630kVA Dry Type Transformer
Product Features:
Energy-saving Effectiveness: Utilizes advanced production technology, complete design drawings and technical documents, advanced production equipment, stable processing technology, and comprehensive measurement methods.
Reliable Operation: Performance indicators meet various standards, and customer usage has proven its reliability, reaching the national advanced level.
Maintenance-free: Low loss, low noise, obvious energy-saving effects, and maintenance-free.
Safe, Fireproof, Non-polluting: Can be directly operated at the load center, suitable for important or special environments such as high-rise buildings, commercial centers, airports, tunnels, chemical plants, nuclear power plants, etc.
Compact Size, Light Weight, Less Space Occupation, Easy Installation: Adapts to various installation environments and reduces space occupancy.
The SCB14-630 is a robust and high-performance three-phase dry-type power transformer with an encapsulated structure made of epoxy resin. Designed with advanced foil winding technology on the high-voltage side, this transformer offers a rated capacity of 630kVA and operates with voltage levels of 10kV/0.4kV. Below is a detailed breakdown of the SCB14-630 dry-type transformer’s specifications.
Model Meaning:
S: Represents a three-phase power transformer, ensuring efficient power distribution across multiple phases for a stable supply.
C: Denotes an encapsulated dry-type transformer that is cast in epoxy resin, providing superior insulation and protection against external elements.
B: Indicates that the high-voltage side of the transformer uses foil winding technology, which reduces losses and improves performance by optimizing energy transfer.
14: Refers to the transformer’s energy-saving performance level, with higher numbers signifying reduced energy losses and higher operational efficiency.
630: Represents the transformer’s rated capacity of 630kVA, making it suitable for medium to large-scale power demands in various industries.
Technical Parameters:
Rated Capacity: 630kVA, ideal for environments requiring substantial power output while maintaining high energy efficiency.
Rated Voltage: The transformer operates with a high-voltage side of 10kV and a low-voltage side of 0.4kV, compatible with standard electrical systems for seamless integration.
Rated Current: High-voltage side approximately 36.8A, low-voltage side approximately 114A, ensuring the transformer can handle the expected current flow without performance degradation.
Connection Group Number: Dyn11, which enhances system stability by suppressing higher harmonic currents and improving the overall power quality.
Insulation Thermal Class: Class F, ensuring the transformer can withstand higher temperatures without compromising its insulation integrity or performance.
Winding Temperature Rise Limit: 100K, which ensures the transformer remains within safe operating temperatures under load.
Partial Discharge Quantity: Less than 5pc, a measure of the transformer’s reliability, indicating low levels of internal discharge and preserving the insulation.
Short Circuit Impedance: 4%, ensuring the transformer can effectively handle short-circuit conditions while minimizing the risk of damage to the system.
Frequency: 50Hz, which is compatible with most industrial and commercial electrical grids.
Application Scenarios:
The SCB14-630 dry-type transformer is highly versatile and can be deployed in a variety of critical sectors, including:
Multi-story Buildings: Ideal for providing reliable power to high-rise residential or commercial buildings, ensuring uninterrupted energy supply.
Airports and Stations: The transformer supports critical infrastructure such as airports and train stations, where stable and efficient power distribution is paramount.
Ports and Power Plants: Well-suited for industrial applications, including ports and power plants, providing reliable energy solutions for large-scale operations.
Distribution Substations: Integral to power distribution networks, the transformer can handle substantial loads while ensuring stable voltage reduction and supply.
Hazardous and High-Risk Environments: With its fireproof and non-polluting features, it is ideal for installation in environments requiring stringent safety standards, such as chemical plants, nuclear power plants, tunnels, and other high-risk settings.
Product Features:
Energy-saving Effectiveness: The SCB14-630 transformer utilizes cutting-edge production technology, efficient design methods, and advanced manufacturing processes to ensure minimal energy losses and maximum operational efficiency, resulting in reduced operating costs over time.
Reliable Operation: The transformer meets all relevant standards and has been proven to operate reliably across various industries. Its long-lasting performance has earned it a reputation for dependability, making it a trusted solution for demanding applications.
Maintenance-free Design: Featuring low losses, low noise, and energy-saving performance, the SCB14-630 requires minimal maintenance. This feature reduces the need for frequent servicing, making it a cost-effective choice for long-term use.
Safe, Fireproof, Non-polluting: With its epoxy resin encapsulation, the transformer is fireproof, non-polluting, and safe to operate in sensitive environments. Its robust construction ensures it meets the stringent safety and environmental requirements of modern infrastructure projects.
Compact Size, Light Weight, and Easy Installation: The transformer’s compact and lightweight design makes it easy to install in a variety of settings. Its small footprint minimizes space requirements, making it suitable for installations in confined or space-constrained areas.
In summary, the SCB14-630 dry-type transformer is a reliable, energy-efficient, and safe power solution that excels in demanding environments. Its advanced features, combined with low maintenance needs and high operational efficiency, make it an ideal choice for industries, commercial buildings, and critical infrastructure where power stability and safety are paramount.
