SCB-35KV epoxy resin dry-type transformer-manufacture,factory,supplier from China

In terms of reliability, dry-type transformers have also demonstrated excellent performance. Its sturdy structure and advanced insulation materials enable them to operate stably in various harsh environments for a long time, ensuring the stability and safety of the power system. For example, at the beginning of our product design, we fully consider various harsh environmental factors such as high temperature, high humidity, and strong electromagnetic interference.

The transformer rely on air convection for cooling.With the increasing of urban power load,the crowded residentialand high-rise buildings,underground structures,there is an urgent need in transformer with these advantages:furtheroad center,preventing fire or explosion and superior environmental performance,and dry-type transformer meet theserequirements.The Transformer Is Of High Mechanical Strength,Anti-Short Circuit Abilty ,Better Moisture Resistance And Can Be Run At100%Humidity Without Preheating Treatment Before Operation,Intermittent Operation Without Moisture Protection.Thereare Advanta

The technology we have developed distinguishes the SCB10 and SCB11 resin cast thin insulated dry type transformers with the following features:Peeling of the encapsulated resin layer to promote better heat diffusion from the coil;The coils are reinforced with fiberglass cloth to increase their mechanical strength and resistance to sudden short circuits, thus preventing the casting from cracking;The coil utilizes a unique process that significantly reduces internal partial discharges in the coil and improves electrical strength;(b) The foil structure of the LV coils helps to minimize magnetic l

The stability and reliability of the power system is crucial to the daily life of residents and the production of industry. The application of dry-type transformers can effectively improve the stability of the power system and reduce the economic losses and social impact caused by power failures.

35kV SZ11 series of oi-immersed power transformers are more advanced in design.The material ,the structureand process has been improved greatly.Having beautiful appearance、reliable operation、low loss and low noise,thetransformers reach the advanced level compared with similar foreign products.The SZ11 series can adjust voltagemanually,electrically or automatically in a side with the help of OLTC on the voltage regulating range,so as to ensurethe stability of the output voltage.Product features◆ Iron core is made of high quality cold-rolled steel,using steel belt to tight and forming the solid

In terms of maintenance, the design of dry-type transformers also takes into account the convenience of users. Its structure is simple, easy to install and maintain, greatly reducing user maintenance costs and time.

From an environmental perspective, the design of dry-type transformers fully considers environmental factors. Its dry design eliminates the need for transformer oil, greatly reducing the risk of environmental pollution. At the same time, its design has a long lifespan, low replacement frequency, and also reduces resource waste.

The small size and light weight of dry-type transformers and the fact that they do not require preheating treatment make them ideal for future urban power systems. Due to their excellent thermal performance, dry-type transformers can withstand 150% of their rated load without overheating under forced air cooling conditions. This not only improves power conversion efficiency, but also reduces energy consumption, which is conducive to the realization of green and sustainable development.Another notable feature of the dry-type transformer is its flame retardant and explosion-proof performance.

From the perspective of energy efficiency, the design of dry-type transformers aims to achieve optimal efficiency. It adopts advanced technology and materials internally, which can minimize energy loss during power transmission and bring considerable cost savings to users. For example, in our product line, most transformers can achieve an energy efficiency ratio of over 99%.

The high-performance low loss transformer adopts advanced materials and technology, ensuring high efficiency and low power loss, thereby saving energy and costs. These transformers typically adopt a dry design that does not require the use of oil, thereby reducing the risk of oil leakage and ensuring a cleaner and safer environment. Meanwhile, these transformers have a small volume and are very suitable for installation in limited spaces.In addition, high-performance low loss transformers also have excellent thermal performance.

Product Features:High Efficiency: The 1250Kva Dry-Type Transformer is designed to convert electrical power with high efficiency, reducing the amount of wasted energy.High Current Capability: With a capacity of 1250Kva, this transformer can handle high currents, making it suitable for powering large loads.Dry-Type Design: This type of transformer is free from oil or other liquid insulation, making it more reliable and maintenance-free.Safety Features: The transformer comes with safety features such as grounding terminals and overcurrent protection, ensuring user safety.Easy Installation: The de

Compact Design: The 315kVA Dry-Type Power Transformer boasts a compact design, making it suitable for limited spaces. Its compact nature ensures easy installation and minimal space requirements.Efficient Performance: The transformer offers high efficiency levels, which result in reduced energy losses. This, in turn, leads to cost savings on energy bills and reduced environmental impact.Durability: The Dry-Type Power Transformer is known for its exceptional durability.

