IEC 60076 Based Low Voltage Isolation Technology Tailored for Commercial Ensuring Consistent Electrical Safety Standards
Product Description: This product features a three-phase epoxy cast dry-type structure, offering excellent insulation properties along with high mechanical strength. This design ensures reliable performance and durability in various applications. It employs pure copper windings combined with a cold...
IEC 60076 low voltage isolation transformer
,dry type three phase transformer with warranty
,commercial electrical safety standard transformer
Product Description:
This product features a three-phase epoxy cast dry-type structure, offering excellent insulation properties along with high mechanical strength. This design ensures reliable performance and durability in various applications.
It employs pure copper windings combined with a cold-rolled silicon steel core. This combination results in low energy losses and high efficiency, making it an energy-saving solution for electrical systems.
The device is housed within a fully enclosed protective casing, which is both dustproof and moisture-resistant. This makes it well-suited for operation in harsh environmental conditions, ensuring longevity and stable performance.
Its integrated compact design allows for a small footprint and lightweight construction, facilitating easy installation in constrained spaces. This makes it ideal for applications where space and weight are critical factors.
Utilizing high-temperature resistant insulation materials, the product can withstand heat up to Class F/H ratings, contributing to an extended service life even under demanding thermal conditions.
The core is engineered with a no air gap structure, which minimizes operating noise and enhances electromagnetic compatibility. This ensures quieter operation and reduces interference with surrounding electronic devices.
The casing undergoes an anti-corrosion and anti-rust treatment, making the product suitable for use in environments with high humidity and salt exposure typically found outdoors.
Additionally, the standardized modular design simplifies maintenance and disassembly processes, lowering operational costs and downtime during servicing.
Features:
This electrical isolation device offers high-efficiency performance by effectively blocking power grid harmonics and surges. It ensures comprehensive protection for downstream equipment, preventing damage and enhancing overall system reliability.
Designed for no-load operation on the low-voltage side, it eliminates magnetic leakage interference and provides a highly stable power supply. This feature contributes significantly to the stability and smooth operation of connected systems.
Safety is ensured through triple protection mechanisms, including overcurrent, overtemperature, and short circuit safeguards. These protective measures enable safe operation and reduce the likelihood of failures, thereby enhancing long-term dependability.
The device boasts low losses both during no-load and load conditions, promoting energy efficiency and lowering operational costs. Its energy-saving design helps reduce consumption without compromising performance.
With a power factor close to 1, it maximizes the utilization rate of electrical energy, making it highly suitable for applications requiring high-efficiency grid power supply. This results in improved efficiency and better energy management.
The system supports starting and stopping under load, allowing it to adapt flexibly to frequent changes in working conditions. This feature enables smooth operation in environments with variable load demands.
Excellent natural air cooling capabilities ensure that the device can handle continuous full-load operation without overheating. This cooling performance meets rigorous operational demands without the need for additional cooling mechanisms.
Voltage adjustment options are customizable, allowing the device to adapt easily to different regional grid voltage standards. This ensures wide applicability across various geographic locations.
The device is built with strong impact resistance, making it suitable for grid environments characterized by large voltage fluctuations. Its robust design guarantees durability under challenging conditions.
Featuring an oil-free construction, the device is maintenance-free and eliminates potential safety hazards such as fire risks or leaks. This design enhances safety and reduces maintenance requirements over its lifespan.
Applications:
This product is ideal for industrial plant power distribution, ensuring a stable low-voltage power supply for various production equipment. It supports the continuous and efficient operation of manufacturing facilities by providing reliable electricity.
It is also well-suited for commercial and office buildings, effectively meeting the power demands of central air conditioning systems, lighting, and other essential electrical devices. This ensures a comfortable and productive environment for occupants.
In municipal infrastructure projects, this solution proves valuable for both temporary and permanent power distribution needs. It can be effectively utilized in roads, bridges, and venues, supporting the critical electrical requirements of public works.
For data centers and communication base stations, it offers an isolated and regulated power supply tailored for precision electronic equipment. This helps maintain the integrity and performance of sensitive technology installations.
Designed for harsh environments, it is suitable for field industrial and mining operations such as mines and oil fields. Its robust construction ensures a stable power supply even under challenging conditions.
In the realm of new energy projects, it caters to the power distribution demands of photovoltaic and energy storage power stations. This facilitates the integration and smooth operation of renewable energy systems.
This product also adapts well to small power grid transformations, enhancing power distribution safety across regions such as Southeast Asia, the Middle East, and Africa. It supports the modernization and reliability of electrical infrastructure in these areas.
Public facilities, including hospitals and schools, benefit from its ability to meet high reliability power supply requirements, ensuring uninterrupted operation of critical services.
Manufacturing production lines that rely on automated equipment can rely on this solution to deliver precise and stable power supply, supporting advanced industrial automation.
Finally, it is suitable for port and terminal power distribution, designed to withstand humid and dusty industrial environments, maintaining consistent electrical performance in demanding settings.
FAQ:
Q1: What is the brand and model number of the 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 the Dry Type Three Phase 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 transformer?
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 the Dry Type Three Phase Transformer?
A5: Payment can be made via T/T or Western Union, and the delivery time is approximately 7 days.
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