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    • 3RW55 soft starters

    Категории
    3RW5517-1HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    Цена по запросу
    3RW5546-6HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    ₸5 533 698
    3RW5950-0CH00 Siemens - Коммуникационный модуль PROFINET High-Feature со встроенным переключателем
    доп. склад: 1 
    Цена по запросу
    3RW5980-0CR00 Siemens - Коммуникационный модуль Modbus RTU
    доп. склад: 1 
    Цена по запросу
    3RW5545-6HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    ₸4 716 218
    3RW5548-6HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    Цена по запросу
    3RW5980-0CT00 Siemens - Коммуникационный модуль Modbus TCP
    доп. склад: 1 
    Цена по запросу
    3RW5524-1HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    Цена по запросу
    3RW5514-1HA14 Siemens - Устройство плавного пуска SIRIUS, ном. раб. напряжение Ue 200-480 В ас
    доп. склад: 1 
    Цена по запросу
    3RW5980-0CP00 Siemens - Коммуникационный модуль PROFIBUS
    доп. склад: 1 
    Цена по запросу
    3RW5980-0HD00 Siemens - Комплект для монтажа HMI панели на дверце шкафа, IP65
    Цена по запросу
    3RW5536-6HA14 Siemens - Устройство плавного пуска SIRIUS 3RW55, 171 А
    ₸2 920 560
    3RW5525-3HA14 Siemens - Устройство плавного пуска SIRIUS 3RW55, 63 А
    ₸1 544 121
    Последнее обновление цен: 5 августа 2026

    Обзор

    Equipped with the utmost functionality, the SIRIUS 3RW55 High Performance soft starters confidently handle even difficult starting and stopping operations. Thanks to innovative torque control, the device can be used for drives with an output of between 5.5 kW and 1 200 kW (at 400 V).

    The functions have been specially designed to offer maximum user friendliness. The detachable HMI (with color display, local interface and slot for micro SD memory card) and plug-in communications modules (PROFINET, PROFIBUS, EtherNet/IP and Modbus) provide maximum flexibility.

    With their modern hybrid switching technology, the SIRIUS 3RW55 soft starters offer efficient switching for long-term, energy-saving use.

    More information

    Homepage, see www.siemens.com/sirius-soft-starter

    SIRIUS Soft Starter ES (TIA Portal), see 

    SiePortal, see www.siemens.com/product_catalog_siep?3RW55

    SIRIUS 3RW soft starter block library for SIMATIC PCS 7, see 

    TIA Selection Tool Cloud (TST Cloud), see www.siemens.com/tstcloud/?node=3rw55

    Decision support for motor start – Starting and operating three-phase asynchronous motors efficiently, see www.siemens.com/motorstart-guide

    Topic page, see 

    SIRIUS Sim, see

    Simulation Tool for Soft Starters (STS), see 

    Conversion tool, see www.siemens.com/conversion-tool

    SIRIUS 3RW55 soft starters device family

    SIRIUS 3RW55 High Performance soft starters with accessories

    Особенности

    Product characteristics/function

    Performance features/benefits

    Automatic parameterization

    Extremely easy commissioning and reliability even under changing load conditions

    Hybrid switching technology and 3-phase motor control

    Minimum power loss and optimum/symmetrical motor control

    TIA integration – communications modules optional

    Efficient configuration and maximum flexibility in automation engineering

    Removable HMI with color display, local interface, slot for micro SD memory card

    Maximum flexibility with regard to user interface and intuitive menu guidance

    Pump stop and torque control

    Reduced mechanical loading and optimum pump stop control

    Certified according to ATEX/IECEx directive

    Suitable for the starting of explosion-proof motors

    System redundancy S2

    Simple and straight-forward integration into fault-tolerant automation systems

    Direct integration in Insights Hub via the OPC UA server

    Worldwide data availability for optimal plant operation

    Технические данные

    More information

    Technical specifications, see 

    FAQs, see 

    Equipment Manual, see 

    Simulation Tool for Soft Starters (STS), see 

    Type

    3RW5513

    3RW5514

    3RW5515

    3RW5516

    3RW5517

    Rated operational current Ie

    A

    13

    18

    25

    32

    38

    Power electronics

    Load rating rated operational current Ie

    IEC + UL/CSA individual mounting at 40/50/60 °C, AC‑53a

    A

    13/11.5/10.5

    18/15.9/13.8

    25/22.3/19.6

    32/28.4/26

    38/33.5/30.5

    Permissible rated motor current and starts/h

    Normal starting (CLASS 10A)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    13/11.5/10.5

    18/15.9/13.8

    25/22.3/19.6

    32/28.4/26

    38/33.5/30.5
    • 300% IM
    • Startup time 5 s

    1/h

    43

    43

    43

    43

    43
    • Startup time 10 s

    1/h

    18

    18

    18

    18

    18
    • 350% IM
    • Startup time 5 s

    1/h

    28

    28

    28

    28

    28
    • Startup time 10 s

    1/h

    10

    10

    10

    10

    10

    Normal starting (CLASS 10E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    13/11.5/10.5

    18/15.9/13.8

    25/22.3/19.6

    32/28.4/26

    38/33.5/30.5
    • 300% IM
    • Startup time 10 s

    1/h

    21

    21

    21

    21

    21
    • Startup time 20 s

    1/h

    8

    8

    8

    8

    8
    • 350% IM
    • Startup time 10 s

    1/h

    13

    13

    13

    13

    13
    • Startup time 20 s

    1/h

    4

    4

    4

    4

    4

    Heavy starting (CLASS 20E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    13/11.5/10.5

    18/15.9/13.8

    25/22.3/19.6

    29.6/27.2/23.6

    33.5/30.5/27.5
    • 300% IM
    • Startup time 20 s

    1/h

    10

    10

    10

    10

    10
    • Startup time 40 s

    1/h

    4

    4

    4

    4

    4
    • 350% IM
    • Startup time 20 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 40 s

