Reliable Supplier of S(B)H15-M Transformers Pad
Product Main Parameters
| Type | Rated capacity (KVA) | Connection symbol | Voltage combination (KV) | Losses (W) | No-load current (%) | Short-circuit impedance (%) | Weight (kg) |
|---|---|---|---|---|---|---|---|
| SH15-M | 30 | Yyn0 | 6 6.3 10 10.5 11 ±5% or ±2X2.5% | 600 | 1.7 | 4.0 | 340 |
| SH15-M | 50 | 870 | 1.3 | 430 |
Common Product Specifications
| Specification | Details |
|---|---|
| Phase | Three |
| Service Voltage | 6-11kV |
| Rated Capacity | 30-5000kVA |
Product Manufacturing Process
The manufacturing process of the S(B)H15-M series transformers involves precision engineering and cutting-edge technology. The use of iron-based amorphous metal for the transformer core significantly reduces energy losses compared to traditional silicon steel cores. This process involves the sophisticated arrangement of thin layers of amorphous metal, providing a highly efficient transformer core that contributes to lower operational temperatures and enhanced performance stability. Rigorous testing and quality control measures ensure each unit meets stringent international standards, providing a reliable and efficient product for the energy sector.
Product Application Scenarios
Amorphous alloy transformers like the S(B)H15-M series are ideally suited for deployment in environments requiring high efficiency and low losses. This includes urban infrastructure such as high-rise buildings, commercial centers, and public transportation hubs like subways and airports. Additionally, these transformers are suitable for applications in industrial settings, mining enterprises, and energy-intensive platforms. Their robust design makes them particularly beneficial in flammable or explosive settings, providing a reliable solution in residential areas and rural power projects, contributing to a sustainable energy distribution network.
Product After-sales Service
We offer comprehensive after-sales services that ensure customer satisfaction and product longevity. Our support includes regular maintenance checks, warranty services, and a dedicated helpline for technical assistance. Our responsive customer service team is ready to address any issues promptly.
Product Transportation
Transportation of our transformers is carried out using industry-standard practices to ensure safety and reliability. Each unit is carefully packaged and secured to prevent damage during transit, with tracking services available for real-time updates.
Product Advantages
- Energy Efficiency: Significantly lower iron losses compared to traditional transformers.
- Reliability: Stable performance in various environmental conditions.
- Cost-effective: Reduced operational and maintenance costs due to high efficiency.
Product FAQ
- What is the rated capacity range for the S(B)H15-M series?
The S(B)H15-M series covers a range of 30 to 5000 kVA, offering versatile options for various applications. - How does the amorphous metal core benefit the transformer?
The amorphous metal core significantly reduces iron losses, providing better energy efficiency and lower operational costs. - Can these transformers be used in explosive environments?
Yes, the S(B)H15-M series is designed for use in flammable and explosive environments, offering safe and reliable performance. - What is the usual operating temperature range?
The transformers are suitable for environments where the temperature does not exceed 40°C or fall below -25°C. - Are custom specifications available?
Yes, we offer transformers tailored to meet specific requirements upon request.
Product Hot Topics
- Industry Trends in Transformer Technology
Recent advancements in transformer technology focus heavily on enhancing efficiency and sustainability. The shift towards using amorphous metal cores, as seen in our S(B)H15-M series, marks a significant move towards reducing energy losses and operational costs, facilitating greener energy solutions that align with global sustainability goals. - Amorphous Alloy Transformers: A Sustainable Choice
Amorphous alloy transformers are gaining traction as a sustainable alternative to traditional transformers. Their ability to minimize core losses and enhance performance efficiency plays a critical role in driving energy sustainability, catering to the increasing demand for green technology in the power industry.
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