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SCBH Series 10kV Three Phase Dry-type Amorphous Transformer
Dry-Type Transformer

SCBH Series 10kV Three Phase Dry-type Amorphous Transformer

SCBH15/17/19 Series

Product Overview
SCBH Series Amorphous Alloy Dry-Type Transformers,employs advanced amorphous alloy materials for the core. Compared with traditional silicon steel, amorphous alloy features lower losses and superior magnetic properties, significantly reducing energy consumption and enhancing overall system efficiency. Meanwhile, this series offers excellent high-temperature resistance and stable mechanical strength, making it suitable for various complex working environments.

    Model Definition

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    Features

    ● Voltage level: 10-35/0.4KV.
    ● Capacity: 30-5000KVA. 
    ● Low Loss
    The use of amorphous alloy materials significantly reduces no-load and load losses of the transformer, effectively improving energy utilization.
    ● High Efficiency
    Optimized design and high-quality materials ensure the transformer operates efficiently under various load conditions, complying with national energy conservation and emission reduction policies.
    ● Oil-Free Design
    Adopting a dry-type design without any insulating oil, it avoids potential environmental pollution and safety hazards.
    ● Low Noise
    Advanced design technology and premium materials result in extremely low noise during transformer operation, making it suitable for environments with high requirements such as residential areas and hospitals.
    ● Natural Cooling & Forced Air Cooling
    Depending on different capacities and application environments, the transformer can adopt natural cooling or forced air cooling to ensure good heat dissipation under overload conditions and extend service life.
    ● Temperature Monitoring System
    The built-in temperature monitoring system real-time monitors the transformer's operating status. When the temperature exceeds the set value, the system automatically starts the fan for cooling, and can trigger an alarm or power-off protection when necessary to ensure safe operation of the equipment.
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    Range of application

    For power distribution in high-rise buildings, densely populated residential areas, important government agencies, airports, subways, stations, industrial and mining enterprises, petrochemicals, power plants, ports and other places that require fire and explosion prevention.

    Technical specifications

    Rated capacity (kVA)

    Rated voltage

    Vector group

    No-load loss (W)

    Load loss (W)

    No-load current (%)

    Impedance voltage (%)

    HV (kV)

    Tapping range (%)

    LV (kV)

    15#

    17#

    19#

    15#

    17#

    19#

    100

    6 6.3 6 10 10.5 11

    ±5 Or ±2×2.5

    0.4

    Dyn11 Or Yyn0

    130

    110

    90

    1570

    1415

    1415

    1.0

    4

    125

    150

    130

    105

    1850

    1665

    1665

    1.0

    4

    160

    170

    145

    120

    2130

    1915

    1915

    1.0

    4

    200

    200

    170

    140

    2530

    2275

    2275

    0.8

    4

    250

    230

    195

    160

    2760

    2485

    2485

    0.7

    4

    315

    280

    235

    195

    3470

    3125

    3125

    0.7

    4

    400

    310

    265

    215

    3990

    3590

    3590

    0.7

    4

    500

    360

    305

    250

    4880

    4390

    4390

    0.6

    4

    630

    420

    360

    295

    5880

    5290

    5290

    0.6

    4

    630

    410

    350

    290

    5960

    5365

    5365

    0.5

    6

    800

    480

    410

    335

    6960

    6265

    6265

    0.5

    6

    1000

    550

    470

    385

    8130

    7315

    7315

    0.4

    6

    1250

    650

    550

    455

    9690

    8720

    8720

    0.4

    6

    1600

    760

    645

    530

    11730

    10555

    10555

    0.3

    6

    2000

    1000

    850

    700

    14450

    13005

    13005

    0.3

    6

    2500

    1200

    1020

    840

    17170

    15445

    15445

    0.25

    6

    Note: The above data is subject to change due to technical improvement.

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