    NRUSH URRENT

    Swilching

    evices special ly

    ui tedorcapaci lorwitching

    shall be used.For example,

    he deviceshall be such

    hat

    restr ik inguring

    reakingperat ions,

    h lchmay esu in

    highovervollages,

    annoloccur,

    The operat ingexperlence

    f ESTAprop" t4KP-lype

    capaci lors

    incehei r

    niroductionn 1978 asshown

    heif

    excel lentehavior

    hen e ing witched.

    High oulpu l densit ies

    nd reduction l

    losseshave

    Documenl umber: 3002

    5

  • 8/10/2019 Vishay Capacitor Catalogue

    5/14

    Terms

    and Definitions,

    pplicable

    tandards

    -

    VISHAY

    V

    ishay

    ESTA

    OPERATINGEMPERATURES

    Capaci lors

    are classi f ied

    or

    ambient temperalure

    categorjes,

    ach category

    bsing specified

    by a number

    followed

    by a letter.The

    number epresents

    he lowest

    ambient-airemprature i which the capacitormay be

    opetat6d.

    ESTAprop@/ESTAdqP

    ower

    Factor

    Correction

    Capacitors

    owVoltage

    The eltr epresents

    pper imit

    ol operatingemperaturc,

    having

    maximum alues

    spcifiedn

    the tabloetow.

    ESTAprcp.

    nd ESTAdqt,PhMKPtype,

    ytindricatapacitors

    rc designed

    or category:

    2sl D

    DEGREE

    FPROTECTION,

    P

    CODE

    Degrees

    of

    proteclion

    are dscribed

    bV lhe lP-code.

    The designation

    onsists f the

    etters

    tP"

    to owedby wo

    characlristicigures,

    e,g.

    "1P00"

    meansno

    prolection.

    The irst

    characteristic

    igure ndicates

    hat:

    -tho

    enclosufe

    provides

    protection

    of

    persons

    againsl

    access o hazardoos

    arts

    by

    preventing

    r limiiing he

    Ingress f a parlof the humanbodyor an objeclhetdby

    a

    person;

    nd

    simultaneously

    -

    the enclosure

    rovidss

    rolection

    f equipmenl

    gainst

    the ingress f

    solid oreign

    objects.

    The second

    characterislicigure indicalgs

    he

    degreeof

    prolection

    rovided

    y snclosu.es

    wiih rospect o

    harmlul

    efleclson the

    eqoipmnt ue o lhe ingress f waler,

    AMBIENTTEMPERATUFE

    C

    itAx ruM

    IIIAXII/|UM

    VEFAGE

    VER

    24 HOURS

    1 YEAR

    40

    30

    20

    B

    45

    35

    25

    c

    50

    40

    30

    D 55 45

    35

    CHARACTEFISTIC

    NUUEBICAL

    lSr

    2ND

    PFOTECTION

    GAINSTACCESS

    TO HAZAFDOUS

    PABTSAND ENETRATION

    FSOLID OFEIGN

    OBJECTSNCLUDING

    UST

    PROTECTION

    GATNST NGBESS

    F WATEF

    0

    Prclctd gainsr olid oreignobjcrs l Protected gainst erticallyallingwater

    2

    Prolecled

    gainst olid orign

    bjects

    l

    12.5mm

    O and

    greaier

    Prolclsd

    gainsr rtically

    allingwatr

    drops

    whenenclosure

    iltedup o 15.

    3

    Prote.ted

    gainst olid oreign

    objects

    f

    2.5mm

    O and

    greaier

    Prolecled

    gainst praying

    water

    Protected

    gainst olid orign

    obiectsor

    Protected

    gainst plashing

    ater

    5

    Prctectad

    gainslwater

    ers

    6

    oust-tighl

    Prclecled

    gainst

    owedut

    water

    ets

    6

    Document

    umber 3002

    Bevisionl.ocr{2

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    Calculations

    nd Tables

    VishayESTA

    -

    VISHAY

    V

    ESTAprof/ESTAd4f

    PowerFactorConection

    Capacitors

    owVohage

    CAPAqTOB|E.,ECIIO'I

    AATE OR fC OFAECTRCALMOTOR

    Reactive ower s required y an asynchronous olorJor

    the magnetic

    ield. The a mount ol rsacl jve

    power

    consumplion f a

    motordependson va ous

    parameters

    such as

    power

    rating,

    oading, atedspeed,and design,

    The caDacitor utDut

    should b maximum90'/" oJ the

    apparentpowerol a asynchfonousmotor under no-load

    conditions.

