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China Dry Type Air-Core Series Reactor - Top Suppliers & Factory for Power Transmission Solutions
Structure
The Dry Type Air-Core Series Reactor consists of multiple concentric cylindrical windings. These windings are connected in parallel using aluminum or copper conductors and are encapsulated with epoxy resin and fiberglass to form a robust structure. Ventilation channels are provided between the windings to facilitate natural convection for heat dissipation. The surface is coated with a protective layer to resist UV radiation and contamination.
Advantage
Coreless Design
The dry-type air-core reactor does not have an iron core, eliminating the risk of magnetic saturation. This ensures good linearity of inductance, allowing the reactor to maintain stable reactance characteristics over a wide range of currents. It is particularly suitable for applications requiring high linearity.
Oil-Free Structure
The reactor is designed without oil, eliminating the risks of oil leakage and flammability. This design enhances operational safety and environmental friendliness, with no fire hazards.
Excellent Heat Dissipation
The reactor features a multi-layer parallel winding structure with air channels between the enclosures, facilitating natural air convection. This design ensures good heat dissipation and low hotspot temperatures.
High Mechanical Strength
The coil is encapsulated with epoxy resin and fiberglass, forming a robust structure after high-temperature curing. This high mechanical strength enables the reactor to withstand significant short-circuit current impacts.
Low Losses
The winding uses multiple strands of small-section conductors, reducing eddy current losses and stray magnetic losses. This results in low overall losses.
Low Noise
The reactor operates with low noise levels, making it suitable for noise-sensitive applications.
Maintenance-Free
The dry-type air-core reactor requires virtually no maintenance, with a long service life of up to 30 years.
Flexible Installation
The reactor is compact and lightweight, facilitating easy installation. It can be mounted vertically or horizontally and is suitable for both indoor and outdoor environments.
Strong Environmental Adaptability
The outer surface is coated with UV-resistant and anti-aging materials, allowing it to withstand harsh outdoor weather conditions over the long term.
Economic Efficiency
Compared to traditional oil-immersed or iron-core reactors, the dry-type air-core reactor has lower costs and reduced installation and maintenance expenses.
These advantages make the dry-type air-core series reactor widely used in power systems.
Frequently Asked Questions
What materials are used in the construction of the Dry Type Air-Core Series Reactor?
The reactor consists of multiple concentric cylindrical windings connected in parallel using aluminum or copper conductors, which are encapsulated with epoxy resin and fiberglass. The outer surface is coated with a protective layer to resist UV radiation and contamination.
How does the coreless design benefit the reactor's performance?
By eliminating the iron core, the reactor avoids the risk of magnetic saturation. This ensures excellent linearity of inductance, maintaining stable reactance characteristics across a wide range of currents.
Why is the oil-free structure considered safer?
The oil-free design completely eliminates the risks of oil leakage and flammability. This significantly enhances operational safety, makes the unit environmentally friendly, and removes potential fire hazards.
How does the reactor manage heat dissipation?
It utilizes a multi-layer parallel winding structure with dedicated ventilation channels between the enclosures. This design facilitates natural air convection, ensuring efficient heat dissipation and keeping hotspot temperatures low.
What is the expected service life and maintenance requirement?
The dry-type air-core reactor is virtually maintenance-free and features a highly durable structure, offering a long operational service life of up to 30 years.
Can this reactor be installed in harsh outdoor environments?
Yes. The outer surface is coated with UV-resistant and anti-aging materials, and the coils are encapsulated with epoxy resin and fiberglass, providing high mechanical strength and strong environmental adaptability for both indoor and outdoor installations.