ZS Series Rectifier Transformer,oil immersed power transformer,high quality oil transformer,oil immersed power thransformer

ZS Series Rectifier Transformer,oil immersed power transformer,high quality oil transformer,oil immersed power thransformer

Negotiable /Piece

Min.Order:1 Piece

Supply Ability:
1000000 Kilovolt / Kilovolts per Month
Port:
Tianjin,Shangshai,Ningno
Payment Terms:
T/T L/C

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Brand Name:
ZYDQ
Place of Origin:
China

Baoding Zhongyi Electrical Material Manufacturing Co.,Ltd.

Business license
Business Type: Manufacturer
Baoding Hebei China
Main Products: Oil transformer ,dry type transformer ,Substation ,HV/LV switchgear

Product Details

ZS Series-Rectifier Transformer

Rectifier transformer is the power transformer of rectifier equipment. The characteristic of the rectifier equipment is that the primary side inputs AC, and the secondary side outputs DC after passing through the rectifier element.

ZYDQ ZS Series-Rectifier Transformer Description

Rectifier transformers are widely used in electrolytic electrochemistry, transmission, traction, electrostatic precipitators, DC transmission and other systems which need direct current power supply. Our rectifier transformer absorbed the excellent experiences of same industry at home and abroad. Raw materials such as high magnetic silicon steel sheet and high quality oxygen free copper wire are used. We adopt production technology such as advanced integral assembly per phase for windings, the core are laminated by five step-lap method to reduce iron loss and noise, crimped winding connections, precision machining for tank surface and so on, which make technologic performance at the leading level in domestic. We can design and manufacture various types of products according to user’s requirement.

 

Zs Series High Quality Voltage Rectifier Transformer Features

Rectifier transformer is the power transformer of rectifier equipment. The characteristic of the rectifier equipment is that the primary side inputs AC, and the secondary side outputs DC after passing through the rectifier element. Variable current is the general term for three working modes of rectification, countercurrent and frequency conversion. Rectification is the most widely used one. The transformer used as the power source of the rectifier is called a rectifier transformer. Most industrial rectified DC power supplies are obtained from the AC grid through rectifier transformers and rectifier equipment.

Rectifier transformer is the power transformer of rectifier equipment. The characteristic of the rectifier equipment is that the primary side inputs AC, and the secondary side outputs DC after passing through the rectifier element. The transformer used as the power source of the rectifier is called a rectifier transformer. Most industrial rectified DC power supplies are obtained from the AC grid through rectifier transformers and rectifier equipment.

Rectifier transformer is a transformer specially designed for rectifier system.

Rectifier transformer function

1. Is to supply the proper voltage of the rectification system;

2. It is to reduce the pollution of the power grid caused by the waveform distortion caused by the rectification system.

The use of Oil Immersed Transformer

Widely used in lighting, machine tool electrical appliances, mechanical and electronic equipment, medical equipment, rectifiers, etc. Product performance can meet various special requirements of users.

1. Electrochemical Industry

This is the industry that uses the most rectification, electrolysis of non-ferrous metal compounds to produce aluminum, magnesium, copper and other metals; electrolysis of salt to produce chlor-alkali; electrolysis of water to produce hydrogen and oxygen.

2. DC power supply for traction

DC power grid for mine or city electric locomotives. Because the valve side is connected to the overhead line, there are many short-circuit faults, the DC load variation is large, and the electric locomotive often starts, causing short-term overload to varying degrees. For this reason, the temperature rise limit and current density of this type of transformer are both low. The impedance is about 30% greater than the corresponding power transformer.

3. DC power supply for transmission

It is mainly used to supply power to DC motors in electric drives, such as the armature and excitation of rolling mills.

4. For DC transmission

The voltage of this type of rectifier transformer is generally above 110kV, and the capacity is tens of thousands of kilovolt-amperes. Special attention should be paid to the AC and DC superposition of ground insulation.

In addition, there are DC power supplies for electroplating or electrical processing, DC power supplies for excitation, DC power supplies for charging and electrostatic dust removal, etc.

 

Model and Meaning of Oil Immersed Transformer

Technical Parameter of Rectifier Transformer

Model No.

