SPAC 538 C and SPAC 638 C Feeder terminal - ABB ... SPAC 538 C and SPAC 638 C Feeder terminal...

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Transcript of SPAC 538 C and SPAC 638 C Feeder terminal - ABB ... SPAC 538 C and SPAC 638 C Feeder terminal...

  • SPAC 538 C and SPAC 638 C Feeder terminal

    User´s manual and Technical description

    o IRF

    13 13

    0.6

    0.1 1.0

    30

    5

    0.6

    0.1 1.0

    1.0

    6.0

    10

    STEP

    RESET

    SG1

    0 1

    1 2 3 4 5 6 7 840

    SPCS 3C4

    B I

    >>Iϕ>Iϕ

    [ ]s>t

    nI

    nI

    >>t [ ]s

    >I ϕ

    >>I ϕ [ ]%

    [ ]%

    U oI ϕI

    STEP

    11 07

    Uaux

    IRF

    91 1B SPTO 6D3

    O I

    R

    L

    SG1

    1 2

    0 1

    I

    STEP

    U

    I

    [kA]

    [A]

    [kV]

    O I

    TEST

    INTERLOCK

    O

    I [MW] [Mvar]

    [GWh, MWh, kWh]

    P

    Q

    E

    OPTION

    I, U, P, Q, E

    I, U

    RS 232

    12 24

    GAS PRESSURE

    MOTOR VOLTAGE

    SGR

    SGB

    SGF

    SPCS 4D11

    TRIP

    PROGRAM

    RESET STEP

    L1 12 IRF

    2 >I

    23U L3II

    > nI I[ ]

    k >t

    n>>I I[ ]

    s>> [ ]t

    s[ ]t

    10 87

    nI I[ ]

    [ ]s

    >>>

    >>>

    U

    80...265 V –

    30...80 V –

    2

    5

    Ser.No.

    11 22 RS 616

    SGR

    8 7 6 5 4 3 2 1

    1 0

    SPAC 638 C

    nI = /1 5 A( )oI nI = /1 5 A( )I

    nU /= V( )U100 110 nU /= V( )U100 110 o

    U1

    0 000

    SPCS4D11

    1

    2

    3

    4

    5

    6

    7

    8

    U2

    0 000

    SPCS 3C4

    1

    2

    3

    4

    5

    6

    7

    n )(U o> I ϕn )( > I ϕn )( >>

    / >tt %[ ] >>/tt %[ ]

    n/II ϕ %[ ] / nU Uo %[ ]

    U3

    0 000

    SPCS 4D12

    1

    2

    3

    4

    5

    6

    7

    8

    fn = 50 60 Hz

    Uaux

    n/ II L1 n/ II L3

    n/UU 23

    t %[ ]( )I > t %[ ]( )I >>

    maxI (15min)

    n/UU 12

    t %[ ]( )I >>>

    n/ II L1 n/ II L2

    n/UU 23

    t %[ ]( )I > t %[ ]( )I >>

    maxI (15min)

    n/UU 31

    t %[ ]( )I >>> SGR

    SGB

    SGF

    SPCS 4D12

    TRIP

    PROGRAM

    RESET STEP

    L1 31 IRF

    2 >I

    23U L2II

    > nI I[ ]

    k >t

    n>>I I[ ]

    s>> [ ]t

    s[ ]t

    10 89

    nI I[ ]

    [ ]s

    >>>

    >>>

    U

    o IRF

    13 13

    0.6

    0.1 1.0

    30

    5

    0.6

    0.1 1.0

    1.0

    6.0

    10

    STEP

    RESET

    SG1

    0 1

    1 2 3 4 5 6 7 840

    SPCS 3C4

    B I

    >>Iϕ>Iϕ

    [ ]s>t

    nI

    nI

    >>t [ ]s

    >I ϕ

    >>I ϕ [ ]%

    [ ]%

    U oI ϕI

    STEP

    IRF

    91 1B SPTO 6D3

    O I

    R

    L

    SG1

    1 2

    0 1

    I

    STEP

    U

    I

    [kA]

    [A]

    [kV]

    O I

    TEST

    INTERLOCK

    O

    I [MW] [Mvar]

    [GWh, MWh, kWh]

    P

    Q

    E

    OPTION

    I, U, P, Q, E

    I, U

    RS 232

    12 24

    GAS PRESSURE

    MOTOR VOLTAGE

    SGR

    SGB

    SGF

    SPCS 4D11

    TRIP

    PROGRAM

    RESET STEP

    L1 12 IRF

    2 >I

    23U L3II

    > nI I[ ]

    k >t

    n>>I I[ ]

    s>> [ ]t

    s[ ]t

    10 87

    nI I[ ]

