• 4000kVA 10kV Electric Furnace Transformer(distribution transformer)
4000kVA 10kV Electric Furnace Transformer(distribution transformer)
discuss personally
Model
SFL11-4000/10
Basic info
Brand Vziman
Model NO. 4000KVA 10KV Electric Furnace Transformer
Rated capacity 4000KVA
Voltage grade 10KV
Series Electric Furnace Transformer
Product Detail

Product overview:

  •  Electric furnace transformer is a professional transformer planned according to various electric furnace working principle, load characteristics and operation characteristics.

  • It includes: arc furnace transformer for steelmaking, ladle refining furnace transformer, slag furnace transformer, mineral heat furnace transformer, power frequency furnace transformer and other communication furnace transformer and medium frequency induction furnace transformer, silicon carbide, graphitization furnace transformer and other DC furnace transformer.

  • Industrial furnace transformers are mainly divided into 3 types: resistance furnace transformers, arc furnace transformers and induction furnace transformers.

  • Hengfengyou electric furnace transformer production standards: one is according to the current provisions of China's standard planning and production of standard electric furnace transformer; The other is a new type of energy-saving furnace transformer developed and manufactured on the basis of Chinese standard furnace transformer.

Main applications:

  •  In metallurgical industry, it is used for smelting high quality alloy copper and iron alloy.

  •  In chemical industry, it is used to produce yellow phosphorus, calcium carbide, synthetic resin, etc.

  •  Used in the melting of cast steel and cast iron in the mechanical industry.

  •  High reliability of operation verification in more than 50 countries and regions around the world.

  • Products are mainly exported to East Asia, Central Asia, Southeast Asia, South America, North America and other markets and regions.

  • Implementation standard: IEC 60076 series.

Product advantagesl:

Leading technology:

  •  Large capacity, low loss, more energy saving, the actual measurement is better than GB and IEC standards.

  • High pressure copper tape winding technology, improve lightning resistance.

  •  Low voltage copper foil winding technology, high quality A class insulation material insulation, higher temperature resistance grade.

  •  Small magnetic leakage, high mechanical strength, strong short circuit resistance.

  •  Iron core 45° full oblique joint step laminated structure.

The shell:

  • Mitsubishi laser cutting machine and CNC punching, reducing, folding and other equipment to ensure the accuracy of processing.

  • ABB robot automatic welding, laser detection, to avoid leakage, qualified rate of 99.99998%.

  • Electrostatic spray treatment, 30 years of paint (coating corrosion resistance within 100h, hardness ≥0.4).

  • Fully sealed structure, maintenance-free and maintenance-free, normal operation life of more than 30 years.

The iron core:

  • The core material is high quality cold rolled grain oriented silicon steel sheet with mineral oxide insulation (from  Baowu Steel Group, China).

  • Minimize loss level, no-load current and noise by controlling the cutting and stacking process of silicon steel sheet.

  • The iron core is specially reinforced to ensure the transformer structure is firm during normal operation and transportation.

winding:

  • Low voltage winding is made of high quality copper foil, excellent insulation resistance.

  • The high voltage windings are usually made of insulated copper wire, using the patented technology of Hengfengyou Electric.

  • Very good resistance to radial stress caused by short circuit.

High quality material:

  •  Baowu Steel Group production of silicon steel sheet.

  • China produces high quality anaerobic copper.

  • CNPC (Kunlun Petroleum) High quality transformer oil (25#).

Product parameters:

image.png

image.png


Ordering instructions:

  •  Main parameters of transformer (voltage, capacity, loss and other main parameters).

  • Transformer operating environment (altitude, temperature, humidity, location, etc.).

  • Other customization requirements.

  •  Normal delivery period is 30 days.

  • Worldwide fast delivery.


What is an electric furnace transformer?

Furnace transformers are special - purpose transformers specifically used for electric arc furnaces, resistance furnaces, and other industrial electric furnaces. Its main function is to convert the high - voltage electrical energy provided by the power grid into low - voltage, high - current electrical energy suitable for the operation of electric furnaces. Furnace transformers are widely used in industries such as metallurgy, chemical engineering, and ceramics. The following are some key knowledge points of furnace transformers:

Definition and Characteristics:

  • Definition: A furnace transformer is a transformer specifically designed for electric furnaces, used to convert the high - voltage electrical energy of the power grid into low - voltage, high - current electrical energy suitable for the operation of electric furnaces.
    Characteristics:

  • High Current: Furnace transformers can provide high current to meet the high - power requirements of electric furnace heating.

  • Low Voltage: The output voltage is usually low to meet the working requirements of electric furnaces.

  • High Heat Resistance: Furnace transformers need to work in high - temperature environments, so they have good heat - resistant properties.

