Wholesale 167 kVA Pole Mounted Transformer
Product Main Parameters
| Parameter | Specification |
|---|---|
| Rated Capacity | 167 kVA |
| Phase | Three |
| Service Voltage | 6-35kV |
| Cooling | Oil Immersed |
| Installation | Pole-Mounted |
Common Product Specifications
| Specification | Details |
|---|---|
| Construction Material | Copper/Aluminum Windings |
| Core Material | Grain-Oriented Silicon Steel |
| Cooling System | Air and Oil Circulation |
| Output Voltage | 120/240 Volts |
Product Manufacturing Process
The manufacturing of a 167 kVA pole-mounted transformer involves precision engineering and strict quality control measures. Starting with high-grade materials, the transformer core is constructed from grain-oriented silicon steel to ensure high efficiency. The windings are meticulously wound using copper or aluminum to optimize conductivity and durability. The tank, made of robust steel, is filled with a specially formulated insulating oil, ensuring effective cooling and insulation. Every phase of production, from assembly to testing, follows international standards, particularly the IEC 60076 guidelines, guaranteeing a product that is both reliable and efficient. Advanced techniques such as computer-aided design and automated testing are employed to enhance performance and reduce faults, reflecting Global Power Equipment's commitment to excellence and innovation in its products.
Product Application Scenarios
The 167 kVA pole-mounted transformer is versatile, serving a wide range of applications. In residential areas, it's an ideal choice for transforming high-voltage electricity from the grid to a usable level for end consumers, particularly in suburban and rural settings where individual households are spread out. For light commercial applications, this transformer supports small businesses with moderate power needs, such as retail outlets and office complexes. Additionally, the agricultural sector benefits from its ability to power essential equipment in remote locations, including irrigation systems and storage facilities. The robust design and reliable performance make it a suitable solution for varying environmental conditions, ensuring consistent power supply across different sectors.
Product After-sales Service
Our commitment to customer satisfaction extends beyond the sale. Our comprehensive after-sales service includes regular maintenance checks, immediate response to service requests, and a dedicated support team available to address any operational issues you may encounter. Our technicians are trained to provide guidance on installation procedures and troubleshooting, ensuring your 167 kVA pole-mounted transformer operates efficiently throughout its life span. Warranty options are available to protect your investment, with flexible plans catering to different usage scenarios.
Product Transportation
Efficient and secure transportation is crucial for delivering our products to you in optimal condition. The 167 kVA pole-mounted transformer is carefully packaged to prevent damage during transit, with reinforced packaging that adheres to international shipping standards. Our logistics team coordinates transport arrangements, whether by land, sea, or air, selecting the most suitable and cost-effective method based on your location. We provide tracking services, allowing you to monitor your shipment's progress, ensuring a smooth and predictable delivery experience.
Product Advantages
- Reliability: Known for longevity and minimal maintenance, ensuring continuous power supply.
- Cost-Effectiveness: Reduces energy losses, improving distribution efficiency.
- Safety: Elevated installation reduces accidental contact risks.
- Compact Design: Pole-mounting requires minimal ground space.
Product FAQ
What is the lifespan of a 167 kVA pole-mounted transformer?
With proper maintenance, it can last several decades, providing reliable service throughout its life span.
How often should maintenance be conducted?
Regular checks are recommended annually, focusing on oil levels, leaks, and structural integrity.
Are the transformers compliant with international standards?
Yes, our products comply with IEC 60076 and GB standards, ensuring high quality and safety.
What are the installation requirements?
Installation should be performed by skilled technicians due to the high voltages handled by the transformer.
Can it be used in extreme weather conditions?
Yes, designed to withstand a wide range of temperatures and environmental conditions, ensuring reliability.
What is the warranty period?
We offer flexible warranty options, with periods tailored to your operational needs and conditions.
How does it handle load fluctuations?
Engineered to maintain consistent performance despite variances in load demands, ensuring efficient power distribution.
Is it suitable for urban installations?
While primarily used in rural areas, it can be adapted for urban settings with appropriate configurations.
What safety measures are in place?
Features such as oil immersion and air cooling enhance safety, preventing overheating and enhancing insulation.
How is noise managed?
Advanced design minimizes noise, making it suitable for residential and sensitive environments.
Product Hot Topics
Innovations in 167 kVA Pole Mounted Transformers
Recent advancements in transformer technology have focused on enhancing efficiency and reducing noise. The 167 kVA pole-mounted transformer incorporates state-of-the-art materials and designs that significantly improve performance. These transformers now feature more robust insulating oils and cores that minimize energy losses. As environmental concerns grow, manufacturers are innovating to produce units that meet green standards, with many opting for biodegradable oils that reduce ecological impact. These innovations ensure that the product remains competitive, providing solutions that cater to modern energy demands.
The Role of 167 kVA Transformers in Rural Electrification
The 167 kVA pole-mounted transformer plays a pivotal role in rural electrification programs worldwide. Its capacity to deliver power efficiently across large distances makes it ideal for sparsely populated areas. These transformers are crucial in bringing electricity to remote locations, supporting both residential and agricultural needs. By stepping down high transmission voltages locally, they minimize energy loss and enhance supply reliability. These transformers not only provide power but also spur economic growth, enabling the development of rural industries and improving quality of life.
Maintaining Transformer Efficiency in Diverse Climates
Transformer efficiency can be affected by climatic conditions, necessitating designs that withstand a broad range of environmental factors. The 167 kVA pole-mounted transformer is built to operate efficiently in diverse settings, from humid tropical climates to arid deserts. Key to this adaptability is its construction, utilizing high-quality insulating oils and enhanced sealing techniques that prevent moisture ingress and corrosion. Continuous innovation ensures these transformers maintain optimal performance, regardless of location, contributing greatly to the stability of power distribution networks worldwide.
Understanding Transformer Load Management
Load management is critical in optimizing the performance of 167 kVA pole-mounted transformers. By accurately analyzing load patterns, transformers can be utilized more effectively, reducing wear and prolonging life span. Advanced monitoring systems are now integrated into transformers, providing real-time data on load conditions and helping operators make informed decisions. This leads to significant cost savings and more reliable energy delivery. As technology advances, these systems become increasingly sophisticated, supporting smarter grid operations and enhancing transformer performance.
Environmental Impact of Oil-Immersed Transformers
The environmental impact of transformers, particularly those using mineral oil, is a growing concern. The 167 kVA pole-mounted transformer addresses these issues by incorporating eco-friendly oils that lower the risk of contamination. Additionally, designs now focus on minimizing leakage and ensuring biodegradability. This reflects the industry's commitment to sustainability, balancing technical performance with environmental responsibility. As regulatory pressures increase, ongoing research aims to further reduce the ecological footprint of transformer systems.
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