Bang Tra Thong So Motor Khong Dong Bo 3 Pha_VIHEM

download Bang Tra Thong So Motor Khong Dong Bo 3 Pha_VIHEM

of 14

  • date post

    17-Sep-2015
  • Category

    Documents

  • view

    219
  • download

    3

Embed Size (px)

description

grergea

Transcript of Bang Tra Thong So Motor Khong Dong Bo 3 Pha_VIHEM

  • +

    TH

    NG

    QU

    N L

    C

    H

    T L

    NG

    ISO

    900

    1 : 2

    000

    Q

    UA

    LIT

    Y M

    AN

    AG

    EM

    EN

    T S

    YST

    EM

    ISO

    900

    1 : 2

    000

    dd

    max

    dd

    ddkd

    NG

    C,

    N K

    H

    NG

    NG

    B

    3 P

    HA

    R

    TO

    L

    NG

    S

    C

    50H

    z

    C T

    NH

    K

    TH

    U

    TTe

    chni

    cal s

    peci

    ficat

    ions

    TH

    RE

    E -

    PHA

    SE S

    QU

    IRR

    EL

    CA

    GE

    IND

    UC

    TIO

    N M

    OT

    OR

    S

    50H

    z

    Ki

    uC

    ng

    sut

    7c

    L

    n p

    Dn

    g in

    Hi

    u sut

    +

    sc

    ngsut

    7

    sm

    men

    Fc

    i

    7

    sm

    men

    khi

    ng

    7

    sd

    ngLn

    kh

    ng

    C bo v

    Cp

    cchLn

    Ch lm

    vic

    Kh

    iOn

    g

    Out

    put

    Spee

    d V

    olta

    ge

    Cur

    rent

    Ef

    ficie

    ncy

    Pow

    erfa

    ctor

    Wei

    ght

    TT

    Type

    kW

    HP

    Vg/

    phR

    .P.M

    VA

    %

    Cos

    Max

    imum

    torq

    uera

    tio

    Star

    ting

    torq

    uera

    tio

    Star

    ting

    curr

    ent

    ratio

    (IP)