High Power Capacity: With a rated capacity of 1000Kva, this dry-type transformer is capable of handling the highest levels of power demand. Whether it's a large industrial facility or a complex power grid, this transformer has the power to meet any need.Durable Construction: The robust design of this transformer ensures long-lasting performance.

Model: 2000KVA dry type transformerRated capacity: 2000KVAVoltage level: three-phase, 230/400VCurrent level: single-phase, 83/16ACooling method: Natural Air Cooling (NSC)Structural features: Adopting advanced insulation materials and manufacturing processes, it has the characteristics of small volume, light weight, low noise, safety and reliability.Transformer capacity: The capacity of this transformer is sufficient to meet most power demands and is suitable for various industrial and commercial application scenarios.Product advantages:High efficiency: Due to its design characteristics, this t

The SCB10 dry-type transformer is a robust and reliable piece of electrical equipment designed to transform high voltage into lower voltage or vice versa. It is characterized by its unique combination of advanced technology, high-quality materials, and efficient design. Here are some key product details:Construction: The SCB10 dry-type transformer is constructed using state-of-the-art technology and high-quality materials, ensuring durability and reliability.

Scb12 Dry-Type Transformer is a highly efficient and reliable device that offers a range of features and specifications. It can handle voltages ranging from 12 to 600 volts and has a rated power of up to 3000 VA. The device has a compact design, making it suitable for small to medium-sized installations.

The 800Kva dry-type transformer features an advanced design that offers a number of unique features and benefits. It is a completely self-contained unit that is designed to withstand high levels of power transfer with minimal heat generation.The dry-type transformer uses superconducting windings, which offer significant advantages over conventional copper wire windings.

Structural features: The 250Kva dry-type transformer adopts a sealed design, which is oil-free and moisture free, more durable and safer.

The 630kva Dry-Type Power Transformer is manufactured using high-quality materials and components, ensuring its robust construction and reliable performance.

Product Overview:The SCB14 dry-type transformer is a high-voltage transformer that is designed for use in medium-voltage power distribution systems. It is characterized by its high efficiency, low maintenance requirements, and rugged construction. The transformer is designed to operate in harsh environments withstand voltage and temperature fluctuations, and provide stable power delivery.Product Benefits:High Efficiency: The SCB14 dry-type transformer is highly efficient, resulting in reduced power loss during operation.

Product Overview:The SCB11 Dry-Type Transformer is a high-power, air-core transformer that is designed for use in high-voltage applications. It is a non-contact type of transformer that uses a vacuum or oil-free air gap to separate the primary and secondary windings.

The 30Kva Dry-Type Transformer, a versatile device that plays a crucial role in power transmission and distribution, is a highly efficient and reliable solution for meeting your electrical needs. With its unique features and product advantages, this dry-type transformer has become a popular choice for a wide range of applications.Product OverviewThe 30Kva Dry-Type Transformer is a highly efficient device that offers high power density and low weight. It is designed to handle high currents and voltages, ensuring maximum efficiency and minimal power loss.

The 1600KVA dry-type transformer is designed to handle large amounts of power, making it suitable for use in industrial and commercial settings where high voltage is required for large equipment or processes.Reliable Operation: With its long lifespan and easy installation and maintenance, this dry-type transformer is designed to provide reliable operation over the long term.

Product detailsThe 315Kva Dry Type Transformer adopts a dry type transformer design, which has extremely low maintenance requirements and high reliability. Its core components include a magnetic shield made of high conductivity ferrite material and a high insulation air-cooled winding.Efficient magnetic shielding design: This design reduces the loss of magnetic eddy currents and further improves the efficiency of transformers.