Temperature Rise 115°C Dry Type Three Phase Transformer Isolation Transformer Autotransformer Impedance Voltage 4% To 6%
Product Description: This product features a three-phase epoxy cast dry-type structure, providing excellent insulation and high mechanical strength. These characteristics ensure reliable performance in demanding electrical applications. It utilizes pure copper windings combined with a cold-rolled ...
Dry Type Three Phase Isolation Transformer
,Three Phase Autotransformer with Impedance Voltage
,115°C Temperature Rise Dry Transformer
Product Description:
This product features a three-phase epoxy cast dry-type structure, providing excellent insulation and high mechanical strength. These characteristics ensure reliable performance in demanding electrical applications.
It utilizes pure copper windings combined with a cold-rolled silicon steel core, resulting in low energy losses and enhanced overall efficiency. This combination contributes to superior energy savings and operational effectiveness.
The transformer is housed within a fully enclosed protective casing that is dustproof and moisture resistant. This design enables it to operate reliably under various harsh environmental conditions, extending its usability.
With an integrated compact design, this device boasts a small footprint and lightweight construction, making installation straightforward and convenient. Its space-saving nature is ideal for locations with limited room.
High-temperature resistant insulation materials are used, supporting heat resistance up to Class F/H standards. This feature ensures a long service life even under elevated thermal conditions, enhancing durability.
The core is engineered without any air gaps, which contributes to low operating noise and excellent electromagnetic compatibility. This thoughtful design minimizes interference and promotes quieter operation.
The casing undergoes an anti-corrosion and anti-rust treatment process, making it suitable for outdoor environments with high humidity and salt content. This protective measure safeguards the device against environmental damage.
Additionally, the product incorporates a standardized modular design that simplifies maintenance and disassembly. This approach reduces future service costs and downtime, enhancing overall convenience.
Features:
This system offers high-efficiency electrical isolation, effectively blocking power grid harmonics and surges. It provides robust protection for downstream equipment, ensuring their longevity and reliable performance.
The device supports no-load operation on the low-voltage side, which eliminates magnetic leakage interference. This feature contributes to enhanced power supply stability, making the operation smoother and more dependable.
Safety is prioritized with a triple protection mechanism covering overcurrent, overtemperature, and short circuits. This design ensures safe operation with a remarkably low failure rate, reducing maintenance needs and operational risks.
Energy efficiency is maximized through very low losses during both no-load and load conditions. This results in significant energy savings and reduced operating costs, making it an economical choice for power management.
The power factor is maintained close to 1, which leads to a high rate of electric energy utilization. Consequently, this system is highly suitable for high-efficiency grid power supply applications, enhancing overall electrical performance.
Designed for flexibility, the equipment can start and stop with load, allowing it to adapt seamlessly to environments with frequent switching between working conditions. This makes it highly versatile in dynamic operational settings.
Its excellent natural air cooling performance supports continuous full load operation without overheating. This ensures reliable functionality even under demanding conditions without the need for additional cooling mechanisms.
Voltage adjustment can be customized to meet various grid voltage standards across different regions. This adaptability ensures compatibility and optimal performance regardless of geographical location.
The device features strong impact resistance, making it suitable for grid environments where voltage fluctuations are common. This robustness enhances durability and operational reliability under challenging conditions.
With an oil-free design, the system is maintenance-free and eliminates potential safety hazards such as fire and leakage. This contributes to safer operation and lowers the total cost of ownership over time.
Applications:
This product is ideal for power distribution in industrial plants, ensuring a stable low-voltage power supply for various production equipment. It guarantees reliable performance to support continuous industrial operations.
It is also well-suited for commercial and office buildings, effectively meeting the power requirements of central air conditioning systems, lighting, and other essential equipment within these environments.
In municipal infrastructure projects, this solution can be utilized for both temporary and permanent power distribution needs in roads, bridges, and event venues, providing a dependable energy source for public works.
Data centers and communication base stations benefit from its ability to deliver isolated and regulated power supply, which is critical for maintaining the operation of sensitive precision electronic devices.
Designed to withstand harsh conditions, it is perfect for use in field industrial and mining sites such as mines and oil fields, providing a stable power supply even in challenging environments.
For new energy support projects, this system adapts to the power distribution demands of photovoltaic and energy storage power stations, enhancing the efficiency and reliability of renewable energy infrastructures.
It supports small power grid transformations, significantly improving power distribution safety across regions including Southeast Asia, the Middle East, and Africa.
Public facilities such as hospitals and schools can rely on this product to meet stringent high-reliability power supply requirements, ensuring continuous operation of critical services.
Manufacturing production lines that require precise power delivery for automated equipment will find this solution highly compatible with their operational needs.
Finally, it is ideal for power distribution in ports and terminals, with the capability to resist humid and dusty industrial environments, thereby maintaining consistent power supply in demanding settings.
FAQ:
Q1: What brand manufactures the Dry Type Three Phase Transformer?
A1: The Dry Type Three Phase Transformer is manufactured by the brand TNNPI.
Q2: What are the model numbers available for this transformer?
A2: The available model numbers for this transformer are SG and SBK.
Q3: Where is the Dry Type Three Phase Transformer produced?
A3: This transformer is produced in Henan, China.
Q4: What certifications does the Dry Type Three Phase Transformer have?
A4: The transformer is certified with CE, UL, ISO9001, and ISO45001 certifications.
Q5: What is the minimum order quantity and price range for this transformer?
A5: The minimum order quantity is 1 unit, with prices ranging from $45 to $2500 depending on specifications.
Q6: What are the payment terms and delivery time for the Dry Type Three Phase Transformer?
A6: Payment can be made via T/T or Western Union, and the delivery time is approximately 7 days.
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