Your Leading Transformer Supplier

 

Discover the strength behind power with Smurfs Power Limited, your reliable switchgear manufacturer for innovative electrical equipment and comprehensive power solutions. We manufacture and supply a wide range of electrical Equipment, including transformers, circuit breakers, switchgears, prefabricated substations, distribution boards, power cables, and accessories.

 

Why choose us?
 
 

Sales market

We establishing a stable global sales network that connects with businesses in dozens of countries,primarily to developed markets in europe, america, japan, and central & west asia.

 
 
 

Customized services

Our expertise in technology and quality control allows us to deliver high-quality, customized electrical equipment.

 
 
 

Professional services

Regardless of the size of your project, we are committed to providing the best solutions to ensure your electrical system is safe, reliable, and cost-effective.

 
  • 20KV Three Phase Oil-immersed Distribution Transformers
    The 20KV three-phase oil-immersed distribution transformer is designed with a capacity range from 100kVA to 3000kVA, ensuring reliable performance for medium-voltage power distribution systems.
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  • 400 KVA Dry Transformer
    The 400kVA dry-type transformer is a medium-capacity power distribution device. Utilizing epoxy resin casting or impregnation technology, it achieves an oil-free fireproof design, making it suitable
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  • 10KV Oil-immersed Distribution Transformers
    10KV Oil-Immersed Distribution Transformer employs the corrugated fins of its oil tank as cooling components, eliminating the necessity for an oil conservator. As the transformer oil heats or cools,
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  • 167 KVA Telephone Pole Transformer
    We offer a comprehensive selection of 167 kVA single phase pole-mounted transformers that fully comply with IEEE, ANSI, CSA, and DOE standards. Our high voltage options range from 2.4 kV to 34.5 kV,
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  • Oil Immersed low loss Transformer
    The fully sealed Oil Immersed Transformer eliminates the need for an oil conservator by using the fins of the corrugated oil tank body as cooling elements. The transformer expands and contracts with
    read more
  • Two-winding Voltage Regulation Distribution Transformer
    The 35kV Two-winding no-load voltage regulation distribution transformer features a novel structure, low loss, compact size, and strong short-circuit resistance. It is primarily used in power system
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  • Cast Epoxy Resin Dry Transformer
    The Cast Epoxy Resin Dry-Type Transformer can serve as an upgrade to oil-immersed distribution transformers. It is the most high-performance product among various dry-type transformers and is
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Types of Transformer
167 KVA Telephone Pole Transformer
Oil Immersed low loss Transformer
Two-winding Voltage Regulation Distribution Transformer
Cast Epoxy Resin Dry Transformer

Autotransformers
Utilized for both step-up and step-down applications, autotransformers contain only one winding, with a portion of the coil serving as both the primary and secondary winding. Available in three-phase and single-phase models, autotransformers are typically used in low-voltage situations of 600 volts or less. Autotransformers are perfect for low voltage applications.

 

Industrial control transformers/Industrial power transformers
Industrial control transformers change supply voltages for electromagnetic devices such as contractors, solenoids, relays and timers. Upon start up, most electromagnetic devices require anywhere from 3 to 10 times their normal operating current for 30 to 50 milliseconds.  Industrial control transformers are the same as a control power transformer but are different from a general power/general purpose transformer.

 

Isolation/insulation transformers
An isolation transformer is a transformer with a separation/barrier between the primary and secondary windings. The physical separation of the primary and secondary windings allows an AC signal to be taken from one device and fed into the other, without having the two circuits electrically connected.

An “insulating transformer” is the same as an isolation transformer, as the terms isolating and insulating are interchangeable and do not indicate two separate transformers types. Available in three-phase and single-phase models, isolation/insulating transformers contain two symmetrical windings and transform all the incoming voltage, rather than a portion of it. 

 

Medium voltage control transformers
Medium voltage control transformers are single-phase transformers designed and constructed to address industrial control application demands. Medium voltage is typically defined as containing a power supply rating anywhere from 5 kV to 35 kV and medium voltage control transformers are utilized for stepping down medium voltage to a lower voltage.

 

Military transformers 
Built to meet stringent military standards, military transformers change supply voltages for operating components in airborne, space, missile, shipboard and other military applications. 

Step-up and step-down military transformers contain a dual frequency rating for 50/60 Hz, offer the ability to receive input power that ranges from 115 to 600 volts and deliver output power that ranges from 23 to 240 volts.

 

Power transformers
A power transformer equates to a transformer that is powering up an application, rather than powering down or stepping the voltage down. Available as single-phase and three-phase transformers, power transformers are step-up transformers utilized for applications that require a voltage that’s higher than the incoming voltage.

 

Common Applications of Transformers

Voltage transformation: Transformers are primarily used to step up or step down voltages in AC circuits. Step-up transformers increase voltage for transmission over long distances, while step-down transformers reduce voltage for distribution to end-users.