    This is imporlant o avoid

    dangerousslt

    excitation

    of the motor, A measurement

    l the motor

    currenlunder

    no-load onditions an be easily

    perlormed

    or maybe

    obtainedrom h manufaclurer.

    GUIDELIIIE

    VALUES FOH CAPACITOR SEIECTIO

    !

    MOTOB OWER ATINGtW)

    CAPACITOBOUTPUTSELECTIONKVAT)

    3.9 approximarely5'l.

    ol nominalmotor

    power

    4.0 . 4.9

    2

    5.0 . 5.9

    2.5

    6.0 . 7.9

    8 . 0 . . 1 0 . 9

    1 1 _ 0 . . 1 3 . 9

    5

    1 4 . 0 . . 1 7 . 9 6

    1 8 _ 0 . . 2 1 . 9

    7.5

    22.0 .29.9

    1 0

    aooroximalelv5'/.ol nominalmotorDower

    CAPACTTOBEtEfiOl'l TABLE OR

    PrC

    OF

    TnANSFOR|TRS

    For

    power

    factor correciion of

    lransfomerc only lhe

    no-load reactive

    power

    has 10

    be covered.

    The rquired

    capacitor ulpul or lhree-phaseranslormers epsnds n

    ihe short-circuitollageand

    s

    belween and

    12%of the

    rated ransformer utput.

    n

    case

    harmonics re

    prosent

    on the

    highvol lage

    ide,

    l 'e capaclor an orn a sries

    resonance ircuil with

    the inductance f the lranslormet

    Therefore he capacitoroutpul

    has to be selecledvery

    carcfu y togethefwith

    power

    utililies

    nd he transfomer

    manulacturer,he ollowing

    ormula an be used10check

    whether certain apacilor

    utpulwill creaie

    problems

    or

    speciiichafmonic rderson highvollageside:

    "

    =

    to"-

    n

    =

    harmonic rder

    OC

    =

    ratedcapacilor ulput n kvAf

    S

    =

    shortcircuil

    pow$

    al tne

    poinl

    of capacilor onnecton

    n kVA

    GUIDELINE

    VALUES FOH CAPAGITOB SELECTIO

    !

    TFANSFOFMERATING CAPACIOnO

    ,TPUT N KVAF TTRANSFORIIIEF

    FIMAFY OLTAGES

    5 , . 1 0 v 1 5 . 2 0k V

    25. .30 kV

    50 5.0

    6,0

    75 5.0

    6_0

    7.5

    100

    6.0 7,5

    10.0

    1 6 0

    1 0 . 0

    1 2 . 5 15,0

    250 1 5 , 0

    16.7

    20.0

    3 1 5

    16.7 20,o

    25.0

    400

    20.0 25,0

    30.0

    630

    30.0 33.3

    40.0

    1000 45,0

    50.0 55-0

    1250 50.0

    55.0

    60.0

    Document

    umber: 3003

    7

  • 8/10/2019 Vishay Capacitor Catalogue

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    Calculations

    nd Tables

    -

    VISHAY

    V

    ishayESTA

    ESTApropo/ESTAd4f

    owerFactor

    Correction

    Capacitors

    ow Voltage

    CALCULATION

    NDSELECTION

    F REOUIRED

    APACITOR

    AI'ING

    Qc

    =

    P'

    (lan

    91

    -

    lan q2)

    =

    P'

