Reliable Supplier for Grounding Transformer Solutions
Product Main Parameters
| Type | Rated Capacity (KVA) | Connection Symbol | Voltage Combination (KV) | No-load Losses (W) | Load Losses (W) | No-load Current (%) | Short-circuit Impedance (%) |
|---|---|---|---|---|---|---|---|
| S13-M-1010 | 10 | Yyn0 Dyn11 | 10.5 | 106 | 360 | 2.8 | 4.5 |
Common Product Specifications
| Environmental Conditions | - High ambient temperature: 40℃ - Low ambient temperature: -25℃ - Altitude: <4000m - Monthly average relative humidity: 80% at 25℃ - Installation location: Indoors/Outdoors in non-hazardous areas |
|---|---|
| Standards | - GB 1094 Power Transformer - GB/T 15164 Oil-immersed power transformer load guide - IEC/60076 |
Product Manufacturing Process
The manufacturing process of the S13 grounding transformer involves several stages designed to ensure high quality and performance. Initially, high-grade materials are selected, with a focus on optimizing the core and coil structure through advanced design techniques. The use of computer-aided design (CAD) technology allows for precise engineering specifications, minimizing losses and enhancing efficiency. During assembly, rigorous testing is conducted to verify that all components meet stringent performance criteria. The final product undergoes a series of quality control measures, including temperature and load testing, ensuring reliability under operational conditions. These processes are consistent with research outlined in authoritative papers, confirming the benefits of innovation and meticulous design in transformer production.
Product Application Scenarios
Grounding transformers, particularly the S13 model, are crucial in various electrical systems requiring stable voltage levels and reliable fault detection. According to authoritative sources, their deployment is ideal in industrial systems where isolated generators need grounding to avoid over-voltages and improve safety. In wind farm applications, these transformers are indispensable in providing neutral grounding paths, which are vital for protecting equipment and ensuring continuous operations. Substation use also benefits from grounding transformers as they create a critical neutral point for grounding, enhancing the electrical grid’s safety and reliability. These application scenarios demonstrate the transformer’s versatility and necessity in modern electrical systems.
Product After-Sales Service
Our comprehensive after-sales service includes technical support, maintenance guidance, and prompt resolution of customer inquiries. This ensures optimal performance and long-term satisfaction with our grounding transformers.
Product Transportation
We ensure secure packaging and reliable transportation services, safeguarding the grounding transformers during transit. Our logistics partners are experienced in handling sensitive electrical components, guaranteeing safe delivery worldwide.
Product Advantages
- Advanced technology for high efficiency and low loss
- Compliance with GB and IEC standards for quality assurance
- Diverse application suitability across various industries
- Cost-effective solutions due to optimized production processes
- Robust after-sales support for enhanced customer satisfaction
Product FAQ
- What are grounding transformers primarily used for? Grounding transformers provide a neutral point for grounding, enhancing safety and stability in electrical systems. They are essential for fault detection and maintaining balanced load currents in ungrounded systems.
- What distinguishes the S13 model from other transformers? The S13 grounding transformer utilizes advanced materials and design to reduce no-load losses by approximately 37% and meet high standards of efficiency and noise reduction, making it a preferred choice for modern applications.
- Can the S13 grounding transformer be used outdoors? Yes, the S13 model is designed for both indoor and outdoor installations, provided the environment is free from severe pollution, chemical corrosion, and extreme vibrations.
- How does the grounding transformer improve system stability? By providing a low-impedance path to ground, grounding transformers stabilize voltage levels, prevent transient over-voltages, and support balanced load currents, thus ensuring system reliability and safety.
- What maintenance is required for grounding transformers? Regular inspections and preventive maintenance, including checking electrical connections, insulation resistance, and oil quality (for oil-immersed types), are recommended to maintain optimal performance.
- Are grounding transformers tested before delivery? Yes, each transformer undergoes rigorous quality control testing, including load and temperature tests, to ensure compliance with performance standards before shipment.
- What is the typical lifespan of an S13 grounding transformer? The lifespan of an S13 grounding transformer typically exceeds 20 years, depending on operating conditions and maintenance adherence.
- How does the installation environment affect the S13 transformer? While the S13 transformer is resilient, it should be installed in non-hazardous areas free from fire risks and severe environmental conditions to ensure longevity and performance.
- What sets you apart as a supplier? As a leading supplier, we offer advanced grounding transformers with proven reliability, backed by robust R&D, competitive pricing, and excellent customer service.
- How do I request a quote? For quotes, please contact our sales team with your specifications and requirements. We provide customized solutions to meet your specific needs.
Product Hot Topics
- The Role of Grounding Transformers in Energy Stability
An increasing focus on energy stability underscores the crucial role grounding transformers play in modern power systems. As essential components, they provide reliable grounding paths, ensuring system safety and voltage regulation. By facilitating efficient fault detection and balancing load currents, grounding transformers contribute significantly to preventing equipment damage and enhancing grid reliability. This makes them indispensable to industrial operations and renewable energy applications, such as wind farms, where stable and continuous power supply is critical. As more systems transition to renewable energy, the relevance of grounding transformers in maintaining energy stability continues to grow, marking their position as vital infrastructure components.
- The Importance of Supplier Selection in Transformer Acquisition
Choosing the right supplier is crucial when acquiring grounding transformers, as it impacts product quality, efficiency, and long-term performance. Reputable suppliers, like our firm, offer high-quality products that comply with international standards, ensuring reliability and safety. Additionally, established suppliers provide essential support services, from technical assistance to maintenance advice, enhancing customer satisfaction. As energy demands evolve, partnering with a reliable supplier becomes even more important, ensuring your grounding transformers meet operational requirements and contribute positively to energy infrastructure projects. This strategic selection process leads to both immediate benefits and sustainable future operations.
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