50Hz 60Hz Dry Type Three Phase Transformer Featuring Input Voltage Up to 1000V and Impedance Voltage 4 Percent to 6 Percent for Power Management
Product Description: The transformer features a three-phase epoxy cast dry-type structure, offering excellent insulation and high mechanical strength. This design ensures durability and reliable performance under demanding conditions. It is equipped with pure copper windings combined with a cold...
dry type three phase transformer 50Hz 60Hz
,three phase transformer up to 1000V
,dry type transformer with impedance voltage
Product Description:
The transformer features a three-phase epoxy cast dry-type structure, offering excellent insulation and high mechanical strength. This design ensures durability and reliable performance under demanding conditions.
It is equipped with pure copper windings combined with a cold-rolled silicon steel core, which results in low energy loss and high efficiency. This combination is ideal for maximizing energy savings and operational effectiveness.
The device is enclosed within a fully sealed protective casing that provides dust and moisture resistance, making it suitable for use in various harsh working environments. This protection extends the operational lifespan and reduces maintenance needs.
With an integrated compact design, the transformer boasts a small footprint and lightweight construction, facilitating easy installation and space-saving applications. This makes it convenient for diverse settings and quick deployment.
The insulation materials used are highly resistant to temperature, capable of withstanding heat levels classified as Class F/H. This heat resistance contributes to a prolonged service life and consistent performance under thermal stress.
Its core is designed without any air gap, which helps minimize operational noise and enhances electromagnetic compatibility. This feature contributes to quieter operation and reduces electromagnetic interference with surrounding equipment.
The casing undergoes an anti-corrosion and anti-rust treatment, making the transformer well-suited for outdoor environments characterized by high humidity and high salt content. This ensures durability and reliability even in challenging climatic conditions.
Furthermore, the transformer utilizes a standardized modular design that simplifies maintenance and disassembly processes. This approach lowers maintenance costs and facilitates convenient servicing over the product's lifespan.
Features:
Designed for high-efficiency electrical isolation, this device effectively blocks power grid harmonics and surges, ensuring comprehensive protection for downstream equipment. Its advanced isolation capabilities contribute to the overall reliability of the power system.
The transformer operates without load on the low-voltage side, eliminating magnetic leakage interference and providing robust power supply stability. This no-load operation enhances the efficiency and longevity of the equipment.
Equipped with triple protection mechanisms against overcurrent, overtemperature, and short circuits, it guarantees safe and stable operation with a low failure rate. These safety features significantly reduce the risk of damage and downtime.
With minimal losses both during no-load and load conditions, the device achieves energy savings and reduces operational costs. Its design focuses on lowering energy consumption while maintaining high performance.
Boasting a power factor close to 1, it optimizes electric energy utilization, making it ideal for high-efficiency grid power supply systems. This ensures maximum output with minimal energy waste.
The system supports starting and stopping under load, offering flexibility to adapt to frequent switching scenarios commonly encountered in dynamic working environments. This feature enhances operational versatility.
Excellent natural air cooling capabilities enable the device to handle continuous full load operation without overheating. This cooling efficiency helps maintain stable performance under demanding conditions.
Voltage adjustment can be customized to align with grid voltage standards across different regions, allowing seamless integration into various electrical infrastructures worldwide.
Designed to withstand strong impacts, the device is suitable for grid environments experiencing significant voltage fluctuations. This robust construction ensures durability and consistent operation.
Featuring an oil-free design, the device is maintenance-free and eliminates potential safety hazards related to fire and leakage. This makes it a safer and more reliable choice for modern power systems.
Applications:
These power distribution solutions are ideal for industrial plant applications, ensuring a stable low-voltage power supply to support various production equipment efficiently.
They are also well-suited for commercial and office buildings, capable of handling the electrical demands of central air conditioning systems, lighting, and other essential devices.
In municipal infrastructure projects, these systems provide reliable temporary or permanent power distribution for roads, bridges, and event venues, guaranteeing uninterrupted operation.
Designed to meet the needs of data centers and communication base stations, they deliver isolated and regulated power supply, crucial for the smooth functioning of precision electronic equipment.
For field industrial and mining environments such as mines and oil fields, these power distribution units offer resistance to harsh conditions while maintaining a stable power supply.
They are applicable in new energy support projects, effectively addressing the power distribution requirements of photovoltaic installations and energy storage power stations.
These solutions also facilitate small power grid transformations, enhancing the safety and reliability of power distribution systems across regions like Southeast Asia, the Middle East, and Africa.
Public facilities including hospitals and schools benefit from these products as they meet the stringent demands for high-reliability power supplies in critical environments.
Manufacturing production lines can rely on these systems to provide precise power supply tailored for automated equipment, ensuring smooth and accurate operation.
Finally, they are suitable for use in ports and terminals, engineered to withstand humid and dusty industrial settings while reliably distributing power.
FAQ:
Q1: What is the brand and model number of this Dry Type Three Phase Transformer?
A1: The brand name is TNNPI and the model number is SG/SBK.
Q2: Where is the Dry Type Three Phase Transformer manufactured?
A2: It is manufactured in Henan, China.
Q3: What certifications does this transformer have?
A3: The transformer is certified with CE, UL, ISO9001, and ISO45001.
Q4: What is the minimum order quantity and price range for this product?
A4: The minimum order quantity is 1 unit, and the price ranges from $45 to $2500 depending on specifications.
Q5: What are the payment terms and delivery time for this transformer?
A5: Payment can be made via T/T or Western Union, and the delivery time is typically 7 days.
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