    1/h

    2.5

    2.5

    2.5

    2.5

    2.5

    Heavy starting (CLASS 30E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    13/11.5/10.5

    18/15.9/13.8

    25/22.3/19.6

    26/23.6/21.2

    29/26/23
    • 300% IM
    • Startup time 30 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 60 s

    1/h

    3

    3

    3

    3

    3
    • 350% IM
    • Startup time 30 s

    1/h

    4

    4

    4

    4

    4
    • Startup time 60 s

    1/h

    1.8

    1.8

    1.8

    1.8

    1.8

    Adjustable rated motor current IM
    • Minimum/maximum

    A

    2.5/13

    3.5/18

    5/25

    6.5/32

    7.5/38
    • Minimum/maximum in inside-delta circuits

    A

    4.3/22.5

    6.1/31.1

    8.7/43.3

    11.3/55.4

    13/65.8

    Type

    3RW5521

    3RW5524

    3RW5525

    3RW5526

    3RW5527

    Rated operational current Ie

    A

    25

    47

    63

    77

    93

    Power electronics

    Load rating rated operational current Ie

    IEC + UL/CSA individual mounting at 40/50/60 °C, AC‑53a

    A

    25/22.3/19.6

    47/41.6/36.2

    63/55.5/50.5

    77/68/62

    93/82.5/75.5

    Permissible rated motor current and starts/h

    Normal starting (CLASS 10A)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    25/22.3/19.6

    47/41.6/36.2

    63/55.5/50.5

    77/68/62

    93/82.5/75.5
    • 300% IM
    • Startup time 5 s

    1/h

    43

    43

    43

    43

    43
    • Startup time 10 s

    1/h

    18

    18

    18

    18

    18
    • 350% IM
    • Startup time 5 s

    1/h

    28

    28

    28

    28

    28
    • Startup time 10 s

    1/h

    10

    10

    10

    10

    10

    Normal starting (CLASS 10E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    25/22.3/19.6

    47/41.6/36.2

    63/55.5/50.5

    77/68/62

    93/82.5/75.5
    • 300% IM
    • Startup time 10 s

    1/h

    21

    21

    21

    21

    21
    • Startup time 20 s

    1/h

    8

    8

    8

    8

    8
    • 350% IM
    • Startup time 10 s

    1/h

    13

    13

    13

    13

    13
    • Startup time 20 s

    1/h

    4

    4

    4

    4

    4

    Heavy starting (CLASS 20E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    25/22.3/19.6

    47/41.6/36.2

    63/55.5/50.5

    77/68/62

    93/82.5/75.5
    • 300% IM
    • Startup time 20 s

    1/h

    10

    10

    10

    10

    10
    • Startup time 40 s

    1/h

    4

    4

    4

    4

    4
    • 350% IM
    • Startup time 20 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 40 s

    1/h

    2.5

    2.5

    2.5

    2.5

    2.5

    Heavy starting (CLASS 30E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    25/22.3/19.6

    43.4/38/34.4

    53/48/43

    68/62/56

    82.5/75.5/65
    • 300% IM
    • Startup time 30 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 60 s

    1/h

    3

    3

    3

    3

    3
    • 350% IM
    • Startup time 30 s

    1/h

    4

    4

    4

    4

    4
    • Startup time 60 s

    1/h

    1.8

    1.8

    1.8

    1.8

    1.8

    Adjustable rated motor current IM
    • Minimum/maximum

    A

    5/25

    10/47

    13/63

    16/77

    19/93
    • Minimum/maximum in inside-delta circuits

    A

    8.7/43.3

    17.3/81.4

    22.5/109

    27.7/133

    32.9/161

    Type

    3RW5534

    3RW5535

    3RW5536

    Rated operational current Ie

    A

    113

    143

    171

    Power electronics

    Load rating rated operational current Ie

    IEC + UL/CSA individual mounting at 40/50/60 °C, AC‑53a

    A

    113/101/89

    143/128/118

    171/153/141

    Permissible rated motor current and starts/h

    Normal starting (CLASS 10A)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    113/101/89

    143/128/118

    171/153/141
    • 300% IM
    • Startup time 5 s

    1/h

    43

    43

    43
    • Startup time 10 s

    1/h

    18

    18

    18
    • 350% IM
    • Startup time 5 s

    1/h

    28

    28

    28
    • Startup time 10 s

    1/h

    10

    10

    10

    Normal starting (CLASS 10E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    113/101/89

    143/128/118

    171/153/141
    • 300% IM
    • Startup time 10 s

    1/h

    21

    21

    21
    • Startup time 20 s

    1/h

    8

    8

    8
    • 350% IM
    • Startup time 10 s

    1/h

    13

    13

    13
    • Startup time 20 s

    1/h

    4

    4

    4

    Heavy starting (CLASS 20E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    109/97/85

    128/113/103

    141/129/117
    • 300% IM
    • Startup time 20 s

    1/h

    10

    10

    10
    • Startup time 40 s

    1/h

    4

    4

    4
    • 350% IM
    • Startup time 20 s

    1/h

    7

    7

    7
    • Startup time 40 s

    1/h

    2.5

    2.5

    2.5

    Heavy starting (CLASS 30E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    89/81/74

    108/98/88

    117/105/93
    • 300% IM
    • Startup time 30 s

    1/h

    7

    7

    7
    • Startup time 60 s

    1/h

    3

    3

    3
    • 350% IM
    • Startup time 30 s

    1/h

    4

    4

    4
    • Startup time 60 s

    1/h

    1.8

    1.8

    1.8

    Adjustable rated motor current IM
    • Minimum/maximum

    A

    23/113

    29/143

    34/171
    • Minimum/maximum in inside-delta circuits

    A

    39.8/195

    50.2/247

    58.9/296

    Type

    3RW5543

    3RW5544

    3RW5545

    3RW5546

    3RW5547

    3RW5548

    Rated operational current Ie

    A

    210

    250

    315

    370

    470

    570

    Power electronics

    Load rating rated operational current Ie

    IEC + UL/CSA individual mounting at 40/50/60 °C, AC‑53a

    A

    210/186/170

    250/220/200

    315/279/255

    370/328/300

    470/416/380

    570/504/460

    Permissible rated motor current and starts/h

    Normal starting (CLASS 10A)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    210/186/170

