Transformer 3000 KVA Cast Resin for Data Centers
This high-performance Transformer 3000 KVA Cast Resin is specially designed for data centers, providing reliable and efficient power distribution.
Product Description
This high-performance Transformer 3000 KVA Cast Resin is specially designed for data centers, providing reliable and efficient power distribution. With its cast resin construction, it ensures durability and safety for sensitive electronic equipment. Upgrade your data center with the Transformer 3000 KVA Cast Resin for optimal performance. Maximize your data center’s performance with the reliable and durable Transformer 3000 KVA Cast Resin. Built specifically for data centers, this high-performance transformer provides efficient power distribution, ensuring safety for sensitive electronic equipment. It’s the perfect upgrade for any data center looking to optimize their operations.
Main Technical Specifications
| Type | Dry Type Transformer |
| Phrase | Three-phase |
| Rated Capacity | up to 20000 KVA |
| Rated Voltage | up to 40.5 KV |
| Frequency | 50Hz / 60Hz |
| Winding Material | Copper |
| Iron Core | Cold-rolled Silicon Steel Sheet |
| Place of Origin | Jiangsu, China |
A 3000 KVA Cast Resin Transformer designed for data centers is a robust and high-capacity electrical transformer tailored to meet the unique requirements of these critical facilities. Here’s a product description for a 3000 KVA Cast Resin Transformer intended for data center applications:
Key Features:
- Capacity:With a rating of 3000 KVA, this transformer is specifically designed to provide a substantial and reliable power supply for data centers, supporting the high energy demands of servers, IT equipment, and associated systems.
- Cast Resin Insulation:The transformer is constructed with cast resin insulation, offering excellent protection against environmental factors, chemicals, and contaminants. This insulation method ensures a high level of safety and reliability, crucial for data centers where uninterrupted power is essential for continuous operations.
- Dry Type Design:As a dry-type transformer, it eliminates the use of liquid coolant such as oil. This design feature enhances safety by minimizing the risk of oil leaks and makes it a suitable option for indoor installations in data centers.
- Three-Phase Configuration:Operating on a three-phase system, the transformer is well-suited for providing a balanced and efficient power distribution throughout the data center. This is crucial for supporting critical IT equipment and ensuring redundancy in power systems.
- High Efficiency:Engineered for high efficiency, the transformer minimizes energy losses during the power conversion process. This efficiency is essential for optimizing energy usage in data centers and aligning with energy conservation and sustainability goals.
- Low Maintenance:The dry-type design of the transformer typically requires lower maintenance compared to oil-filled transformers. This can lead to reduced downtime and operational disruptions, ensuring a reliable power supply for data center operations.
- Compact Design:Despite its high capacity, the transformer is designed to be compact, allowing for ease of installation in limited spaces within data center facilities where space optimization is crucial.
- Compliance with Standards:The transformer complies with relevant industry standards and regulations to ensure the safety, reliability, and performance necessary for data center environments. It may include features like overcurrent protection, thermal protection, and other safety measures.
Applications in Data Centers:
– Server Farms and IT Equipment: Provides a stable and reliable power supply for servers, storage systems, networking equipment, and other critical IT infrastructure.
– Uninterruptible Power Supply (UPS) Systems: Supports the power requirements of UPS systems, ensuring seamless transitions during power outages or fluctuations.
– Cooling Systems: Powers the HVAC (heating, ventilation, and air conditioning) systems and cooling infrastructure to maintain optimal temperature conditions for data center equipment.
– Redundant Power Systems: Supports the implementation of redundant power systems to ensure continuous operations and mitigate the risk of downtime.
– General Power Distribution: Powers various electrical loads across the data center, contributing to the overall functionality and reliability of the facility.
Before installation, it is crucial to consult with electrical engineers and professionals to ensure that the transformer meets the specific requirements of the data center’s electrical system and adheres to safety standards and regulations in the industry.