 

Power distribution: In power distribution systems, transformers are used to reduce high transmission voltages to lower values suitable for consumer use.

 

Electrical isolation: Isolation transformers provide electrical isolation between the input and output circuits, which is crucial for safety and preventing ground loops.

 

Impedance matching: Transformers are used to match the impedance between different parts of a circuit, ensuring maximum power transfer.

 

Signal coupling: In audio amplifiers and telecommunications systems, transformers are used for coupling signals between different stages of a circuit while providing electrical isolation.

 

Voltage regulation: Auto-transformers can be used to regulate voltage by adjusting the tapping point on the winding.

 

Power supplies: Transformers are used in power supplies to convert ac voltage to dc voltage using rectification and filtering circuits.

 

Induction heating: High-frequency transformers are used in induction heating applications to heat metals without direct contact.

 

Instrument transformers: Current transformers and potential transformers are used in metering and protection systems to measure high currents and voltages safely.

 

Audio transformers: In audio equipment, transformers are used for impedance matching and to eliminate ground loops, improving sound quality.

 

 

Oil Immersed low loss Transformer

 

Precautions for Use

1.Wear appropriate personal protective equipment (PPE) such as gloves, safety glasses, and protective clothing to protect yourself from electrical hazards.

 

2.De-energize and tag out the transformer and shut down its circuit before doing any maintenance work. This ensures no current leakage or electrical continuity between the system and the current source.

 

3.Keep the transformer and its components dry at all times and free from moisture or water, and ensure that this is the case before maintenance.

 

4.Place tools and spare parts like nuts and bolts at a safe distance when doing maintenance to prevent them from touching or falling into the transformer.

 

5.Change taps on an energised transformer only if the unit is specifically designed for it.

 

6.Should there be a need to transport the transformer, be sure that the equipment used to raise or lower the device is rated to safely handle its weight. Likewise, ensure that the object or pole to which the transformer will be moved can bear its load.

 

 

Specifications

 

 

Model

SC(B)10, SC(B)11, SC(B)12, SC(B)13, SC(B)14, SC(B)18

Input Voltage

10kV, 20kV, 35kV

Output Voltage

0.4kV

Capacity

30-2500kVA

Frequency

50Hz

 

Rated Power (KVA)

High
Voltage
(v)

LOW
Voltage
(v)

Loss(w)

Dimension(mm)

Weight(kg)

No-load
Loss(W)

On-load
Loss(W)

W

D

H

Oil Weight

Total Weight

5

34500/
19920
13800/
7957
13200/
7620
12470/
7200
or others

120-240
240-480
347
600

19

75

465

485

855

15

92

10

36

120

500

525

885

22

150

15

50

195

520

565

905

30

210

25

80

290

560

590

935

45

258

37.5

105

360

610

625

935

50

340

50

135

500

635

675

1035

62

395

75

190

650

745

840

1035

88

480

100

210

850

770

965

1135

94

530

167

350

1410

795

890

1335

138

680

 

 

Custom Process

1.Contact us.

 

2.You need to provide relevant drawings and demand parameters, or provide the power size of each load, we design for you.

 

3.Determine the brand, specification and quantity of components inside the box.

 

4.Determine the proposal quotation and delivery period.

 

5.Production begins after payment.

 

6.Product debugging, quality inspection qualified after the factory.

Two-winding Voltage Regulation Distribution Transformer

 

Our Cooperative Partner

 

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FAQ

Q: What are the main components of a transformer?

A: The main components of a transformer include the core, primary winding, secondary winding, and insulation materials. The core, typically made of iron or steel, provides a path for the magnetic flux.

Q: How are transformers used in power generation and distribution?

A: In power generation, transformers step up the voltage of electricity produced by generators for efficient long-distance transmission over power lines. At substations, they step down the voltage for distribution to homes and businesses, ensuring safe and reliable electricity supply.

Q: What role do transformers play in electrical systems?

A: Transformers facilitate voltage transformation, isolation, and impedance matching in electrical systems. They enable efficient energy transfer, distribution, and utilization, ensuring compatibility between different voltage levels and enhancing system stability and reliability.

Q: How do transformers contribute to energy efficiency?

A: Transformers minimize energy losses by stepping up voltage for long-distance transmission, reducing current and resistive losses in power lines.

Q: What are the common problems associated with transformers?

A: Common problems with transformers include overheating, insulation breakdown, winding faults, and core saturation. Other issues include voltage regulation problems, noise, and harmonic distortion.

Q: How can transformer efficiency be improved?

A: Transformer efficiency can be improved through various measures such as using high-quality materials, optimizing design and construction, implementing efficient cooling systems, reducing losses through insulation enhancements, and employing advanced monitoring and maintenance techniques.

We're well-known as one of the leading transformer manufacturers and suppliers in China. If you're going to buy high quality transformer, welcome to get quotation from our factory.

Cast Epoxy Resin Dry Type Transformer, Two winding Voltage Regulation Distribution Transformer, transformer
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