    Insu

    latin

    gcl

    ass

    Dut

    y

    kg

    7c

    ng b(

    Sync

    hron

    uos s

    peed

    ) : 3

    000

    vg/p

    h (R

    .P.M

    )1

    4K71

    A2

    0,55

    0,

    75

    2850

    22

    0/38

    0 2,

    3/1,

    3 75

    0,

    86

    2,2

    2,0

    4,6

    44F

    S1

    13,5

    24K

    71B

    20,

    75

    1,0

    2850

    22

    0/38

    0 3,

    0/1,

    7 77

    0,

    87

    2,2

    2,0

    5,0

    44F

    S1

    143

    4K71

    C2

    1,1

    1,5

    2830

    22

    0/38

    0 4,

    3/2,

    5 78

    0,

    87

    2,2

    2,0

    5,0

    44F

    S1

    14,5

    44K

    80A

    21,

    5 2,

    0 28

    50

    220/

    380

    5,7/

    3,3

    81

    0,86

    2,

    22,

    0 6,

    0 44

    F S1

    19

    54K

    80B

    22,

    2 3,

    0 28

    60

    220/

    380

    7,8/

    4,5

    83

    0,89

    2,

    22,

    0 6,

    0 44

    F S1

    20

    ,56

    3K10

    0S2

    2,2

    3,0

    2860

    22

    0/38

    0 7,

    8/4,

    5 83

    0,

    89

    2,2

    2,0

    6,0

    44F

    S1

    267

    4K90

    L2

    3,0

    4,0

    2870

    22

    0/38

    0 10

    ,7/6

    ,2

    84,5

    0,

    88

    2,2

    2,0

    6,0

    44F

    S1

    278

    3K10

    0L2

    3,0

    4,0

    2870

    22

    0/38

    0 10

    ,7/6

    ,2

    84,5

    0,

    88

    2,2

    2,0

    6,0

    44F

    S1

    30,5

    93K

    112M

    24,

    0 5,

    5 28

    90

    220/

    380

    13,7

    /7,9

    86

    ,5

    0,89

    2,

    22,

    0 7,

    0 44

    F S1

    40

    103K

    132S

    25,

    5 7,

    5 28

    90

    220/

    380

    18,2

    /10,

    5 87

    ,5

    0,91

    2,

    22,

    0 7,

    0 44

    F S1

    55

    113K

    132M

    27,

    5 10

    29

    30

    220/

    380

    25,6

    /14,

    8 87

    ,5

    0,88

    2,

    22,

    0 7,

    0 44

    F S1

    64

    123K

    160S

    211

    15

    29

    40

    220/

    380

    35,3

    /20,

    4 89

    0,

    94

    3,0

    2,6

    7,0

    44F

    S1

    102

    133K

    160M

    215

    20

    29

    40

    380/

    660

    27/1

    5,6

    90

    0,94

    3,

    12,

    6 7,

    0 44

    F S1

    12

    414

    3K16

    0L2

    18,5

    25

    29

    40

    380/

    660

    34/1

    9,6

    89

    0,93

    2,

    21,

    4 7,

    0 44

    F S1

    13

    915

    3K20

    0S2

    22

    30

    2960

    38

    0/66

    0 41

    ,5/2

    4 89

    0,

    91

    2,6

    2,0

    7,0

    44F

    S1

    200

    41

    0,89

    0,

    8

    2

    2(dd

    n

    C b

    41

    0,89

    0,

    8

    2

    2(

    dd

    n

    CCCCCCCC bb

  • +

    TH

    NG

    QU

    N L

    C

    H

    T L

    NG

    ISO

    900

    1 : 2

    000

    Q

    UA

    LIT

    Y M

    AN

    AG

    EM

    EN

    T S

    YST

    EM

    ISO

    900

    1 : 2

    000

    m

    ax

    ddkd

    ddkd

    NG

    C,

    N K

    H

    NG

    NG

    B

    3 P

    HA

    R

    TO

    L

    NG

    S

    C

    50H

    z

    C T

    NH

    K

    TH

    U

    TTe

    chni

    cal s

    peci

    ficat

    ions

    TH

    RE

    E -

    PHA

    SE S

    QU

    IRR

    EL

    CA

    GE

    IND

    UC

    TIO

    N M

    OT

    OR

    S 5

    0Hz

    Ki

    uC

    ng

    sut

    7c

    L

    np

    Dn

    g in

    Hi

    u sut

    +

    sc

    ngsut

    7

    sm

    men

    Fc

    i

    7

    sm

    men

    khi

    ng

    7

    L n

    g

    Cp bo

    v

    &p

    cchLn

    Ch lm

    vic

    Kh

    iOn

    g

    Out

    put

    Spee

    d V

    olta

    ge

    Cur

    rent

    Ef

    ficie

    ncy

    Pow

    erfa

    ctor

    Wei

    ght

    TT

    Type

    kW

    HP

    Vg/

    phR

    .P.M

    VA

    %

    Cos

    Max

    imum

    torq

    uera

    tio

    Star

    ting

    torq

    ueSt

    artin

    gcu

    rren

    tra

    tio(I

    P)In

    sula

    ting

    clas

    sD

    uty

    kg

    7c

    ng b(

    Sync

    hron

    uos s

    peed

    ) : 3

    000

    vg/p

    h (R

    .P.M

    )

    163K

    200M

    230

    40

    29

    60

    380/

    660

    56/3

    2,5

    90,5

    0,

    90

    2,6

    2,0

    7,0

    44

    F S1

    23

    4

    173K

    200L

    237

    50

    29

    60

    380/

    660

    67/3

    9 90

    0,

    93

    2,6

    1,6

    7,0

    44

    F S1

    27

    0

    183K

    225M

    245

    60

    29

    60

    380/

    660

    85/4

    9 91

    0,

    90

    2,2

    1,4

    7,0

    55

    F S1

    34

    0

    193K

    250M

    255

    75

    29

    60

    380/

    660

    101/

    58

    91

    0,92

    2,

    21,

    2 7,

    0 55

    F

    S1

    450

    203K

    280S

    275

    10

    0 29

    60

    380/

    660

    142/

    82

    91

    0,89

    2,

    21,

    2 7,

    0 55

    F

    S1

    580

    213K

    280a

    M2

    90

    125

    2960

    38

    0/66

    0 16

    7/96

    92

    0,

    90

    2,2

    1,2

    7,0

    55

    F S1

    74

    9

    223K

    280M

    b210

    0 13

    5 29

    60

    380/

    660

    184/

    106

    92

    0,90

    2,

    21,

    2 7,

    0 55

    F

    S1

    770

    233K

    315S

    a211

    0 15

    0 29

    70

    380/

    660

    204/

    118

    91

    0,91

    2,

    21,

    2 7,

    6 55

    F

    S1

    737

    243K

    315S

    b213

    2 18

    0 29

    70

    380/

    660

    246/

    142

    90

    0,91

    2,

    21,

    2 7,

    6 55

    F

    S1

    820

    253K

    315M

    216

    0 22

    0 29

    70

    380/

    660

    294/

    170

    90

    0,92

    2,

    41,

    4 7,

    6 55

    F

    S1

    1083

    263K

    355S

    220

    0 27

    0 29

    70

    380/

    660

    364/

    210

    91

    0,92

    2,

    21,

    0 7,

    5 55

    F

    S1

    1423

    273K

    355M

    225

    0 34

    0 29

    75

    380/

    660

    454/

    262

    91

    0,92

    2,

    21,

    0 7,

    5 55

    F

    S1

    1647

    /660

    294/

    1

    4/

    8

    rqSt

    n

    N

    /660

    294 4/

    8

    rqSt

    nnnnnnn

    NN

  • +

    TH

    NG

    QU

    N L

    C

    H

    T L

    NG

    ISO

    900

    1 : 2

    000

    Q

    UA

    LIT

    Y M

    AN

    AG

    EM

    EN

    T S

    YST

    EM

    ISO

    900

    1 : 2

    000

    dd

    max

    ddddkd

    NG

    C,

    N K

    H

    NG

    NG

    B

    3 P

    HA

    R

    TO

    L

    NG

    S

    C

    50H

    z

    C T

    NH

    K

    TH

    U

    TTe

    chni

    cal s

    peci

    ficat

    ions

    TH

    RE

    E -

    PHA

    SE S

    QU

    IRR

    EL

    CA

    GE

    IND

    UC

    TIO

    N M

    OT

    OR

    S 5

    0Hz

    Ki

    uC