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    TECHNOLOGYTECHNOLOGYTECHNOLOGYTECHNOLOGY

    Input Voltage Window

    at 25 % Load

    at 50 % Load

    at 75 % Load

    at 100% Load

    at 25% Load

    at 50 % Load

    at 75 % Load

    at 100% Load

    15

    2!

    "2

    55

    # $ule

    20KVA

    360V

    12

    2"

    &"

    "5

    No'inal Input Cu((ent $e(

    $)ae

    *a+i'u' Input Cu((ent

    $e( $)ae

    Voltage ,egulation

    -o.t ta(t .o( 0/20 eond powe( wal/in

    3 4 1%

    6oule on8e(ion Online wit) t)e latet *$W* te)nolog9 uing IG:T

    ,ECTI;IE,,ECTI;IE,,ECTI;IE,,ECTI;IE,

    T9pe

    ,TING

    6C : N

    TECHNICAL SPECIFICATIONS

    INPUT

    50H? 4 10%

    EC-series Online UPS MODEL EC 301

    20KVA 3- Inpu! 1- Oupu

    *Specifications are indicative to our standards models and is subject to change without notice

    Linea( Load

    Non Linea( Load

    100%

    125%

    150%

    70

    IG:T aed *$W* wit) intantaneou -inewa8e Cont(ol

    No'inal Voltage

    Con8e(te( $(otetion

    Voltage ,egulation

    ,ipple Voltage

    3 4 1%

    I-OLTIONI-OLTIONI-OLTIONI-OLTION

    $owe( ;ato(

    ,egulation

    INVE,TE,INVE,TE,INVE,TE,INVE,TE,

    In8e(te( T9pe

    2&0V 1

    3 4 1%

    50 H? 4 01H?

    1#" @H? AB2 @H?

    T(ue Online wit) o'plete gal8ani iolation

    &1

    6eigned .o( Continuou ope(ation

    T(ue -inewa8e

    D 2%

    D 5%

    Continuou

    1 *inute

    10 -eond

    C(et ;ato(

    *ode o. Ope(ation

    Wa8e.o('

    Total Ha('oni 6ito(tion

    T(anient ,epone

    No'inal output Cu((ent

    O8e( Load Capait9

    D 2% wit)out :atte(9

    d8aned Elet(oni $(otetion .o( de8ie a.et9 aed up

    wit) *C:A *CC: > .at ating .ue

    0B lag

    ;(e=uen9

    -wit)ing ;(e=uen9

    ,e'ain wit)in FA/ 5% > (eo8e( to no('al wit)in

    20 'e

    *Specifications are indicative to our standards models and is subject to change without notice

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    E..iien9

    *ain to In8e(te(

    In8e(te( to *ain

    E;;ICIENCYE;;ICIENCYE;;ICIENCYE;;ICIENCY LoadLoadLoadLoad

    25% load

    50 % load

    75 % load

    100 % load

    &0

    V

    20@V

    B# %

    B7 %

    BB %

    B! %

    20 @V

    O8e(all E..iien9

    ,TING

    No o. :atte(ie ea) o. / 12 V

    In8e(te( $(otetion

    d8aned Elet(oni $(otetion .o( de8ie a.et9 aed up

    wit) *C:A *CC: > .at ating .ue)ig) peed pule 9

    pule elet(oni de8ie p(otetion o8e( 8oltage A unde(

    8oltage p(otetion Elet(oni o8e( u((ent t(ip wit) (eet

    :atte(9 T9pe

    Voltage ,ange

    -*;A T

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    E*I > Ha('oni in t)e input (aw powe(

    Elet(otati

    di)a(ge p(otetion a pe(

    IEC #20"0/2

    LO6 ,E6 t)e

    on8e(te( de8ie

    t)e non

    (itial get dionneted .(o' t)e t)e )a(ge( o'ponent

    $(e8ent da'age to t)e o'ponent in t)e input >

    on8e(te(

    O8e( Te'pe(atu(e $(otetion

    :atte(9 Low p(otetion

    O8e( te'pe(atu(e

    O8e( load

    :atte(9 Low

    $,OTECTING THE

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    :atte(9 A )a(ging 8oltage

    Output u((ent

    CONNECTIVITYCONNECTIVITYCONNECTIVITYCONNECTIVITYVia ,- 2&2 .o( a ingle $C o( ,K "5 onneto( 'ultiple $C

    onneted in LN

    $,*ETE,- 6I-$LYE6$,*ETE,- 6I-$LYE6$,*ETE,- 6I-$LYE6$,*ETE,- 6I-$LYE6

    Input Voltage

    Output Voltage

    Output .(e=uen9

    $owe( .ailu(e > $owe( (eu'ption

    :a up a8ailailit9

    :aup alulation