    250/220/200

    315/279/255

    370/328/300

    470/416/380

    570/504/460
    • 300% IM
    • Startup time 5 s

    1/h

    43

    43

    43

    43

    40

    20
    • Startup time 10 s

    1/h

    18

    18

    18

    18

    17

    6
    • 350% IM
    • Startup time 5 s

    1/h

    28

    28

    28

    28

    26

    9
    • Startup time 10 s

    1/h

    10

    10

    10

    10

    10

    1

    Normal starting (CLASS 10E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    210/186/170

    250/220/200

    315/279/255

    370/328/300

    470/416/380

    551/490/445
    • 300% IM
    • Startup time 10 s

    1/h

    21

    21

    21

    21

    17

    8
    • Startup time 20 s

    1/h

    8

    8

    8

    8

    6

    1
    • 350% IM
    • Startup time 10 s

    1/h

    13

    13

    13

    13

    10

    2
    • Startup time 20 s

    1/h

    4

    4

    4

    4

    2

    --

    Heavy starting (CLASS 20E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    162/146/130

    200/180/160

    231/207/183

    258/230/202

    272/254/236

    284/262/240
    • 300% IM
    • Startup time 20 s

    1/h

    10

    10

    10

    10

    10

    10
    • Startup time 40 s

    1/h

    4

    4

    4

    4

    4

    4
    • 350% IM
    • Startup time 20 s

    1/h

    7

    7

    7

    7

    7

    7
    • Startup time 40 s

    1/h

    2.5

    2.5

    2.5

    2.5

    2.5

    2.5

    Heavy starting (CLASS 30E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    138/122/106

    160/140/120

    183/159/135

    202/174/160

    210/190/170

    220/200/180
    • 300% IM
    • Startup time 30 s

    1/h

    7

    7

    7

    7

    7

    7
    • Startup time 60 s

    1/h

    3

    3

    3

    3

    3

    3
    • 350% IM
    • Startup time 30 s

    1/h

    4

    4

    4

    4

    4

    4
    • Startup time 60 s

    1/h

    1.8

    1.8

    1.8

    1.8

    1.8

    1.8

    Adjustable rated motor current IM
    • Minimum/maximum

    A

    42/210

    50/250

    63/315

    74/370

    94/470

    114/570
    • Minimum/maximum in inside-delta circuits

    A

    72.7/363

    86.6/433

    109.1/545

    128.2/640

    162.8/814

    197.5/987

    Type

    3RW5552

    3RW5553

    3RW5554

    3RW5556

    3RW5558

    Rated operational current Ie

    A

    630

    720

    840

    1 100

    1 280

    Power electronics

    Load rating rated operational current Ie

    IEC + UL/CSA individual mounting at 40/50/60 °C, AC‑53a

    A

    630/561/510

    720/641/580

    840/748/670

    1 100/979/890

    1 280/1 139/1 030

    Permissible rated motor current and starts/h

    Normal starting (CLASS 10A)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    630/561/510

    720/641/580

    840/748/670

    1 100/979/890

    1 280/1 139/1 030
    • 300% IM
    • Startup time 5 s

    1/h

    43

    43

    42

    43

    32
    • Startup time 10 s

    1/h

    18

    18

    18

    18

    12
    • 350% IM
    • Startup time 5 s

    1/h

    28

    28

    25

    27

    17
    • Startup time 10 s

    1/h

    10

    10

    10

    9

    4

    Normal starting (CLASS 10E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    630/561/510

    720/641/580

    840/748/670

    1 100/979/890

    1 225/1 130/1 030
    • 300% IM
    • Startup time 10 s

    1/h

    21

    21

    19

    18

    15
    • Startup time 20 s

    1/h

    8

    8

    7

    7

    5
    • 350% IM
    • Startup time 10 s

    1/h

    13

    13

    10

    9

    1
    • Startup time 20 s

    1/h

    4

    4

    2

    2

    1

    Heavy starting (CLASS 20E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    500/450/400

    520/470/420

    570/520/470

    920/840/760

    980/900/810
    • 300% IM
    • Startup time 20 s

    1/h

    10

    10

    10

    10

    10
    • Startup time 40 s

    1/h

    4

    4

    4

    4

    4
    • 350% IM
    • Startup time 20 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 40 s

    1/h

    2.5

    2.5

    2.5

    2.5

    2.5

    Heavy starting (CLASS 30E)

    Rated motor current IM; Tu = 40/50/60 °C
    ON period = 70%; motor protection activated

    A

    380/340/300

    400/360/320

    420/380/340

    740/670/600

    790/720/650
    • 300% IM
    • Startup time 30 s

    1/h

    7

    7

    7

    7

    7
    • Startup time 60 s

    1/h

    3

    3

    3

    3

    3
    • 350% IM
    • Startup time 30 s

    1/h

    4

    4

    4

    4

    4
    • Startup time 60 s

    1/h

    1.8

    1.8

    1.8

    1.8

    1.8

    Adjustable rated motor current IM
    • Minimum/maximum

    A

    114/630

    144/720

    168/840

    220/1 100

    258/1 280
    • Minimum/maximum in inside-delta circuits

    A

    197.5/987

    249.4/1 247

    291/1 454

    381.1/1 905

    446.9/2 217

    Motor feeders according to IEC with 3RV2 motor starter protectors or 3VA circuit breakers (without semiconductor protection)

    Type of coordination "1", CLASS 10,
    short-circuit breaking capacity Iq in kA, see table