    [ ]s

    >>>

    >>>

    U

    SGR

    SGB

    SGF

    SPCS 4D12

    TRIP

    PROGRAM

    RESET STEP

    L1 31 IRF

    2 >I

    23U L2II

    > nI I[ ]

    k >t

    n>>I I[ ]

    s>> [ ]t

    s[ ]t

    10 89

    nI I[ ]

    [ ]s

    >>>

    >>>

    U

    80...265 V –

    30...80 V –

    Uaux

    2

    5

    0 000

    U1

    SPCS 4D11

    Ser.No.

    10 98 RS 615

    fn = 50Hz 60Hz

    0 000

    U2

    SPCS 3C4

    1

    2

    3

    4

    5

    6

    7 / >tt %[ ]

    >>/ tt %[ ]

    n ( )U >o n ( )I >ϕ n ( )I ϕ>>

    %[ ]/ nU Uo n/II ϕ %[ ]

    SGR

    8 7 6 5 4 3 2 1

    1 0

    SPAC 538 C

    nI = /1 5 A( )oI nI = /1 5 A( )I

    nU /= 100 110

    1

    2

    3

    4

    5

    6

    7

    8

    n/ II L1 n/ II L3

    n/UU 23

    t %[ ]( )I > t %[ ]( )I >>

    V( )U

    nU /= 100 110 V( )U o

    maxI nI(15min)/

    n/UU 12

    t %[ ]( )I >>>

    0 000

    U3

    SPCS 4D12

    1

    2

    3

    4

    5

    6

    7

    8

    n/ II L1 n/ II L2

    n/UU 23

    t %[ ]( )I > t %[ ]( )I >>

    maxI nI(15min)/

    n/UU 31

    t %[ ]( )I >>>

  • 2

    1MRS 750349-MUM EN

    Issued 1996-03-13 Modified 2002-04-12 Version C (replaces 34 SPAC 12 EN1) Checked MK Approved OL

    Data subject to change without notice

    SPAC 538 C SPAC 638 C

    Feeder terminal

    Contents Features .......................................................................................................................... 3 Area of application .......................................................................................................... 3 Description of function .................................................................................................. 5

    Design ....................................................................................................................... 5 Protection functions .................................................................................................. 7 Auto-reclose functions ............................................................................................. 10 Control functions .................................................................................................... 10 Measurement functions ........................................................................................... 11 Serial communication .............................................................................................. 12 Auxiliary power supply ............................................................................................ 12

    Mounting and dimension drawings .............................................................................. 13 Connection diagram ..................................................................................................... 14 Intermodular control signal exchange (Modified 2000-10) ........................................... 17 Terminals and wiring.................................................................................................... 20 Start-up ........................................................................................................................ 21 Technical data (Modified 2002-04) ............................................................................... 22 Maintenance and repairs ............................................................................................... 27 Exchange and spare parts .............................................................................................. 27 Order information ........................................................................................................ 27 Delivery alternatives ..................................................................................................... 28

    The complete manual for the feeder terminal is composed of the following submanuals:

    Feeder terminal, introductory part and the whole document when printed together 1MRS 750349-MUM EN Control module SPTO 6D3 1MRS 750202-MUM EN General characteristics of D type relay modules 1MRS 750066-MUM EN Directional overcurrent relay module SPCS 4D11 and SPCS 4D12 1MRS 750115-MUM EN General characteristics of C type relay modules 1MRS 750328-MUM EN Directional neutral current relay module SPCS 3C4 1MRS 750350-MUM EN

  • 3

    Features Complete feeder terminal including protection, control, measuring, blocking and communica- tion functions

    User-programmable status indication and feeder level interlocking logic

    Local and remote status indication of a total of seven objects and local or remote control of a total of six objects

    Omits the use of separate protection relays, transducers, position indicators and remote con- trol intermediate relays normally required in switchgear

    The feeder terminal can be connected to the fibre-optic SPA bus and via the bus to substation level data acquisition and reporting systems and to remote contro systems

    Seven user-programmable binary inputs with local and remote indication

    Measurement and display of phase currents, phase-to-phase voltages, energy, and active and reactive power

    Continuous self-supervision via integrated self- supervision and auto-diagnostic’s system for maximum reliability

    A total economy so