    (lan

    arccos os

    e1

    -

    tan

    arccos os

    e2)

    requjred

    apacitor

    utput

    kVAr)

    phase

    angleof aclual

    powor

    actor

    =

    phase

    angle

    of targel

    powr

    actor

    =

    actual

    power

    actor

    =

    largel

    power

    actor

    qz

    cos

    q2

    The table below

    shows he values

    or lypical

    power

    Jactors ccoding

    to lhe lormula

    ,lan

    el

    _

    an

    o2":

    TABGETPOWEF

    FACTOR

    0.70

    0.75

    0,80

    0.85 0.90

    o.g2

    0.94 0.96

    0.96 1.00

    ACfUAL

    POWEF

    FAqIOF

    2_OO

    1 . 6 9

    1.23

    1.04

    0.88

    0,40 1.27

    1 , 5 4 1 , 6 7

    1 . 8 1

    1.47 1,93

    2.09

    2.29

    0,45

    0,96 1 . 1 0

    1 . 2 3

    1.36 1.50

    1.56

    1 , 6 2 1,74

    1 . 9 8

    0.50

    o,71

    0.85 0_98

    L 1 1 1.25

    1 . 3 1

    1.37

    1 , 5 3 1.73

    0.55

    0.50 0_64

    o.77

    0.90 1.03

    1.09

    1 . 1 6

    1.32 1 . 5 2

    0.60

    0.31

    0.45 0.58

    o.7l

    0,45 0.9 i

    0,97

    1 , 1 3 1_33

    0.65

    0 , l 5

    0.29

    o.42

    0.55

    0,68 o.74

    0,al

    0,97 1 . 1 7

    0.70

    0.00

    0,t4 0.27

    o.4o

    0.54 0.59

    0,66 0.73

    o,a2 1 .0 2

    o.75

    0,00 0 . 1 3

    0.26

    0,40 0.46

    o.52

    0.59 0.68

    0.64

    0.80

    0.00

    0 . 1 3

    o.27 o.32

    0.39

    0.46 0.55

    o.75

    0.85

    0.00

    0 , 1 4 0 . 1 9

    0.26

    0.33 o.42

    0.62

    0.90

    0,00 0.06

    o . 1 2

    0 . 1 9

    o.2a

    0.48

    The rquired

    apacitor utputmay

    be calculated

    s

    .

    select

    ho ractork

    (malchangointof aclualand argeipower actor)

    .

    calculatehe

    requiredapacitor

    ating ith he

    ofmula:

    Q c = k ' P

    Example:

    actual

    power

    actor

    =

    0,70,

    target

    power

    aclor

    =

    0.96,

    real

    power

    P

    =

    35 kW,

    capacilor

    ulput

    QC

    =

    ?

    Qc

    =

    k'

    P

    =

    0.73

    35

    kW

    =

    25.5 VAr

    Capacilor ulput n

    caseot voltags

    and/or requencyditterent

    lo thecapacilor ominalvoltags:

    N o t e : U * " < U -

    a-= /v !s l \ ' Inew

    'o '

    I

    ucn

    ,

    tcn

    \ /

    U-.

    =

    supplyvollage

    he capacitors required

    or

    l"-

    =

    frequency

    he

    capacilor s requiredor

    O-"

    =

    cap36;1o,

    rlput at

    U"- and *

    U-

    =

    ld capacitor

    oltage

    l-

    =

    ratedcapacilor

    requncy

    Q-

    =

    rated

    capacilor ulpul

    al U- and -

    I

    Docume.t umbor:

    3003

    Fvision 1-Nov-02

  • 8/10/2019 Vishay Capacitor Catalogue

    8/14

    Calculations nd Tables

    VISHAY

    V

    ESTApropo/ESTAdnPower actorCorrection

    VishayESTA

    CapacitorsLow Voltage

    MINIMUM EOUIBEDOI',EBRA

    .|G

    OFTHERESISTORS(w):

    ISCHABGEESISTORS

    ESTAprop. KPiype capacito|s ill

    be

    provided

    omplete

    with discharge resislors. After the

    capacitor s

    disconneclod hom ths source of supply,

    discharge

    resislorsare required or dischaqing 6ach unit within3

    minutes o 75V or less rom initialnominal

    peak

    vollage

    (according

    EC-slandard0831-1 2). Dischargesislors

    have 10 be connecleddirectly o the capacitors, here

    shall be

    no

    switch, use cut-out,or any olher isolaling

    device belween he capacitor

    unit and the discharge

    Annotallon: Our capacilors rc dischargedo

    50Vor

    less

    wilhin1 minute o complyalsowith L,Lstandard

    10.