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    Soft starters

    Motor starter protectors/circuit breakers

    Motor starter protectors/circuit breakers

    for 400 V systems

    for 500 V systems

    for 400 V systems

    for 500 V systems

    Q11

    Q1

    Iq

    Q1

    Iq

    Q1

    Iq

    Q1

    Iq

    Type

    Type

    kA

    Type

    kA

    Type

    kA

    Type

    kA

    Type of coordination "1"

    Standard (inline) circuit

    Inside-delta circuit

    3RW5513

    3RV2032-4TA10

    65

    3RV2032-4TA10

    18

    3RV2032-4DA10

    65

    3RV2032-4DA10

    18

    3RW5514

    3RV2032-4DA10

    65

    3RV2032-4DA10

    15

    3RV2032-4EA10

    65

    3RV2032-4EA10

    15

    3RW5515

    3RV2032-4EA10

    65

    3RV2032-4EA10

    15

    3RV2032-4VA10

    65

    3RV2032-4VA10

    15

    3RW5516

    3RV2032-4VA10

    65

    3RV2032-4VA10

    10

    3RV2032-4JA10

    65

    3RV2032-4JA10

    10

    3RW5517

    3RV2032-4WA10

    65

    3RV2032-4WA10

    10

    3RV2032-4RA10

    65

    3RV2032-4RA10

    10

    3RW5521

    --

    --

    --

    --

    --

    --

    --

    --

    3RW5524

    3RV2032-4JA10

    65

    3RV2032-4JA10

    10

    3RV2032-4RA10

    65

    3RV2032-4RA10

    10

    3RW5525

    3VA2163-7MN32-0AA0

    65

    3VA2163-7MN32-0AA0

    20

    3VA2110-7MN32-0AA0

    65

    3VA2110-7MN32-0AA0

    20

    3RW5526

    3VA2110-7MN32-0AA0

    65

    3VA2110-7MN32-0AA0

    20

    3VA2216-7MN32-0AA0

    65

    3VA2216-7MN32-0AA0

    20

    3RW5527

    3VA2216-7MN32-0AA0

    15

    3VA2216-7MN32-0AA0

    10

    3VA2220-7MN32-0AA0

    15

    3VA2220-7MN32-0AA0

    10

    3RW5534

    3VA2216-7MN32-0AA0

    65

    --

    --

    3VA2220-7MN32-0AA0

    65

    --

    --

    3RW5535

    3VA2220-7MN32-0AA0

    65

    --

    --

    3VA2325-7MN32-0AA0

    65

    --

    --

    3RW5536

    3VA2325-7MN32-0AA0

    30

    3VA2325-7MN32-0AA0

    10

    3VA2440-7MN32-0AA0

    30

    3VA2440-7MN32-0AA0

    10

    3RW5543

    3VA2325-7MN32-0AA0

    65

    3VA2325-7MN32-0AA0

    65

    3VA2440-7MN32-0AA0

    65

    3VA2440-7MN32-0AA0

    65

    3RW5544

    3VA2440-7MN32-0AA0

    65

    3VA2440-7MN32-0AA0

    65

    3VA2450-7MN32-0AA0

    65

    3VA2450-7MN32-0AA0

    65

    3RW5545

    3VA2440-7MN32-0AA0

    65

    3VA2440-7MN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3RW5546

    3VA2440-7MN32-0AA0

    65

    3VA2440-7MN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3RW5547

    3VA2450-7MN32-0AA0

    65

    3VA2450-7MN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3RW5548

    3VA2580-6HN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3RW5552

    3VA2580-6HN32-0AA0

    65

    3VA2580-6HN32-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3RW5553

    3VA2510-6HN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3RW5554

    3VA2510-6HN32-0AA0

    65

    3VA2510-6HN32-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    3RW5556

    3VA2716-7AB05-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    --

    --

    --

    --

    3RW5558

    3VA2716-7AB05-0AA0

    65

    3VA2716-7AB05-0AA0

    65

    --

    --

    --

    --

    Note:

    The service factor or measurement inaccuracies have been taken into account, for example, for the selection of the specified motor starter protectors/circuit breakers; the specified short-circuit breaking capacities Iq in kA are covered by combination tests. Smaller motor starter protectors/circuit breakers from the same series can be used at any time as smaller ones trip more quickly in the event of a short circuit (unchanged short-circuit breaking capacity) and thus protect the soft starter in any case. The dimensioning of the short-circuit components must match the connected three-phase motor, the short-circuit and overload requirements of the application, and the line protection for the cables used.

    When using braking functions, the use of fuses is recommended to avoid the risk of false tripping of 3VA circuit breakers with electronic motor protection function during braking.

    In 690 V systems, in motor feeder tests with soft starters demonstrable short-circuit breaking capacities can only be achieved with the use of fuses (Iq > 5 to 10 kA).

    Motor feeders according to IEC with 3NA3 fuses

    gG class full-range fuses for cable and line protection
    according to IEC 60269‑2, without semiconductor protection

    Type of coordination "1",
    short-circuit breaking capacity Iq = 65 A

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    Soft starters

    gG class fuse

    Line contactor (optional)

    gG class fuse

    Line contactor (optional)

    for systems
    up to 690 V

    for systems
    up to 480 V

    for systems
    up to 690 V

    for systems
    up to 600 V

    for systems
    up to 480 V
    in the supply cable

    for systems
    up to 600 V
    in the supply cable

    for systems
    up to 480 V
    in the delta

    for systems
    up to 600 V
    in the delta

    Q11

    F1

    Q21

    Q21

    F1

    Q21

    Q21

    Q21

    Q21

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type of coordination "1"

