Product Profile of Detuned Reactor With Low Magnetic Flux Intensity
Detuned Reactor with Low Magnetic Flux Intensity restrains higher harmonics and inrush phenomenon and improves power factor of system. The Detuned Reactor adopts highly heat-resistant and insulated materials. The Detuned Reactor employs high-quality cold rolled silicon steel sheet, which causes low lost and are superior in high frequency characteristics. Detuned Reactor with Low Magnetic Flux Intensity uses vacuum pressure impregnation to ensure low noise and high anti-corrosive performance.
Specifications of Detuned Reactor with Low Magnetic Flux Intensity:
Rated voltage: 230V to 1000V
Rated power: 3kVAR to 100kVAR
Rated frequency: 50Hz
Linearity: 1.3 to 1.7Ln
Phase: 3
Detuning degree: 5.67%, 7%, 14%
Tolerance of inductance: +/- 5%
Protection class: IP00
Insulation [winding to core]: 3kV
Insulation class: Class H 180 degree C
Impregnation: vacuum impregnation
Cooling: air natural
Humidity: 95%
Altitude: less than 1000M
Design: 3PH iron cored multi gap
Winding: copper/ aluminum
Terminal: Terminal blocks/ cable lugs/ copper
Temperature switch: 120 degree C, 1NC [Optional]
Applications of Detuned Reactor with Low Magnetic Flux Intensity:
Restrain higher harmonics and inrush phenomenon
Improve power factor of system
Reduce pollution caused by harmonic reactor
Avoid over amplification and harmonic resonance caused by the access of capacitor
Key Features of Detuned Reactor With Low Magnetic Flux Intensity
- Detuned reactor adopts highly heat-resistant and insulated materials
- Employs high-quality cold rolled silicon steel sheet, which causes low lost and are superior in high frequency characteristics
- Low magnetic flux intensity, superior linearity, large overload capacity
- Uses vacuum pressure impregnation to ensure low noise and high anti-corrosive performance