    MAXIMUM ESISTORALUE:

    R

    MAXIMUM ESISTORALUE:

    6 0 s 6 0 s

    R-

    300'C)

    under acuum

    nd hermeticatty

    6ated.This

    construct ionelhod

    nsures

    xcel lent eai

    dissipal ion

    and

    constantcapacitance

    ver an

    exlended

    period

    ol

    l ime.

    The

    capacitors housed

    n a tubu lar

    luminum

    onlainer

    with a melal

    id

    press-rol led

    nto t .

    The currenr s

    suppl ied ia

    screw-on

    [,15)

    r

    push-on

    6_3

    0.8 mm)

    connectors. hreaded

    lud

    M12)

    l thebotiom

    J h e

    coniainer

    ervesorboth

    rounding

    nd

    mounl ing.

    ESTAprop'and

    STAdryo

    apacitors

    i t be detivered

    logelher

    with disch arge esislors

    nd

    hardware or

    mounl ing

    nd

    connecl ion.

    ESTA

    iandard apacitors

    f 84.4mm jameter

    wittcome

    WithA THICK

    FILIVDISCHARGE

    ESISTOR

    NIT,

    forked

    erminals or

    easy mounring

    nd tN-LtNE-

    conneclion

    f lhe capacitorso

    the supply.

    Capacilors re n

    accordance iih

    prolection

    lass pOO,

    For al l iypes,

    plasl ic

    covers

    or a higher

    degreeol

    protection

    re

    available.

    1 2

    Docunenr umber:

    3004

    Fevision 1,Nov-02

  • 8/10/2019 Vishay Capacitor Catalogue

    12/14

  • 8/10/2019 Vishay Capacitor Catalogue

    13/14

    PhMKP...Cylindrical

    luminum

    HAIED

    VOITAGE

    23OV,soHz,

    3.PHASE,

    DELTA

    CONI{ECT|ON

    TYPE

    ARTICLE

    OUTPUT

    CAPATANCE

    CURRENT DIMENSIONS

    WEIGHT

    DFAWING

    PhMKP230.3.02,5 33476 3'50.1 6.3 64'190

    0.8

    PhMKP230.3.05

    30998

    5

    3"100.3

    64'265

    1 1

    Pht\ , thP230.310

    33486

    1 0

    3'200,6

    25.1

    84.4' 265

    2

    Pht\,tP230,3.l2

    5

    33303

    12.5

    3'250_7

    31.4

    2.4

    2

    Phl',1KP230.3.15

    35457

    1 5

    3'300.9

    3 7 7

    44.4'340

    2.4 2

    -

    VISHAY

    V

    ishay

    ESTA

    ESTAprop'/ESTAdnp

    ower

    FactorCorrection

    Capacitors

    owVoltage

    IHNEE PHASE

    CAPACI"ONS

    IN

    CYLINDFICAL

    ALUMINUM

    CASING

    .

    main ype available

    iom slock

    Orawings l

    end ot dala sheet.

    Olhervollage alings,

    outputs,and

    requoncies

    pon request.A

    ph[,tKp-type

    capacitors

    may be

    used or 60H2, he

    ouiputwi l l

    be 1.2 imes igher.

    All oil-impregnaledarl

    ypes

    analsobe

    produced

    n a Pht\,tKpg

    ryversion.

    imensions

    nd ratings reunchanged.

    Dry ypesarenol

    standard tock

    tems,with

    production

    pon

    cquest.