    Standard (inline) circuit

    Inside-delta circuit

    3RW5513

    3NA3820-6

    3RT2025

    3RT2025

    3NA3820-6

    3RT2027

    3RT2035

    3RT2025

    3RT2025

    3RW5514

    3NA3820-6

    3RT2026

    3RT2027

    3NA3820-6

    3RT2027

    3RT2037

    3RT2026

    3RT2027

    3RW5515

    3NA3822-6

    3RT2027

    3RT2037

    3NA3822-6

    3RT2036

    3RT2037

    3RT2027

    3RT2037

    3RW5516

    3NA3824-6

    3RT2035

    3RT2037

    3NA3824-6

    3RT2037

    3RT2038

    3RT2035

    3RT2037

    3RW5517

    3NA3824-6

    3RT2035

    3RT2037

    3NA3824-6

    3RT2038

    3RT2046

    3RT2035

    3RT2037

    3RW5521

    3NA3824-6

    3RT2027

    3RT2037

    3NA3824-6

    3RT2036

    3RT2037

    3RT2027

    3RT2037

    3RW5524

    3NA3824-6

    3RT2036

    3RT2037

    3NA3824-6

    3RT2046

    3RT2047

    3RT2036

    3RT2037

    3RW5525

    3NA3830-6

    3RT2037

    3RT2046

    3NA3830-6

    3RT2047

    3RT1054

    3RT2037

    3RT2046

    3RW5526

    3NA3132-6

    3RT2038

    3RT2046

    3NA3132-6

    3RT1055

    3RT1055

    3RT2038

    3RT2046

    3RW5527

    3NA3136-6

    3RT2046

    3RT2047

    3NA3136-6

    3RT1056

    3RT1056

    3RT2046

    3RT2047

    3RW5534

    3NA3244-6

    3RT1054

    3RT1054

    3NA3244-6

    3RT1064

    3RT1064

    3RT1054

    3RT1054

    3RW5535

    3NA3244-6

    3RT1055

    3RT1055

    3NA3244-6

    3RT1065

    3RT1065

    3RT1055

    3RT1055

    3RW5536

    3NA3365-6

    3RT1056

    3RT1064

    3NA3365-6

    3RT1066

    3RT1075

    3RT1056

    3RT1064

    3RW5543

    2 x 3NA3354-6

    3RT1064

    3RT1064

    2 x 3NA3354-6

    3RT1075

    3RT1075

    3RT1064

    3RT1064

    3RW5544

    2 x 3NA3354-6

    3RT1065

    3RT1065

    2 x 3NA3354-6

    3RT1076

    3RT1076

    3RT1065

    3RT1065

    3RW5545

    2 x 3NA3365-6

    3RT1075

    3RT1075

    2 x 3NA3365-6

    3TF68

    3TF68

    3RT1075

    3RT1075

    3RW5546

    2 x 3NA3365-6

    3RT1075

    3RT1075

    2 x 3NA3365-6

    3TF69

    3TF69

    3RT1075

    3RT1075

    3RW5547

    2 x 3NA3365-6

    3RT1076

    3RT1276

    2 x 3NA3365-6

    3TF69

    3TF69

    3RT1076

    3RT1276

    3RW5548

    2 x 3NA3365-6

    3TF68

    3TF68

    2 x 3NA3365-6

    --

    --

    3TF68

    3TF68

    3RW5552

    2 x 3NA3365-6

    3TF68

    3TF69

    --

    --

    --

    3TF68

    3TF69

    3RW5553

    2 x 3NA3365-6

    3TF69

    3TF69

    --

    --

    --

    3TF69

    3TF69

    3RW5554

    2 x 3NA3365-6

    --

    --

    --

    --

    --

    --

    --

    3RW5556

    3 x 3NA3365-6

    --

    --

    --

    --

    --

    --

    --

    3RW5558

    3 x 3NA3365-6

    --

    --

    --

    --

    --

    --

    --

    Note:

    The specified short-circuit breaking capacities Iq in kA are covered by combination tests. Smaller fuses than those specified can be used at any time as smaller ones trip more quickly in the event of a short circuit (unchanged short-circuit breaking capacity) and thus protect the soft starter in any case. The dimensioning of the short-circuit components must, however, be suitable for the connected three-phase motor and the line protection for the cables used.

    In inside-delta circuits, motor feeders with soft starters can only be operated in systems with up to 600 V.

    Motor feeders according to IEC with 3NE1/3NB3 SITOR fuses

    gR/gS class full-range fuses for semiconductor protection,
    cable and line protection (gS)

    Type of coordination "2",
    short-circuit breaking capacity Iq = 65 kA

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    Soft starters

    gR/gS class fuse

    Line contactor (optional)

    for systems
    up to 690 V

    for systems
    up to 480 V

    for systems
    up to 690 V

    Q11

    F1

    Q21

    Q21

    Type

    Type

    Type

    Type

    Type of coordination "2"

    Standard (inline) circuit

    3RW5513

    3NE1815-0

    3RT2025

    3RT2025

    3RW5514

    3NE1802-0

    3RT2026

    3RT2027

    3RW5515

    3NE1817-0

    3RT2027

    3RT2037

    3RW5516

    3NE1818-0

    3RT2035

    3RT2037

    3RW5517

    3NE1820-0

    3RT2035

    3RT2037

    3RW5521

    3NE1817-0

    3RT2027

    3RT2037

    3RW5524

    3NE1021-2

    3RT2036

    3RT2037

    3RW5525

    3NE1022-0

    3RT2037

    3RT2046

    3RW5526

    3NE1224-0

    3RT2038

    3RT2046

    3RW5527

    3NE1224-0

    3RT2046

    3RT2047

    3RW5534

    3NE1225-0

    3RT1054

    3RT1054

    3RW5535

    3NE1227-0

    3RT1055

    3RT1055

    3RW5536

    3NE1230-0

    3RT1056

    3RT1064

    3RW5543

    3NE1230-21)

    3RT1064

    3RT1064

    3RW5544

    3NE1331-0

    3RT1065

    3RT1065

    3RW5545

    3NE1334-2

    3RT1075

    3RT1075

    3RW5546

    3NE1334-2

    3RT1075

    3RT1075

    3RW5547

    3NE1436-2

    3RT1076

    3RT1276

    3RW5548

    3NE1437-2

    3TF68

    3TF68

    3RW5552

    3NB3350-1KK26

    3TF68

    3TF69

    3RW5553

    3NB3351-1KK26

    3TF69

    3TF69

    3RW5554

    3NB3351-1KK26

    --

    --

    3RW5556

    3NB3354-1KK26

    --

    --

    3RW5558

    3NB3357-1KK26

    --

    --

    1) Only for systems up to 500 V.

