Electrical Reactor

Oil-immersed Reactor
Oil-immersed Reactor

Product Overview The oil-immersed reactor is a core device for high voltage power systems. It is suitable for three-phase 50Hz indoor/outdoor distribution systems ranging from 6kV to 66kV. Composed of a core, windings, tank, and insulating oil, its main functions are to connect in series with high v

Dry-Type Iron-Core Reactor – Product Brochure
Dry-Type Iron-Core Reactor – Product Brochure

Product Overview The dry-type iron-core reactor is a commonly used power quality management device in high and low voltage distribution systems. It adopts a laminated iron core and multi-layer winding structure, offering high magnetic permeability and stable impedance. It is primarily used for curre

Dry-Type Air-Core Reactor
Dry-Type Air-Core Reactor

Product Overview The dry-type air-core reactor is a dedicated supporting device for 6kV, 10kV, and 35kV high-voltage distribution systems. It adopts a coreless air-core winding structure, eliminating magnetic saturation and providing excellent inductance linearity. Primarily used in series in high-v

Oil-immersed Reactor

Oil-immersed Reactor

Product Overview The oil-immersed reactor is a core device for high voltage power systems. It is suitable for three-phase 50Hz indoor/outdoor distribution systems ranging from 6kV to 66kV. Composed of a core, windings, tank, and insulating oil, its main functions are to connect in series with high v

Dry-Type Iron-Core Reactor – Product Brochure

Dry-Type Iron-Core Reactor – Product Brochure

Product Overview The dry-type iron-core reactor is a commonly used power quality management device in high and low voltage distribution systems. It adopts a laminated iron core and multi-layer winding structure, offering high magnetic permeability and stable impedance. It is primarily used for curre

Dry-Type Air-Core Reactor

Dry-Type Air-Core Reactor

Product Overview The dry-type air-core reactor is a dedicated supporting device for 6kV, 10kV, and 35kV high-voltage distribution systems. It adopts a coreless air-core winding structure, eliminating magnetic saturation and providing excellent inductance linearity. Primarily used in series in high-v