  • High Reliability: Furnace transformers need to operate continuously for a long time, so they have high reliability and a long service life.

  • High Efficiency: Furnace transformers usually have high efficiency to reduce energy loss and improve energy efficiency.

Know your supplier
Vziman
Zhejiang Vziman Electric Group Co., Ltd. is a high-tech enterprise specializing in R&D, manufacturing, and service of power electrical equipment. Committed to innovation, quality, and customer satisfaction, it supplies smart solutions for global power sectors, covering grid construction, new energy, and industrial distribution. Core Business • Switchgear (GIS, circuit breakers, Recloser, Load break switch) • Distribution equipment (transformers, RMU, smart terminals) • Power automation systems • Engineering services (installation, maintenance, consulting) Technical Strength • Provincial R&D center, multiple patents • Modern production, ISO/GB/IEC/CE/UL certified • High capacity, large-scale delivery support Market & Vision Serves State Grid, Southern Grid, and global projects (Asia, Africa, Europe, etc.). Aims to lead in smart grids and new energy, promoting sustainable energy development.
Main Categories
High voltage
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$150000000
Professional Experience
3 years
Workplace
10000m²
占位
占位
Related Products
Related Knowledges
Phasor Method for Solving Parallel Circuits
Phasor Method for Solving Parallel Circuits
When dealing with parallel circuits, multiple branches are connected in parallel. Each branch contains components such as resistors, inductors, and capacitors, forming a series circuit within that branch. Each branch is first analyzed separately as a series circuit, and then the effects of all branches are combined.In circuit calculations, both the magnitude and phase angle of current and voltage are taken into account. When solving the circuit, the magnitudes and phase angles of voltages and cu
Edwiin
05/30/2025
Permanent Magnet Moving Coil or PMMC Instrument
Permanent Magnet Moving Coil or PMMC Instrument
DefinitionInstruments that utilize a permanent magnet to generate a stationary magnetic field within which a coil moves are known as Permanent Magnet Moving Coil (PMMC) instruments. They operate on the principle that torque is exerted on a moving coil situated in the magnetic field of a permanent magnet. PMMC instruments provide accurate results for direct current (DC) measurements.Construction of PMMC InstrumentThe moving coil and the permanent magnet are the key components of a PMMC instrument
Edwiin
05/30/2025
Difference Between Porcelain and Glass Insulators
Difference Between Porcelain and Glass Insulators
Key Differences Between Glass and Porcelain InsulatorsBoth porcelain and glass insulators are widely applied in power transmission and distribution to insulate overhead line conductors from supporting towers and poles. With extended service lives and suitability for high voltage ratings, their unique characteristics and properties define their distinct application scenarios.Porcelain InsulatorsPorcelain, a ceramic material, is valued for its absence of internal defects such as voids, cracks, or
Edwiin
05/30/2025
What is Static VAR Compensator (SVC)? Circuit & Operation in PF Correction
What is Static VAR Compensator (SVC)? Circuit & Operation in PF Correction
What is a Static VAR Compensator (SVC)?A Static VAR Compensator (SVC), also termed a Static Reactive Compensator, is a critical device for enhancing the power factor in electrical power systems. As a type of static reactive power compensation equipment, it injects or absorbs reactive power to maintain optimal voltage levels, ensuring stable grid operation.An integral part of the Flexible AC Transmission System (FACTS), an SVC comprises a bank of capacitors and reactors controlled by power electr
Edwiin
05/30/2025
Comparison Between Overhead & Underground Transmission Systems
Comparison Between Overhead & Underground Transmission Systems
Key Differences and Comparison Between Underground and Overhead Power Transmission & DistributionPublic SafetyIn terms of public safety, underground systems outperform overhead transmission systems. With all transmission and distribution components buried, underground setups minimize risks from obstacles and external interference. Additionally, they are less susceptible to environmental factors like wind, storms, and heavy rain, making them inherently more secure.Initial CostUnderground syst
Edwiin
05/30/2025
What is the Difference Between Shunt Reactor and Shunt Capacitor?
What is the Difference Between Shunt Reactor and Shunt Capacitor?
In an electrical power system, various devices are utilized to enhance power factor and operational efficiency. Shunt capacitors and shunt reactors represent two distinct components designed to optimize the performance of electrical grids. This article explores their key differences, beginning with an overview of their fundamental principles.Shunt CapacitorsA shunt capacitor refers to a single capacitor or a group of capacitors (termed a capacitor bank) connected in parallel to the power system.
Edwiin
05/30/2025
×
Inquiry
Download
Experts Electrical is dedicated to serving the personnel in the global power industry.
Join Experts Electrical, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!
商品视频播放