    Docurirenl umbe.

    13004

    Revision1-Nov-02

    nATED

    VOLTAGE (xrvr,

    sOHz,3.PHASE,

    DELTA

    CON

    ECIIO|I

    TYPE

    ARTICLE

    OIJTPUT

    CAPACTIANCE

    CUBFENT DIMENSIONS

    WEIGHT

    DRAwlNG

    Pht\,tKP400.3.02,5

    26199

    2.5

    3.6

    64'190

    0.8

    Pht\,tKP400,3.05

    3 1 1 1 6

    3'33.2 7.2

    64.190

    0.4

    PhMKP400.3.06,67

    33305

    6.67

    3 4 4 . 2

    9.6

    64'190

    0.8

    Ph[4KP400 .07,50 46228 7.5 3'4S.5 1 0 . 8 64'190 0.8

    PhMKP400.3.0a,33

    46229

    8.33

    3"55.2 12

    64.190

    0.8

    .

    Phlv ' |KP400.3.10

    3 1 9 1 6

    1 0

    3"66.3

    64"265 i . 1

    .

    PhMKP400.3.12,5

    45745

    1 2 . 5

    3.42.9

    1 8

    64'265

    1 . 1

    Pht\4KP40l.3.10

    35459

    1 0

    3 66.3

    84.4'190

    2

    .

    PhMhP4o1

    12

    5

    35460

    12.5

    3'82.9

    1 8

    44.4190

    2

    PhMKP400,3.15

    46230

    1 5

    3'99.5 2 1 . 6

    84.4'190

    2

    35482

    16.7

    3 1 1 0 . 7 24.1

    a4 4"265

    1 . 9

    2

    '

    PhMKP400.3.20

    33483

    20

    2a.a

    84.4'265

    2

    .

    PhMKP40O.3.25

    45746

    2 5

    3"165.8

    3 6 1 44.4.265

    2

    'Can

    bo

    used lso or 415V, u

    overvot tageange.

    RAIED VOLTAGE rOVr 50 t{a 3tHASE, DCLTA@f{NEcTtOf{ canbe used atso or 415v

    TYPE

    ARTICLE

    OUTPUI

    OUTPUT

    CAPACTTANCE

    URBENT Dl!,tENStONS

    s'H

    WEIGHT

    xg

    DFAWING

    PhMKP440.3.05

    33989

    5

    3 27.4

    6.1 /6 .6

    64 190 0.4

    1

    PMKP440.3.08,33

    46231

    8.33

    3'45.7 10.3/10.9

    64 190

    0.8

    1

    36130

    1 0

    8.9

    3'54.8

    ' 12 .4 /13 ,1

    64'265

    1

    33307

    't1,2

    1 0

    3'61.4

    13_9114.7

    64'265

    1

    PhlvlKP440.3.12,5

    45747

    12.5 r

    . 1

    3'68.5 15.4t16.4

    64'265

    1

    4574A

    14.05

    12.5

    3"76.7 17.4t18.4

    64'265

    1

    PhMKP440.3.12,5

    35597

    1 2 . 5 1 1

    1 3'68.5

    15.4t16.4

    84.4190

    2

    35465

    14.05

    1 2 . 5

    3'76.7 17.4118,4

    44.4.190

    2

    PhMKP440.3.15

    46219 1 5

    3'42.2

    18.5n9.7

    84.4'190

    2

    45745

    1 6 . 9

    1 5 3 '92.6 20.9122.2 84.4'190 1 . 5

    2

    35467

    1 8 . 8

    1 6 . 6 7

    3'10 3.0 23.2t24.7

    44.4'265

    1 . 9

    2

    35599 2A

    17.4

    3 109.6 24.4t26.2

    a4.4"265

    2

    .