    Note:

    The specified short-circuit breaking capacities Iq in kA are covered by combination tests. Smaller fuses than those specified can be used at any time as smaller ones trip more quickly in the event of a short circuit (unchanged short-circuit breaking capacity) and thus protect the soft starter in any case. The dimensioning of the short-circuit components must, however, be suitable for the connected three-phase motor and the line protection for the cables used.

    In inside-delta circuits, a gR/gS class full-range fuse could not provide the semiconductor protection of the delta-connected soft starter with a short-circuit breaking capacity that is adequate for practical use. In this case, we recommend using aR class partial-range fuses for semiconductor protection for type of coordination "2", see next table.

    Motor feeders according to IEC with 3NE8/3NE3/3NC3 fuses

    aR class partial-range fuses for semiconductor protection

    Type of coordination "2",
    short-circuit breaking capacity Iq = 65 kA

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    Soft starters

    gG class fuse

    aR class fuse

    Line contactor (optional)

    gG class fuse

    aR class fuse

    Line contactor (optional)

    for systems
    up to 690 V

    for systems
    up to 690 V

    for systems
    up to 480 V

    for systems
    up to 690 V

    for systems
    up to 600 V

    for systems
    up to 600 V

    for systems
    up to 480 V
    in the supply cable

    for systems
    up to 600 V
    in the supply cable

    for systems
    up to 480 V
    in the delta

    for systems
    up to 600 V
    in the delta

    Q11

    F1

    F3

    Q21

    Q21

    F1

    F3

    Q21

    Q21

    Q21

    Q21

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type

    Type of coordination "2"

