Isolation Transformer (Non Encapsulated H-class Dry-type Transformer)
Product Introduction:
Three phase dry-type isolation transformer is an electrical equipment used for AC voltage conversion, widely used in industrial automation, power systems, mechanical equipment and other fields. Its main function is to achieve isolation and conversion of input and output voltages through the principle of electromagnetic induction, while effectively avoiding electrical interference. Due to its non use of oil as a cooling medium, it has good environmental performance and safety, making it particularly suitable for places with high environmental requirements.
The SG series non encapsulated dry-type transformer is a high-performance and highly reliable power transformer that uses high-quality, high magnetic conductivity oriented silicon steel sheets. It has excellent insulation performance, low loss, and low noise characteristics. After strict quality testing, it meets national standards and is widely used in industrial and commercial occasions, providing customers with safe, environmentally friendly, and efficient power supply solutions.
Scope of application:
Three phase dry-type isolation transformers are widely used in places that require electrical isolation and voltage conversion, especially suitable for industrial automation equipment, power systems, distribution systems, UPS power supplies, precision instruments and equipment, and other fields. Due to its excellent environmental performance and safety, it is particularly important in places with high environmental requirements, such as medical equipment, electrical control systems, and high-precision equipment.
Product Description:
Product features:
Strict quality inspection
Main parameters:
Execution standards:
GB 6450-1986 Technical Requirements and Test Methods for Dry type Power Transformers
IEC 60076-11 International Standard for Dry type Transformers
Our technological advantages:
Integrating electromagnetic optimization design, parametric drawing, performance analysis and structural optimization, automatic drawing, and other functions of transformers to achieve resource sharing in transformer design, as well as searching, modifying, and version control of various data information.
The current field, temperature field, electric field, leakage magnetic field, wave process, and short-circuit force of transformers. The research and design of each series of products are carried out through simulation analysis of flow and temperature fields to determine the average temperature rise of the coil and the hot spot temperature seat, ensuring product performance.
By collecting key data such as temperature, current, voltage, vibration, and grid harmonics of transformers, online power quality analysis, fault alarms, and installation on mobile phones can be achieved.
Ordering Notice:
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