Input Voltage Up To 1000V Dry Type Power Transformer Featuring Overload And Short Circuit Protection And Power Equipment

Product Description:

The Dry Type Power Transformer is an essential component in modern electrical distribution systems, designed to provide efficient and reliable voltage transformation in various industrial and commercial applications. This Dry Type Electrical Transformer is engineered to deliver output voltages of up to 690V, making it suitable for a wide range of power supply requirements. Its robust construction and advanced design ensure optimal performance while maintaining safety and environmental standards.

One of the defining features of this Dry Type Power Transformer is its air-cooled cooling method. Unlike oil-filled transformers, the air-cooled system eliminates the risk of fire hazards and environmental contamination, making it an ideal choice for indoor installations and locations with strict safety regulations. The natural and forced air cooling techniques enhance the transformer's heat dissipation capabilities, ensuring stable operation under varying load conditions without compromising efficiency or longevity.

This Three Phase Dry Transformer is specifically designed to operate efficiently at standard power frequencies of 50/60 Hz, making it compatible with electrical networks worldwide. Its three-phase configuration allows for balanced power distribution, reducing energy losses and improving overall system stability. This makes the transformer highly suitable for commercial buildings, manufacturing plants, and utility substations where consistent and reliable power supply is critical.

The impedance voltage of this Dry Type Electrical Transformer ranges between 4% to 6%, which is carefully optimized to provide excellent short circuit performance and minimal voltage drop during operation. This impedance value ensures that the transformer can handle sudden load changes and short circuit conditions effectively, protecting both the transformer and the connected equipment from potential damage. Additionally, the impedance voltage specification aids in the coordination of multiple transformers operating in parallel, enhancing system flexibility and reliability.

Constructed with high-quality insulating materials and precision-engineered windings, the Dry Type Power Transformer offers superior mechanical strength and thermal stability. The absence of liquid coolant not only reduces maintenance requirements but also eliminates leakage risks, making it environmentally friendly and cost-effective over its operational lifespan. Furthermore, the transformer’s compact and lightweight design facilitates easy installation and integration into existing electrical infrastructures.

In summary, the Dry Type Electrical Transformer combines safety, efficiency, and durability in a single package. Its capability to deliver output voltages up to 690V, coupled with air-cooled operation and three-phase design, makes it an excellent solution for a variety of power distribution needs. The carefully controlled impedance voltage between 4% and 6% ensures reliable performance under diverse operational conditions. Whether deployed in industrial settings, commercial facilities, or utility grids, this Three Phase Dry Transformer stands out as a dependable and environmentally responsible choice for modern electrical power transformation.

Features:

• Product Name: Dry Type Three Phase Transformer
• Type: Dry Type
• Voltage Rating: Up To 35kV
• Cooling Method: Air Cooled
• Protection Class: IP20 To IP54
• Core Material: Silicon Steel
• Designed as a Three Phase Dry Transformer for efficient power distribution
• Reliable Dry Type Electrical Transformer suitable for various industrial applications
• High-performance Dry Type Power Transformer ensuring safety and durability

Technical Parameters:

Applications:

The TNNPI SG/SBK model is a high-quality Three Phase Dry Transformer designed and manufactured in Henan, China. This Dry Type Electrical Transformer is engineered to meet stringent international standards, holding certifications such as CE, UL, ISO9001, and ISO45001. With a voltage rating of up to 35kV and an output voltage of up to 690V, it is ideal for a wide range of industrial and commercial applications requiring reliable and efficient power distribution. The transformer operates at a frequency of 50/60 Hz and features Class F insulation, ensuring excellent thermal performance and durability in demanding environments.

The Dry Type Electrical Transformer is particularly suited for indoor installations where fire safety and environmental concerns are paramount. It is commonly used in manufacturing plants, commercial buildings, hospitals, data centers, and schools, where stable three-phase power supply is crucial. Thanks to its dry type design, it eliminates the risk of oil leaks and reduces maintenance requirements, making it an excellent choice for locations with strict safety regulations or limited space for transformer units.

The TNNPI Three Phase Dry Transformer is also highly adaptable to various power distribution scenarios. It can be used as a step-down transformer to provide safe and efficient voltage levels for machinery, lighting systems, and HVAC equipment. Additionally, its robust construction and advanced insulation class make it suitable for use in harsh industrial environments with exposure to dust, moisture, and temperature fluctuations. The transformer’s compact design and reliable performance make it a preferred option for renewable energy projects, including solar and wind power systems, where consistent voltage regulation is essential.

With a minimum order quantity of just one unit and a price range from $45 to $2500, the TNNPI SG/SBK Three Phase Dry Transformer offers flexibility for both small-scale and large-scale projects. The delivery time of 7 days ensures prompt availability, while payment terms including T/T and Western Union provide convenient purchasing options. Overall, this Dry Type Electrical Transformer is a versatile and efficient solution for modern electrical infrastructure, combining safety, reliability, and cost-effectiveness for diverse application occasions and scenarios.