    Standard (inline) circuit

    Inside-delta circuit

    3RW5513

    3NA3820-6

    3NE8017-1

    3RT2025

    3RT2025

    3NA3820-6

    3NE8017-1

    3RT2027

    3RT2035

    3RT2025

    3RT2025

    3RW5514

    3NA3820-6

    3NE8020-1

    3RT2026

    3RT2027

    3NA3820-6

    3NE8020-1

    3RT2027

    3RT2037

    3RT2026

    3RT2027

    3RW5515

    3NA3822-6

    3NE8021-1

    3RT2027

    3RT2037

    3NA3822-6

    3NE8021-1

    3RT2036

    3RT2037

    3RT2027

    3RT2037

    3RW5516

    3NA3824-6

    3NE8022-1

    3RT2035

    3RT2037

    3NA3824-6

    3NE8022-1

    3RT2037

    3RT2038

    3RT2035

    3RT2037

    3RW5517

    3NA3824-6

    3NE8024-1

    3RT2035

    3RT2037

    3NA3824-6

    3NE8024-1

    3RT2038

    3RT2046

    3RT2035

    3RT2037

    3RW5521

    3NA3824-6

    3NE8021-1

    3RT2027

    3RT2037

    3NA3824-6

    3NE8021-1

    3RT2036

    3RT2037

    3RT2027

    3RT2037

    3RW5524

    3NA3824-6

    3NE8024-1

    3RT2036

    3RT2037

    3NA3824-6

    3NE8024-1

    3RT2046

    3RT2047

    3RT2036

    3RT2037

    3RW5525

    3NA3830-6

    3NE3227

    3RT2037

    3RT2046

    3NA3830-6

    3NE3227

    3RT2047

    3RT1054

    3RT2037

    3RT2046

    3RW5526

    3NA3132-6

    3NE3227

    3RT2038

    3RT2046

    3NA3132-6

    3NE3227

    3RT1055

    3RT1055

    3RT2038

    3RT2046

    3RW5527

    3NA3136-6

    3NE3227

    3RT2046

    3RT2047

    3NA3136-6

    3NE3227

    3RT1056

    3RT1056

    3RT2046

    3RT2047

    3RW5534

    3NA3244-6

    3NE3231

    3RT1054

    3RT1054

    3NA3244-6

    3NE3231

    3RT1064

    3RT1064

    3RT1054

    3RT1054

    3RW5535

    3NA3244-6

    3NE3233

    3RT1055

    3RT1055

    3NA3244-6

    3NE3233

    3RT1065

    3RT1065

    3RT1055

    3RT1055

    3RW5536

    3NA3365-6

    3NE3334-0B

    3RT1056

    3RT1064

    3NA3365-6

    3NE3334-0B

    3RT1066

    3RT1075

    3RT1056

    3RT1064

    3RW5543

    2 x 3NA3354-6

    3NE3333

    3RT1064

    3RT1064

    2 x 3NA3354-6

    3NE3333

    3RT1075

    3RT1075

    3RT1064

    3RT1064

    3RW5544

    2 x 3NA3354-6

    3NE3335

    3RT1065

    3RT1065

    2 x 3NA3354-6

    3NE3335

    3RT1076

    3RT1076

    3RT1065

    3RT1065

    3RW5545

    2 x 3NA3365-6

    3NE3336

    3RT1075

    3RT1075

    2 x 3NA3365-6

    3NE3336

    3TF68

    3TF68

    3RT1075

    3RT1075

    3RW5546

    2 x 3NA3365-6

    3NE3340-8

    3RT1075

    3RT1075

    2 x 3NA3365-6

    3NE3340-8

    3TF69

    3TF69

    3RT1075

    3RT1075

    3RW5547

    2 x 3NA3365-6

    3NE3340-8

    3RT1076

    3RT1276

    2 x 3NA3365-6

    3NE3340-8

    3TF69

    3TF69

    3RT1076

    3RT1276

    3RW5548

    2 x 3NA3365-6

    3NC3342-1U

    3TF68

    3TF68

    2 x 3NA3365-6

    3NC3342-1U

    --

    --

    3TF68

    3TF68

    3RW5552

    2 x 3NA3365-6

    3NC3343-1U

    3TF68

    3TF69

    --

    3NC3343-1U

    --

    --

    3TF68

    3TF69

    3RW5553

    2 x 3NA3365-6

    3NC3343-1U

    3TF69

    3TF69

    --

    3NC3343-1U

    --

    --

    3TF69

    3TF69

    3RW5554

    2 x 3NA3365-6

    3NC3343-1U

    --

    --

    --

    3NC3343-1U

    --

    --

    --

    --

    3RW5556

    3 x 3NA3365-6

    3 x 3NE3340-8

    --

    --

    --

    3 x 3NE3340-8

    --

    --

    --

    --

    3RW5558

    3 x 3NA3365-6

    3 x 3NE3340-8

    --

    --

    --

    3 x 3NE3340-8

    --

    --

    --

    --

    Note:

    The specified short-circuit breaking capacities Iq in kA are covered by combination tests. Smaller fuses than those specified can be used at any time as smaller ones trip more quickly in the event of a short circuit (unchanged short-circuit breaking capacity) and thus protect the soft starter in any case. The dimensioning of the short-circuit components must, however, be suitable for the connected three-phase motor and the line protection for the cables used.

    For CLASS 10 applications, as an alternative to the gG class full-range fuses for cable and line protection 3NA3 (F1), 3RV2 motor starter protectors or 3VA circuit breakers can also be used, possibly with reduced short-circuit breaking capacity, see Table "Motor feeders according to IEC with 3RV2 motor starter protectors or 3VA circuit breakers (without semiconductor protection)". In these cases, optional line contactors can be dispensed with.

    In inside-delta circuits, motor feeders with soft starters can only be operated in systems with up to 600 V.

    Reversing operation with reversing contactors

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    (For an example circuit, see
    3RW55 Equipment Manual, Appendix A.3)

    Soft starters

    Reversing contactor assembly

    Reversing contactor

    for systems up to 480 V

    for systems up to 690 V

    for systems up to 480 V

    for systems up to 690 V

    Q11

    Q21/Q22

    Q21/Q22

    Q21/Q22

    Q21/Q22

    Type

    Type

    Type

    Type

    Type

    3RW5513

    3RA2325

    3RA2325

    3RT2025

    3RT2025

    3RW5514

    3RA2326

    3RA2327

    3RT2026

    3RT2027

    3RW5515

    3RA2327

    3RA2337

    3RT2027

    3RT2037

    3RW5516

    3RA2335

    3RA2337

    3RT2035

    3RT2037

    3RW5517

    3RA2335

    3RA2337

    3RT2035

    3RT2037

    3RW5521

    3RA2327

    3RA2337

    3RT2027

    3RT2037

    3RW5524

    3RA2336

    3RA2337

    3RT2036

    3RT2037

    3RW5525

    3RA2337

    3RA2346

    3RT2037

    3RT2046

    3RW5526

    3RA2338

    3RA2346

    3RT2038

    3RT2046

    3RW5527

    3RA2346

    3RA2347

    3RT2046

    3RT2047

    3RW5534

    --

    --

    3RT1054

    3RT1054

    3RW5535

    --

    --

    3RT1055

    3RT1055

    3RW5536

    --

    --

    3RT1056

    3RT1064

    3RW5543

    --

    --

    3RT1064

    3RT1064

    3RW5544

    --

    --

    3RT1065

    3RT1065

    3RW5545

    --

    --

    3RT1075

    3RT1075

    3RW5546

    --

    --

    3RT1075

    3RT1075

    3RW5547

    --

    --

    3RT1076

    3RT1276

    3RW5548

    --

    --

    3TF68

    3TF68

    3RW5552

    --

    --

    3TF68

    3TF69

    3RW5553

    --

    --

    3TF69

    3TF69

    3RW5554

    --

    --

    --

    --

    3RW5556

    --

    --

    --

    --

    3RW5558

    --

    --

    --

    --

    DC braking with braking contactors

    Note:

    For general recommendations on the setup of motor feeders with soft starters, see SIRIUS 3RW soft starters → Overview → Motor feeders with soft starters.

    (For an example circuit, see
    3RW55 Equipment Manual, Appendix A.3)