(kVA)Rated capacity

Rated Voltage 

Connection Group Symbol

Weight|(kg)

(KV)grid side

(V)Valve side

Weight for Active parts

Oil Weight

Total Weight

ZSS-400/10

400

10

430

Dyn11

1015

380

1780

ZSS-500/6

500

6.3

400

Dyn11

1420

580

2800

ZSS-630/6

630

6.3

400

Dyn11

1550

620

3040

ZSS-650/3

650

3

3150

Dyn11

1255

540

2460

ZSS-800/6

800

6

400

Dyn11

1576

705

3045

ZSS-1000/6

1000

6

440

Dyn11

1837

838

3580

ZSS-1000/10

1000

10

420

Dyn11

2112

897

3860

ZSS-1250/10

1250

10

440

Dyn11

2205

1090

4410

ZSS-1500/10

1500

10

3300

Dyn11

2860

1205

5260

ZSS-1600/6

1600

6.3

400

Yyn11

2680

1145

5160

ZSS-1600/10

1600

10

420

Dyn11

3110

1150

5500

ZSS-1600/10

1600

10

660

Dd0

2750

1240

5310

ZSS-1750/10

1750

10

6300

Dyn11

2790

1190

5320

ZSS-1800/10

1800

10

650

Dd0

3060

1345

5795

ZSS-1900/10

1900

10

3300

Yd11

3353

1719

7180

ZSS-2000/10

2000

10

660

Dd0

3185

1990

7750

ZSS-2300/10

2300

10

420

Dyn11

3570

1495

7020

ZSS-2400/10

2400

10

750

Dyn11

3635

1535

7185

ZSS-2500/10

2500

10

630

Dyn11

4180

1582

7390

ZSS-2500/6

2500

6.3

630

Dd0

4260

1945

7980

ZSS-2600/10

2600

10

3300

Yd1

3917

2015

8845

ZSS-2700/6

2700

6.3

630

Dyn11

4500

1990

8325

ZSS-2850/10

2850

10

660

Dd0

4240

1810

7910

ZSS-3000/6

3000

6

660

Dd0

4203

1744

7843

ZSS-3150/10

3150

10

630

Dd0

4911

1993

8870

ZSS-3400/6

3400

6

660

Dd0

4733

1933

8706

ZSS-3700/10

3700

10

630

Dyn11

5505

2295

10090

ZSS-4000/10

4000

10

3300

Dd0

5817

2604

11640

ZSS-4650/10

4650

10

1150

Dy5

6185

2800

12000

ZSS-5000/10

5000

10

6600

Dyn11

6800

2750

12600

ZSSFP7300/10

7300

10

6600

Dyn11

9325

3640

16620

ZSSFP8100/10

8100

10

6600

Dyn11

11400

3835

17940

ZSSFP9000/10

9000

10

3300

Yd1

10280

5810

22500

ZSS-10000/10

10000

10

3300

Yd1

11400

6880

25680

ZSSFP-12500/35

12500

35

1130

Dd0

16035

6480

27150

ZSSFP-14000/35

14000

35

900

Dyn11

18030

8235

34290

ZSSFP-16300/35

16300

35

1100

Dyn11

20010

8950

37680

 

 

ZYDQ Oil Immersed TransformerTechnical Parameters

Rectifier transformer repair and maintenance

Rectifier transformer common problem

1. What are the cooling media of the rectifier transformer?

There are generally three kinds of media that can be used to bring heat out of the inverter: air, water and oil. The heating components of the high-voltage inverter are mainly two parts: one is the rectifier transformer, and the other is the power component. In the early days, the transformer mainly used oil cooling, that is, immersing the transformer in the oil tank. Because the specific heat of oil is higher than that of air and the insulation strength is high, this cooling method is the mainstream heat dissipation of high-power transformers. However, due to the need for maintenance of oil products, the seal at the outlet is not easy to solve. With the advancement of insulation materials, dry-type transformers have become dominant at low and medium power levels. Dry-type transformers are cooled by air. The transformer can also be water-cooled, that is, the coil of the transformer is made hollow, and pure water is passed inside to use the pure water to take away the heat.

2. Why does the current source inverter require a larger transformer capacity?

The design of the transformer generally only looks at the rated capacity, not the rated power, because its current is only related to the rated capacity. For the voltage source type inverter, since its input power factor is close to 1, the rated capacity is almost equal to the rated power. This is not the case with current source inverters. The power factor of the input side transformer is at most equal to the power factor of the load asynchronous motor, so for the same load motor, the rated capacity is larger than the transformer of the voltage source inverter.

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Ms. Jia Qiong manager Chat Now
Telephone
86-312-5926018
Mobile
86-13513222010
Fax
86-312-5926018-805
Skype
86-13513222010
Address
Lianchi Baoding,Hebei

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