    Ph[/KP440.3.22,5

    45750

    22.5 20

    3'123.3

    27.4t29.5

    a4.4 265 1 . 9

    2

    '

    PhMKP440.3.25

    45751

    25

    22.2

    3 "1 37 .0 30.9/32.8

    84.4.265

    2

    45752 24.1

    25

    3'154

    34.7/36.9

    44.4"265 1 . 9

    2

    PhtvKP44o.3.30

    35470

    30 26.7

    3'164.4

    37.1139.4

    84.4'340 2.3

    2

  • 8/10/2019 Vishay Capacitor Catalogue

    14/14

    -

    VISHAY

    Y

    PhMKP...Cylindrical

    luminum

    ESTAprop@/ESTAd4P

    ower actorCorrection

    VishaVESTA

    CapacitorsowVoltage

    THBEE

    PHASE CAPACITORS II

    CYLII{DRICAL ALUMINUTTI ASING

    RAIED VOLTAGE5:814 50 |ft,

    3+HASE

    DCLTA

    GOf{NECflOf{ can be used

    also

    or 480V

    TYPE AFTICLE

    OUTPUT

    525V

    OI,TPUT

    480V

    CUFFENT

    4AU525V

    DIMENSIONS

    I ' H

    WEIGHT

    (g

    DFAWING

    No.

    Phl',4KP52s.3.03 30210 3 2.5

    3 ' 1 1 . 5 3.0/3.3

    64'190

    0.8

    1

    PhMKP525.3.05

    33313 5 4.2

    3"19.2 5,0/5,5 64'190 0.8

    1

    PhMKP525.3.8,33

    39314 4.33 7

    3'32.1

    8.419.2 64'190 0.8 I

    PhN4KP525.3.10 33315 1 0

    8.33 3 3S.5

    1 0 . 1 n. 0

    64' 265

    1 1

    I

    PhMKP525.3.10

    33316 1 0 8.33

    3"34.5 l 0 , l / 1 1 . 0 84.4190 2

    PhMKP525.3.12,5

    33317 1 2 . 5 1 0 . 4

    3'48.1

    12.6t13.7

    84.4'190 2

    PhMKP525.3. l3,A 33318 1 3 . 8

    1 1 , 5 3'53.1 13.4115.2

    84.4'190 1 . 4 2

    .

    PhltKP525,3,15 35472 1 5

    ' 12 ,5

    3'57.7 15.0/16.5

    84.4'190 2

    .

    PhMKP525.3.20

    33320 20 1 6 7

    3'77.O

    20.1t22.A

    44.4'265 1 . 9 2

    .

    PhMKP525.3.25 45753

    25 20 3'96.2 24.4127.5

    84.4'265 1 . 9 2

    RATED VOLTAGE

    66OV,50 H2,3.PHASE, DELTA

    CO NECTIOI{

    TYPE

    ABTICLE OUTPUT

    )APACITANCECUFBENT DIMENSIONS

    l ' H l m m l

    WEIGHT DFAWING

    PhMKP660.3 .05 41456

    5 3 ' 1 2 . 2

    64'190 0.4 1

    Ph1\, tKP660.3.08,33 41457

    4,33 3'20.3

    7.3

    64"265 1

    Pht\iKP660.3.08,33

    41458 4.33

    3' 20.3 7,3 44.4 '190

    2

    Pht\,tKP660.3.10 41459

    1 0 3'24.4

    8,7 44.4 '190 1 . 9 2

    Pht\ , tKP660.3.12,5

    41464

    12.5 3 30.4 1 0 . 9

    84.4'265 1 , 9 2

    Pht\rKP660,3,15

    4 1 4 6 1 1 5

    3'36,5 l 3 . l 44.4'265 2.0

    2

    Pht\,tKP660.3.16,7

    41462 16.7

    3' 40.7

    14.6 44.4'265 2.4

    2

    .

    Pht\,tKP660.3.20 41463

    20 3'48.7

    '17,5

    44.4'340 2.4 2

    .

    Pht\,tKP660.3.22,9 41464 22.9

    3'55.8 20.o

    84.4'340 2 , 5 2

    Can be usedalso or 690V, ull overvoltage ange.

    Drawings l end ol

    data sheet.

    FIa led

    ol lages 660


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