    Soft starters

    DC braking contactor

    DC braking contactor assembly

    for systems up to 400 V

    for systems up to 480 V

    for systems up to 690 V

    with 2 NC contacts + 2 NO contacts
    parallel

    with 3 NO contacts
    parallel

    with 3 NO contacts
    parallel

    with 3 NO contacts
    parallel

    with 3 NO contacts
    parallel

    Q11

    Q93

    Q91

    Q92

    Q91

    Q92

    Type

    Type

    Type

    Type

    Type

    Type

    3RW5513

    3RT2517

    3RT2015

    3RT2016

    3RT2015

    3RT2016

    3RW5514

    3RT2518

    3RT2015

    3RT2017

    3RT2015

    3RT2023

    3RW5515

    3RT2526

    3RT2015

    3RT2025

    3RT2015

    3RT2025

    3RW5516

    3RT2526

    3RT2015

    3RT2025

    3RT2015

    3RT2027

    3RW5517

    3RT2535

    3RT2015

    3RT2027

    3RT2015

    3RT2027

    3RW5521

    3RT2526

    3RT2015

    3RT2025

    3RT2015

    3RT2025

    3RW5524

    3RT2535

    3RT2016

    3RT2027

    3RT2016

    3RT2035

    3RW5525

    --

    3RT2024

    3RT2027

    3RT2024

    3RT2037

    3RW5526

    --

    3RT2025

    3RT2035

    3RT2025

    3RT2037

    3RW5527

    --

    3RT2027

    3RT2036

    3RT2027

    3RT2037

    3RW5534

    --

    3RT2035

    3RT2037

    3RT2035

    3RT2038

    3RW5535

    --

    3RT2036

    3RT2038

    3RT2036

    3RT2046

    3RW5536

    --

    3RT2037

    3RT2046

    3RT2037

    3RT2047

    3RW5543

    --

    3RT2045

    3RT2047

    3RT2045

    3RT1054

    3RW5544

    --

    3RT2045

    3RT1055

    3RT2045

    3RT1055

    3RW5545

    --

    3RT2446

    3RT1056

    3RT2046

    3RT1056

    3RW5546

    --

    3RT1055

    3RT1056

    3RT1055

    3RT1064

    3RW5547

    --

    3RT1456

    3RT1065

    3RT1456

    3RT1065

    3RW5548

    --

    3RT1456

    3RT1066

    3RT1456

    3RT1075

    3RW5552

    --

    3RT1065

    3RT1075

    3RT1065

    3RT1075

    3RW5553

    --

    3RT1065

    3RT1075

    3RT1065

    3RT1075

    3RW5554

    --

    3RT1466

    3RT1076

    3RT1466

    3RT1076

    3RW5556

    --

    3RT1476

    3TF68

    3RT1476

    3TF68

    3RW5558

    --

    3RT1476

    3TF69

    3RT1476

    3TF69

    Article number

    3RW551.-.HA.4

    3RW551.-.HA.5

    3RW552.-.HA.4
    3RW553.-.HA.4

    3RW552.-.HA.6
    3RW553.-.HA.6

    3RW554.-.HA.4

    3RW554.-.HA.6

    3RW555.-.HA.4

    3RW555.-.HA.6

    Installation/ mounting/ dimensions

    Width x Height x Depth
    post

    mm

    170 × 275 × 152

    185 × 306 × 203

    210 × 393 × 203

    478 × 764 × 241

    fastening method

    screw fixing

    mounting position

    Vertical (can be rotated +/- 90° and tilted forward or backward +/- 22.5°)

    required spacing with side-by-side mounting

    • ● upwards

    mm

    100

    • ● at the side

    mm

    5

    • ● downwards

    mm

    75

    installation altitude at height above sea level maximum 1)

    m

    5 000

    2 000

    5 000

    2 000

    5 000

    2 000

    protection class IP on the front according to IEC 60529

    IP20; --

    IP00; IP20 with cover

    IP00; --

    touch protection on the front according to IEC 60529

    finger-safe, for vertical contact from the front

    finger-safe, for vertical contact from the front with cover

    --

    Ambient conditions

    ambient temperature

    • ● during operation 2)

    °C

    -25 ... +60

    • ● during storage and transport

    °C

    -40 ... +80

    -25 ... +80

    -40 ... +80

    environmental category according to IEC 60721

    • ● during operation

    3K6 (no ice formation, only occasional condensation), 3C3 (no salt mist), 3S2 (sand must not get into the devices), 3M6

    • ● during storage

    1K6 (only occasional condensation), 1C2 (no salt mist), 1S2 (sand must not get inside the devices), 1M4

    • ● during transport

    2K2, 2C1, 2S1, 2M2 (max. fall height 0.3 m)
    1) Derating as of 1000 m, see catalog
    2) Please observe derating at temperatures of 40 °C or above

    Article number

    3RW55..-.HA0.

    3RW55..-.HA1.

    Control circuit/ Control

    control supply voltage

    • ● at AC/DC

    V

    24/24

    --/--

    • ● at AC

    --

    110 ... 250

    Relative negative tolerance/Relative positive tolerance at AC

    %

    -20/20

    -15/10

    Relative negative tolerance/Relative positive tolerance at DC

    %

    -20/20

    --/--

    control supply voltage frequency

    Hz

    50 ... 60

    • ● Relative negative tolerance/Relative positive tolerance

    -10/10

    design of the overvoltage protection

    Varistor

    design of short-circuit protection for control circuit 1)

    4 A gG fuse (Icu=1 kA), 6 A quick-acting fuse (Icu=1 kA), C1 miniature circuit breaker (Icu= 600 A), C6 miniature circuit breaker (Icu= 300 A)
    1) Is not part of scope of supply

    Article number

    3RW551.-.HA.4

    3RW552.-.HA.4
    3RW553.-.HA.4
    3RW554.-.HA.4
    3RW555.-.HA.4

    3RW551.-.HA.5

    3RW552.-.HA.6
    3RW553.-.HA.6
    3RW554.-.HA.6
    3RW555.-.HA.6

    Power Electronics

    operating voltage

    V

    200 ... 480

    200 ... 600

    200 ... 690

    • ● Relative negative tolerance/Relative positive tolerance

    %

    -15/10

    operating voltage at inside-delta circuit

    V

    200 ... 480

    200 ... 600

    • ● Relative negative tolerance/Relative positive tolerance

    %

    -15/10

    Operating frequency

    Hz

    50 ... 60

    • ● Relative negative tolerance/Relative positive tolerance

    %

    -10/10

    blocking voltage of the thyristor maximum

    V

    1 600

    1 400

    1 600

    1 800

    minimum load [%] 1)

    %

    10

    wire length between soft starter and motor maximum

    m

    800
    1) Relative to set Ie

    Ответственный редактор / Инженер

    Директор «Би Энд Би Инжиниринг»
    «Описание оборудования на этой странице составлено на основе нашего 10-летнего опыта работы в сфере пневматического оборудования, запорной арматуры и промышленной автоматизации. Если у вас есть вопросы или комментарии — напишите мне лично».