Product Details
| Model | Rated Capacity (KVA) | High Voltage (KV) | No-load Loss (W) | Load Loss (W) |
|---|---|---|---|---|
| S13-M.RL 30 | 30 | 6-11 | 66.3 | 1010 |
| S13-M.RL 50 | 50 | 6-11 | 100 | 870 |
Common Specifications
| Environmental Conditions | Details |
|---|---|
| Max Altitude | 4000m |
| Temperature Range | -25℃ to 40℃ |
| Humidity | ≤80% (at 25℃) |
Manufacturing Process
The manufacturing process of the S13-MRL mount transformer involves the use of advanced materials and precision engineering to ensure optimal performance. The three-dimensional wound core technology is a crucial innovation that reduces no-load losses and enhances energy efficiency. According to research published in industry journals, this configuration optimizes magnetic flux distribution, thereby reducing core losses and minimizing operating costs. The assembly of the transformers is carefully monitored to maintain high quality standards, ensuring the final product is both reliable and efficient. The process also involves rigorous testing under various conditions to confirm compliance with IEC60076 and GB1094 standards, ensuring robust performance under diverse operational conditions.
Application Scenarios
The S13-MRL mount transformers are widely applicable in various power distribution settings, including agricultural, industrial, and commercial areas. As highlighted in authoritative papers, these transformers are instrumental in reducing energy losses, thereby facilitating economic and efficient power distribution. Their application extends to renewable energy systems, including photovoltaic and wind power setups, where consistent energy output is vital. The advanced core technology ensures that these transformers maintain performance even under fluctuating load conditions, making them ideal for environments with variable energy demands.
After-Sales Service
As a manufacturer, Global Power Equipment offers comprehensive after-sales support for the S13-MRL mount transformers. Services include installation guidance, performance monitoring, and maintenance plans tailored to ensure long-term operational efficiency. In case of any issues, a dedicated support team is available to provide timely assistance and resolution.
Transportation
The transportation of the S13-MRL mount transformers is carefully managed to prevent any damage during transit. Each unit is securely packaged and labeled with logistical details to ensure safe and efficient delivery. The company collaborates with reputable logistics partners to streamline distribution processes globally.
Product Advantages
- Energy Efficiency: The three-dimensional wound core reduces energy losses significantly, making the transformer highly efficient.
- Compact Design: Its compact structure allows for easy integration into existing systems.
- Durability: Built from high-quality materials ensuring long-term reliability and performance.
Product FAQ
- What is the main advantage of a three-dimensional wound core?
The design reduces magnetic flux leakage and core losses, enhancing overall transformer efficiency and reducing operational costs for manufacturers and users alike.
- Can the S13-MRL be used in high-altitude regions?
Yes, it is suitable for altitudes up to 4000m, providing reliable performance even at significant elevations, aligning with manufacturer specifications.
Product Hot Topics
- Environmental Impact of Transformers
As manufacturers innovate with technologies like the three-dimensional wound core, the environmental footprint of transformers is significantly reduced. This design minimizes energy losses, contributing to better resource efficiency and lower operational emissions. The S13-MRL, with its advanced core, is a step forward in sustainable power distribution, aligning with global energy transition goals.
- The Future of Transformer Technology
Transformers are at the heart of electricity distribution, and manufacturers like Global Power Equipment are at the forefront of innovation. With the S13-MRL mount transformer, the focus on reduced energy losses and improved reliability indicates a strong market trend towards more sustainable and efficient electrical solutions. Continued R&D is expected to yield even more breakthroughs, further impacting power infrastructure development worldwide.
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