Description

100KVA Dry Type Transformer

This striking hero image presents our flagship 100KVA Dry Type Transformer in a clean, professional setting. The frontal three-quarter angle showcases the transformer’s robust, industrial-grade enclosure, finished in a standard RAL color for seamless integration into any facility.

The image highlights key exterior features such as the sturdy lifting lugs, the well-ventilated panel design that promotes optimal airflow and cooling, and the secure terminal compartment door. This visual emphasizes the product’s core attributes of durability, safety, and modern engineering, making it an ideal centerpiece for introducing the product to potential customers and setting a standard of quality.

Installation Diagram

This technical schematic drawing provides a clear, dimensioned guide for the seamless installation of the 100KVA Dry Type Transformer. It outlines the foundation requirements, including bolt positions, sizes, and load-bearing specifications. The diagram specifies all critical external dimensions (length, width, height, weight) and most importantly, the minimum required clearances on all sides for safe operation, adequate ventilation, and ease of maintenance.

It also indicates the location of cable entry points, grounding terminals, and lifting points, ensuring the installation process is efficient, safe, and complies with all operational guidelines, thereby reducing planning time and potential errors.

100KVA Dry Type Transformer Parameters

Detailed lmages

This detailed close-up highlights the four critical components of our Dry Type Transformer, showcasing its superior craftsmanship and performance:

1. Pure Copper Windings:

   • Constructed from high-conductivity oxygen-free copper, featuring a tight and uniform structure. The windings are robustly insulated with a cast epoxy resin layer via the Vacuum Pressure Impregnation (VPI) process, providing exceptional resistance to moisture, dust, fire, and corrosion for long-term stability and safety.

2. High-Performance Core:

   • Built from high-quality Cold Rolled Grain-Oriented (CRGO) silicon steel laminations. These laminations are precisely cut and stacked in a step-lap configuration to minimize magnetic resistance and energy loss, resulting in low no-load loss and exceptionally quiet operation.

3. Efficient Cooling Ducts:

   • The windings incorporate scientifically designed vertical and horizontal cooling ducts. These work in concert with the louvered vents on the external enclosure to form an efficient natural convection cooling system, effectively dissipating heat and maintaining stable temperature rise under rated load, thereby extending service life.

4. Robust Protective Structure & Terminals:

   • The image reveals the transformer’s sturdy metal frame, clamping fixtures, and base, which offer excellent mechanical support and seismic resistance. It also clearly shows the copper wiring terminals, which are designed for easy, reliable connection, simplifying on-site installation and maintenance.

Factory Show

This dynamic collage offers a behind-the-scenes look into our state-of-the-art manufacturing facility, showcasing the production journey of the Dry Type Transformer.

It captures key stages: Precision Winding, where skilled technicians wind copper coils with accuracy;

Vacuum Pressure Encapsulation (VPE), where coils are resin-encased under strict controlled conditions to eliminate voids and ensure perfect insulation;

Core Assembly, demonstrating the meticulous stacking of silicon steel; and Final Testing, highlighting rigorous diagnostic checks including impulse and partial discharge tests.

This image builds trust by demonstrating our advanced production capabilities, strict quality control processes, and the expertise of our workforce.

Applications

This illustrative infographic charts the diverse and critical applications of our Dry Type Transformer across global industries. It visually connects the product to four key sectors:

Power Industry (shown within a distribution substation, stepping down voltage for local grids);

Industrial Manufacturing (powering machinery, CNC systems, and production lines in factories due to its reliability and safety);

Commercial & Public Substations (located in basements of hospitals, airports, data centers, and high-rise buildings because of its fire-safe, dry-type design);

Petrochemical Industry (operating in harsh, corrosive environments where its robust construction and minimal maintenance are essential). This demonstrates the transformer’s versatility and critical role in infrastructure.

100KVA Dry Type Transformer Certifications

Coopération mondiale